CN204021344U - Passive component detects wrapping machine - Google Patents
Passive component detects wrapping machine Download PDFInfo
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- CN204021344U CN204021344U CN201420308142.XU CN201420308142U CN204021344U CN 204021344 U CN204021344 U CN 204021344U CN 201420308142 U CN201420308142 U CN 201420308142U CN 204021344 U CN204021344 U CN 204021344U
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Abstract
A kind of passive component detects wrapping machine, comprise a board, in this board, be provided with a feed module that most passive components sequentially can be forwarded, the passive component that can receive this feed module and by its cw cun dividing disc that transhipment is sent and can receive the passive component completing after testing on this dividing disc and be packaged in a packing module of packing bar, the path of especially transporting this majority passive component in this dividing disc is provided with a direct current resistance tester, one series inductance/resistance tester, one first polarity tester, a polarity switch.One second polarity tester, a CCD outward appearance detector and a dust suction unit have more been comprised.The utility model is for passive component being carried out to direct current resistance test, series inductance/resistance test, polarity test, polarity conversion, outward appearance detection and absorbing dust etc., significantly to promote detection and the packaging efficiency of passive component.
Description
Technical field
The utility model detects wrapping machine about a kind of passive component, espespecially can carry out direct current resistance test, series electrical sensing formula, series resistance survey formula, quick reverse of polarity direction and an exterior check to passive component, and the passive component detection wrapping machine that can significantly promote detection, the packaging efficiency of passive component and can reduce costs.
Background technology
General passive component is after completing, conventionally need carry out the multinomial detections such as direct current resistance test, series inductance test, series resistance test, exterior check to obtain corresponding data and to carry out after screening, just can by the same polar orientation of non-defective unit be packaged in a packing bar to complete detection package handling.And current passive component is for maintaining its detection speed, it is when carrying out the detection of above-mentioned every data, normally sequentially be transported to respectively the detection machine of various special detection single datum (as direct current resistance test machine, series inductance test machine, series resistance test machine and appearance inspection machine ... Deng) detect and screening, then just can deliver to test, conversion and the packing that a wrapping machine carries out polar orientation.Therefore the time of whole detection flow package and manpower can be wasted in passive component in a large number in each detects transporting between board, and make that detection efficiency is not good damages with passive component outward appearance, especially so many passive component detects machine and wrapping machine not only can take a large amount of spaces and manpower, and can make especially equipment cost significantly increase.
Utility model content
In the detection flow package of known passive component, need to detect machine and wrapping machine can be reached through too much platform passive component, thus exist detect packaging efficiency not good, take up space and high in cost of production problems.The utility model is for these problems, providing a kind of can carry out direct current resistance test, series electrical sensing formula, series resistance survey formula, quick reverse of polarity direction and exterior check to passive component, and the passive component detection wrapping machine that can significantly promote detection, the packaging efficiency of passive component and can reduce costs.
For solving the problems of the technologies described above, a kind of passive component that the utility model provides detects wrapping machine and comprises: a board; One feed module, is located on this board for most passive components are sequentially forwarded; One dividing disc, very little the turning of cw is located on this board, and the side face of this dividing disc is uniformly-spaced provided with most short slots, and the very little gyration of this dividing disc is lattice, makes each short slot sequentially receive one from the passive component of this feed module, and its cw is transported; One direct current resistance tester, is located on this board for the passive component of process is carried out to direct current resistance test, to obtain the direct current resistance data of passive component; One series inductance/resistance tester, is located on this board for the passive component of process is carried out to series inductance/resistance test, to obtain series inductance value and the series impedance of passive component; One first polarity tester, is located on this board for the passive component of process is carried out to polarity test, to obtain the polar orientation of passive component; One polarity switch, after being located on this board and being positioned at this first polarity tester, for being converted to forward through the detected reverse passive component of this first polarity tester; One dust suction unit, is located on the path that this dividing disc transports passive component; And a packing module, after being located on this board and being positioned at this dust suction unit, for passive component detection being completed and polarity converts forward to, sequentially non-defective unit is packaged among a packing bar.
