CN209373044U - Burning chip test equipment - Google Patents
Burning chip test equipment Download PDFInfo
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- CN209373044U CN209373044U CN201821649786.XU CN201821649786U CN209373044U CN 209373044 U CN209373044 U CN 209373044U CN 201821649786 U CN201821649786 U CN 201821649786U CN 209373044 U CN209373044 U CN 209373044U
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- material strip
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- hopper
- chip
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Abstract
The utility model relates to a kind of burning chip test equipments, the burning chip test equipment comprising feed strip workbench placed thereon is arranged in the rack, is arranged in the rack to remove removing film device, the probe assembly tested with the chip write-in program into the material strip in the rack or to the chip is arranged in and is arranged in carrying out the film covering device of overlay film in the rack to the material strip equipped with the chip for having been subjected to test or program write-in for the epiphragma on material strip for rack；It is described that film device, probe assembly and film covering device is gone to set gradually along the material strip direction of transfer.The method increase processing efficiency, shortens the period and improve product yield.
Description
Technical field
The utility model relates to burning chip the field of test technology, set more specifically to a kind of test of burning chip
It is standby.
Background technique
Existing test, method for burn-recording are that the hopper bottom surface in the case where not tearing epiphragma, by probe perpendicular to material strip is worn
Transparent cover film is contacted with the pin of chip, to be tested, burning, probe is easy to cause to be bent over, so as to cause test or
There are errors for burning.Existing chip testing or burning device cannot be completed at the same time the work torn epiphragma and change epiphragma, use
Existing chip testing or burning device carry out test or burning to chip, and it is low that there are processing efficiencies, and the process-cycle is long,
And the drawback that product yield is low.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of improved burning chip test equipment
The technical scheme adopted by the utility model to solve the technical problem is as follows: a kind of burning chip test equipment is constructed,
Feed strip workbench placed thereon is set including rack, in the rack, is arranged in the rack to remove material strip
On epiphragma remove film device, be arranged in the rack with the chip write-in program into the material strip or to the chip
The probe assembly tested and it is arranged in the rack to equipped with the chip for having been subjected to test or program write-in
The film covering device of material strip progress overlay film；
It is described that film device, probe assembly and film covering device is gone to set gradually along the material strip direction of transfer.Preferably, institute
Film device is stated to include the first mounting base being arranged in the rack, be arranged in first mounting base with will be on material strip
First idler wheel of epiphragma winding, the first driving device of driving the first idler wheel rotation are arranged in parallel with first idler wheel
To cooperate with first idler wheel to generate the first fixing roller that epiphragma described in drive force is detached from the material strip；
The film covering device includes that the film roll apparatus for placing placed in the rack for film roll is arranged in and is arranged in institute
State the press mold component in rack and being located on the material strip.
Preferably, the burning chip test equipment further includes the burning device connecting with the probe assembly or test
Device；
The probe assembly includes at least one second driving device being mounted on the rack and by each described
Second driving device drives the probe groups moved back and forth；The probe groups are electrically connected with the burning device or test device,
And plane where the chip stitch of the direction of motion of second driving device and the material strip has a setting angle.
Preferably, if the material strip is equipped with the hopper for separating and being arranged side by side；The probe groups are driven by described second
Device drives to be inserted into the hopper along set angle, forms an oblique angle with the side wall of the hopper；
The probe assembly further includes being arranged in the rack to be correspondingly arranged with each probe groups described in installation
Second mounting base of probe groups, second driving device are arranged in second mounting base；
Second mounting base is equipped with the guiding mechanism being oriented to the probe groups；The guiding mechanism includes that setting exists
Second mounting base side opposite with second driving device is arranged and is formed with plane where the chip stitch described
It sets the guide rail of angle and is set in the sliding block connecting on the guide rail with the probe groups；
The sliding block is equipped with the connecting plate for probe groups connection；The connecting plate and second driving device connect
It connects to be driven by second driving device and be slided along the guide rail.
Preferably, the material strip is equipped with several hoppers being placed equidistant with and is arranged between the adjacent hopper
Partition；The burning chip test equipment further includes at least one positioning and feeding device being arranged in the rack.
