CN1994840A - Transfer arrangement capable of testing radiating fan - Google Patents
Transfer arrangement capable of testing radiating fan Download PDFInfo
- Publication number
- CN1994840A CN1994840A CN 200510132768 CN200510132768A CN1994840A CN 1994840 A CN1994840 A CN 1994840A CN 200510132768 CN200510132768 CN 200510132768 CN 200510132768 A CN200510132768 A CN 200510132768A CN 1994840 A CN1994840 A CN 1994840A
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- microscope carrier
- electric rail
- unit
- radiator fan
- feedway
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Abstract
The invention relates to a transmitter for testing radiation fan, which can test several fans at one time, wherein transmitter comprises a workbench, a transmitter, several movable carriers on the transmitter and the first and second tracks under each carrier; the transmitter comprises one transmitting element and one power element moving the transmitting element; each movable carrier comprises one support plate, one testing circuit on the support plate and two distanced first and second conductive plates on the bottom of support plate; the first and second tracks both have positioning plate and several micro tacks on the plates; with the tracks and the transmitting element, the radiation fan on the carrier can test and transmit synchronously.
Description
Technical field
The present invention relates to a kind of feedway, particularly a kind of feedway of testing radiator fan.
Background technology
Generally when radiator fan is finished in assembling, in order to guarantee that each radiator fan all can turn round normally, major part all can be carried out the full inspection operation of radiator fan again, also just allows each radiator fan pass to electric current, running a period of time, but with test normal rotation whether.
The practice of common test radiator fan running is once tens of radiator fans to be connected with the mains by the operating personnel, allow radiator fan rotate, and wait for a period of time again, with the whether normal operation continuously of test radiator fan, just can carry out the detection of next batch afterwards, promptly so-called batch detects.
Yet the shortcoming of this detection mode is that the operating personnel must connect with the mains these tens of radiator fans at short notice, causes easily that the operating personnel's is flurried.Afterwards, when waiting for the test duration, operating personnel's idle impunity that seems again, form the waste of manpower, and, whether the mode that detects for the radiator fan of defective products is to adopt visual fan blade to rotate to decide, and makes that the operating personnel needs very carefully check all radiator fans, has the situation generation that omission is arranged because of neglecting for the moment unavoidably.
In addition, the detection mode of some radiator fan is the transmission apparatus that utilizes existing on the market electric rail (ConductorRail) to be set up, in order to carry power supply to the radiator fan test of turning round.The function of electricity rail is and can powers to the object in moving.Yet electric rail as used herein all is to belong to as the employed large-scale electric rail of equipment such as overhead traveling crane, causes in taking up room and than big and difficult the replacing position is set, and is more undesirable with utilization for the arrangement in factory building space.
Summary of the invention
Purpose of the present invention is promptly providing a kind of feedway of testing radiator fan, allows the radiator fan in moving can continue to obtain power supply, the test of conveniently turning round, and simultaneously, it is less to take volume, can arrange to be provided with the position neatly.
To achieve these goals, the invention provides a kind of feedway of testing radiator fan, be suitable for and test a plurality of radiator fans simultaneously, described feedway comprises that a board, is arranged on supply unit on the described board, a plurality of mobile microscope carrier, that is placed on the described supply unit and can be transmitted is arranged on the first electric rail unit that each moves the microscope carrier below, and one be arranged on each move the microscope carrier below and with the described first electric rail unit second electric rail unit separately.
Described supply unit comprises a conveying member, and one drives the power spare that described conveying member moves.Each moves microscope carrier and comprises that a loading plate, is arranged on the test circuit on the described loading plate, and two-phase is spaced apart and arranged in first conducting strip and second conducting strip on the described loading plate bottom surface.The described first electric rail unit has a locating plate that is installed on the described board, and a plurality of miniature electric rails that are arranged at intervals on the described locating plate, each miniature electric rail is electrically connected to each other and has a body, but and springing ground be arranged on and can conflict also on the described body that each moves the electroconductive elastic sheet of first conducting strip of microscope carrier.The described second electric rail unit has a location long slab that is installed on the described board, and a plurality of miniature electric rails that are arranged at intervals on the long slab of described location, each miniature electric rail has a body, but and springing ground be arranged on and can conflict also on the described body that each moves the electroconductive elastic sheet of second conducting strip of microscope carrier.