Described passive component detects wrapping machine and more comprises one second polarity tester, and this second polarity tester is located on this board and after being positioned at this polarity switch, for the passive component of process is carried out to polarity test, to determine the polar orientation of passive component.
On this board, there is a direct current resistance test defective products discharge orifice, a series connection inductance measurement defective products discharge orifice, a series connection resistance test defective products discharge orifice, a polarity test defective products discharge orifice and an outward appearance and detect defective products discharge orifice.This direct current resistance test defective products discharge orifice is discharged for the defective products of standard range that direct current resistance test is overflowed out after being positioned at this direct current resistance tester.This series inductance test defective products discharge orifice is discharged for the defective products that series inductance test value is exceeded to standard range after being positioned at this series inductance/resistance tester.This series resistance test defective products discharge orifice is discharged for the defective products that series resistance test value is exceeded to standard range after being positioned at this series inductance/resistance tester.This polarity test defective products discharge orifice is positioned at after this second polarity tester but before being positioned at this dust suction unit, for the passive component that is defined as polar orientation mistake through this second polarity tester is discharged, also can in above-mentioned stroke, insert most the reserved not/preformed holes of standing, increase extendibility, meet the demand of subsequent survey upgrading.Also there is in addition the evacuation aperture of resurveying, with when testing tool is shut down, passive components all on dividing disc is all discharged to the evacuation aperture of resurveying.
This board is provided with most insufflation unit, and this majority insufflation unit is located at corresponding above-mentioned each defective products discharge orifice place, for defective products corresponding in the short slot of dividing disc is blown in corresponding defective products discharge orifice.
This series inductance/resistance tester has most probes of synchronization lifting, this majority probe is positioned at the downside of the corresponding short slot of this dividing disc, and this majority probe contacts passive component in this corresponding short slot to carry out pressurising and to detect corresponding data while rising.
This direct current resistance tester has most probes of synchronization lifting, and this majority probe is positioned at the downside of the corresponding short slot of this dividing disc, and this majority probe contacts passive component in this corresponding short slot to carry out pressurising and to detect corresponding data while rising.
The structure of this first polarity tester and the second polarity tester is identical with this direct current resistance tester.
This polarity switch has a rotating revolving part, this revolving part is positioned at the outside of this dividing disc, in the end face of this revolving part, have and penetrate into the opening-like tank in two opposite sides for holding this passive component, this board is provided with inner side and the outside that two insufflation unit lay respectively at this revolving part, be arranged in the insufflation unit of inner side for the passive component of the pole reversal is blown to the tank of this revolving part by the short slot of this dividing disc, the insufflation unit that is arranged in outside is blown back the short slot of this dividing disc by the passive component of the polarity forward through this revolving part Rotate 180 degree by the tank of this revolving part.
Described passive component detects wrapping machine and more comprises a CCD outward appearance detector, and it is located at the image of the passive component that supplies acquisition process on this board and carries out the inspection of outward appearance.
Described passive component detects wrapping machine and more comprises a dust suction unit, after being located on this board and being positioned at above-mentioned all testers, detector and polarity switch, for by the impurity sucking-off except passive component in short slot.
Described passive component detects wrapping machine and has more comprised that outward appearance detects defective products discharge orifice, is positioned at this CCD outward appearance detector afterwards but before being positioned at this dust suction unit, for detecting outward appearance passive component defective through this CCD outward appearance detector, discharges.
Passive component provided by the utility model detects wrapping machine, can to the passive component of process, detect by direct current resistance tester, series inductance/resistance tester, the first polarity tester being sequentially located at dividing disc and transporting on the path of passive component, make the related datas such as its direct current resistance test that can obtain this passive component in same board, series inductance/resistance test, polarity test, for the Rapid Screening that carries out non-defective unit and defective products.And, more can utilize CCD outward appearance detector and dust suction unit to detect passive component outward appearance, with the impurity sucking-offs such as dust except passive component, and can convert reverse passive component to forward by polarity switch, so that packaging operation afterwards, so can significantly promote detection, the packaging efficiency of passive component and can reduce the acquisition cost of equipment.
