CN2302599Y - Continuous detecting apparatus for electronic equipment test station - Google Patents
Continuous detecting apparatus for electronic equipment test station Download PDFInfo
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- CN2302599Y CN2302599Y CN 97211595 CN97211595U CN2302599Y CN 2302599 Y CN2302599 Y CN 2302599Y CN 97211595 CN97211595 CN 97211595 CN 97211595 U CN97211595 U CN 97211595U CN 2302599 Y CN2302599 Y CN 2302599Y
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- electronic equipment
- seat
- circuit board
- detection apparatus
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Abstract
The utility model relates to a continuous detecting device for electronic equipment test stations. An interface seat and a power supply socket are mainly arranged on each table plate of a conveying belt respectively. Electronic equipment on the table plate is electrically connected with the interface seat and the socket respectively. Interface plates are respectively arranged at each test fixed point of the conveying belt. Probes are respectively arranged on the interface plate. The probes are connected with instruments. When the table plate reaches each test fixed point, a transmission mechanism propels the interface plate. The interface plate is connected with the interface seat on the table plate. Furthermore the electronic equipment is connected with the instrument. Therefore, the utility model is convenient for the continuous test of a majority of electronic equipment.
Description
The utility model relates to the continuous detection apparatus of a kind of electronic equipment testing station, especially refer to a kind of on the platen of testing station conveyer belt and each test fixed point punishment establish the continuous detection apparatus that can constitute signal link automatically, so that the follow-on test of the electronic equipment of being carried on the platen, and then improve the operating efficiency of testing station, and can reach unmanned automatic test.
As computer and relate to the electric product of electronic technology, must be in manufacture process through a series of characteristic adjustment and performance test step, as circuit board testing, finished product or part testing or the like, the testing procedure of this kind consecutive is many to be placed product to be measured on the conveyer belt, and establish the instrument of each test event in each test fixed point punishment of conveyer belt, transmission along with conveyer belt, product to be measured delivered to successively respectively test the fixed point place, after waiting to arrive the location, promptly utilize and manually product to be measured is plugged in, and be connected with the instrument of this test fixed point, carry out this test event again.Because test event is various, each product to be measured is when carrying out different test events, all must through and connecing power supply, connect same steps as such as instrument, after test finishes, must after power supply and Signal plug take out respectively, just can leave again, and when carrying out next test event, must repeat aforementioned identical step again, so quite consuming time taking a lot of work in its operation, and efficient is lower.
Although existing at present many testers can carry out operatorless automatic test, but still because aforementioned product to be measured must utilize manual type to be connected, to separate with instrument in each test event, make automatic test can't accomplish consistent equalization.
Therefore, main purpose of the present utility model is the continuous detection apparatus that is to provide a kind of electronic equipment testing station, and it need not plug line respectively in each test event, carries out different test events continuously thereby can be convenient to product to be measured.
A time purpose of the present utility model is to provide the continuous detection apparatus of a kind of electronic equipment testing station, and wherein interface seat and interface panel can horizontal direction be oppositely arranged, or with upper and lower to setting.
The another purpose of the utility model is to provide the continuous detection apparatus of a kind of electronic equipment testing station, and wherein the bottom of the transmission mechanism of interface panel is provided with the shock-absorbing seat, the vibration influence when avoiding moving, and when conveyer belt vibrations platen, guarantee excellent contact.
The technical solution of the utility model is to provide the continuous detection apparatus of a kind of electronic equipment testing station, it includes a conveyer belt, several are arranged in order on conveyer belt and with the platen of its propelling movement and be divided into conveyer belt and respectively test the different testers at fixed point place etc., wherein:
Appropriate location on each platen sets up an interface seat and a supply socket separately, in order to being connected with the holding wire and the power line of product to be measured on the platen respectively,
And establish an interface panel in each test fixed point punishment of conveyer belt, the tester that each interface panel is corresponding with it respectively constitutes line, and by transmission mechanism control advance and retreat,
This interface panel is provided with several probes, can be electrically connected with interface seat formation when advancing.
