CN205957845U

CN205957845U - Spindle is synthesized and is examined utensil

Info

Publication number: CN205957845U
Application number: CN201620923676.2U
Authority: CN
Inventors: 朱荣丽; 刘伯轩; 韩佳奇
Original assignee: SHENYANG AUTOMOBILE AXLE MANUFACTURING Co Ltd OF CSR Corp Ltd
Current assignee: SHENYANG AUTOMOBILE AXLE MANUFACTURING Co Ltd OF CSR Corp Ltd
Priority date: 2016-08-24
Filing date: 2016-08-24
Publication date: 2017-02-15
Anticipated expiration: 2026-08-24

Abstract

The utility model provides a spindle is synthesized and is examined utensil, including bottom plate, active grab, slider, slide, stopper, electronics amesdial, the school gauge stand of taking the guide rail, test the stick and lead to rule, characterized by is the fixed position board on the bottom plate, sets up the position sleeve of fixed work piece on the locating plate and set up each hole site to detect bush, set up eight school gauge stands in one side of bottom plate, table skeleton no. 1, table skeleton no. 2, table skeleton no. 3 and the table skeleton no. 4 of electron amesdial are placed in the fixed equipment of ski. The utility model discloses simple structure, convenient operation, it is high to detect the precision, can realize the measurement of position degree, angle and bulk to the adjustment is processed according to measuring numerical value to the ability reading data, can replace three -coordinate inspection completely, is showing improvement detection efficiency.

Description

Spindle comprehensive check tool

Technical field

This utility model belongs to a kind of automobile component testing equipment, particularly a kind of spindle comprehensive check tool.

Background technology

After the processing of spindle per tour initial workpiece is produced into, the position degree in its bulk, angle, hole need to be detected, Guarantee that qualified rear continuation produces, original detection method is to adopt three-dimensional coordinates measurement, and three coordinate measurements are wide in variety, detection and queuing etc. Treat that the time is long, production line needs to wait for testing result, according to testing result qualified continue produce, unqualified carry out parameter adjustment after need Detect again, low production efficiency.Therefore urgently provide comprehensive check tool to improve detection efficiency, and discharge three coordinate measurement pressure.

Utility model content

The purpose of this utility model is to provide a kind of spindle comprehensive check tool, and improve production efficiency, when saving detection Between, reduce by three coordinate measurement kinds.Comprehensive check tool structure is simple simultaneously, and accuracy of detection height, it is easy to operation, is easy to safeguard.

The technical scheme that this utility model provides is as follows：Including the base plate with guide rail, active grab, slide block, slide plate, spacing Block, electronic dial gauge, calibration seat, test rod and drift, it is characterized in that：Stationary positioned plate on base plate, setting on location-plate is fixed The positioning sleeve of workpiece and each hole location detecting bushing of setting；In the side of base plate, eight calibration seats are set；Group is fixed on slide plate Put and put the dial framework one of electronic dial gauge, dial framework two, dial framework three, dial framework four；

This utility model effect is：Structure is simple, easy to operate, is easy to safeguard, accuracy of detection is high, be capable of position, Angle and the measurement of bulk, can replace three coordinate measurements completely.Save detection time simultaneously, and discharge three coordinate measurement pressures Power, significantly improves detection efficiency, production efficiency.

Brief description

Fig. 1 is structural representation of the present utility model.

Fig. 2 is the top view of Fig. 1.

Fig. 3 is the A A sectional view of Fig. 1.

The parts of in figure：Base plate 1, guide rail 2, slide plate 3, active grab 4, electronic dial gauge 5, dial framework 1, dial framework 27, Dial framework 38, drift 1, limited block 11, slide block 12, dial framework 4 13, test rod 1, positioning sleeve 15, location-plate 16, drift 2 17, Table positioning sleeve 18, tests rod 2 19, hole location detecting bushing 1, drift 3 21, hole location detecting bushing 2 22, hole location detecting bushing three 23, calibration seat 25, ABS hole alignment pin 26, ABS inserts hole location detecting bushing 27, knuckle workpiece 28.

Specific embodiment

See Fig. 13, concrete structure is as follows：As follows using prior art：The base plate 1 with guide rail 2 for the setting, with slide block 12 Slide plate 3 is arranged on guide rail 2 by slide block 12, arranges limited block 11 in the end of guide rail 2；Hinge is passed through in positioning fixture 4 end It is connected on base plate 1, and slide plate 3 is connected by connecting rod（Existing structure, sequence number do not marked by connecting rod）, manually control active grab 4, slide plate 3 moves on guide rail 2 and positions to limited block 11；Improved main points are：In base plate 1 stationary positioned plate 16, location-plate 16 The positioning sleeve 15 of the fixing knuckle workpiece 28 of upper setting and arrange each hole location detecting bushing 1, hole location detecting bushing 2 22, Hole location detecting bushing 3 23, BS insertion hole location detecting bushing 27；In the side of base plate 16, eight calibration seats 25 are set；In slide plate 3 The dial framework 1 of upper fixing assembling placement electronic dial gauge, dial framework 27, dial framework 38, dial framework 4 13；Two are arranged on dial framework 1 Electronic dial gauge patchhole, dial framework 27 arranges an electronic dial gauge patchhole, and dial framework 38 arranges two electronic dial gauges Patchhole, dial framework 4 13 arranges three electronic dial gauge patchholes.Electronic dial gauge 5, drift 9,17,21 and test rod and 14,19 be Existing measurer.

Operation principle：

8 pieces of electronic dial gauges 5 are respectively installed on respective table positioning sleeve 18, press label respectively in corresponding calibration seat Calibration zero on 25, then each electronic dial gauge 5 correspondence is installed on dial framework 6,7,8,13.By knuckle workpiece 28 with the diameter of axle And large end face location and installation is in the positioning sleeve 15 of location-plate 16, drift 9,17,21 is inserted respectively hole location detecting bushing 20, 22nd, in 23, detect each hole location, after detection, take off drift 9,17,21.ABS hole alignment pin 26 is inserted ABS insertion hole position inspection Survey in bushing 27 and angularly positioned, then will test in rod 14, the 19 insertion each taper hole of workpiece, move active grab 4 and slide plate 3 is passed through The mobile positioning to limited block 11 of guide rail 2, slide block 12 clamps.

Read the reading of each electronic dial gauge 5, quickly judge whether each size is qualified.ABS hole alignment pin is taken off after detection 26th, test rod 14,19, then unload knuckle workpiece 28, complete to detect.

Claims

1. a kind of spindle comprehensive check tool, including the base plate with guide rail, active grab, slide block, slide plate, limited block, electronics Amesdial, calibration seat, test rod and drift, it is characterized in that：Stationary positioned plate on base plate, location-plate arranges determining of fixing workpiece Position set and each hole location detecting bushing of setting；In the side of base plate, eight calibration seats are set；On slide plate, electricity is placed in fixing assembling The dial framework one of sub- amesdial, dial framework two, dial framework three and dial framework four.