Accompanying drawing explanation
Fig. 1 is system block diagrams of the present utility model.
Fig. 2 is the system block diagrams of another embodiment of the utility model.
Fig. 3 is the position configuration schematic diagram of each member of the utility model.
Fig. 4 is the another location configuration schematic diagram of each member of the utility model.
Fig. 5 is the three-dimensional appearance schematic diagram of series inductance of the present utility model, resistance tester.
Fig. 6 is the side schematic view of direct current resistance tester of the present utility model and polarity tester.
Fig. 7 is the three-dimensional appearance schematic diagram of polarity switch of the present utility model.
In figure: 10 boards; 12 direct current resistance test defective products discharge orifices; 13 series inductances/resistance test defective products discharge orifice; 14 series resistance test defective products discharge orifices; 15 polarity test defective products discharge orifices; 16 outward appearances detect defective products discharge orifice; 20 feed module; 30 dividing discs; 31 short slots; 32 evacuation apertures of resurveying; 41 direct current resistance testers; 410 probes; 42 series inductances/resistance tester; 43 first polarity testers; 44 polarity switch; 440 revolving parts; 441 tanks; 45 second polarity testers; 50 CCD outward appearance detectors; 60 dust suction unit; 70 packing modules; 80 packing bars; The 90 reserved not/preformed holes of standing.
The specific embodiment
Refer to shown in Fig. 1～Fig. 7, show that passive component described in the utility model detects wrapping machine and comprises a board 10 and be located at a feed module 20, a dividing disc 30, a direct current resistance tester 41, one series inductance/resistance tester 42, one first polarity tester 43, a polarity switch 44, one second polarity tester 45, a CCD outward appearance detector 50, the dust suction unit 60 on this board 10, and a packing module 70.Wherein:
On this board 10, there is a direct current resistance test defective products discharge orifice 12, a series connection inductance measurement defective products discharge orifice 13, a series connection resistance test defective products discharge orifice 14, a polarity test defective products discharge orifice 15 and an outward appearance and detect defective products discharge orifice 16.This direct current resistance test defective products discharge orifice 12 can be discharged for the defective products that direct current resistance test value is exceeded to standard range, this series inductance/resistance test defective products discharge orifice 13,14 can be discharged for the defective products that series inductance/resistance test value is exceeded to standard range, this polarity test defective products discharge orifice 15 can be for the passive component of polar orientation mistake is discharged, and this outward appearance detects defective products discharge orifice 16 can be for outward appearance passive component defective is discharged.Each above-mentioned defective products discharge orifice is respectively combined with respectively an insufflation unit (not shown) can be for defective products corresponding on dividing disc 30 is blown in corresponding defective products discharge orifice; also can in above-mentioned stroke, insert several reserved stations not/preformed hole 90; increase extendibility; also there is in addition the evacuation aperture of resurveying 32; can allow just in case when test; testing tool is shut down or other factors causes shutdown; now passive components all on dividing disc 30 all can be discharged to the evacuation aperture 32 of resurveying, in order to avoid passive component is after tested not packaged.
This feed module 20 can be for most passive components are sequentially forwarded to this dividing disc 30.
This dividing disc 30 can turn by cw cun on this board 10, the side face of this dividing disc 30 is uniformly-spaced provided with most short slots 31, the very little gyration of this dividing disc 30 is lattice, and each short slot 31 can sequentially receive one from the passive component of this feed module 20, and its cw is transported.
This direct current resistance (DCR) tester 41 is located at this dividing disc 30 and is transported on the path of passive component, and before being positioned at this direct current resistance test defective products discharge orifice 12.This direct current resistance tester 41 can be for carrying out direct current resistance test to the passive component of process, to obtain the direct current resistance data of passive component.
