CN204643145U - A kind of adjusting mechanism of electronics package both positive and negative polarity - Google Patents
A kind of adjusting mechanism of electronics package both positive and negative polarity Download PDFInfo
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- CN204643145U CN204643145U CN201520168660.0U CN201520168660U CN204643145U CN 204643145 U CN204643145 U CN 204643145U CN 201520168660 U CN201520168660 U CN 201520168660U CN 204643145 U CN204643145 U CN 204643145U
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- drive system
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- displacement
- suction nozzle
- electronics package
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Abstract
The utility model discloses a kind of adjusting mechanism of electronics package both positive and negative polarity, comprise track, polarity test mechanism, adsorbing mechanism; Polarity test mechanism comprise can level vertically to displacement and turnover polarity test device, polarity test device comprises at least one test suction nozzle with polarity test function, adsorbing mechanism comprise can level vertically to the adsorption plant of displacement, adsorption plant comprises suction nozzle straight down, polarity test mechanism and adsorbing mechanism attachment rail both sides.The support plate of the electronics package of carrier tape polarity is put in orbit, and test suction nozzle contact electronics package top, if when the polarity on electronics package top is inconsistent with predetermined polarity, tests the electronics package that suction is in contact with it, and turned over turnback.Afterwards, the electronics package on the suction proving installation test suction nozzle on adsorption plant is also put original position to support plate, and now, the both positive and negative polarity being seated in the electronics package of original position on support plate adjusts.
Description
Technical field:
The utility model relates to electronics package polarity test technical field, in particular to a kind of adjusting mechanism of electronics package both positive and negative polarity.
Background technology:
Valve holder is used for fixing electronics package, and by prior art, the electronics package with polarity is fixed on valve holder in bulk by specialized equipment, and described valve holder is seated in carrying in hole of support plate in bulk.So, support plate carries the valve holder having installed electronics package.
In actual production, electronics package with polarity is being mounted in the process in valve holder by specialized equipment, the both positive and negative polarity of electronics package is put upside down in unavoidable meeting, so that cause the polarity of the electronics package on support plate to place disunity, affect electronics package and be accurately installed on mechanical equipment or electronic machine in batches safely.So, the polarity test of the electronics package on support plate is necessitated.
Utility model content:
The technical matters that the utility model solves: valve holder is seated in year hole of support plate in bulk, electronics package with polarity is being mounted in the process in valve holder by specialized equipment, the both positive and negative polarity of electronics package is put upside down in unavoidable meeting, so that cause the polarity of the electronics package on support plate to place disunity, affect electronics package and be accurately installed on mechanical equipment or electronic machine in batches safely.
The utility model provides following technical scheme: a kind of adjusting mechanism of electronics package both positive and negative polarity, comprises Horizontal machine frame plate, track, polarity test mechanism, adsorbing mechanism, described track installation is on Horizontal machine frame plate, described polarity test mechanism comprises level to drive system displacement, vertically to drive system displacement, rotary drive system, polarity test device, described level to drive system displacement and vertically to drive system displacement respectively driving stage system safety testing device make level to displacement with vertically to displacement, the rotation centerline level of described rotary drive system, described polarity test device is arranged on rotary drive system, described polarity test device comprises at least one test suction nozzle with polarity test function, the line of centers of described test suction nozzle is vertical with the rotation centerline of rotary drive system, described adsorbing mechanism comprises level to drive system displacement, vertically to drive system displacement, adsorption plant, described level is to drive system displacement and vertically drive adsorption plant to make level to displacement with vertically to displacement respectively to drive system displacement, described adsorption plant comprises the suction nozzle equal with polarity test device being tested suction nozzle quantity, straight down, the distance between described adjacent suction nozzle is equal with the distance between adjacent test suction nozzle for described suction nozzle, described polarity test mechanism and adsorbing mechanism to be arranged on Horizontal machine frame plate and to lay respectively at track both sides.
