CN201607204U

CN201607204U - Gauge block for measure of die

Info

Publication number: CN201607204U
Application number: CN2010201232215U
Authority: CN
Inventors: 王朝誉
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-03-04
Filing date: 2010-03-04
Publication date: 2010-10-13
Anticipated expiration: 2020-03-04

Abstract

The utility model relates to a gauge block for measure of dies. The gauge block has L shape or quadrangular shape, one side of the gauge block is horizontal to a die or vertical to another slop side and forms an angle with the side. The angle is the same with the angle of the side to be measured of the die to be measured. The surface of the gauge block contacted with the die is provided with a material capable of realizing the tight joint of the gauge block and the die, and optimized material is the magnetic material. The L shaped gauge block has the accurate size of A which means the distance from the point of the angle to the opposite side of the slop side. The measured value of M can be directly read by using the gauge block and common measuring tools such as a vernier caliper, and the length of the die can be obtained indirectly by the arithmetical operation of the measured value and A.

Description

The measuring gauge block of a kind of mould

[technical field]

The present invention relates to the appurtenance gauge block that a kind of mould is measured, particularly the appurtenance gauge block of swaging die measurement.

[background technology]

When making type cavity mould, generally owing to product design, depanning, eject, reason such as location, all reserve gradient at sidewall.

When making, because the existence of gradient when using general measurer, is difficult to accurately measure.Major company with good conditionsi can buy the three-dimensional coordinates measurement instrument, but investment is very big, and the board of workpiece from processing need be taken off, and is placed on the table top of measuring instrument and could detects.If the detection defect of data need be put back to part former work board, clamping, correction, peek, processing again makes efficiency of measurement very low, has a strong impact on the production cycle of mould.Generally all be not measure after processing, directly send into down operation, and,, all rely on pincers worker to repair if underproof size is arranged for the little company of the overwhelming majority, like this since, make the mould manufacturing time be difficult to effective control.The quality that mould is made is determined by the technical merit of pincers worker entirely.

[utility model content]

Problem to be solved in the utility model just provides a kind of new technology, to overcome the shortcoming and defect of prior art.

Concrete technical scheme of the present utility model is as follows:

Provide a kind of mould measuring gauge block, described gauge block is shaped as L type or quadrilateral, it is characterized in that: described gauge block has two limits closely to contact with mould, limit that wherein contacts and die horizontal or vertical with described mould, and another hypotenuse and described limit are angled.

Described angle is identical with the mould that will measure corner to be measured degree.The material that described gauge block and described mould are fitted tightly has been used on the contacted surface of gauge block and mould, and preferred material is a magnetic material.

Described L type gauge block has accurate dimensions A value.Described A value is the distance from described angle summit to described hypotenuse opposite side.

The beneficial effects of the utility model are: for the mould measurement provides a kind of can be fast simply to install again, improved the mould efficiency of measurement, accelerated the mould production cycle, avoid the uncontrollable problem of mould manufacturing time, also can rely on the technical merit of pincers worker to decide the workmanship of mould.

[description of drawings]

Fig. 1 is a die drawing to be measured of the present utility model;

Fig. 2 is the measuring gauge block figure of mould of the present utility model;

Fig. 3 utilizes the mould survey sheet of gauge block for the utility model;

Fig. 4 utilizes the mould survey sheet of gauge block for the utility model;

Fig. 5 utilizes the mould survey sheet of gauge block for the utility model.

[embodiment]

Below in conjunction with accompanying drawing most preferred embodiment is described in further detail.

As shown in Figure 1, mould to be measured owing to product design, depanning, eject, reason such as location, all reserve gradient at sidewall.

1. as described in Figure 2, for providing a kind of mould measuring gauge block, described gauge block is shaped as L type or quadrilateral, described gauge block has two limits closely to contact with mould, limit that wherein contacts and die horizontal or vertical with described mould, another hypotenuse and described limit are angled, described angle is identical with the mould that will measure corner to be measured degree, the material that described gauge block and described mould are fitted tightly has been used on the contacted surface of gauge block and mould, and preferred material is a magnetic material.

Described L type or quadrilateral gauge block have accurate dimensions A value.Described A value is the distance from described angle summit to described hypotenuse opposite side.

Embodiment one:

As shown in Figure 3, for by L type gauge block, use the length of vernier caliper measurement mould first hypotenuse 1 to the 6th hypotenuse 6, measuring process is: 1. two gauge blocks are placed on respectively on first hypotenuse 1 and the 6th hypotenuse 6 and are adjacent to; 2. use vernier caliper directly to measure the distance of two gauge block inboards, read numerical value M; 3. use formula M+2A just to obtain the length of mould first hypotenuse to a last hypotenuse.

Embodiment two:

As shown in Figure 4, for by L type gauge block, use the length of vernier caliper measurement mould reference position to the three hypotenuses 3, measuring process is: 1. gauge block is placed on the 3rd hypotenuse 3 and with the 3rd hypotenuse 3 and is adjacent to; 2. use vernier caliper directly to measure the distance of mould initiating terminal to the three hypotenuses 3, read numerical value M; 3. use formula M-A just to obtain the distance of mould initiating terminal to the three hypotenuses 3.

Embodiment three:

As shown in Figure 5, for by the quadrilateral gauge block, use the vernier caliper measurement mould to survey the length of second hypotenuse, 2 to the 5th hypotenuses 5, measuring process is: 1. gauge block is placed on second hypotenuse 2 and with the 5th hypotenuse 5 and is adjacent to; 2. use vernier caliper directly to measure the distance of mould second hypotenuse 2 to the 5th hypotenuses 5, read numerical value M; 3. use formula M-2A just to obtain the distance of mould second hypotenuse 2 to the 5th hypotenuses 5.

Novel a kind of L type or the quadrilateral gauge block of providing of this use uses gauge block and general measurer directly to measure, and adopts calculation mode to obtain distance between mould difference hypotenuses then.In this programme scope, adopt the gauge block of other shapes or use other laminated materials all to drop in the utility model protection domain.

Claims

1. measuring gauge block of mould, it is characterized in that: described gauge block is shaped as L type and quadrilateral, described gauge block has two limits closely to contact with mould, limit that wherein contacts and die horizontal or vertical with described mould, and another hypotenuse and described limit are angled.

2. the measuring gauge block of mould according to claim 1; It is characterized in that: described angle is identical with the mould that will measure corner to be measured degree.

3. the measuring gauge block of mould according to claim 2; It is characterized in that: the material that described gauge block and described mould are fitted tightly has been used on the contacted surface of described gauge block and mould.

4. the measuring gauge block of mould according to claim 3; It is characterized in that: the described material that described gauge block and described mould are fitted tightly is a magnetic material.

5. the measuring gauge block of mould according to claim 1; It is characterized in that: described L type and quadrilateral gauge block have accurate dimensions A value.

6. the measuring gauge block of mould according to claim 5; It is characterized in that described A value is the distance from described angle summit to described hypotenuse opposite side.