This series inductance/resistance (LS/RS) tester 42 is located at this dividing disc 30 and is transported on the path of passive component, and after being positioned at this direct current resistance test defective products discharge orifice 12 and before being positioned at this series inductance/series resistance test defective products discharge orifice 13.This series inductance/resistance tester 42 can be for carrying out series inductance/resistance test to the passive component of process, to obtain series inductance value and the series impedance of passive component.
This first polarity tester 43 is located at this dividing disc 30 and is transported on the path of passive component, and after being positioned at this series inductance/resistance test defective products discharge orifice 13.This first polarity tester 43 can be for carrying out polarity test to the passive component of process, to obtain the polar orientation of passive component.
This polarity switch 44 is located at this dividing disc 30 and is transported on the path of passive component, and after being positioned at this first polarity tester 43.
Before this first polarity tester 43 also can be located at direct current resistance (DCR) tester 41, and this polarity switch 44 also can be located between the first polarity tester 43 and direct current resistance (DCR) tester 41, this polarity switch 44 can be for being converted to forward through the detected reverse passive component of this first polarity tester 43.
This second polarity tester 45 is located at this dividing disc 30 and is transported on the path of passive component, and be positioned at after this polarity switch 44 with this polarity test defective products discharge orifice 15 before, can be for the passive component of process is carried out to polarity test, again to determine the polar orientation of passive component.
This CCD outward appearance detector 50 is located at this dividing disc 30 and is transported on the path of passive component, and before being positioned at and detecting defective products discharge orifice 16 with this outward appearance after this polarity test defective products discharge orifice 15.This CCD outward appearance detector 50 can for acquisition process passive component image and carry out the inspection of outward appearance.
This dust suction unit 60 is located at this dividing disc 30 and is transported on the path of passive component, and after being positioned at this outward appearance detection defective products discharge orifice 16.This dust suction unit 60 can supply dust, the dust except passive component in the short slot 31 of its below of process on this dividing disc 30 ... Deng impurity sucking-off.
This packing module 70 is located at this dividing disc 30 and is transported on the path of passive component, and after being positioned at this dust suction unit 60.This packing module 70 can sequentially be packaged among a packing bar 80 for passive component detection being completed and polarity converts forward to.
Refer to shown in Fig. 5, point out that this series inductance/resistance tester 42 has most probes 410 of synchronization lifting, this majority probe 410 is positioned at the downside of the corresponding short slot 31 of this dividing disc 30.This majority probe 410 can contact passive component in this corresponding short slot 31 to carry out pressurising and to detect corresponding data while rising.And the structure of this series inductance/resistance tester 42 is identical, be only that the data of test are different.
Refer to shown in Fig. 6, point out that this direct current resistance tester 41 also has most probes 410 of synchronization lifting, this majority probe 410 is positioned at the downside of the corresponding short slot 31 of this dividing disc 30, and this majority probe 410 can contact passive component in this corresponding short slot 31 to carry out pressurising and to detect corresponding data while rising.And the structure of this first polarity tester 43 and the second polarity tester 45 is identical with this direct current resistance tester 41, be only that the data of test are different.
Refer to shown in Fig. 7, point out that this polarity switch 44 has a rotating revolving part 440, this revolving part 440 is positioned at the outside of this dividing disc 30, in the end face of this revolving part 440 have extend through the opening-like tank 441 in two opposite sides can be for holding this passive component.On this board 10, coordinate and be provided with inner side and the outside that two insufflation unit (not shown) lay respectively at this revolving part 440, the insufflation unit that is arranged in inner side can be for being blown to the passive component of the pole reversal tank 441 of this revolving part 440 by the short slot 31 of this dividing disc 30, the insufflation unit that is arranged in outside can be blown back the short slot 31 of this dividing disc 30 by the passive component of the polarity forward through these revolving part 440 Rotate 180 degree by the tank 441 of this revolving part 440.
