CN201755600U

CN201755600U - Assembly inspection rack

Info

Publication number: CN201755600U
Application number: CN2010202330910U
Authority: CN
Inventors: 王伟林; 富建国; 潘惠红; 潘秀龙; 金建忠
Original assignee: ISE INDUSTRIES SHANGHAI Co Ltd
Current assignee: SHANGHAI METALSA AUTO PARTS CO., LTD.
Priority date: 2010-06-22
Filing date: 2010-06-22
Publication date: 2011-03-09
Anticipated expiration: 2020-06-22

Abstract

The utility model relates to an inspection rack and belongs to the field of inspection equipment in industrial production. The assembly inspection rack comprises an inspection rack base (1); coordinate lines (2) are coated on the upper surface of the base (1) equidistantly along X-direction and Y-direction; and a Z-direction benchmark block (3) is further mounted on the upper surface of the base (1). A plurality of inspection tree components (4) corresponding to a plurality of inspection points are mounted on the base (1) according to the shape of the parts to be inspected and positions of the points to be inspected relative to the X-direction, the Y-direction and the Z-direction benchmarks; the inspection tree components (4) comprise inspection tree base frames (41); and go-no-go-gauges (42) are arranged on the inspection tree base frames (41) in corresponding positions. The inspection base in the assembly inspection rack provided by the utility model adopts a three-dimensional standard base, and the standard inspection tree components are mounted according to inspection positions of product to be inspected, so that the inspection is convenient and the manufacture is simple and accurate.

Description

A kind of assembling testing stand

Technical field

The utility model relates to a kind of testing stand, relates in particular to the testing stand that is applied to detect the full-sized car part.

Background technology

Produce at the component of machine of automobile, design and customize because the component of machine of automobile is generally specific vehicle, shape also is very strange, of all kinds, simultaneously in order to meet safety standard, need to bear very big impulsive force and pressure etc., generally all can require one time punching molded, if it also is need be one-time formed that bigger parts are arranged, the skeleton of the instrument board in for example whole car, because the dimensional requirement of component of machine is thinner, detection will bother very much after moulding, be a kind of instrument board framework as shown in Figure 1, the size that needs after machining is finished to detect affirmation reaches 20 many places.In the past for this large-scale precision part, adopt the quite a few people to need the place of size Control to carry out manual measurement to the everywhere the fixing back of part during detection, though testing result can be said to be accurately, waste time and energy, if in testing process, fixing part takes place loosening or displacement slightly, will exert an influence to the result, cause testing result inaccurate, and manual detection, be subject to the viewing angle difference, the accuracy of testing result is not high yet.In addition in the process that detects, if can just can satisfactory situation, survey once again after still needing part taken down change through slight change, lose time very much and artificial.

Summary of the invention

Technical problem to be solved in the utility model provides a kind of assembling testing stand, and solving when detecting now wastes time and energy and the coarse defective of testing result.

Technical scheme

A kind of assembling testing stand, it is characterized in that: comprise the testing stand base, same distance scribbles coordinate line to the upper surface of described base to making progress at interval with Y at X, Z also is installed to reference block on the upper surface of described base, according to the shape of part to be detected and need the relative X of test point that detects to, Y to the position of Z to benchmark, a plurality of detection tree assemblies of corresponding a plurality of test points are installed on described base, described detection tree assembly comprises detecting sets pedestal, and the relevant position is equipped with only drift on the detection tree pedestal.

Described Z is equipped with four to reference block, is installed in respectively on four jiaos of symmetry of base.

Hanger also is installed on described base, under the base pulley is installed.

Connection intermeshes between the support body of the detection tree pedestal of described detection tree assembly.

Beneficial effect

Assembling testing stand of the present utility model will detect base and make three-dimensional standard base, the position of detecting according to the product needed to be detected installation of carrying out standard detection tree assembly gets final product then, because install and fix the degree height, can also on testing stand, carry out a bit little modification, both convenient detection and making are precisely simple, not only save a large amount of manpowers and have also improved the efficient that detects.

Description of drawings

Fig. 1 is the instrument board framework schematic diagram of the utility model example;

Fig. 2 is the utility model schematic top plan view;

Fig. 3 looks schematic diagram for the utility model master;

Fig. 4 amplifies X to detecting schematic diagram for the utility model detects tree components A-A.

Wherein: 1-testing stand base, 2-coordinate line, 3-Z are to reference block, and 4-detects the tree assembly, the 5-hanger, and 6-pulley, 41-detect the tree pedestal, and 42-ends drift.

The specific embodiment

Below in conjunction with specific embodiment, further set forth the utility model.

A kind of assembling testing stand, comprise testing stand base 1, same distance scribbles coordinate line 2 to the upper surface of described base 1 to making progress at interval with Y at X, Z also is installed to reference block 3 on the upper surface of described base 1, according to the shape of part to be detected and need the relative X of test point that detects to, Y to the position of Z to benchmark, a plurality of detection tree assemblies 4 of corresponding a plurality of test points are installed on described base 1, described detection tree assembly 4 comprises detecting sets pedestal 41, and the relevant position is equipped with only drift 42 on the detection tree pedestal 41.

Described Z is equipped with four to reference block 3, is installed in respectively on four jiaos of symmetry of base 1.Detecting tree assembly 4 Z when mounted is benchmark to benchmark with the height of reference block 3.With the instrument board skeleton shown in the accompanying drawing 1 is example, Y is to being the initial point coordinate in base 1 center, the left side is-1000mm, the right is+1000mm, can coat coordinate line every 100mm, X to can be from top to bottom successively from 100mm to 1000mm, coat coordinate line every 100mm, and Z adopts 5～10mm protruding upward as the altitude datum point to reference block, adds the datum mark height at installation and measuring tree assembly 4 with when calculating on the part location to be checked.Can several covers be housed simultaneously according to the position of phase adjacent band test point on each detection tree assembly and end drift 42.

On described base 1 hanger 5 is installed also, base is equipped with pulley 61 time.Because the parts that detect are big, and the weight of self is also heavier, install hanger 5 and pulley 6 additional and help using instrument such as crane to be installed, and adjust also easy.

The quantity of described detection tree assembly 4 mainly be the position detected as required what and between distance arrange, multiple installation form can be arranged, more and the dispersion in the position that part in the accompanying drawing 1 need detect, but each detects that tree assembly 4 installs, and to end drift quantity also restricted, detect the detection of setting assembly 4 and set between the support body of pedestal 41 and can interlacedly connect, also can use mutually.

Claims

1. one kind is assembled testing stand, it is characterized in that: comprise testing stand base (1), same distance scribbles coordinate line (2) to the upper surface of described base (1) to making progress at interval with Y at X, Z also is installed to reference block (3) on the upper surface of described base (1), according to the shape of part to be detected and need the relative X of test point that detects to, Y to the position of Z to benchmark, a plurality of detection tree assemblies (4) of corresponding a plurality of test points are installed on described base (1), described detection tree assembly (4) comprises detecting sets pedestal (41), and detection tree pedestal (41) is gone up the relevant position only drift (42) is installed.

2. assembling testing stand as claimed in claim 1 is characterized in that: described Z is equipped with four to reference block (3), is installed in respectively on four jiaos of symmetry of base (1).

3. assembling testing stand as claimed in claim 1 is characterized in that: hanger (5) also is installed on described base (1), pulley (6) is installed under the base (1).

4. assembling testing stand as claimed in claim 1 is characterized in that: connection intermeshes between the support body of the detection tree pedestal (41) of described detection tree assembly (4).