When described first, second electric rail unit passes to reversal respectively, the electroconductive elastic sheet of the miniature electric rail by described first, second electric rail unit can be conflicted with each two conducting strip that move microscope carrier respectively, allow reversal conduct to the test circuit that each moves microscope carrier, make to put and move on the microscope carrier and the radiator fan that is electrically connected with the described test circuit test of can in moving process, turning round in each.Simultaneously,, make that the whole volume of described feedway is dwindled, and can arrange its ornaments position neatly, more do not take up room because the miniature electric rail volume of described first, second electric rail unit is little.
The present invention has following some advantage:
One, conveniently detect and assemble, detection efficiency is good: described radiator fan is a successive cycle operation on described two supply units, and therefore, the operating personnel only need stand in detection and the assembling that radiator fan is carried out in the fixed position., simultaneously, transfer rate that can be by adjusting described two supply units or transmit length, make each move microscope carrier around a circle after, promptly reach time of required burning machine, the operating personnel also can idle impunity.And, also detect highly than batch carrying out on the efficient.
Two, save cost and not taking up space: because described first, second electric rail is that small miniature electric rail constitutes, the cost of each miniature electric rail is considerably cheap, for the saving cost cooresponding help is arranged.And the volume of described first, second the electric rail that is constituted is less, makes whole feedway volume to dwindle relatively, is easy to move to arrange its ornaments position neatly.
Three, have the defective products detection function, guarantee quality: show by the cresset that is arranged on the running indicator lamp on each test circuit, the operating personnel only need visual from the moment the radiator fan of process, be easy to the identification defective products, can guarantee quality.Simultaneously, by the particular design of described test circuit, no matter radiator fan is to be to open circuit or short circuited situation, can not cause the short circuit of power supply, and influence the detection of other radiator fan.
Four, in the circulation course of conveying, can allow radiator fan turn round continuously: to utilize several the miniature electric rails of configuration on the platform of accepting in described two biography order units, can make lift-launch can continue to obtain electric energy at the mobile microscope carrier of accepting on the platform, and can when switching (when particularly passing the passing power spare start of unit), not produce the situation of outage.
Description of drawings
Fig. 1 is a schematic perspective view, illustrates that the present invention can test first preferred embodiment of the feedway of radiator fan;
Fig. 2 is the partial enlarged drawing of mobile microscope carrier among Fig. 1, illustrates that the bottom surface of the mobile microscope carrier of described first preferred embodiment is provided with first, second conducting strip, and conflicts and switch on first, second electric rail unit respectively;
Fig. 3 is a circuit diagram, and the configuration of associated component of the test circuit of described mobile microscope carrier is described;
Fig. 4 is the partial enlarged drawing of first, second electric rail unit of Fig. 1, and first, second conducting strip conflict situation of the miniature electric rail and the mobile microscope carrier of described first, second electric rail unit is described;
Fig. 5 is a block diagram, illustrates that the present invention can test second preferred embodiment of the feedway of radiator fan.
Description of reference numerals: 1 radiator fan; 2 boards; 3 supply units; 31 conveying members; 32 power spares; 5 move microscope carrier; 51 loading plates; 52 test circuits; 521 circuit cards; 522 power lights; 523 running indicator lamps; 524 sockets; 53 first conducting strips; 54 second conducting strips; 6 first electric rail units; 61 locatings plate; 62 miniature electric rails; 621 bodies; 622 electroconductive elastic sheets; 623 yoke frames; 7 second electric rail units; 71 locatings plate; 72 miniature electric rails; 721 bodies; 722 electroconductive elastic sheets; 723 yoke frames; 8 pass order unit; 81 accept platform; 82 biographies connect power spare; 83 miniature electric rails; 9 pass the unit; 91 pass power spare; 92 pusher shoe.
The specific embodiment
About aforementioned and other technology contents, characteristics and effect of the present invention, in the following detailed description that cooperates with reference to two graphic preferred embodiments, can clearly present.The present invention be described in detail before, be noted that in the following description similarly assembly is to represent with identical numbering.
As shown in Figure 1, the present invention can test first preferred embodiment of the feedway of radiator fan, be suitable for and test a plurality of radiator fans 1 simultaneously, described feedway comprises a board 2, a supply unit 3, a plurality of mobile microscope carrier 5, one first electric rail unit 6, and one second electric rail unit 7.In described first preferred embodiment, can wheel (figure does not show), convenient ornaments position of transferring described feedway be set for 2 times at described board.