Passive component provided by the utility model detects wrapping machine can sequentially be located at the direct current resistance tester 41 on the path that this dividing disc 30 transports passive component by these, series inductance/resistance tester 42, the first polarity tester 43, polarity switch 44, the detection that the passive component of the second polarity tester 45 and 50 pairs of processes of CCD outward appearance detector carries out various data and outward appearance is (as Fig. 1, Fig. 3), or be sequentially located at the first polarity tester 43 on the path that this dividing disc 30 transports passive component, polarity switch 44, direct current resistance tester 41, series inductance/resistance tester 42, the second polarity tester 45 and CCD outward appearance detector 50 are (as Fig. 2, Fig. 4), the passive component of process is carried out to the detection of various data and outward appearance, the direct current resistance test that makes it can obtain this passive component in same board, series inductance/resistance test, polarity test, the related datas such as outward appearance detection, for being beneficial to the Rapid Screening that carries out non-defective unit and defective products.And, can utilize this dust suction unit 60 by the impurity sucking-offs such as dust except passive component, and can convert reverse passive component to forward by polarity switch 44, so that packaging operation afterwards.So can significantly promote detection, the packaging efficiency of passive component and can reduce the acquisition cost of equipment.
Claims (11)
1. passive component detects a wrapping machine, it is characterized in that comprising: a board; One feed module, is located on this board for most passive components are sequentially forwarded; One dividing disc, very little the turning of cw is located on this board, and the side face of this dividing disc is uniformly-spaced provided with most short slots, and the very little gyration of this dividing disc is lattice, makes each short slot sequentially receive one from the passive component of this feed module, and its cw is transported; One direct current resistance tester, is located on this board for the passive component of process is carried out to direct current resistance test, to obtain the direct current resistance data of passive component; One series inductance/resistance tester, is located on this board for the passive component of process is carried out to series inductance/resistance test, to obtain series inductance value and the series impedance of passive component; One first polarity tester, is located on this board for the passive component of process is carried out to polarity test, to obtain the polar orientation of passive component; One polarity switch, after being located on this board and being positioned at this first polarity tester, for being converted to forward through the detected reverse passive component of this first polarity tester; One dust suction unit, is located on the path that this dividing disc transports passive component; And a packing module, after being located on this board and being positioned at this dust suction unit, for passive component detection being completed and polarity converts forward to, sequentially non-defective unit is packaged among a packing bar.
2. passive component as claimed in claim 1 detects wrapping machine, it is characterized in that more comprising one second polarity tester, this second polarity tester is located on this board and after being positioned at this polarity switch, for the passive component of process is carried out to polarity test, to determine the polar orientation of passive component.
3. passive component as claimed in claim 2 detects wrapping machine, it is characterized in that, on this board, there is a direct current resistance test defective products discharge orifice, one series connection inductance measurement defective products discharge orifice, one series connection resistance test defective products discharge orifice, one polarity test defective products discharge orifice and an outward appearance detect defective products discharge orifice, this direct current resistance test defective products discharge orifice is discharged for the defective products of standard range that direct current resistance test is overflowed out after being positioned at this direct current resistance tester, after this series inductance test defective products discharge orifice is positioned at this series inductance/resistance tester, for the defective products that series inductance test value is exceeded to standard range, discharge, after this series resistance test defective products discharge orifice is positioned at this series inductance/resistance tester, for the defective products that series resistance test value is exceeded to standard range, discharge, this polarity test defective products discharge orifice is positioned at after this second polarity tester but before being positioned at this dust suction unit, for the passive component that is defined as polar orientation mistake through this second polarity tester is discharged, also can in above-mentioned stroke, insert most the reserved not/preformed holes of standing, increase extendibility, also there is in addition the evacuation aperture of resurveying, with when testing tool is shut down, passive components all on dividing disc is all discharged to the evacuation aperture of resurveying.
4. passive component as claimed in claim 3 detects wrapping machine, it is characterized in that, this board is provided with most insufflation unit, and this majority insufflation unit is located at corresponding above-mentioned each defective products discharge orifice place, for defective products corresponding in the short slot of dividing disc is blown in corresponding defective products discharge orifice.