In an embodiment of the continuous detection apparatus of described electronic equipment test station; This interface seat mainly is to be fixed on the seat board with a circuit board; Wherein circuit board is to be made of two-sided PC plate; Be formed with several perforations on it; Its inner hole wall is formed with conductive layer with the perforation plating; And the circuit board inner surface is formed with respectively the Copper Foil contact of point-like in each perforation place; Each Copper Foil contact is connected with the conductive layer of perforation hole wall; Be connected on a connector with copper foil circuit respectively again; For being connected with product to be measured
This interface panel mainly is to be arranged with several fixed legs in a plate body appropriate location, and each fixed leg is hollow form, is equipped with probe therebetween respectively, and this probe is to be made of conductor, and corresponds respectively to each perforation on the circuit board,
Be arranged with a spring in addition on the probe, it is held in addition and is formed with screw thread, and it screws togather the location with a nut after penetrating fixed leg,
Each probe end is welded with lead respectively in addition, and each lead is connected to respectively on a connector, and this connector is to be used for being connected with instrument.
In an embodiment of the continuous detection apparatus of described electronic equipment testing station, the circuit board of this interface seat is arranged with two groups or more hollow guide in appropriate location, two guides run through respectively and are fixed on the circuit board, are formed with the guide hole that axially runs through on it respectively
Be arranged with two groups or more guide pillar on this interface panel, each guide pillar corresponds respectively to the guide on the aforementioned circuit plate.
In an embodiment of the continuous detection apparatus of described electronic equipment testing station, this guide pillar front end is to be convergent awl column, and guide pillar in addition end be formed with the column fixed part of less external diameter, be arranged with spring on this fixed part, and pass fixing hole on the interface panel, and screwed togather fixing with nut.
In an embodiment of the continuous detection apparatus of described electronic equipment testing station, this transmission mechanism is to be made of a pneumatic cylinder, and this pneumatic cylinder is to be connected with interface panel with its piston rod.
In an embodiment of the continuous detection apparatus of described electronic equipment testing station,
This transmission mechanism is to be fixed on the shock-absorbing seat,
This shock-absorbing seat is to be provided with flexible member between upper and lower two seat boards.
In an embodiment of the continuous detection apparatus of described electronic equipment testing station, this flexible member is that spring, elastic rubber fitting or other have suitable flexible material.
In an embodiment of the continuous detection apparatus of described electronic equipment testing station, the outside peritreme of each perforation of this interface seat circuit board is the horn mouth of expansion, and the probe front on the interface panel is provided with cone-shaped contact site.
In an embodiment of the continuous detection apparatus of described electronic equipment testing station, the seat board of this interface seat is formed with a device groove in medial surface, fix this circuit board for capacity, its lateral surface is formed with wears groove, perforation, and connector and guide on the power circuit board outwards pass.
Design features of the present utility model is to be: it is mainly setting up interface seat and interface panel separately on the platen of conveyer belt and on each test fixed point, make interface panel be connected with instrument again in advance, and when serving platen, product to be measured connects power supply and interface seat simultaneously, whereby, when product to be measured arrives each test fixed point, can be by the contact that hastens forward of interface panel, instrument and product to be measured on the platen are constituted automatically to be connected, and test, behind to be tested the finishing, interface panel withdraws from, product to be measured pushes forward with platen, carry out next test event to next test fixed point to be same as aforesaid step, so, each product to be measured all can utilize being dynamically connected certainly of interface seat and interface panel formation, disconnecting apparatus carries out every test event continuously, after product to be measured is finished all test events, when it took away on platen, the side made it by the supply socket on the platen, the interface seat unplugs, and so can effectively solve utilization and manually insert on each test event, pull out the not good shortcoming of efficient that line causes.
Further specify specific structural features of the present utility model and purpose below in conjunction with accompanying drawing.
Brief Description Of Drawings:
Fig. 1 is the embodiment of an overlooking plane graph of the present utility model.
Fig. 2 is an exploded view of the present utility model.
Fig. 3 is an end view of the present utility model.
Fig. 4 is a vertical view of the present utility model.
Fig. 5 is an action schematic diagram of the present utility model.
Fig. 6 is the end view of another preferred embodiment of the utility model.
As shown in Figure 1, an electronic equipment testing station includes a conveyer belt 10, several are arranged in order on conveyer belt 10 and with the platen 11 of its propelling movement and be divided into conveyer belt 10 and respectively test the different testers 12 at fixed point place etc.
