CN101546723A

CN101546723A - Rotary IC rack

Info

Publication number: CN101546723A
Application number: CN200910132871A
Authority: CN
Inventors: 刘敏; 闵智文
Original assignee: Delta Electronics Dongguan Co Ltd; Delta Optoelectronics Inc
Current assignee: Delta Electronics Dongguan Co Ltd; Delta Optoelectronics Inc
Priority date: 2009-04-15
Filing date: 2009-04-15
Publication date: 2009-09-30
Anticipated expiration: 2029-04-15
Also published as: CN101546723B

Abstract

The invention discloses a rotary IC rack comprising a bottom plate, a fixing plate, upper and lower fixing board and rotary axis which is fixedly connected to the fixing board; The upper and lower positioning board are provided with IC tube fixing groove covered with a fixing door board; one end of the fixing door board surface is hinged to the upper and lower positioning boards, other end is provided with a fastener hole; the upper positioning board is provided with a fastener fastening with the fastener hole; The bottom plate is provided with a material-fetching chute which is abutting joint with the IC tube fixing groove; each IC tube fixing groove is independently installed and replaced when used up; the IC tube fixing groove is vertically placed and occupies little space; different IC can slide out by rotating different IC tube fixing groove and material-fetching pipe; manual moving position of a operator is unique, which consumes little time; the material-fetching pipe end is provided with clamping position for storing single IC, which is convenient for using.

Description

Rotary IC rack

Technical field

The present invention relates to the manufacturing aid of electronic component, be specifically related to a kind of rotary IC rack.

Background technology

IC rack of the prior art generally includes a pedestal with 45 ° of inclined-planes, offers some roads IC holddown groove on this inclined-plane, also is equiped with the fixing IC pipe fixed lever of a screw on the inclined-plane; During use, the IC mother tube that a row IC is housed is placed on the IC holddown groove, utilizes IC pipe fixed lever to fix, in the time of need getting different IC, only need in different IC groove positions, take out and get final product.

Prior art has following shortcoming: the angle of inclination is fixed, and the operator places the IC pipe and the time need be parallel to this fixed elevation and could insert, and when changing IC and managing, need turn the screw that IC manages fixed lever, and complicated operation is consuming time more; IC directly skids off from the IC pipe, and no cushion space is taken second IC out of when taking IC easily, is unfavorable for operator's operation, increases the activity duration; The operator can not take out IC at same position, need move in different IC groove positions, is unfavorable for operation, and whenever uses up one group of IC, when needing to change, has influence on other IC pipes, uses very inconvenient; Preferably take up room and arrive very much, be unfavorable for producing the running of line.

Summary of the invention

The present invention seeks to: overcome the defective of prior art, a kind of rotary IC rack easy to use, simple to operate is provided.

The technical scheme that invention provides is as follows: a kind of rotary IC rack, include a base plate, plate top surface is fixedly connected with a fixed head by three fixed levers, also include location-plate on, three strut fixation of last location-plate underrun are connected with location-plate, upper and lower location-plate plate face center offers a centre bore that connects, and this centre bore is socketed with a rotating shaft, and this rotating shaft bottom is fixedly connected on the described fixed head; The edge contour place of described upper and lower location-plate also offers at least two IC pipe holddown grooves that run through this two plate, each IC pipe holddown groove is stamped a fixing door-plate outward, fixedly door-plate plate face one end is hinged on the described upper and lower location-plate, the plate face other end is provided with a hole clipping, the described location-plate side of going up is equiped with a buckle near described IC pipe holddown groove place, and described buckle and hole clipping are interlockingly connected; Be equiped with at least one and get the material slideway on described base plate, this gets the material slideway and described IC pipe holddown groove connects.

As preferably, in the above-mentioned rotary IC rack, described base plate outline extends outward a slideway seat board, the described material slideway of getting is installed on the slideway seat board, this is got the material slideway and includes an arc central layer that is fixedly connected on the slideway seat board, the side, both sides of arc central layer is fixedly connected with the passage side plate of a L type respectively, and the opposite flank of two arc side plates is equiped with a curved cover plate; In the described material exit, passage bottom of getting, the IC that described arc central layer is outward extended with one section " protruding " font places the position, and the end of this placement position protrudes upward one and prevents the projection that IC freely skids off.

As preferably, in the above-mentioned rotary IC rack, the described cross sectional shape of getting material passage and IC pipe holddown groove is the E type.

