CN2713474Y - Replaceable jig combination structure for automatic test roll-up machine - Google Patents

Abstract

The utility model relates to an automatic tool integrated configuration can be replaced to test packaging machine, wherein: the feeding mechanism is arranged on one side of the rotary carrying platform and is additionally provided with a guide rail, a material pushing cylinder and a sucker; the rotary carrying platform is arranged at the upper end of the automatic test rolling machine, an intermittent divider below the rotary carrying platform is driven by a motor to enable the rotary carrying platform to perform intermittent motion and rotation, and a passive component which can be accommodated and tested by a replaceable jig is attached to the rotary carrying platform; the passive component is placed in a guide rail containing groove of the feeding mechanism, the passive component is guided to the lower end in a sliding manner by utilizing the inclined position of the guide rail, the passive component is pushed out of the guide rail by the material pushing cylinder, the passive component outside the guide rail is sucked by the sucking disc and placed on the replaceable jig on the rotary carrier, and the replaceable jig is moved and loaded between working stations through the rotary carrier to carry out various tests (such as resistance values and the like).

Description

Automatically test the replaceable tool unitized construction of package machine

Technical field

The utility model relates to the replaceable tool unitized construction of a kind of automatic test package machine, is used in the automatic test package machine of tool, particularly passive component on the automatic test package machine.

Background technology

The automatic test package machine of commonly using is to go up cutter in rotation microscope carrier A to establish slotted eye B (seeing also shown in Figure 1), passive component is placed in the slotted eye B, via rotation microscope carrier A rotation transfer in the various testing electrical properties of each testing station intercropping (as resistance value etc.), when changing production, because of shape of product size difference, and slotted eye B is fixedly arranged on the rotation microscope carrier A, rotation microscope carrier A must be pulled down the replacing of making whole rotation microscope carrier A, very consuming time and cost of idleness, even need to proofread and correct rotation microscope carrier A because of changeing, if proofread and correct bad generation deflection, will influence product test, cause vacation to reduce naturally as fraction defective higher (be actually deflection and cause the testing needle loose contact) yield, must test screening again again, above-mentioned disappearance causes all puzzlements, is not inconsistent economic benefit, is badly in need of improving immediately.

Summary of the invention

The purpose of this utility model provides the replaceable tool unitized construction of a kind of automatic test package machine, is convenient to tool and upgrades replacement, thereby can enhance productivity.

Above-mentioned purpose of the present utility model is to realize like this, the replaceable tool unitized construction of a kind of automatic test package machine, be applicable to the automatic test package machine of passive component, comprise: feeding mechanism is arranged at rotation microscope carrier one side, set up guide rail and pusher cylinder and sucker, guide rail is fixed in and holds on the post, and it includes establishes accommodation space, with the device passive component, this guide rail is a gradient; The pusher cylinder is installed in the guide rail lower end, contains to establish the transfer plate that is driven by the pusher cylinder, and the passive component that slippage is gone into shifts out outside the guide rail; Sucker is locked on the seat board, is driven by a cylinder to move up and down; The pedestal of cylinder is driven by rotary cylinder and moves as swing type, and rotary cylinder is locked on the column; It is characterized in that: the rotation microscope carrier is installed in automatic test package machine upper end, on the rotation microscope carrier, dig out two flat surface, central authorities dig out slotted eye in flat surface, cutter is established screw on two flat surface, on slotted eye and two flat surface, set up replaceable tool, this replaceable tool dig out the flange that cooperates with slotted eye and two flat surface and, close the open-work of screwhole position on two flat surface in cutter establishing on the replaceable tool, for screw replaceable tool is locked on the screw; Establish big groove at replaceable tool upper end cutter in addition, central authorities dig out open-work at big groove, and this big groove wears the thimble for test for the passive component of placing test in the open-work.

Below in conjunction with accompanying drawing one instantiation the utility model is elaborated.

Description of drawings

Fig. 1 commonly uses the stereographic map of product;

Fig. 2 the utility model constitutional diagram;

Fig. 3 the utility model exploded view;

One of Fig. 4 the utility model sucker action diagram;

Two of Fig. 5 the utility model sucker action diagram;

Fig. 6 the utility model tool is changed embodiment.

Description of reference numerals: rotation microscope carrier A; Slotted eye B; Feeding mechanism 1; Rotation microscope carrier 2; Guide rail 3; Pusher cylinder 4; Sucker 5; Passive component 6; Transfer plate 7; Seat board 8; Cylinder 9; Rotary cylinder 10; Column 11; Hold post 12; Automatically test package machine 13; Replaceable tool 14; Flat surface 15; Slotted eye 16; Screw 17; Flange surface 18; Open-work 19; Screw 20; Big groove 21; Open-work 22.

Embodiment

At first see also Fig. 2, Fig. 3, Fig. 4 and Fig. 5, the replaceable tool unitized construction of automatic test package machine of the present utility model is to use the automatic test package machine of tool, particularly passive component on automatic test package machine, comprising:

Feeding mechanism 1 is arranged at rotation microscope carrier 2 one sides, has set up guide rail 3 and pusher cylinder 4 and sucker 5, and guide rail 3 is fixed in and holds on the post 12, and it includes establishes accommodation space, and in order to device passive component 6, this guide rail 3 is a gradient, is convenient to passive component 6 slips and descends;

Pusher cylinder 4 is installed in guide rail 3 lower ends, contains passive component 6 that the transfer plate 7 established can go into slippage and drives transfer plates 7 by pusher cylinder 4 and shift out outside the guide rail 3;

Sucker 5 is locked on the seat board 8, can draw passive component 6, is driven by a cylinder 9 to move up and down, and the pedestal of cylinder 9 is then driven by rotary cylinder 10 and moves as swing type, and rotary cylinder 10 is locked on the column 11;