Preferably, the positioning and feeding device includes positioning pressuring plate, connect the drive positioning pressure with the positioning pressuring plate
It lifting device that plate moves up and down and is connect with the positioning pressuring plate positioning pressuring plate is driven to do along material strip direction of transfer
The third driving device of reciprocating motion；
The positioning pressuring plate includes pressing plate main body, and be arranged in the pressing plate main body close to the material strip side, with
The hopper and partition cooperation position the location structure of the material strip.
Preferably, the location structure includes at least one positioning region extended from the pressing plate main body to the hopper；
At least one described positioning region includes the majority positioning region for separating and being disposed side by side in the pressing plate main body；Often
One positioning region is correspondingly arranged with a hopper；Interval between two positioning regions being disposed adjacent formed with the hopper and every
The locating slot of plate cooperation；The length of the locating slot is adapted with the length that the hopper and partition are added；
Alternatively, at least one described positioning region includes the multiple groups positioning for separating and being disposed side by side in the pressing plate main body
Portion, positioning region described in every group include two positioning regions for separating and being arranged side by side；Positioning region described in every group is corresponding with a hopper to be set
It sets, the interval between two positioning regions in same hopper forms the locating slot with hopper cooperation positioning, described fixed
The length of position slot is adapted with the length of the chip.
Preferably, the depth of the hopper is greater than the height of the chip；The protrusion length of the positioning region is less than described
The depth of hopper；The pressing plate main body is equipped with the limiting slot for partition insertion positioning.
Preferably, the burning chip test equipment further includes being arranged in the rack to go to film device one end close to described
To be put into the discharging device of the material strip.
Preferably, the burning chip test equipment further includes being arranged in the rack close to the one of the film covering device
Hold the transmission device material strip to be transmitted；The transmission device include the third mounting base being arranged on the rack, setting exist
With the 4th driving of the second idler wheel, driving the second idler wheel rotation that roll out material strip coated with film in the third mounting base
Device and with second idler wheel be arranged in parallel with second idler wheel cooperate with generate material strip described in drive force along pass
The second fixing roller for sending direction mobile.
The burning chip test equipment for implementing the utility model, has the advantages that the burning chip test equipment
The epiphragma of the material strip of setting on the table is removed by the way that film device is arranged on the rack, and is visited by setting on the rack
Needle assemblies with the chip write-in program into material strip or are tested chip, also pass through and film covering device is arranged on the rack
To carry out overlay film to the material strip equipped with the chip for having been subjected to test or program write-in.The burning chip test equipment, can be
Before burning or test, the epiphragma on material strip is torn, so as to effectively extend the service life of probe, probe is avoided to bend,
Consumables cost is reduced, and epiphragma can be covered with by it after burning chip or test, so that the encapsulation of chip is completed, it can
Processing efficiency is improved, the period is shortened and improves product yield.
Detailed description of the invention
Below in conjunction with accompanying drawings and embodiments, the utility model is described in further detail, in attached drawing:
Fig. 1 is the structural schematic diagram of the utility model burning chip test equipment；
Fig. 2 is the structural schematic diagram of another angle of the utility model burning chip test equipment；
Fig. 3 is the front view of the utility model burning chip test equipment；
Fig. 4 is that the utility model burning chip test equipment goes the film device to go the status diagram of epiphragma；
Fig. 5 is the partial enlarged view of the utility model burning chip test equipment；
Fig. 6 is the status diagram of the probe assembly insertion hopper of the utility model burning chip test equipment；
Fig. 7 is the status diagram of the positioning device positioning material band of the utility model burning chip test equipment；
Fig. 8 is the sectional view of the positioning device positioning material band of the utility model burning chip test equipment；
Fig. 9 is the status diagram of the transmission device transmission material strip of the utility model burning chip test equipment.
Specific embodiment
For a clearer understanding of the technical features, objectives and effects of the utility model, now control attached drawing is detailed
Illustrate specific embodiment of the present utility model.
Fig. 1 to Fig. 9 shows a preferred embodiment of the utility model burning chip test equipment.
The burning chip test equipment, can opposite chip recording program or its can be used for testing chip.This
The chip that the burning chip test equipment of utility model is suitable for the types such as SOP, SOT and MSOP is readily applicable to certainly
The chip of other models.It can tear the epiphragma on material strip before burning or test, so as to effectively extend making for probe
With the service life, probe is avoided to bend, reduces consumables cost, and epiphragma can be covered with by it after burning chip or test, thus
The encapsulation for completing chip can be improved processing efficiency, shortens the period and improve product yield.