And being appropriate location on each platen 11, principal character of the present utility model sets up an interface seat 20 and a supply socket 13 separately, in order to be connected with the holding wire and the power line of product 14 to be measured on the platen 11 respectively;
Establish an interface panel 30 in conveyer belt 10 each test fixed point punishment in addition, the tester that each interface panel 30 is corresponding with it respectively constitutes connection, and be fixed on the transmission mechanism 40, can push to a certain fixed point forward by this transmission mechanism 40, make interface seat 20 on this interface panel 30 and each platen 11 constitute signals and be connected.
Because each product 14 to be measured is when serving platen 11, promptly simultaneously its holding wire, power line are connected with interface seat 20 and supply socket 13 on the platen 11 respectively, therefore, every test event that each product 14 to be measured is carried out on conveyer belt 10, promptly must be more one by one project plug and unplug holding wire, only must be by testing the automation connecting moves that interface seat 20 on interface panel 30 and the platen 11 is established in the fixed point place, can make product 14 to be measured carry out every test event on the line continuously, to improve operating efficiency effectively.
Detailed construction as for interface seat 20, interface panel 30 and transmission mechanism 40 sees also shown in Figure 2:
At first this interface seat 20 mainly is to be fixed on the seat board 200 with a circuit board 21, wherein circuit board 21 is to be made of two-sided PC plate, be formed with several perforations 22 on it, each perforation 22 outside peritreme is the horn mouth of expansion, and its inner hole wall implements perforation respectively and electroplates, and circuit board 21 inner surfaces are formed with the Copper Foil contact 23 of point-like respectively in each perforation 22 place, each Copper Foil contact 23 is connected with the conductive layer that perforation 22 hole walls are electroplated, be connected on a connector 24 with Copper Foil lead 230 respectively again, this connector 24 is the appropriate locations that are fixed in circuit board 21 inner surfaces, be for platen 11 on set product 14 to be measured carry out signal and be connected.
Moreover circuit board 21 is arranged with two groups or more hollow guide 25 in appropriate location, in order to guarantee certain contact of 30 of interface seat 20 and interface panels; In present embodiment, circuit board 21 is to fall to punishing in two relative angles to be provided with a guide 25, two guides 25 run through respectively and are fixed on the circuit board 21, be formed with the guide hole 250 that axially runs through on it respectively, and effect demand based on the guiding location, this guide 25 constitutes good with the material of high-wearing feature, as materials such as stainless steel or Teflons.
In addition about interface panel 30 parts, it mainly is that plate body appropriate location in a tool better structural strength is arranged with several fixed legs 31, and fall to locating to be formed with respectively a fixing hole 32 in two relative angles, wherein each fixed leg 31 is to be hollow form, be equipped with a probe 33 therebetween respectively, this probe 33 is to be made of conductor, and correspond respectively to each perforation 22 on the circuit board 21, and probe 33 front ends are provided with cone-shaped contact site 330, utilize the outside loudspeaker peritreme of perforation 22 on contact site 330 and the circuit board 21 to contact, can obtain bigger contact area.
Have again to be arranged with a spring 331 on the probe 33, and be formed with screw thread, screwed togather the location so that penetrate fixed leg 31 backs with a nut 332, and utilize holding of spring 331, can make probe 33 be maintained at outside support state in other end.
Each probe 33 end is welded with lead 34 respectively in addition, and each lead 34 is connected to respectively on a connector 35, and this connector 35 is to be fixed in interface panel 30 lateral surface appropriate locations, in order to be connected with tester 12.
Moreover, guide pillar 36 front ends are to be convergent awl column, thereby can be convenient to slip in the guide hole 250 of guide 25, and guide pillar 36 is held the column fixed part 360 that is formed with less external diameter in addition, be arranged with spring 361 on this fixed part 360, and pass fixing hole 32 on the interface panel 30, and screwed togather fixing with nut 362.Wherein guide pillar 3 elastic force that will utilize spring 361 to give produces a telescopic resilience, so that guide pillar 36 produces a cushioning effect when stretching into guide 25.
