CN202676110U

CN202676110U - Full-scale error proofing go-no gauge

Info

Publication number: CN202676110U
Application number: CN 201220263171
Authority: CN
Inventors: 史强
Original assignee: Jiangsu Akcome Solar Science & Technology Co Ltd
Current assignee: Jiangsu Akcome Solar Science & Technology Co Ltd
Priority date: 2012-06-06
Filing date: 2012-06-06
Publication date: 2013-01-16
Anticipated expiration: 2022-06-06

Abstract

Provided is a full-scale error proofing go-no gauge, characterized by comprising a go-no gauge body, wherein the go-no gauge body is internally provided with a hollow area (2); the periphery of the go-no gauge body is provided with multiple sets of section bar width detecting grooves (3), section bar height detecting grooves (4), section bar wall thickness detecting grooves (5), section bar opening width detecting lugs (6), and angle detecting clamping corners (7). The full-scale error proofing go-no gauge features short detecting time, requires less testing fixtures, consumes less financial resources and manpower, and raises detecting precision.

Description

Full-scale mistake proofing go-no go gauge

Technical field

The utility model relates to a kind of full-scale mistake proofing go-no go gauge, and the cross section and the cutting processing angle that are mainly used in the section bar frame detect, and are particularly useful for the edge frame made of aluminum profiles of photovoltaic solar cell plate.

Background technology

At present, the edge frame made of aluminum profiles cross section of photovoltaic solar cell plate is detected and need to be measured one by one a plurality of thickness, width and the height equidimension at single position, traditional method is by manually measuring with vernier caliper, or go to detect one by one with the go-no go gauge of many single detection architecture, perhaps use the larger cross section scanning machine of volume to scan definite, it is long that above method has detection time, the cubing quantity that needs is many, financial resources and manpower expend greatly, it is different that different people measures the possibility of result that comes, and it is lower to detect degree of accuracy.

Summary of the invention

The purpose of this utility model is to overcome above-mentioned deficiency, provides a kind of detection time short, and the cubing quantity that needs is few, and financial resources and manpower expend little, detect the higher full-scale mistake proofing go-no go gauge of degree of accuracy.

The purpose of this utility model is achieved in that

A kind of full-scale mistake proofing go-no go gauge, it comprises the go-no go gauge body, described go-no go gauge body interior is provided with hollow area, the outward flange of described go-no go gauge body is provided with many group section bar width detection grooves, profile height detects groove, the section bar wall thickness detects groove, section bar open width detection projection and angle test card angle, every group of section bar width detection groove, profile height detects groove and section bar wall thickness detection groove includes outer upper limit bayonet socket and inner lower limit bayonet socket, every group of section bar open width detection projection comprises a section bar open width upper limit projection and a section bar open width lower limit projection, and every group of angle test card angle comprises an angle upper limit Ka Jiao and an angle lower limit Ka Jiao.

Described go-no go gauge body interior is provided with the sign groove.

Compared with prior art, the beneficial effects of the utility model are:

The full-scale mistake proofing go-no go gauge of the utility model only needs with a go-no go gauge in use, just can detect section bar to be detected cross section, and is simple and convenient.And have following advantage:

1, fast verification mould: when the mould of newly opening, we need to guarantee die life, thus the product of test die must be able to inject in the product cross section 1:1 profiling hole because product is placed in the middle, extend to both sides, and the control of wall thickness is conducive to the control of cost.

2, Quick Measurement: after the section bar extruding, insert not advance if get in the profiling hole, cross section of one section huge cropping in the middle of directly inserting, carrying out that can be by reverse side measured the size of deviation part looking after.Mould has little slowly change large because in the section bar extrusion process from incipient slit! In the profiling hole of the product in the middle of so incipient product degree can insert! When the mould of newly opening, we need to guarantee our whole measurement die life and judge 30 seconds to minute within can finish.

3, be easy to carry: whole full-scale mistake proofing go-no go gauge cubing only has the 10mm*8mm size, and the testing staff can be placed on pocket the inside band to it anywhere.It is the Le Mite that originates from Israel that existing section bar extrusion is measured full-scale equipment, and its volume more greatly must be in the inside, the room of special constant temperature and humidity, and wants special technician to measure and safeguard.

4, low cost: need only about 100 yuan with the line cutting.

5, mistake proofing rate is high: full-scale mistake proofing go-no go gauge mistake proofing rate is high, especially the employee on production line, trains easily, and association uses easily easily.

5, easily verification: can use projector, scanner carries out verification.

It is short that to sum up this full-scale mistake proofing go-no go gauge has detection time, and the cubing quantity that needs is few, and financial resources and manpower expend little, detect the higher advantage of degree of accuracy.

Description of drawings

Fig. 1 is the structural representation of the full-scale mistake proofing go-no go gauge of the utility model.