As shown in Figure 1 to Figure 3, the burning chip test equipment, can be using the survey for chip with the utility model
Examination or burning program method.It includes rack 10, workbench 11, removes film device 40, probe assembly 50, film covering device 70；It should
Rack 10 can be used for installing this and remove film device 40, probe assembly 50 and film covering device 70；The workbench 11 is arranged in the rack
On 10, it can be used for the placement of feed strip 20, this goes film device 40, probe assembly 50 and the film covering device 70 to pass along the material strip 20
Direction is sent to be successively set in the rack 10, this goes film device 40 to can be used for removing the epiphragma 23 on material strip 20；The probe assembly
50, it can be used for testing to 80 write-in program of the chip or to the chip 80；The film covering device 70, can be to equipped with
The material strip 20 of chip 80 by test or program write-in carries out overlay film, completes the encapsulation of material strip chip 80.In use, material strip
20 first pass through film device 40, go film device 40 to remove the epiphragma 23 on material strip 20 by this, then protrude into probe assembly 50
It in the material strip 20 for removing epiphragma 23, is contacted with the pin of chip 80, carry out write-in program or the chip is tested, connect
, overlay film, the envelope of chip 80 are carried out using material strip 20 of the film covering device to the chip 80 for having been subjected to test or program write-in
Dress.Because needing to expose epiphragma 23 so as to cause probe assembly 50 when can be inserted by removal epiphragma 23 to avoid probe assembly 50
It is bent over, and then improves the service life of probe assembly 50.
Further, the rack 10 can the rack 10 can be metal machine frame, can for rectangular-shape, halfpace shape or
Person's other shapes.In this embodiment, it is preferred that the rack 10 can be halfpace shape.In the present embodiment, which sets
It sets at the top of the rack 10, which is arranged along the length direction of the rack 10.
The material strip 20 includes that the material strip 20 is equipped with several hoppers 21 and several partitions 22；Several hoppers 21 are placed equidistant with,
And it is disposed side by side on the material strip 20, and a chip 80 is respectively arranged in each hopper 21；The size of the hopper 21 is greater than the core
The size of piece 80.The partition 22 is arranged between two hoppers 21 being disposed adjacent.
In the present embodiment, which further includes discharging device 30, which is arranged at this
It in rack 10, and goes film device 40 to be arranged close to this, goes film device 40 to set gradually with this.The discharging device 30 can be used for putting
Enter material strip 20.The discharging device 30 can be idler wheel in the present embodiment, not carry out test or recording program for being equipped with
Chip material strip volume placed, the material strip volume can be set on the idler wheel.It will of course be understood that ground, in some other reality
It applies in example, which can save.
As shown in Fig. 1, Fig. 3 and Fig. 4, this goes film device 40 to be arranged on the table top of workbench 11 of the rack 10, position
In the obliquely downward of the discharging device 30, specifically, it includes the first mounting base 41, the drive of the first idler wheel 42, first that this, which removes film device 40,
Dynamic device and the first fixing roller 43.
First mounting base 41 is arranged on the table top of the workbench, is installed between the workbench 11 for the material strip
20 gaps passed through, the gap form the channel that feed strip 20 transmits.In first mounting base 41 be equipped with for first idler wheel 42,
And the installation card slot that fixing roller 43 is installed, which is placed in the installation card slot, and its both ends respectively with this first
The side wall connection that the two of mounting base 41 are oppositely arranged.
First idler wheel 42 is connect with the first driving device, can be driven and be rotated by the first driving device.This first
Driving device can be motor, and output shaft is connect with first idler wheel 42, can drive 42 turns of first idler wheel by rotation
It is dynamic.
First fixing roller 43 is placed in the installation card slot, is arranged in parallel with first idler wheel 42, be located at this first
The gap passed through for epiphragma 23 is installed between the top of idler wheel 42, with first idler wheel 42.First idler wheel 42 this
When one driving device drives lower rotation, which can cooperate with first idler wheel 42 generates driving force, and driving should
Epiphragma 23 is detached from material strip 20.In use, the material strip 20 is torn an osculum, material strip 20 is threaded through 41 lower section of the first mounting base
Channel in, epiphragma 23 is arranged in the gap between first idler wheel 42 and first fixing roller 43, when first idler wheel 42
When rotation, which moves in the opposite direction along with sender, and then is detached from the material strip 20.