Aforementioned in addition interface panel 30 is by transmission mechanism 40 its advance and retreat of control, in present embodiment, this transmission mechanism 40 is to be made of a pneumatic cylinder, and this pneumatic cylinder is to be connected with interface panel 30 with its piston rod 41, when piston rod 41 is pushed ahead, promptly drive interface panel 30 displacement forward simultaneously.
Owing to may produce significantly seismism during the pneumatic cylinder action, contact with the accurate of interface seat 20 for avoiding this seismism to influence interface panel 30, aforementioned transmission mechanism 40 can be fixed on the shock-absorbing seat 50, the vibrations when moving with effective absorption pneumatic cylinder.In present embodiment, this shock-absorbing seat 50 is to be provided with flexible member 52 in 51 of upper and lower two seat boards, and this flexible member 52 can be spring, elastic rubber fitting or other have suitable flexible material.
Can find out concrete structure kenel of the present utility model by above-mentioned explanation, detailed as described below as for its working method:
At first see also Fig. 3, shown in 4, product to be measured 14 on the platen 11 be with interface seat 20 on circuit board 21 constitute and be connected, again in 30 of the interface panels at test fixed point place and corresponding instrument 12 connections, when platen 11 pushes to a test fixed point, the interface panel 30 at this place will push (shown in Fig. 3 imaginary line) forward by transmission mechanism 40, this moment, two guide pillars 36 on the interface panel 30 will be at first contact with circuit board 21 on the interface seat 20, and slip into along the guide hole 250 of 25 of its guides, so far utilize the guiding relation of 250 of guide pillar 36 and guide holes, interface panel 30 is contacted with circuit board 21 forward with accurate angle, as shown in Figure 5, when the guide pillar on the interface panel 30 36 slips in the guide 25 of circuit board 21, each probe 33 on the interface panel 30 is respectively with corresponding perforation 22 contacts with on the circuit board 21 each of its contact site 330, so far, product to be measured 14 on the platen 11 can pass through interface seat 20, interface panel 30 constitutes signal link with instrument 12, thereby can directly test.
Behind to be tested the finishing, the pneumatic cylinder of transmission mechanism 40 its piston rod 41 of promptly withdrawing, make interface panel 30 be retracted into original position, so far, product to be measured 14 on the platen 11 can be with the propelling movement of conveyer belt 10, to next test fixed point, carry out next test event, can make each product 14 to be measured on the conveyer belt 10 carry out each test event continuously whereby.
Except that an aforesaid preferred embodiment, the utility model also can be another preferred embodiment, this interface seat 20 is still identical with last embodiment with the basic framework of interface panel 30, do not exist together and only be that it is provided with direction, as shown in Figure 6, the circuit board 21 of interface seat 20 is directly to be embedded at platen 11 bottom surfaces, and interface panel 30 is located at (being platen 11 belows of conveyer belt 10) under the circuit board 21, and interface panel 30 is also by a transmission mechanism 40 control liftings, and transmission mechanism 40 is to be fixed on the shock-absorbing seat 50.
When transmission mechanism 40 propelling movement interface panels 30 make progress, interface panel 30 still can utilize its upper guide post 36 travel directions to confirm guiding, and contact with perforation 22 on the circuit board 21 with probe 33, and then make product to be measured 14 on the platen 11 constitute signals with instrument 12 to be connected, to test adjustment.
Claims (9)
1. the continuous detection apparatus of an electronic equipment testing station, it includes a conveyer belt, several are arranged on the conveyer belt according to this and with the platen of its propelling movement and be divided into the different testers that conveyer belt is respectively tested the fixed point place, it is characterized in that:
Appropriate location on each platen sets up an interface seat and a supply socket separately, in order to being connected with the holding wire and the power line of product to be measured on the platen respectively,
And establish an interface panel in each test fixed point punishment of conveyer belt, each interface panel is that corresponding with it respectively tester formation connects, and by transmission mechanism control advance and retreat,
This interface panel is provided with several probes, can be electrically connected with interface seat formation when advancing.