Described supply unit 3 is arranged on the described board 2, and described supply unit 3 comprises a conveying member 31, and one drives the power spare 32 that described conveying member 31 moves.In described first preferred embodiment, described conveying member 31 is made up of two separately load-transfer devices, and described power spare 32 is electro-motors.About its thin portion member and running cooperation situation, known for those skilled in the art, will not describe in detail at this.
Cooperate Fig. 2, described mobile microscope carrier 5 is to be placed on the conveying member 31 of described supply unit 3, drives described mobile microscope carrier 5 when described conveying member 31 moves simultaneously.Each moves microscope carrier 5 and comprises that a loading plate 51, is arranged on the test circuit 52 on the described loading plate 51, and two-phase is spaced apart and arranged in first conducting strip 53 and second conducting strip 54 on described loading plate 51 bottom surfaces.In described first preferred embodiment, be to make for convenience and described test circuit 52 is divided into the two logical circuit cards 521 that are connected with each other, but also can make one-body moldedly.Each moves test circuit 52 on the microscope carrier 5 has a power light 522, four and lays respectively at running indicator lamp 523 on described two circuit cards 521 and four sockets 524 that are electrically connected with described four running indicator lamps 523 respectively.Described power light 522 is in order to showing not supply regular power, described four running indicator lamps 523 then be used to show with the radiator fan that is electrically connected 1 whether can turn round smoothly.
In described first preferred embodiment, each moves and is electrically connected with three groups of radiator fans 1 on the microscope carrier 5 and tests simultaneously, and is at most to test four groups of radiator fans 1 simultaneously.When reality is implemented, also can only put one group of radiator fan 1, its number that connects test can be adjusted with the size of radiator fan 1.Certainly, more running indicator lamp 523 and cooresponding socket 524 also can be set on described test circuit 52, should not limit to claim of the present invention with this.
As shown in Figure 3, what deserves to be mentioned is,, make no matter the radiator fan 1 in detecting is to be to open circuit or short circuited situation, the detection that other radiator fan 1 is removed in neither meeting influence by the particular design of described test circuit 52.
Shown in Fig. 1,4, the described first electric rail unit 6 is to be positioned at the below that each moves microscope carrier 5.In described first preferred embodiment, the described first electric rail unit 6 is between described two load-transfer devices.Described feedway is to connect direct current (DC) (DC), and the described first electric rail unit 6 is to be connected with the positive pole of power supply.
The described first electric rail unit 6 has one and is installed on the described board 2 and is the locating plate 61 of strip, and a plurality of miniature electric rails 62 that are arranged at intervals on the described locating plate 61.Each miniature electric rail 62 is to be electrically connected mutually through electric wire, each miniature electric rail 62 also has a body 621, and is arranged on to springing up and down on described body 621 end faces and can conflicts and move the electroconductive elastic sheet 622 of first conducting strip 53 of microscope carrier 5 to each, but reaches the yoke frame 623 of the described electroconductive elastic sheet 622 of a pushing tow.Utilize the pushing tow elastic force of described yoke frame 623, perseverance makes upwards passes described electroconductive elastic sheet 622, therefore, can allow electroconductive elastic sheet 622 certain first conducting strips, 53 conflicts with described mobile microscope carrier 5 of each miniature electric rail 62 conduct with formation.In described first preferred embodiment, when no matter single mobile microscope carrier 5 all have at least two electroconductive elastic sheets 622 and described first conducting strip 53 to conflict in moving process, all locates "on" position to guarantee described mobile microscope carrier 5.
The described second electric rail unit 7 be arranged on each below of moving microscope carrier 5 and with the described first electric rail unit 6 separately.The described second electric rail unit 7 has one and is installed on the described board 2 and is rectangular location long slab 71, and a plurality of miniature electric rails 72 of 71 that are arranged at intervals on the long slab of described location, but each miniature electric rail 72 has a body 721, is arranged on the described body 721 to a springing and can conflicts that each moves the electroconductive elastic sheet 722 of second conducting strip 54 of microscope carrier 5, but and the yoke frame 723 of the described electroconductive elastic sheet 722 of a pushing tow.