In the present embodiment, the burning chip test equipment its can be served only for burning, further include and the probe assembly 50
The burning device of connection.The burning device can be used for that the program transportation of typing will be needed to probe assembly 50.It will of course be understood that
Ground, in some other embodiment, the burning chip test equipment its can also be served only for testing comprising with the probe assembly
The information detected can be transmitted to the test device by the test device of 50 connections, the probe assembly 50.
As shown in Figures 5 and 6, in the present embodiment, the probe assembly 50 include the second mounting base 51, at least one second
Driving device 53, probe groups 52；Second mounting base 51 may be provided in the rack 10, can be right with each probe groups 52
It should be arranged, for the probe groups 52 installation.It will of course be understood that ground, in some other embodiment, second mounting base 51
It can save.The probe groups 52 are connect with each driving device, and it is electrically connected with the burning device, second can be driven by this
Dynamic device, which drives, to be moved back and forth, and carries out recording program to realize to the chip 80 being arranged in material strip 20.Every one second driving dress
Setting 53 can be set in one second mounting base 51, can connect with the probe groups 52, the probe groups 52 can be driven towards the material
It moves reciprocatingly with the 80 stitch direction of chip in 20.Second driving device, 53 tiltable is arranged in the rack 10, fortune
Plane where moving 80 stitch of chip in direction and the material strip 20 has a setting angle, passes through the setting angle, second drive
Dynamic device 53 can drive the probe groups 52 accurately to contact with 80 stitch of chip, connect to improve probe assembly with chip pin
The precision of touching.
Further, which is fixed on the workbench 11 comprising it is flat to be fixed on the work
It bottom on platform and is obliquely installed on which floor plate for the installation detent of second driving device 53 installation.The installation detent
The side for being placed with material strip with the workbench 11 forms obtuse angle.It is to be appreciated that in some other embodiment, the installation card
Position can save.
The probe groups 52, the quantity of the probe groups 52 is suitable with the quantity of second driving device 53, each probe groups 52
It is correspondingly arranged with one second driving device 53.In the present embodiment, each probe groups 52 may include that several groups arranged side by side are visited
Needle is inserted into the material strip 20 together in use, the several groups probe can be driven by second driving device 53, every group of probe
In one hopper 21 of corresponding insertion.Every group of probe includes several probes, and the quantity of several probes and setting are in the chip 80 1
The quantity of the stitch of side is adapted, so that each probe is correspondingly arranged with a stitch, in order to by corresponding program entry.
It will of course be understood that ground, in some other embodiment, which also may include one group of probe, the quantity of the probe
It is unlimited.
In the present embodiment, which can be driven by second driving device 53, be inserted into the material by set angle
To be contacted with 80 stitch of chip in slot 21, at this point, the probe groups 52 can be arranged with the sidewall slope of the hopper 21, with this
The side wall of hopper 21 forms an oblique angle 24, in the chip 80 offset, which can also touch 80 needle of chip
Foot, to improve the precision that probe assembly is contacted with chip pin.In the present embodiment, the angle at the oblique angle 24 be 0 °~
89 °, preferably 18 °.
In the present embodiment, which includes two the second driving devices, correspondingly, the spy
Needle group 52 includes two probe groups.The two second driving devices are arranged in the rack, and are located at the two sides of the material strip, can
For driving the probe groups 52 to be inserted into the hopper 21 along set angle, contacted respectively with the 80 two sides stitch of chip, with typing
Program improves the efficiency of burning.It will of course be understood that ground, in some other embodiment, at least one second driving device
53 may include multiple second driving devices 53 or only include second driving device 53, may be provided at the two of the material strip
Side, or the same side of the material strip is set.In the present embodiment, which can be telescopic cylinder.Certainly,
It is to be appreciated that second driving device 53 is not limited to telescopic cylinder in some other embodiment.
In the present embodiment, guiding mechanism 54 can also be set in second mounting base 51, the guiding mechanism 54 setting exists
Second mounting base 51 side opposite with second driving device 53, specifically, setting the installation detent opposite to each other with this
In the one side wall of second driving device 53.It can be used for being oriented to the probe groups 52.It will of course be understood that ground, some other
In embodiment, which can be saved.
