CN2544278Y

CN2544278Y - Component sorter

Info

Publication number: CN2544278Y
Application number: CN 02239345
Authority: CN
Inventors: 陈杲卿; 王连能
Original assignee: JICHUANG SCIENCE AND TECHNOLOGY Co Ltd
Current assignee: JICHUANG SCIENCE AND TECHNOLOGY Co Ltd
Priority date: 2002-06-21
Filing date: 2002-06-21
Publication date: 2003-04-09
Anticipated expiration: 2012-06-21

Abstract

The utility model relates to a component dividing-checking device, comprising a loading mechanism, a moving mechanism, a trimming positioning mechanism and a measuring mechanism, wherein, the loading mechanism can be used for placing a charging tray; the moving mechanism is arranged on the loading mechanism and the trimming positioning mechanism in a spanned way, a charging tray component is positioned on the trimming positioning mechanism by carrying out a two-axle translation motion. As the trimming positioning mechanism can conduct an angle adjustment and a place positioning motion to components, the measuring mechanism can do translation motion to check the components which are arranged on the trimming positioning mechanism, wherein, the interoperation among each mechanism is all controlled by a programmable device; more effective mechanical action can replace traditional manpower to measure and sort the components and the measuring result is more precise due to automatic positioning control, thus promoting production quality.

Description

The element sorting device

Technical field

The utility model relates to a kind of sorting device of element sorting device, particularly a kind of compact optical element.

Background technology

Recently the plan of the global information superhighway that expands energetically, data transmission become more diverse and complicated necessary condition under, optical-fibre communications provides the method for best solution, and arrive so far, whole world networking backbone fiberize is finished successively, coming years zones optical fiber, community's optical fiber and even family's optical fiber will increase with the high speed pattern of growth, when optical fiber is laid in a large number, the associated fiber spare part is also incited somebody to action thereby demand heightens, these optics master, passive component is born the conversion of handling various smooth signals, amplify, connect, coupling attenuation, functions such as beam split, and identical with the electronics spare part be, various optical modules are in manufacture process or make all need be through detecting classification after finishing, just can do classification and packing shipment, to guarantee Degree of Reliability, and the detection of optical module classification is one by one for it, so whether this processing procedure of go-on-go is smooth, will directly have influence on the very bad of the lifting of optical module production capacity and quality.

Because the quantification of optical module is just to begin in recent years to come into one's own, be that the technology trend is ripe first, be that downstream application is popularized gradually first, but because of the detection of optical module involves complicated optical characteristics interpretation, comprise wavelength, transmittance, the analysis of data such as refractive index is sorted out, and need its linearity of framework to think standard comparison value, take place progressively ripe between the stock on hand examining system, but the testing of traditional optical element still with manpower for it, the material of getting that comprises workpiece, the location, data interpretation, it is all right to be categorized into blowing, only measure by system and replace, this pattern optical module output become big cost become to hanging down and quality requirements more and more higher in, can't satisfy, how to develop an automatic platform with the above-mentioned artificial action of effective replacement and overcome each the action error, be motivation of the present utility model.

Summary of the invention

Fundamental purpose of the present utility model provides a kind of element sorting device, especially at the measurement classification of compact optical element, can reach the requirement of the high product examine quality of high production capacity.

Above-mentioned purpose of the present utility model is to realize like this, a kind of element sorting device, comprise that mainly a material containing mechanism, moves mechanism, a fine setting detent mechanism and a measurement mechanism, wherein: this material containing mechanism is flat to be located on mechanism's platform, is provided with standard charging tray and finished product charging tray; This is moved mechanism and strides and be located at material containing mechanism and fine setting detent mechanism top, is provided with by moving mechanism and drives the stub bar of getting that carries out the diaxon translation motion; This fine setting detent mechanism is located at a relative side of material containing mechanism, is provided with the plural groups microscope carrier, and each microscope carrier is provided with a corresponding push rod that can position action to the workpiece of microscope carrier top; This measurement mechanism crosses at fine setting detent mechanism top, is provided with the measuring head that can move to appropriate position, microscope carrier top.

Wherein, but above-mentioned each inter-agency interoperation is by programmed control, can use more efficient mechanical action to replace traditional manpower for the measurement of element and classification, and make measurement more accurate, significantly promote and measure quality because of the adjustment of microscope carrier level angle and robotization positioning control.

Be elaborated to closing the utility model with preferred embodiment below in conjunction with accompanying drawing.These examples are only for the usefulness that illustrates, and unrestricted the utility model.

Description of drawings

Look synoptic diagram on Fig. 1 is of the present utility model.

