Reversible platform detection device, spherical bearing assembly detection method and device thereof
A detection device and a technology of turning the shaft, which is applied in the direction of measuring devices, mechanical measuring devices, and mechanical devices, can solve problems such as time-consuming, affecting production line beats, and increasing labor intensity of employees, so as to improve efficiency, improve product quality, and The effect of reducing labor intensity
Active Publication Date: 2018-02-06
SHAANXI HEAVY DUTY AUTOMOBILE
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Problems solved by technology
[0002] At present, when a certain type of balance shaft is assembled on site, there is a process to install and adjust the spherical bearing. This type of bearing needs to adjust the clearance between the inner and outer rings as required to achieve the best use of this type of bearing. Under current conditions, 100% of all products are guaranteed. There are several adverse effects of testing. First, the existing conditions test the gap after installation of the product, and the installation, clamping, and measurement processes are time-consuming and affect the production line beat; second, the component to be tested is 20KG Above, the completion of a large number of manual flips increases the labor intensity of employees
Third, when the output is large, it is difficult to achieve 100% inspection
Method used
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[0041] The present invention will be further described below in conjunction with the accompanying drawings and embodiments.
[0042] Such as Figure 1-16 Middle: Bracket 1; Base 2; Kanban 3; Hexagon socket screw 4; Washer 5; Pin 6; Hand wheel 7; Bolt 8; Self-made retaining ring 9; Flat key 10; Active flange shaft 11; Bearing end cover 12; Rolling bearing 13; Bolt 14; Quick lock device 15; Gauge body 16; Hexagon socket head cap screw 17; Overturn frame 18; Driven flange shaft 19; Nut 20; Washer 21; Bearing gland 22; Bolt 23; Compression handle 24; Eccentric wheel eccentricity e; eccentric wheel 201; eccentric wheel inner hole 202; disc 203; connecting rod 204; connecting rod head; spherical bearing inner ring 101; spherical bearing outer ring 102; balance shaft shell 103; The gap 104 with the spacer bushing; the observation hole 105; the assembly gap 106 of the inner and outer rings of the spherical bearing; the locking installation hole 107; the spacer bushing 108.
[0043] Su...
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The present invention provides a reversible platform detection device, and a globe bearing assembly detection method and device. The reversible platform detection device and the globe bearing assembly detection method and device are able to overturn workpieces and a detection device and complete data reading in a visual state. The reversible platform detection device comprises a roll-over stand, a roll-over shaft and a test tool body. The roll-over stand drives the rotation of the hollow cylinder test tool body; an observation hole is arranged at the position at the side wall of the test tool body close to the roll-over stand, and is configured to detect the gap between the inner ring of the globe bearing, the outer ring of the globe bearing and an interval spindle sleeve; the size of a gasket is calculated according to the gap detection, and reasonable work gaps of the inner ring and the outer ring of the globe bearing are obtained; the roll-over stand is configured to fix a hand wheel through the outer end of an active flanged shaft; the hand wheel is provided with a handle and a movable pin hole; a locking device is an eccentric shaft rapid clamping device consisting of an eccentric wheel, a pressure plate, a connecting rod and a connecting rod head; the eccentric wheel is connected with the connecting rod through the pressure plate and drives the rotation of the connecting rod; and the connecting rod head is clamped after passing through the locking mounting hole on the test tool body and rotating 90 degrees.
Description
technical field [0001] The patent of the present invention relates to an assembly and detection tool, in particular to a tool used for the assembly and detection of the gap between the inner and outer rings of a spherical bearing. Background technique [0002] At present, when a certain type of balance shaft is assembled on site, there is a process to install and adjust the spherical bearing. This type of bearing needs to adjust the clearance between the inner and outer rings as required to achieve the best use of this type of bearing. Under current conditions, 100% of all products are guaranteed. There are several adverse effects of testing. First, the existing conditions test the gap after installation of the product, and the installation, clamping, and measurement processes are time-consuming and affect the production line beat; second, the component to be tested is 20KG Above, the labor intensity of the employees has been increased by completing the manual turnover in la...
Claims
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IPC IPC(8): G01B5/00G01B5/14
Inventor 张含王晓辉
Owner SHAANXI HEAVY DUTY AUTOMOBILE