Further, in the present embodiment the guiding mechanism 54 include guide rail and sliding block, the guide rail setting this second
The side opposite with second driving device 53 of mounting base 51, and it forms the setting angle with plane where the stitch.The cunning
Block is arranged on the guideway, is separately connected with second driving device 53 and the probe groups 52.It can be filled by second driving
It sets 53 drives to reciprocatingly slide on the guideway, and then the probe groups 52 is driven to reciprocatingly slide.In the present embodiment, the sliding block is logical
It crosses setting connecting plate 55 to connect with the probe groups 52 and with second driving device 53, to realize by second driving device 53
Drive is slided on the guideway.
In the present embodiment, which can also include actuator, and the actuator is mountable in the rack 10,
It is connect with second mounting base 51, can be used for driving second mounting base 51 close or far from the material strip 20.Correspondingly, should
Rack 10 is equipped with the first guide groove 111, specifically, second mounting base 51 can be given to be oriented to, and then give the probe assembly 50
Guiding；In use, the actuator can drive second mounting base 51 in first guide groove 111 close to or far from the material strip
20, to realize burning program.In the present embodiment, which can be with telescopic cylinder, it will of course be understood that ground, the actuator
It is not limited to telescopic cylinder, and it can also be saved.
As shown in Fig. 1, Fig. 7, Fig. 8, which can also include at least one be arranged in rack 10
A positioning and feeding device 60；Material strip 20 can not only be positioned, but also can realize automation transmission to material strip 20, into
And improve work efficiency with burning precision, and saved human cost.At least one positioning and feeding device 60 can wrap
Include one or more positioning and feeding device 60.In the present embodiment comprising setting is in the probe assembly 50 and described covers
The first positioning and feeding device between film device 70 and of the film covering device 70 far from the probe assembly 50 is set
Two positioning and feeding devices.It is to be appreciated that the positioning and feeding device 60 can save in some other embodiment.
Further, in the present embodiment, each positioning and feeding device 60 include positioning pressuring plate 61, lifting device and
Third driving device；The positioning pressuring plate 61 can be used for positioning material band, which can be used for connecting with the positioning pressuring plate 61,
The positioning pressuring plate 61 can be driven to move up and down, to realize positioning, which can connect with the positioning pressuring plate 61
It connects, the positioning pressuring plate 61 can be driven to move reciprocatingly along 20 transmission direction of material strip, and then the material strip 20 is driven to be driven.When
So, it is possible to understand that ground, in some other embodiment, which can be saved, 60 use of the positioning and feeding device
In positioning.
The positioning pressuring plate 61 can position the material strip 20 by pushing.Specifically, which includes pressing plate
Main body and location structure；The pressing plate main body can be used for being arranged the location structure, and location structure setting is leaned in the pressing plate main body
Nearly 20 side of material strip can be used for cooperating positioning with the hopper 21.
Further, which can be made of sheet metal, can be in CD writers rack.The positioning
Structure includes at least one positioning region 62；The setting that at least one positioning region 62 extends from the pressing plate main body to the hopper 21.
Specifically, which can be positioning convex platform, can protrude the plane setting of the pressing plate main body, can extend to
In the hopper 21, it is bonded with the chip 80 being arranged in the hopper 21.
In the present embodiment, the positioning region 62 and the pressing plate main body are integrally formed, which includes point
Open the majority positioning region 62 being disposed side by side in the pressing plate main body；In the present embodiment, outermost positioning region 62 is from the pressure
The side wall of plate main body is extended towards the hopper 21.It will of course be understood that ground, in some other embodiment, this at least one
Positioning region 62 may include a positioning region, and the quantity of at least one positioning region 62 is unlimited.
In the present embodiment, each positioning region 62 can be correspondingly arranged with a hopper 21, and the size of the hopper 21 is greater than should
The size of chip 80 is installed with gap between the partition 22 and the chip 80 being arranged in the hopper 21, which can insert
Enter in the gap and squeeze the chip 80 to partition 22 direction opposite with the positioning region 62, to be positioned to the material strip 20.?
In the present embodiment, the width of the positioning region 62 is adapted with the width in the gap, in order to the 62 positioning material band 20 of positioning region.?
In the present embodiment, the depth of the hopper 21 is greater than the height of the chip 80, and the protrusion length of the positioning region 62 is less than the hopper 21
Depth, and the protrusion length of the positioning region 62 be greater than or equal to the chip 80 half height, with increase with chip 80
Contact area, improve position stability.