Fig. 2 front-view schematic diagram of the present utility model.

Fig. 3 schematic side view of the present utility model.

Drawing reference numeral explanation: 10 material containing mechanisms; 11 standard charging trays; 12 finished product charging trays; 20 move mechanism; 21 get stub bar; 30 fine setting detent mechanisms; 31 microscope carriers; 32 push rods; 40 measurement mechanisms; 41 measuring heads.

Embodiment

See also Fig. 1 to Fig. 3, the utility model element sorting device comprises that mainly a material containing mechanism 10, moves mechanism 20, a fine setting detent mechanism 30 reaches-measurement mechanism 40; This material containing mechanism 10 is arranged with plural groups standard charging tray 11 and finished product charging tray 12, can not measure semi-manufacture and measure finished product for carrying respectively; This is moved mechanism 20 and strides the top of being located at material containing mechanism 10 and fine setting detent mechanism 30, moves mechanism 20 and is provided with one and gets stub bar 21, and this gets stub bar 21 can carry out the diaxon translation motion by the drive of moving mechanism 20; Via the control of servo drive and controller, get stub bar 21 and can accurately move to default coordinate position place; This fine setting detent mechanism 30 includes plural groups microscope carrier 31, and wherein microscope carrier 31 can be done the adjustment of level angle, and fine setting detent mechanism 30 is provided with a push rod 32, can position action to the testing component on the microscope carrier 31; Wherein get stub bar 21 and the assembly of standard charging tray 11 can be picked and placeed on the microscope carrier 21 of fine setting on the detent mechanism 30 by the diaxon translation motion, and assembly measure finish after with its classification and put to finished product charging tray 12; This measurement mechanism 40 crosses at the top of fine setting detent mechanism 30, is provided with measuring head 41, and measuring head 41 can carry out translation motion to be moved to appropriate position, microscope carrier 31 top, and the assembly that is placed on the microscope carrier 31 is carried out the optical measurement action.

The control of getting stub bar 21 via controllers of moving mechanism 20 of present embodiment is movable to charging tray 11,12 and appropriate position, microscope carrier 31 top, the part of going up to be measured of standard charging tray 11 moves on the microscope carrier 31 in modes such as absorption or clampings through getting stub bar 21, push rod 32 synchronously positions action to workpiece, measuring head 41 moves to microscope carrier 31 tops, measuring head 41 is connected with external measurement system, after measuring head 41 emission LASER Light Source, microscope carrier 31 also can be adjusted level angle automatically because of transmitting illuminant feedback quantitative analysis, behind microscope carrier 31 location, the optical measurement action of workpiece for measurement is also finished synchronously, and with measurement input quantity examining system, after the system that treats finishes interpretation of result and classification judges, get the signal control of stub bar 21, will survey workpiece more and pick and place to suitable finished product charging tray 12 via controller; More than each inter-agency interoperation drive by server and the control of program-controlled device, measurement for assembly can use more efficient mechanical action to replace the waste of traditional manpower and the cost of time with classification, output is significantly increased, and make measurement more accurate because of microscope carrier 31 level angle adjustment and robotization positioning control, significantly promote and measure quality.

The utility model embodiment only shows a kind of aspect, but the above only is preferred embodiment of the present utility model, can not limit scope of the present utility model, all equivalences of doing according to content described in the utility model change and modify, and all should still belong to the scope that the utility model is contained.

Claims

1. an element sorting device comprises that mainly a material containing mechanism, moves mechanism, and finely tunes a detent mechanism and a measurement mechanism, it is characterized in that:

This material containing mechanism is flat to be located on mechanism's platform, is provided with standard charging tray and finished product charging tray;

This is moved mechanism and strides and be located at material containing mechanism and fine setting detent mechanism top, is provided with by moving mechanism and drives the stub bar of getting that carries out the diaxon translation motion;

This fine setting detent mechanism is located at a relative side of material containing mechanism, is provided with the plural groups microscope carrier, and each microscope carrier is provided with a corresponding push rod that can position action to the workpiece of microscope carrier top;

This measurement mechanism crosses at fine setting detent mechanism top, is provided with the measuring head that can move to appropriate position, microscope carrier top.

2. element sorting device as claimed in claim 1, what it is characterized in that moving mechanism gets that stub bar is put with suction or method of clamping carries out the action that picks and places of workpiece.

3. element sorting device as claimed in claim 1, the microscope carrier that it is characterized in that finely tuning detent mechanism can be made level angle and adjust automatically.

4. element sorting device as claimed in claim 1 is characterized in that the push rod of finely tuning detent mechanism positions workpiece on the microscope carrier with flexible driven mode.