In described first preferred embodiment, the described second electric rail unit 7 is to be connected with the negative electricity of power supply, the configuration of the similar described first electric rail unit 6, no matter all have at least two electroconductive elastic sheets 722 and described second conducting strip 54 to conflict when, guaranteeing that described mobile microscope carrier 5 all locates "on" position, and the miniature electric rail 72 of the miniature electric rail 62 of the first electric rail unit 6 and the second electric rail unit 7 is identical.
Shown in Fig. 5,6, the present invention can test second preferred embodiment of the feedway of radiator fan, comprise that two-phase is spaced apart and arranged in supply unit 3 on the described board 2, a plurality of putting at the electric rail unit of the mobile microscope carrier 5,2 first of described two supply units 36, two is arranged on biography order unit 8 on the described board 2 with the described 2 first electric rail units 6 second electric rail unit 7, two separately respectively, and two are respectively adjacent to the described two passing unit 9 that pass order units 8.
Described two supply units 3, mobile microscope carrier 5 such as described, and described two first, second electric rail units the 6, the 7th, identical with described first preferred embodiment, do not repeat them here.
Described two to pass order units 8 are two opposition sides that are spaced apart and arranged in described two supply units 3, and constitute a kenel that presents rectangle with described two supply units, 3 common arrangements.Described two pass order unit 8 passes to connect the mobile microscope carrier 5 of being sent out by described two supply units 3, and described mobile microscope carrier 5 can be carried on described two supply units 3 circularly.
Each pass order unit 8 have one can carry described mobile microscope carrier 5 accept platform 81, and one can drive and describedly accepts the biography that platform 81 moves connect power spare 82 between described two supply units 3.Each is accepted platform 81 and has at least two miniature electric rails 83 of first, second conducting strip 53,54 that can conflict described mobile microscope carrier 5 respectively.In described second preferred embodiment, four miniature electric rails 83 are arranged is with aforesaid miniature electric rail 62,72 same types and be spaced apart and arranged in each with one group pattern in twos accepts on the platform 81 and is connected positive and negative electric current respectively, making described mobile microscope carrier 5 be accepted platform 81 by described two carries when moving, also can continue to offer described mobile microscope carrier 5 power supplys, allow radiator fan 1 be turned round.
Each is passed unit 9 and has a passing power spare 91, reach a pusher shoe 92 that driven by described passing power spare 91, each pusher shoe 92 be contiguous biography order unit 8 accept platform 81 above telescopic moving, can the cooresponding mobile microscope carrier of accepting on the platform 81 5 will be positioned at, pass to contiguous supply unit 3, continued at running test on the supply unit 3.In described second preferred embodiment, each passes power spare 91 is modes of utilizing air pressure, and it is reciprocating to order about described pusher shoe 92.
Conclude above-mentioned, the present invention can test the feedway of radiator fan, be to utilize with a plurality of small miniature electric rails 62,72 compartment of terrains are arranged and are constituted described 2 first, the second electric rail 6,7, cooperate the use of described two supply units 3, make described mobile microscope carrier 5 in mobile the time, can be by first on mobile microscope carrier 5 bottom surfaces, second conducting strip 53,54, can distinguish in regular turn and each miniature electric rail 62,72 electroconductive elastic sheet 622,722 conflict, reach the purpose that mobile microscope carrier 5 power supplys are provided, allow and put radiator fan 1 on described mobile microscope carrier 5 and can obtain the electric energy test of turning round.
The above, it only is preferred embodiment of the present invention, when not limiting scope of the invention process with this, promptly the simple equivalent of being done according to claim of the present invention and invention description content generally changes and modifies, and all still belongs in the scope that patent of the present invention contains.