2. according to the continuous detection apparatus of the described electronic equipment test station of claim 1; It is characterized in that: this interface seat mainly is to be fixed on the seat board with a circuit board; Wherein circuit board is to be made of two-sided PC plate; Be formed with several perforations on it; Its inner hole wall is electroplated with perforation and is formed with conductive layer; And the circuit board inner surface is formed with respectively the Copper Foil contact of point-like in each perforation place; Each Copper Foil contact is connected with the conductive layer of perforation hole wall; And be connected on a connector with copper foil circuit respectively; For being connected with product to be measured
This interface panel mainly is to be arranged with several fixed legs in a plate body appropriate location, and each fixed leg is to be hollow form, is equipped with probe therebetween respectively, and this probe is to be made of conductor, and corresponds respectively to each perforation on the circuit board,
Be arranged with a spring in addition on the probe, it is held in addition and is formed with screw thread, and it screws togather the location with a nut after penetrating fixed leg,
Each probe end is welded with lead respectively in addition, and each lead is connected to respectively on a connector, and this connector is in order to be connected with instrument.
3. according to the continuous detection apparatus of the described electronic equipment of claim 2 testing station, it is characterized in that: the circuit board of this interface seat is arranged with two groups or more hollow guide in appropriate location, two guides run through respectively and are fixed on the circuit board, are formed with the guide hole that axially runs through on it respectively
Be arranged with two groups or more guide pillar on this interface panel, each guide pillar is the guide that corresponds respectively on the aforementioned circuit plate.
4. according to the continuous detection apparatus of the described electronic equipment of claim 3 testing station, it is characterized in that: this guide pillar front end is to be convergent awl column, and guide pillar is held the column fixed part that is formed with less external diameter in addition, is arranged with spring on this fixed part, and passes the fixing hole on the interface panel.And screwed togather fixing with nut.
5. according to the continuous detection apparatus of the described electronic equipment of claim 1 testing station, it is characterized in that: this transmission mechanism is to be made of a pneumatic cylinder, and this pneumatic cylinder is to be connected with interface panel with its piston rod.
6. according to the continuous detection apparatus of claim 1 or 5 described electronic equipment testing stations, it is characterized in that:
This transmission mechanism is to be fixed on the shock-absorbing seat,
This shock-absorbing seat is to be provided with flexible member between upper and lower two seat boards.
7. according to the continuous detection apparatus of the described electronic equipment of claim 6 testing station, it is characterized in that: this flexible member is that spring, elastic rubber fitting or other have suitable flexible material.
8. according to the continuous detection apparatus of the described electronic equipment of claim 2 testing station, it is characterized in that: the outside peritreme of each perforation of this interface seat circuit board is the horn mouth of expansion, and the probe front on the interface panel is provided with cone-shaped contact site.
9. according to the continuous detection apparatus of the described electronic equipment of claim 2 testing station, it is characterized in that: the seat board of this interface seat is formed with a device groove in medial surface, for ccontaining this circuit board of fixing, its lateral surface is formed with wears groove, perforation, and connector and guide on the power circuit board outwards pass.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 97211595 CN2302599Y (en) | 1997-02-28 | 1997-02-28 | Continuous detecting apparatus for electronic equipment test station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 97211595 CN2302599Y (en) | 1997-02-28 | 1997-02-28 | Continuous detecting apparatus for electronic equipment test station |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2302599Y true CN2302599Y (en) | 1998-12-30 |
Family
ID=33930061
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 97211595 Expired - Fee Related CN2302599Y (en) | 1997-02-28 | 1997-02-28 | Continuous detecting apparatus for electronic equipment test station |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2302599Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101571451B (en) * | 2008-04-28 | 2011-06-29 | 广州市光机电技术研究院 | Device for continuously detecting integrative luminescence properties of light emitting diode (LED) light source |
| CN107179423A (en) * | 2017-05-16 | 2017-09-19 | 河南平芝高压开关有限公司 | Connection component for secondary circuit insulation pressure test |
-
1997
- 1997-02-28 CN CN 97211595 patent/CN2302599Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101571451B (en) * | 2008-04-28 | 2011-06-29 | 广州市光机电技术研究院 | Device for continuously detecting integrative luminescence properties of light emitting diode (LED) light source |
| CN107179423A (en) * | 2017-05-16 | 2017-09-19 | 河南平芝高压开关有限公司 | Connection component for secondary circuit insulation pressure test |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |