CN202241306U - Thee-paw manipulator for measuring diameter of bearing - Google Patents

Abstract

The invention discloses a three-paw manipulator for measuring the diameter of a bearing. The three-paw manipulator consists of a mechanical part and a control part, wherein the mechanical part consists of a clamping paw I, a clamping paw II, a clamping III, a sliding rail II, a sliding rail seat II, a support, a cylinder, a piston rod, a shifting fork I, a shifting fork II, a shifting fork III, a pin roll for the shifting fork I, a pin roll for the shifting fork II and a pin roll for the shifting fork III; and the control part consists of a sliding rheostat, an A/D converter and a single chip microcomputer. In work, when the cylinder drives the piston rod to move upwards, a groove moves upwards, so as to drive the shifting fork I, the shifting fork II and the shifting fork III to move inwards around the pin roll for the shifting fork I, the pin roll for the shifting fork II and the pin roll for the shifting fork III respectively, a bearing is clamped, a contact of the sliding rheostat on the clamping paw moves, the A/D converter is used for converting a voltage signal into a digital signal, and the single chip microcomputer is used for reading the result so as to control the movement of the manipulator. The manipulator can automatically place the bearing in a classified way according to the diameter of the clamped bearing, thereby greatly improving the efficiency and the precision.

Description

A kind of three-jaw manipulator of measuring bearing diameter

Technical field

The present invention relates to a kind of three-jaw manipulator of measuring bearing diameter.

Background technology

At present, when in the prior art bearing that processes being deposited by size, need manual work to store classifiedly, labor strength is big, efficient is low, particularly when bearing size differs very little, is difficult to distinguish.

Summary of the invention

To above-mentioned prior art, the invention provides a kind of three-jaw manipulator of measuring bearing diameter, this manipulator not only can the clamping bearing, can also measure the diameter of bearing.

The present invention realizes through following technical scheme:

A kind of three-jaw manipulator of measuring bearing diameter; Form by mechanical part and control section; Wherein, Mechanical part is made up of jaw I, jaw II, jaw III, slide rail II, slide track seat II, bearing, cylinder, piston rod, shift fork I, shift fork II, shift fork III, shift fork I bearing pin, shift fork II bearing pin and shift fork III bearing pin, and control section is made up of slide rheostat, A/D converter and single-chip microcomputer;

Said cylinder is fixedly mounted on the bearing; The top of slide track seat II is fixed on the bottom of bearing; Slide rail II is arranged on the slide track seat II, and slide track seat II top is provided with three slotted holes, and jaw I, jaw II and jaw III are assemblied in three slotted hole belows that slide track seat II top is provided with respectively; And can on the slide rail II of slide track seat II, move, jaw I, jaw II and jaw III top are provided with endoporus; The central authorities of bearing are provided with through hole; Piston rod is connected with bearing and can in through hole, moves; The bottom of piston rod is equipped with groove; Shift fork I bearing pin, shift fork II bearing pin and shift fork III bearing pin all are located on the bearing; Shift fork I, shift fork II and shift fork III are set on shift fork I bearing pin, shift fork II bearing pin and the shift fork III bearing pin; The end of the end of shift fork I, the end of shift fork II and shift fork III all is positioned at groove, and shift fork I, shift fork II and shift fork III and groove are that ball is twisted together and connects, and three slotted holes that the other end of the other end of shift fork I, shift fork II and the other end of shift fork III are provided with through slide track seat II top respectively are arranged in the endoporus that jaw I, jaw II and jaw III top is provided with; The contact of slide rheostat is fixed on the jaw II, and the resistance wire of slide rheostat attaches with slide rail II and is connected, and slide rheostat links to each other with A/D converter, and single-chip microcomputer links to each other with A/D converter.

During work, when cylinder drive piston rod moved upward, groove moved upward; Thereby drive shift fork I, shift fork II, shift fork III inwardly move around shift fork I bearing pin, shift fork II bearing pin, shift fork III bearing pin respectively, clamp bearing, and the contact of the slide rheostat on the jaw moves; Resistance changes, and then the voltage of slide rheostat changes, and converts voltage signal into data signal with A/D converter; Utilize single-chip microcomputer to read the result; And then control moving of manipulator, when cylinder drive piston rod moved downward, groove moved downward; Thereby drive shift fork I, shift fork II, shift fork III outwards move around shift fork I bearing pin, shift fork II bearing pin, shift fork III bearing pin respectively, unclamp bearing.

Manipulator of the present invention can be automatically stores classifiedly bearing according to the diameter of folded bearing, has improved efficient and precision greatly.

Description of drawings

Fig. 1 is a structural representation of the present invention;

Fig. 2 is the E-E cutaway view among Fig. 1.

Wherein, 1. cylinder, 2. bearing, 3. groove, 4. shift fork I; 5. shift fork I bearing pin, 6. slotted hole I, 7. slide track seat II, 8. slide rail II, 9. jaw I; 10. jaw III, 11. jaw II, 12. slotted hole II, 13. shift fork II, 14. shift fork II bearing pins; 15. piston rod, 16. slotted hole III, 17. shift fork III, 18. shift fork III bearing pins.

The specific embodiment

Below in conjunction with accompanying drawing the present invention is further described.