By technique scheme, the support plate of the electronics package of carrier tape polarity is put on predetermined station in orbit, level in polarity test mechanism to drive system displacement and vertically to drive system displacement respectively driving stage system safety testing device make level to displacement with vertically to displacement, make test suction nozzle on polarity test device close to the electronics package top on support plate, now, suction nozzle is tested straight down.When testing suction nozzle and touching electronics package top, test suction nozzle can judge that the polarity on electronics package top is negative or positive electrode, if the polarity on electronics package top and predetermined polarity inconsistent time, the electronics package that test suction is in contact with it, if when the polarity on electronics package top is consistent with predetermined polarity, then tests suction nozzle and do not adsorb the electronics package be in contact with it.The vertical of polarity test mechanism to rise certain height to drive system displacement driving stage system safety testing device, rotary drive system again driving stage system safety testing device revolves turnback, now, the electronics package of tested suction is revolved turnback, and namely the both positive and negative polarity of electronics package is reversed.Afterwards, the level of adsorbing mechanism is to drive system displacement and vertically drive adsorption plant to make level to displacement with vertically to displacement respectively to drive system displacement, makes suction nozzle on adsorption plant close to the electronics package top on polarity test device test suction nozzle.Electronics package on suction proving installation test suction nozzle on adsorption plant is also put original position to support plate, and now, the both positive and negative polarity being seated in the electronics package of original position on support plate adjusts.
By technical scheme described in the utility model, the positive-negative polarity of the electronics package on support plate can be made to place unification, namely top is unified is negative or positive electrode, ensures that electronics package is accurately installed on mechanical equipment or electronic machine safely in batches.
Further illustrate as of the present utility model, the rotary drive system of described polarity test mechanism is arranged on vertically on drive system displacement, describedly vertically be arranged on level on drive system displacement to drive system displacement, described level is arranged on Horizontal machine frame plate to drive system displacement.
Further illustrate as of the present utility model, the vertical of described adsorbing mechanism is arranged on level on drive system displacement to drive system displacement, and described level is arranged on Horizontal machine frame plate to drive system displacement.
Further illustrate as of the present utility model, the rotary drive system of described polarity test mechanism comprises two rotary actuation subsystems, described two rotary actuation subsystems all install polarity test device, described polarity test device is provided with a row and tests suction nozzle, and the quantity of described row's test suction nozzle is 16; The adsorption plant of described adsorbing mechanism is established two row's suction nozzles, the often row suction nozzle quantity in described two row's suction nozzles is 16.As mentioned above, it is equal that the distance between two row's suction nozzles on adsorption plant and two on two polarity test devices arrange the distance of testing between suction nozzle.Design like this, two polarity test devices can carry out polarity test to electronics package simultaneously, match with it, and two row's suction nozzles on adsorption plant can adsorb two polarity test devices two simultaneously arranges the electronics package tested on suction nozzle.
Accompanying drawing illustrates:
Below in conjunction with accompanying drawing, the utility model is described further:
Fig. 1 is the structural representation of the adjusting mechanism of a kind of electronics package both positive and negative polarity of the utility model;
Fig. 2 is the structural representation of Fig. 1 Semi-polarity mechanism for testing;
Fig. 3 is the structural representation of adsorbing mechanism in Fig. 1.
Nomenclature in figure:
10-Horizontal machine frame plate;
20-track;
30-polarity test mechanism; 31-level is to drive system displacement; 32-is vertically to drive system displacement; 33-rotary drive system; 34-polarity test device; 340-tests suction nozzle;
40-adsorbing mechanism; 41-level is to drive system displacement; 42-is vertically to drive system displacement; 43-adsorption plant; 430-suction nozzle;
50-support plate.
Detailed description of the invention:
As shown in Figure 1, a kind of adjusting mechanism of electronics package both positive and negative polarity, comprises Horizontal machine frame plate 10, track 20, polarity test mechanism 30, adsorbing mechanism 40.
As shown in Figure 1, described track 20 is arranged on Horizontal machine frame plate 10.