Rotation microscope carrier 2 is installed in automatic test package machine 13 upper ends, drive the indexing separator of a rotation microscope carrier 2 belows by motor, making rotation microscope carrier 2 do geneva motion rotates, on rotation microscope carrier 2, dig out two flat surface 15, dig out slotted eye 16 in flat surface 15 central authorities again, cutter is established screw 17 on two flat surface 16 in addition, sets up plural replaceable tool 14 for the needs of producing on slotted eye 16 and two flat surface 15, and this replaceable tool 14 is dug out the flange surface 18 that cooperates with slotted eye 16 and two flat surface 15; Close the open-work 19 of screw 17 positions on two flat surface 15 in cutter establishing on the replaceable tool 14, for screw 20 replaceable tool 14 is locked on the screw 17, establish big groove 21 at replaceable tool 14 upper ends cutter in addition, dig out open-work 22 in big groove 21 central authorities again, this big groove 21 is for the passive component 6 of placing test, and 22 thimbles for test of open-work wear the usefulness of test;

Passive component 6 is placed in guide rail 3 tanks of feeding mechanism 1, utilize guide rail 3 tilting passive component 6 is slided own to lead in the lower end, by the transfer plate 7 of pusher cylinder 4 with passive component 6 transfers outside guide rail 3, by the passive component 6 on the cylinder 9 drive suckers 5 decline absorption guide rails 3 outer transfer plates 7, cylinder 9 rises afterwards, rotary cylinder 10 moves to big groove 21 tops of the replaceable tool 14 on the rotation microscope carrier 2, this cylinder 9 then descends and vacuum release, passive component 6 is positioned on the replaceable tool big groove 21 that rotates on the microscope carrier 2, follow cylinder 9,10 times raw bits of rotary cylinder are waited for the next step execution, it is medium pending simultaneously to be in the absorption state in vacuum, this passive component 6 carries out various tests (as resistance value etc.) via replaceable tool 14 transfers of rotation microscope carrier 2 between each workstation, when changing production, because of shape of product size difference, via replaceable tool 14 (seeing also shown in Figure 6), take off easily and more renew tool and produce immediately, reach the multiple application of elasticity and the purpose with yield of saving time and enhance productivity.

When implementing, passive component 6 is placed in guide rail 3 tanks of feeding mechanism 1, utilize guide rail 3 tilting passive component 6 is slided own to lead in the lower end, by the transfer plate 7 of pusher cylinder 4 with passive component 6 transfers outside guide rail 3, after the passive component 6 drive sucker 5 decline absorption guide rails 3 by cylinder 9 outside on the transfer plate 7, cylinder 9 rising rotary cylinders 10 move to big groove 21 tops of the replaceable tool 14 on the rotation microscope carrier 2, this cylinder 9 then descends and vacuum is suitable puts, passive component 6 is positioned on the replaceable tool big groove 21 that rotates on the microscope carrier, follow cylinder 9,10 times raw bits of rotary cylinder are waited for the next step execution, it is medium pending simultaneously to be in the absorption state in vacuum, this passive component 6 via the rotation microscope carrier 2 14 transfers of replaceable tool between each workstation, carry out various tests (as resistance value etc.), when changing production, because of shape of product size difference, via replaceable tool, take off easily and more renew tool and produce immediately, reach the multiple application of elasticity and the purpose with yield of saving time and enhance productivity.

Below the utility model and conventional art are compared:

Conventional art

1, the automatic test package machine of commonly using is that cutter is established slotted eye on the rotation microscope carrier, and passive component is placed in In the slotted eye, via rotation microscope carrier rotating transfer in the various testing electrical properties of each testing station intercropping (such as resistance value etc.).

When 2, changing production, because of shape of product size difference, and slotted eye is fixedly arranged on the rotation microscope carrier, The rotation microscope carrier must be pulled down the replacing of making whole rotation microscope carrier.

3, very consuming time and cost of idleness.

4, influence product test, cause false as fraction defective higher (be actually deflection and cause the testing needle loose contact).

The utility model

1, replaceable tool takes off easily, more renews behind the tool to produce immediately.

2, the multiple application of elasticity and saving time.

3, enhance productivity and yield, save manpower and reduce cost.

Claims (2)

1. A replaceable jig combination structure for automatic test roll-up machine, which is suitable for automatic test roll-up machine of passive components, including: the feeding mechanism is set on one side of the rotary platform, with a guide rail, a material pushing cylinder and a suction cup attached, and the guide rail is fixed On a support column, it contains a storage space to install passive components. The guide rail has a slope; the push cylinder is installed at the lower end of the guide rail, and a transfer plate driven by the push cylinder is provided to slide The passive components inserted move out of the guide rail; the suction cup is locked on the seat plate, and is driven by a cylinder to move up and down; the seat body of the cylinder is driven by the rotating cylinder to move in a swinging manner, and the rotating cylinder is locked on the column; It is characterized by: The rotary platform is installed on the upper end of the automatic test roll-up machine. Two platforms are cut out on the rotary platform, a slot is drilled in the center of the platform, and screw holes are drilled on the two platforms. A replaceable jig is attached, and the replaceable jig is chiseled to match the flange surface of the slot hole and the two platform surfaces, and a through hole matching the position of the screw holes on the two platform surfaces is chiseled on the replaceable jig for Screws lock the replaceable fixture on the screw hole; in addition, a large groove is drilled on the upper end of the replaceable fixture, and a through hole is drilled in the center of the large groove. The large groove is used for placing the passive components of the test. A thimble for testing is passed through the hole. 2. The combined structure of replaceable jigs for automatic test wrapping machines according to claim 1, characterized in that the large grooves and through-holes for testing of the replaceable jigs correspond to the shape or size of passive component products.

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