Claims (7)
1. the feedway that can test radiator fan is suitable for and tests a plurality of radiator fans simultaneously, it is characterized in that described feedway comprises:
One board;
One supply unit is arranged on the described board, comprises a conveying member, and one drives the power spare that described conveying member moves;
A plurality of mobile microscope carriers, be placed on the described supply unit and and transmit by described conveying member, each moves microscope carrier and comprises that a loading plate, is arranged on the test circuit on the described loading plate, and two-phase is spaced apart and arranged in first conducting strip and second conducting strip on the described loading plate bottom surface;
One first electric rail unit, be arranged on each and move the microscope carrier below, the described first electric rail unit has a locating plate that is installed on the described board, and a plurality of miniature electric rails that are arranged at intervals on the described locating plate, each miniature electric rail is electrically connected to each other and has a body, but and springing ground be arranged on and can conflict also on the described body that each moves the electroconductive elastic sheet of first conducting strip of microscope carrier;
One second electric rail unit, be arranged on each move microscope carrier below and with the described first electric rail unit separately, the described second electric rail unit has a location long slab that is installed on the described board, and a plurality of miniature electric rails that are arranged at intervals on the long slab of described location, each miniature electric rail has a body, but and springing ground be arranged on and can conflict also on the described body that each moves the electroconductive elastic sheet of second conducting strip of microscope carrier.
2. according to the described feedway of testing radiator fan of claim 1, it is characterized in that: comprise that also two-phase is spaced apart and arranged in supply unit, the 2 first electric rail units on the described board, and two respectively with the described 2 first electric rail units second electric rail unit separately, each supply unit comprises a conveying member, reach one and drive the power spare that described conveying member moves, each first, second electric rail unit all has a locating plate that is installed on the described board, and a plurality of miniature electric rails that are arranged at intervals on the described locating plate.
3. according to the described feedway of testing radiator fan of claim 1, it is characterized in that: comprise that more two-phase is spaced apart and arranged in the biography order unit on the described board, described two pass order unit presents the rectangle kenel with common arrangement of described two supply units, be used for subsequent transmissions with the mobile microscope carrier on described two supply units, each passes order unit and has a platform of accepting that can carry described mobile microscope carrier, and one drives and describedly accepts the biography that platform moves connect power spare between described two supply units.
4. according to the described feedway of testing radiator fan of claim 3, it is characterized in that: each is accepted platform and has at least two miniature electric rails of first, second conducting strip of conflicting described mobile microscope carrier respectively.
5. according to the described feedway of testing radiator fan of claim 4, it is characterized in that: comprise that also two are respectively adjacent to the passing unit of described two biography order units, each is passed the unit and has a passing power spare, and one driven by described passing power spare and in the pusher shoe that move the platform top of accepting of cooresponding biography order unit, described two pusher shoe can will be positioned at the described two mobile microscope carriers of accepting on the platform, pass to described two supply units.
6. according to the described feedway of testing radiator fan of claim 1, it is characterized in that: each moves microscope carrier and tests at least one radiator fan simultaneously.
7. according to the described feedway of testing radiator fan of claim 6, it is characterized in that: each test circuit that moves microscope carrier has a power light, and at least one running indicator lamp.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510132768 CN1994840A (en) | 2005-12-26 | 2005-12-26 | Transfer arrangement capable of testing radiating fan |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510132768 CN1994840A (en) | 2005-12-26 | 2005-12-26 | Transfer arrangement capable of testing radiating fan |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1994840A true CN1994840A (en) | 2007-07-11 |
Family
ID=38250065
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200510132768 Pending CN1994840A (en) | 2005-12-26 | 2005-12-26 | Transfer arrangement capable of testing radiating fan |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1994840A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102431763A (en) * | 2011-10-14 | 2012-05-02 | 张福祥 | Transport mechanism |
| CN102148431B (en) * | 2010-02-04 | 2013-11-06 | 鸿富锦精密工业（深圳）有限公司 | Connector |
| CN117110765A (en) * | 2023-10-16 | 2023-11-24 | 新沂普迪机械设备有限公司 | Miniature transformer radiating effect batch temperature detection equipment |
-
2005
- 2005-12-26 CN CN 200510132768 patent/CN1994840A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102148431B (en) * | 2010-02-04 | 2013-11-06 | 鸿富锦精密工业（深圳）有限公司 | Connector |
| CN102431763A (en) * | 2011-10-14 | 2012-05-02 | 张福祥 | Transport mechanism |
| CN102431763B (en) * | 2011-10-14 | 2014-02-12 | 东莞市多贺自动化科技有限公司 | Transport mechanism |
| CN117110765A (en) * | 2023-10-16 | 2023-11-24 | 新沂普迪机械设备有限公司 | Miniature transformer radiating effect batch temperature detection equipment |
| CN117110765B (en) * | 2023-10-16 | 2023-12-29 | 新沂普迪机械设备有限公司 | Miniature transformer radiating effect batch temperature detection equipment |
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