As shown in Figure 2, described polarity test mechanism 30 comprises level to drive system displacement 31, vertically to drive system displacement 32, rotary drive system 33, polarity test device 34.Wherein, described rotary drive system 33 comprises two rotary actuation subsystems arranged side by side, and the quantity of described polarity test device 34 is two.Described two polarity test devices 34 are arranged in two rotary actuation subsystems respectively, described two rotary actuation subsystems are arranged on vertically on drive system displacement 32, describedly vertically be arranged on level on drive system displacement 31 to drive system displacement 32, described level is arranged on Horizontal machine frame plate 10 to drive system displacement 31.Each polarity test device 34 in described two polarity test devices 34 comprise a row have polarity test function test suction nozzle 340, arrange test suction nozzle 340 quantity be 16.The rotation centerline level of each rotary actuation subsystem, the line of centers of the test suction nozzle 340 on it is vertical with the rotation centerline of described rotary actuation subsystem.
As shown in Figure 3, described adsorbing mechanism 40 comprises level to drive system displacement 41, vertically to drive system displacement 42, adsorption plant 43.Described adsorption plant 43 is arranged on vertically on drive system displacement 42, is describedly vertically arranged on level on drive system displacement 41 to drive system displacement 42, and described level is arranged on Horizontal machine frame plate 10 to drive system displacement 41.Described adsorption plant 43 comprises and two polarity test devices 34 is tested the equal suction nozzle 430 of suction nozzle 340 quantity, namely, adsorption plant 43 comprises two rows arranged side by side and often arranges 16 suction nozzles 430, described suction nozzle 430 straight down, it is equal that distances and two between described two row's suction nozzles 430 arranges the distance of testing between suction nozzle 340, and the distance between the adjacent suction nozzle 430 in described often row suction nozzle 430 is equal with the distance of often arranging between the adjacent test suction nozzle 340 tested in suction nozzle 340.
As shown in Figure 1, described polarity test mechanism 30 and adsorbing mechanism 40 lay respectively at track 20 both sides.
In practical operation, as shown in Figure 1, support plate 50 is regularly offered some rows and carry hole, often row carries the quantity in hole is 16, and the distance often in row year hole between adjacent year hole is equal with often arranging the distance of testing adjacent test suction nozzle 340 in suction nozzle 340.Within each year, the electronics package of a band polarity is loaded in hole.The support plate 50 loading electronics package is seated on the predetermined station on track 20, level in polarity test mechanism 30 to drive system displacement 31 and vertically to drive system displacement 32 respectively driving stage system safety testing device 34 make level to displacement with vertically to displacement, make test suction nozzle 340 on polarity test device 34 close to the electronics package top on support plate 50, now, suction nozzle 340 is tested straight down.When testing suction nozzle 340 and touching electronics package top, test suction nozzle 340 can judge that the polarity on electronics package top is negative or positive electrode, if the polarity on electronics package top and predetermined polarity inconsistent time, test suction nozzle 340 adsorbs the electronics package be in contact with it, if when the polarity on electronics package top is consistent with predetermined polarity, then tests suction nozzle 340 and do not adsorb the electronics package be in contact with it.The vertical of polarity test mechanism 30 to rise certain height to drive system displacement 32 driving stage system safety testing device 34, rotary drive system 33 again driving stage system safety testing device 34 revolves turnback, now, the electronics package that tested suction nozzle 340 adsorbs is revolved turnback, and namely the both positive and negative polarity of electronics package is reversed.Afterwards, the level of adsorbing mechanism 40 is to drive system displacement 41 and vertically drives adsorption plant 43 to make level to displacement with vertically to displacement respectively to drive system displacement 42, makes the suction nozzle 430 on adsorption plant 43 test electronics package top on suction nozzle 340 close to polarity test device.Suction nozzle 430 on adsorption plant 43 adsorbs the electronics package on proving installation test suction nozzle 340 and is put original position to support plate 50, and now, the both positive and negative polarity being seated in the electronics package of original position on support plate 50 adjusts.
Above content is only better embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.