As preferably, in the above-mentioned rotary IC rack, in described down location-plate bottom surface around described rotating shaft offer several annular array, guarantee the described positioning of rotating hole that material slideway and IC pipe holddown groove connect of getting, but on described fixed head correspondence position, be equiped with two easy on and off flexible resilient pin, this latch and the movable grafting in described positioning of rotating hole.

As preferably, in the above-mentioned rotary IC rack, the profile of described upper and lower location-plate is the hexagon of identical size, offers six IC pipe holddown grooves on it, on six limits that are opened in described upper and lower location-plate outline correspondence of each IC pipe holddown groove correspondence.

As preferably, in the above-mentioned rotary IC rack, be equiped with two on the described base plate and get the material slideway, get the material slideway for two and become 120 ° of angles.

The present invention has the following advantages: each IC pipe holddown groove is independent setting, use up a pipe IC at every turn after, change separately, mutually noninterfere, easy to use, each IC pipe holddown groove is vertical placement, it is little to take the position of producing line, and can prevent that material from oppositely placing; By rotating different IC pipe holddown grooves and getting the pipe material butt joint, can skid off different IC, operator's hand shift position is unique, and the time of consumption is few; Get the pipe material end and be provided with the screens that can and can only allow to deposit an IC, made things convenient for operator's use.

Description of drawings

Fig. 1 is a schematic perspective view of the present invention;

Fig. 2 hides a fixedly schematic perspective view of door-plate among Fig. 1;

Fig. 3 is the schematic perspective view of part among Fig. 1;

Fig. 4 is the schematic perspective view of part among Fig. 1;

Embodiment

Below in conjunction with accompanying drawing concrete execution mode is illustrated:

As shown in Figure 1, Figure 2, Figure 3 and Figure 4, a kind of rotary IC rack, include a circular bottom plate 1, base plate 1 end face is fixedly connected with a circular fixed head 3 by three fixed levers 2, also include a hexagonal last location-plate 4, three poles 6 of last location-plate 4 underruns are fixedly connected with a hexagonal location-plate 5 down, and upper and lower location-plate 4,5 plate face centers offer a centre bore 7 that connects, this centre bore 7 is socketed with a rotating shaft 8, and these rotating shaft 8 bottoms are fixedly connected on the described fixed head 3; The edge contour place of described upper and lower location-plate 4,5 also offers six IC that each and every one run through this two plate and manages holddown groove 9, on six limits that are opened in described upper and lower location-plate 4,5 outline correspondences of each IC pipe holddown groove 9 correspondence; Each IC pipe holddown groove 9 is outer to be stamped a fixing door-plate 10, fixedly door-plate 10 plate faces one end is hinged on the described upper and lower location-plate 4,5, the plate face other end is provided with a hole clipping 11, described location-plate 4 sides of going up are equiped with a buckle 12 near described IC pipe holddown groove 9 places, and described buckle 12 and hole clipping 11 are interlockingly connected; Being equiped with two on described base plate 1 gets 13, two in slideway of material and gets material slideway 13 one-tenth 120 ° of angles; Each gets material slideway 13 and described IC pipe holddown groove 9 connects; The described cross sectional shape of getting material passage 13 and IC pipe holddown groove 9 is the E type.

In described down location-plate 5 bottom surfaces around described rotating shaft 8 offer six annular array, guarantee the described positioning of rotating hole 20 that material slideway 13 and IC pipe holddown groove 9 connect of getting, but on described fixed head 3 correspondence positions, be equiped with two easy on and off flexible resilient pin 21, this latch 21 and the 20 movable grafting of described positioning of rotating hole.

Described base plate 1 outline extends outward a slideway seat board 14, the described material slideway 13 of getting is installed on the slideway seat board 14, this is got material slideway 13 and includes an arc central layer 15 that is fixedly connected on slideway seat board 14, the opposite flank that the side, both sides of arc central layer 15 is fixedly connected with 16, two arc side plates 16 of passage side plate of a L type respectively is equiped with a curved cover plate 17; In the described material exit, passage 13 bottom of getting, the IC that described arc central layer 15 is outward extended with one section " protruding " font places position 18, and the end of this placement position 18 protrudes upward one and prevents the projection 19 that IC freely skids off.