Fig. 2 is the schematic cross-section of a section bar to be detected.

Fig. 3 is the A place partial enlarged drawing of Fig. 2.

Fig. 4 is the right view of Fig. 2.

Fig. 5 is the structural representation of the full-scale mistake proofing go-no go gauge of the to be detected section bar corresponding with Fig. 2.

Wherein:

Indicate groove 1

Hollow area 2

Section bar width detection groove 3

Profile height detects groove 4

The section bar wall thickness detects groove 5

Section bar open width detection projection 6

Section bar open width upper limit projection 61

Section bar open width lower limit projection 62

Angle test card angle 7

Angle upper limit card angle 71

Angle lower limit card angle 72.

Embodiment

Referring to Fig. 1, a kind of full-scale mistake proofing go-no go gauge that the utility model relates to, it comprises the go-no go gauge body, described go-no go gauge body interior is provided with and indicates groove 1 and hollow area 2, described sign groove 1 is used for indicating the section bar cross section that this full-scale mistake proofing go-no go gauge can detect, described hollow area 2 is the profiling hole, housing upper dimension bound for detection of the section bar cross section, the outward flange of described go-no go gauge body is provided with many group section bar width detection grooves 3, profile height detects groove 4, the section bar wall thickness detects groove 5, section bar open width detection projection 6 and angle test card angle 7, described section bar width detection groove 3 bounds for detection of the section bar width, described profile height detects groove 4 for detection of the bound of profile height, described section bar wall thickness detects groove 5 for detection of the size bound of section bar wall thickness, every group of section bar width detection groove 3, profile height detects groove 4 and section bar wall thickness detection groove 5 includes outer upper limit bayonet socket and inner lower limit bayonet socket, every class upper limit bayonet socket is for detection of section bar width detection groove 3, profile height detects the upper dimension bound of groove 4 and section bar wall thickness detection groove 5, described lower limit bayonet socket is for detection of section bar width detection groove 3, profile height detects the lower size limit of groove 4 and section bar wall thickness detection groove 5, every group of section bar open width detection projection 6 comprises a section bar open width upper limit projection 61 and a section bar open width lower limit projection 62, described section bar open width upper limit projection 61 and section bar open width lower limit projection 62 are respectively applied to detect the size bound of the same A/F of section bar, every group of angle test card angle 7 comprises an angle upper limit card angle 71 and an angle lower limit card angle 72, and described angle upper limit card angle 71 and angle lower limit card angle 72 are respectively applied to detect the angle bound of the same cutting angle of section bar.

Referring to Fig. 2, Fig. 3 and Fig. 4, Figure 2 shows that the schematic cross-section of a section bar to be detected, Fig. 3 is the A place partial enlarged drawing of Fig. 2, Fig. 4 is the right view of Fig. 2, and this section bar comprises the abdominal cavity, and the lower wall in described abdominal cavity is provided with crosspiece left, the left end of described crosspiece upwards is provided with perpendicular section, the lower wall in abdominal cavity and the crosspiece that arranges left form the section bar lower wall, and the left wall height in abdominal cavity highly equates with perpendicular section and is lower than the right wall height in abdominal cavity, forms an opening between described abdominal cavity Zuo Bi, crosspiece and the perpendicular section.When becoming to produce this section bar, need to each size of section bar be detected, this section bar size to be detected comprises: the angle k of the thickness i of the thickness g of the thickness e of the thickness c of the thickness a of abdominal cavity upper wall, the width b of opening, the left wall in abdominal cavity and height d, the right wall in abdominal cavity and height f, section bar lower wall and width h, perpendicular section and height j, section bar cutting section cutting angle.

Referring to Fig. 5, Figure 5 shows that the full-scale mistake proofing go-no go gauge of the to be detected section bar corresponding with Fig. 2, the label among Fig. 5 is the to be detected size corresponding with label among Fig. 2.

Claims

1. full-scale mistake proofing go-no go gauge, it is characterized in that it comprises the go-no go gauge body, described go-no go gauge body interior is provided with hollow area (2), the outward flange of described go-no go gauge body is provided with many group section bar width detection grooves (3), profile height detects groove (4), the section bar wall thickness detects groove (5), section bar open width detection projection (6) and angle test card angle (7), every group of section bar width detection groove (3), profile height detects groove (4) and section bar wall thickness detection groove (5) includes outer upper limit bayonet socket and inner lower limit bayonet socket, every group of section bar open width detection projection (6) comprises a section bar open width upper limit projection (61) and a section bar open width lower limit projection (62), and every group of angle test card angle (7) comprises an angle upper limit Ka Jiao (71) and an angle lower limit Ka Jiao (72).

2. a kind of full-scale mistake proofing go-no go gauge according to claim 1 is characterized in that described go-no go gauge body interior is provided with sign groove (1).