Claims (4)
1. the adjusting mechanism of an electronics package both positive and negative polarity, comprise Horizontal machine frame plate (10), track (20), polarity test mechanism (30), adsorbing mechanism (40), described track (20) is arranged on Horizontal machine frame plate (10), described polarity test mechanism (30) comprises level to drive system displacement (31), vertically to drive system displacement (32), polarity test device (34), described level is to drive system displacement (31) and vertically make level to displacement with vertically to displacement to drive system displacement (32) difference driving stage system safety testing device (34), described adsorbing mechanism (40) comprises level to drive system displacement (41), vertically to drive system displacement (42), adsorption plant (43), described level is to drive system displacement (41) and vertically drive adsorption plant (43) to make level to displacement with vertically to displacement respectively to drive system displacement (42), described polarity test mechanism (30) and adsorbing mechanism (40) are arranged on Horizontal machine frame plate (10) and go up and lay respectively at track (20) both sides, it is characterized in that: described polarity test mechanism (30) also comprises rotary drive system (33), the rotation centerline level of described rotary drive system (33), described polarity test device (34) is arranged on rotary drive system (33), described polarity test device (34) comprises at least one test suction nozzle (340) with polarity test function, the line of centers of described test suction nozzle (340) is vertical with the rotation centerline of rotary drive system (33), described adsorption plant (43) comprises the suction nozzle (430) equal with polarity test device (34) being tested suction nozzle (340) quantity, described suction nozzle (430) straight down, distance between described adjacent suction nozzle (430) is equal with the distance between adjacent test suction nozzle (340).
2. the adjusting mechanism of a kind of electronics package both positive and negative polarity as claimed in claim 1, it is characterized in that: the rotary drive system (33) of described polarity test mechanism (30) is arranged on vertically on drive system displacement (32), describedly vertically be arranged on level on drive system displacement (31) to drive system displacement (32), described level is arranged on Horizontal machine frame plate (10) to drive system displacement (31).
3. the adjusting mechanism of a kind of electronics package both positive and negative polarity as claimed in claim 1, it is characterized in that: the adsorption plant (43) of described adsorbing mechanism (40) is arranged on vertically on drive system displacement (42), describedly vertically be arranged on level on drive system displacement (41) to drive system displacement (42), described level is arranged on Horizontal machine frame plate (10) to drive system displacement (41).
4. the adjusting mechanism of a kind of electronics package both positive and negative polarity as claimed in claim 1, it is characterized in that: the rotary drive system (33) of described polarity test mechanism (30) comprises two rotary actuation subsystems, described two rotary actuation subsystems all install polarity test device (34), described polarity test device (34) is provided with a row and tests suction nozzle (340), and the quantity of described row's test suction nozzle (340) is 16; The adsorption plant (43) of described adsorbing mechanism (40) is established two row's suction nozzles (430), often row suction nozzle (430) quantity in described two rows' suction nozzle (430) is 16.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520168660.0U CN204643145U (en) | 2015-03-24 | 2015-03-24 | A kind of adjusting mechanism of electronics package both positive and negative polarity |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520168660.0U CN204643145U (en) | 2015-03-24 | 2015-03-24 | A kind of adjusting mechanism of electronics package both positive and negative polarity |
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| CN204643145U true CN204643145U (en) | 2015-09-16 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104843483A (en) * | 2015-03-24 | 2015-08-19 | 昆山德友机械设备有限公司 | Regulation mechanism for positive poles and negative poles of electronic devices |
| CN106793739A (en) * | 2015-11-23 | 2017-05-31 | 深圳市大森林光电科技有限公司 | Feed device |
-
2015
- 2015-03-24 CN CN201520168660.0U patent/CN204643145U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104843483A (en) * | 2015-03-24 | 2015-08-19 | 昆山德友机械设备有限公司 | Regulation mechanism for positive poles and negative poles of electronic devices |
| CN106793739A (en) * | 2015-11-23 | 2017-05-31 | 深圳市大森林光电科技有限公司 | Feed device |
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