CN202471050U

CN202471050U - Flatness inspection tool

Info

Publication number: CN202471050U
Application number: CN2012201021942U
Authority: CN
Inventors: 张振国; 吴洋
Original assignee: Fuxin Dare Automobile Steering Pump Co Ltd
Current assignee: Fuxin Dare Automotive Parts Co Ltd
Priority date: 2012-03-19
Filing date: 2012-03-19
Publication date: 2012-10-03
Anticipated expiration: 2022-03-19

Abstract

The utility model belongs to inspection equipment and particularly relates to a flatness inspection tool. A work piece positioning board (2) is fixed at the left side on an inspection tool body (1) by a screw (14); measuring heads I, II, III and IV (3, 4, 5 and 6) and two positioning bases (15) are mounted on the work piece positioning board (2); a mounting base (18) is fixed at the right side on the inspection tool body (1) by the screw (14); a calibration piece (16) and a counter weight (17) are respectively placed in a mounting groove of the mounting base (18); the measuring heads I, II, III and IV (3, 4, 5 and 6) are correspondingly connected with sensors I, II, III and IV (10, 11, 12 and 13) through lead wires (7); the sensors I, II, III and IV (10, 11, 12 and 13) are respectively mounted on a processor (8); the processor (8) is connected with a microcomputer (9) through the lead wire (7); and a touch screen (9-1) is mounted on the microcomputer (9). The flatness inspection tool has the advantages of convenience in operation, high detection precision and low using cost.

Description

The flatness cubing

Technical field

The utility model belongs to inspection machine, particularly a kind of flatness cubing.

Background technology

The detection method of the part of having relatively high expectations for flatness mainly contains two kinds now, and a kind of is clock gauge hand push method, exactly clock gauge is fixed, and on the clock gauge gauge outfit, promotes the piece surface that will detect, and this method precision is low, and efficient is low, inconvenient operation; And another kind of method is the three-dimensional coordinates measurement method, just is to use the three-dimensional coordinates measurement surface of the work, can reach higher precision; But cost is too high; Complex operation can not carry out a hundred per cent to part and detect, and above-mentioned two kinds of methods are difficult to satisfy the demand that modernization is produced in enormous quantities.

Summary of the invention

The purpose of the utility model is to overcome above-mentioned technical deficiency, provides a kind of simple to operate, and data are accurate, the flatness cubing that detection efficiency is high.

The technical scheme that the utility model technical solution problem adopts is: the flatness cubing comprises cubing body, workpiece location-plate, processor, micro computer, sensor one, two, three, four, lead, screw; Be characterized in that left side of face is screwed a workpiece location-plate on the cubing body; One, two, three, four and two positioning seats of gauge head are housed on the workpiece location-plate; Cubing body upper right is screwed a mounting yoke; Place calibrating device and weight in the mounting groove of mounting yoke respectively, gauge head one, two, three, four and sensor one, two, three, between four respectively with the corresponding connection of lead, sensor one, two, three, four is contained on the processor respectively; Connect with lead between processor and the micro computer, touch-screen is housed on the micro computer.

The beneficial effect of the utility model is: the flatness cubing is easy to operate; Accuracy of detection is high; Use cost is low, and can increase substantially detection efficiency, can realize part is absolutely detected; Satisfying the detection demand that modernization is produced in enormous quantities, is the indispensable detection apparatus of level on the product quality.

Description of drawings

Specify with embodiment below in conjunction with accompanying drawing.

Fig. 1 is a flatness cubing structural drawing.

Fig. 2 is cubing body structure figure among Fig. 1.

Among the figure, 1-cubing body; 2-workpiece location-plate; 3-gauge head one; 4-gauge head two; 5-gauge head three; 6-gauge head four; The 7-lead; The 8-processor; The 9-micro computer; The 9-1-touch-screen; 10-sensor one; 11-sensor two; 12-sensor three; 13-sensor four; The 14-screw; The 15-positioning seat; The 16-calibrating device; The 17-weight; The 18-mounting yoke.

Embodiment

Embodiment, with reference to accompanying drawing 1,2, left side of face is equipped with one, two, three, 43,4,5,6 and two positioning seats 15 of gauge head with screw 14 fixing workpiece location-plates 2 on the cubing body 1 of flatness cubing on the workpiece location-plate 2.Cubing body 1 upper right is placed calibrating device 16 and weight 17 respectively with screw 14 fixing mounting yoke 18 in the mounting groove of mounting yoke 18.Gauge head one, two, three, 43,4,5,6 and sensor one, two, three, 4 10,11,12, between 13 respectively with 7 corresponding connections of lead; Sensor one, two, three, 4 10,11,12,13 is contained in respectively on the processor 8; Connect with lead 7 between processor 8 and the micro computer 9, touch-screen 9-1 is housed on the micro computer 9.

The method of application of flatness cubing is: earlier calibrating device 16 is placed on the workpiece location-plate 2 with positioning seat 15 location during detection; With beginning piece surface is detected behind gauge head one, two, three, 43,4,5,6 schools zero; Place workpiece to decide on the plate 2 piece surface during detection, with positioning seat 15 location, simultaneously for preventing that part from kicking the beam; Weight 17 placed push down part above the part; Gauge head one, two, three, 43,4,5,6 four the software analysis of measurement result through processor 8 are calculated, measure the result fast, and show through the touch-screen 9-1 of micro computer 9.

Claims

1. flatness cubing; Comprise cubing body (1), workpiece location-plate (2), processor (8), micro computer (9), sensor one, two, three, four (10,11,12,13), lead (7), screw (14); It is characterized in that the last left side of face of cubing body (1) is with the fixing workpiece location-plate (2) of screw (14); Gauge head one, two, three, four (3,4,5,6) and two positioning seats (15) are housed on the workpiece location-plate (2); Cubing body (1) upper right is with the fixing mounting yoke (18) of screw (14); Place calibrating device (16) and weight (17) in the mounting groove of mounting yoke (18) respectively; Use the corresponding connection of lead (7) respectively between gauge head one, two, three, four (3,4,5,6) and the sensor one, two, three, four (10,11,12,13); Sensor one, two, three, four (10,11,12,13) is contained in respectively on the processor (8), connects with lead (7) between processor (8) and the micro computer (9), and touch-screen (9-1) is housed on the micro computer (9).