5. passive component as claimed in claim 3 detects wrapping machine, it is characterized in that, this series inductance/resistance tester has most probes of synchronization lifting, this majority probe is positioned at the downside of the corresponding short slot of this dividing disc, and this majority probe contacts passive component in this corresponding short slot to carry out pressurising and to detect corresponding data while rising.
6. passive component as claimed in claim 3 detects wrapping machine, it is characterized in that, this direct current resistance tester has most probes of synchronization lifting, this majority probe is positioned at the downside of the corresponding short slot of this dividing disc, and this majority probe contacts passive component in this corresponding short slot to carry out pressurising and to detect corresponding data while rising.
7. passive component as claimed in claim 6 detects wrapping machine, it is characterized in that, the structure of this first polarity tester and the second polarity tester is identical with this direct current resistance tester.
8. passive component as claimed in claim 3 detects wrapping machine, it is characterized in that, this polarity switch has a rotating revolving part, this revolving part is positioned at the outside of this dividing disc, in the end face of this revolving part, have and penetrate into the opening-like tank in two opposite sides for holding this passive component, this board is provided with inner side and the outside that two insufflation unit lay respectively at this revolving part, be arranged in the insufflation unit of inner side for the passive component of the pole reversal is blown to the tank of this revolving part by the short slot of this dividing disc, the insufflation unit that is arranged in outside is blown back the short slot of this dividing disc by the passive component of the polarity forward through this revolving part Rotate 180 degree by the tank of this revolving part.
9. passive component as claimed in claim 1 detects wrapping machine, it is characterized in that, more comprises a CCD outward appearance detector, and it is located at the image of the passive component that supplies acquisition process on this board and carries out the inspection of outward appearance.
10. passive component as claimed in claim 1 detects wrapping machine, it is characterized in that, more comprise a dust suction unit, after being located on this board and being positioned at above-mentioned all testers, detector and polarity switch, for by the impurity sucking-off except passive component in short slot.
11. passive components as claimed in claim 9 detect wrapping machine, it is characterized in that, more comprised that outward appearance detects defective products discharge orifice, it is positioned at this CCD outward appearance detector afterwards but before being positioned at this dust suction unit, for detecting outward appearance passive component defective through this CCD outward appearance detector, discharges.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420308142.XU CN204021344U (en) | 2014-06-11 | 2014-06-11 | Passive component detects wrapping machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420308142.XU CN204021344U (en) | 2014-06-11 | 2014-06-11 | Passive component detects wrapping machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204021344U true CN204021344U (en) | 2014-12-17 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420308142.XU Expired - Fee Related CN204021344U (en) | 2014-06-11 | 2014-06-11 | Passive component detects wrapping machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN204021344U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110789792A (en) * | 2020-01-03 | 2020-02-14 | 广东昭信智能装备有限公司 | Inductance test packagine machine |
| CN113751369A (en) * | 2020-06-02 | 2021-12-07 | 慧萌高新科技有限公司 | Chip electronic part conveying disc for chip electronic part checking and sorting device |
| CN113800027A (en) * | 2021-07-15 | 2021-12-17 | 江苏蓝沛新材料科技有限公司 | Integrally-formed inductive device test belt mounting system and method |
-
2014
- 2014-06-11 CN CN201420308142.XU patent/CN204021344U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110789792A (en) * | 2020-01-03 | 2020-02-14 | 广东昭信智能装备有限公司 | Inductance test packagine machine |
| CN113751369A (en) * | 2020-06-02 | 2021-12-07 | 慧萌高新科技有限公司 | Chip electronic part conveying disc for chip electronic part checking and sorting device |
| CN113751369B (en) * | 2020-06-02 | 2024-04-05 | 慧萌高新科技有限公司 | Chip electronic component conveying disc for chip electronic component inspection and sorting device |
| CN113800027A (en) * | 2021-07-15 | 2021-12-17 | 江苏蓝沛新材料科技有限公司 | Integrally-formed inductive device test belt mounting system and method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141217 Termination date: 20200611 |
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| CF01 | Termination of patent right due to non-payment of annual fee |