A kind of three-jaw manipulator of measuring bearing diameter; Form by mechanical part and control section; Like Fig. 1, shown in Figure 2; Wherein, mechanical part is made up of jaw I 9, jaw II 11, jaw III 10, slide rail II 8, slide track seat II 7, bearing 2, cylinder 1, piston rod 15, shift fork I 4, shift fork II 13, shift fork III 17, shift fork I bearing pin 5, shift fork II bearing pin 14 and shift fork III bearing pin 18, and control section is made up of slide rheostat, A/D converter and single-chip microcomputer;

Said cylinder 1 is fixedly mounted on the bearing 2, and the top of slide track seat II 7 is fixed on the bottom of bearing 2, and slide rail II 8 is arranged on the slide track seat II 7, and slide track seat II 7 tops are provided with three slotted holes: slotted hole I 6, slotted hole II 12 and slotted hole III 17; Jaw I 9, jaw II 11 and jaw III 10 are assemblied in three slotted hole belows that slide track seat II 7 tops are provided with respectively, and can on the slide rail II 8 of slide track seat II 7, move, and jaw I 9, jaw II 11 and jaw III 10 tops are provided with endoporus; The central authorities of bearing 2 are provided with through hole; Piston rod 15 is connected with bearing 2 and can in through hole, moves; The bottom of piston rod 15 is equipped with groove 3; Shift fork I bearing pin 5, shift fork II bearing pin 14 and shift fork III bearing pin 18 all are located on the bearing 2; Shift fork I 4, shift fork II 13 and shift fork III 17 are set on shift fork I bearing pin 5, shift fork II bearing pin 14 and the shift fork III bearing pin 18; The end of the end of shift fork I 4, the end of shift fork II 13 and shift fork III 17 all is positioned at groove 3, and shift fork I 4, shift fork II 13 and shift fork III 17 connect for ball is twisted together with groove 3, and three slotted holes that the other end of the other end of shift fork I 4, shift fork II 13 and the other end of shift fork III 17 are provided with through slide track seat II 7 tops respectively are arranged in the endoporus that jaw I 9, jaw II 11 and jaw III 10 tops are provided with; The contact of slide rheostat is fixed on the jaw II 11, and the resistance wire of slide rheostat attaches with slide rail II 8 and is connected, and slide rheostat links to each other with A/D converter, single-chip microcomputer link to each other with A/D converter (be provided with for conventional, do not provide among the figure).

During work, when cylinder 1 drive piston rod 15 moved upward, groove 3 moved upward; Thereby drive shift fork I 4, shift fork II 13, shift fork III 17 inwardly move around shift fork I bearing pin 5, shift fork II bearing pin 14, shift fork III bearing pin 18 respectively, clamp bearing, and the contact of the slide rheostat on the jaw moves; Resistance changes, and then the voltage of slide rheostat changes, and converts voltage signal into data signal with A/D converter; Utilize single-chip microcomputer to read the result; And then control moving of manipulator, when cylinder 1 drive piston rod 15 moved downward, groove 3 moved downward; Thereby drive shift fork I 4, shift fork II 13, shift fork III17 outwards move around shift fork I bearing pin 5, shift fork II bearing pin 14, shift fork III bearing pin 18 respectively, unclamp bearing.

Manipulator of the present invention can be automatically stores classifiedly bearing according to the diameter of folded bearing, has improved efficient and precision greatly.

Claims (1)

1. three-jaw manipulator of measuring bearing diameter; It is characterized in that: form by mechanical part and control section; Wherein, Mechanical part is made up of jaw I, jaw II, jaw III, slide rail II, slide track seat II, bearing, cylinder, piston rod, shift fork I, shift fork II, shift fork III, shift fork I bearing pin, shift fork II bearing pin and shift fork III bearing pin, and control section is made up of slide rheostat, A/D converter and single-chip microcomputer;

Said cylinder is fixedly mounted on the bearing; The top of slide track seat II is fixed on the bottom of bearing; Slide rail II is arranged on the slide track seat II, and slide track seat II top is provided with three slotted holes, and jaw I, jaw II and jaw III are assemblied in three slotted hole belows that slide track seat II top is provided with respectively; And can on the slide rail II of slide track seat II, move, jaw I, jaw II and jaw III top are provided with endoporus; The central authorities of bearing are provided with through hole; Piston rod is connected with bearing and can in through hole, moves; The bottom of piston rod is equipped with groove; Shift fork I bearing pin, shift fork II bearing pin and shift fork III bearing pin all are located on the bearing; Shift fork I, shift fork II and shift fork III are set on shift fork I bearing pin, shift fork II bearing pin and the shift fork III bearing pin; The end of the end of shift fork I, the end of shift fork II and shift fork III all is positioned at groove, and shift fork I, shift fork II and shift fork III and groove are that ball is twisted together and connects, and three slotted holes that the other end of the other end of shift fork I, shift fork II and the other end of shift fork III are provided with through slide track seat II top respectively are arranged in the endoporus that jaw I, jaw II and jaw III top is provided with; The contact of slide rheostat is fixed on the jaw II, and the resistance wire of slide rheostat attaches with slide rail II and is connected, and slide rheostat links to each other with A/D converter, and single-chip microcomputer links to each other with A/D converter.

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