During use, unclamp being connected of buckle 12 and hole clipping 11, open fixedly door-plate 10, the IC pipe that IC is housed is put into IC pipe holddown groove 9, shut then and open fixedly door-plate 10, fastening buckle 12 and hole clipping 11, six IC pipes are all packed into behind the IC pipe holddown groove 9, in the rotation, following side plate 4,5, this time, feasible latch 21 the skidding off that needs at different location hole 20, when forwarding the IC pipe that needs use to, latch 21 also inserts positioning hole corresponding 20, and corresponding IC pipe holddown groove 9 and the described material passage 13 of getting dock, and the IC in the IC pipe slips into and gets in the material passage 13, when an IC slips into IC and places position 18, it also is resisted against on the limit of projection 19, and the IC of entire I C pipe stops to lower slider, and this time, the operator also can place position 18 at this IC and take out IC, after the taking-up, remaining IC continues to slide under action of gravity, slips into 18 waits of IC placement position and takes.

In the foregoing description, described upper and lower side plate is a hexagon, and is not limited to hexagon in actual the enforcement, can also be other different shape, does not limit here; In the present embodiment, be equiped with that six C pipe holddown grooves 9 and two are described to get material passage 13, and in actual the enforcement, its quantity can be one, six etc., does not also limit here; And as the fixing chucking mode of door-plate, the mode that can adopt buckle 12 and hole clipping 11 to be interlockingly connected also can adopt the connected mode of magnet, does not limit here.

Certainly, above embodiment just is explanation rather than restriction the present invention, the above only is preferred embodiment of the present invention, so all equivalences of doing according to the described structure of patent claim of the present invention, feature and principle change or modify, is included in the patent claim of the present invention.

Claims

1, a kind of rotary IC rack, include a base plate (1), base plate (1) end face is fixedly connected with a fixed head (3) by three fixed levers (2), it is characterized in that: also include location-plate on (4), last location-plate (4) three poles of underrun (6) are fixedly connected with location-plate (5), upper and lower location-plate (4,5) plate face center offers a centre bore (7) that connects, this centre bore (7) is socketed with a rotating shaft (8), and this rotating shaft (8) bottom is fixedly connected on the described fixed head (3); The edge contour place of described upper and lower location-plate (4,5) also offers at least two IC pipe holddown grooves (9) that run through this two plate, each IC pipe holddown groove (9) is outer to be stamped a fixing door-plate (10), fixedly door-plate (10) plate face one end is hinged on the described upper and lower location-plate (4,5), the plate face other end is provided with a hole clipping (11), a buckle (12) is located to be equiped with near described IC pipe holddown groove (9) in described location-plate (4) side of going up, and described buckle (12) and hole clipping (11) are interlockingly connected; Be equiped with at least one and get material slideway (13) on described base plate (1), this gets material slideway (13) and described IC pipe holddown groove (9) connects.

2, rotary IC rack according to claim 1, it is characterized in that: described base plate (1) outline extends outward a slideway seat board (14), the described material slideway (13) of getting is installed on the slideway seat board (14), this is got material slideway (13) and includes an arc central layer (15) that is fixedly connected on slideway seat board (14), the side, both sides of arc central layer (15) is fixedly connected with the passage side plate (16) of a L type respectively, and the opposite flank of two arc side plates (16) is equiped with a curved cover plate (17); In described material passage (13) exit, bottom of getting, the IC that described arc central layer (15) is outward extended with one section " protruding " font places position (18), and the end of this placement position (18) protrudes upward one and prevents the projection (19) that IC freely skids off.

3, rotary IC rack according to claim 1 is characterized in that: the described cross sectional shape of getting material passage (13) and IC pipe holddown groove (9) is the E type.

4, rotary IC rack according to claim 1, it is characterized in that: in described down location-plate (5) bottom surface around described rotating shaft (8) offer several annular array, guarantee describedly to get material slideway (13) and IC manages the positioning of rotating hole (20) that holddown groove (9) connects, at described fixed head (3) but be equiped with two easy on and off flexible resilient pin (21), this latch (21) and the movable grafting in described positioning of rotating hole (20) on the correspondence position.

5, rotary IC rack according to claim 1, it is characterized in that: the profile of described upper and lower location-plate (4,5) is the hexagon of identical size, offer six IC pipe holddown grooves (9) on it, on six limits that are opened in described upper and lower location-plate (4,5) outline correspondence of each IC pipe holddown groove (9) correspondence.

6, rotary IC rack according to claim 1 is characterized in that: be equiped with two on the described base plate (1) and get material slideway (13), get material slideway (13) for two and become 120 ° of angles.