In the present embodiment, which is equipped with the binding face being bonded with the chip 80；Binding face setting is fixed at this
The side opposite with the chip 80 of position portion 62.In the present embodiment, which can be triangle, further
Ground can be right angled triangle.The straight flange of the right angled triangle can be extended to form by the side of the pressing plate main body.Specifically
Ground, the chip 80 can have one first inclined-plane with 62 opposite side of positioning region, correspondingly, which can be trapezoidal
Think the second inclined-plane being bonded with first inclined-plane；First inclined-plane is arranged in parallel with second inclined-plane, can be bonded to each other, with
Convenient for the positioning region 62 by cooperating with the chip 80, positioning material band 20 is realized.It is to be appreciated that in some other embodiment
In, the cross sectional shape of the positioning region 62 is not limited to triangle, can be rectangle or right-angled trapezium, only need to be with the chip
80 fittings.
In some other embodiment, it is empty that resigning is installed between outermost positioning region 62 and the end of the pressing plate main body
Between, and the binding face of the positioning region 62 allows bit space to be obliquely installed towards this
In the present embodiment, the interval between two positioning regions 62 being disposed adjacent can form locating slot 63；The positioning
Slot 63 can be positioned with the hopper 21 and the partition 22 cooperation.In the present embodiment, the length of the locating slot 63 and the hopper 21
The length being added with the partition 22 is adapted, in order to position the material strip 20.In use, by the positioning region 62 be inserted into the workpiece with
Gap between the partition 22, the workpiece and partition 22 are placed in the locating slot 63, so that the workpiece and the partition
22 are blocked by the locating slot 63, and then realize and position the material strip 20.
In the present embodiment, which further includes limiting slot 64；The limiting slot 64 is arranged in the pressing plate main body, tool
Body, it may be provided at pressing plate main body one end opposite with the binding face, be inserted into and position for the partition 22, and then realize
The chip 80 is stuck in the locating slot 63.
In some other embodiment, which includes multiple groups positioning region；The multiple groups positioning region separates
And be disposed side by side in the pressing plate main body, every group of positioning region 62 is correspondingly arranged with a hopper 21, may include separating and setting side by side
Two positioning regions 62 set；The two positioning regions 62 are bonded with the two sides for the chip 80 being arranged in hopper 21 respectively, are located at same
The interval between positioning region 62 in one hopper 21 forms locating slot 63, which can cooperate with the hopper 21 positions, should
The length of locating slot 63 is adapted with the length of the chip 80, with to fixing the chip 80, and then is realized and is carried out to the material strip 20
Positioning.The limiting slot 64 is arranged between two groups of positioning regions 62 being disposed adjacent, be located at the positioning region 62 with binding face phase
The side of back.It will of course be understood that ground, in some other embodiment, which can also only include one
Group positioning region, is not limited to multiple groups.
Specifically, which can be lifting cylinder, which connect with the pressing plate main body, can drive this
The lifting of pressing plate main body, is positioned or is unclamped to the material strip 20 to realize.
The third driving device is arranged in the rack 10, connect with the positioning pressuring plate 61, can drive the material strip 20
It moves reciprocatingly along direction of transfer, to realize feeding.Specifically, which can be to be arranged in the rack 10, on
And along the telescopic cylinder of 20 direction of transfer of material strip setting, which connect with the pressing plate main body.In the present embodiment, should
The second guide groove 12 is additionally provided in rack 10, which is arranged along 20 direction of transfer of material strip, for the positioning
Pressing plate 61 is oriented to, which can be placed in 112 lower section of the second guide groove, to drive the positioning pressuring plate in second guide groove
It moves reciprocatingly in 112.
The side of the rack 10 far from the discharging device 30 is arranged in the film covering device 70 comprising film roll apparatus for placing
71, press mold component 72；The film roll apparatus for placing is arranged in rack 10, specifically, is located at the top of the press mold component 72,
It can be used for placing for film roll.The press mold component is arranged in rack 10, specifically, is arranged on workbench 11, is located at material
20 top of band, can be used for overlaying on epiphragma 23 on the material strip 20.
In the present embodiment, which can be idler wheel, which can be set on the idler wheel, use
When, epiphragma is pulled out, and epiphragma is overlayed on along the direction of transfer of material strip 20 equipped with the chip for having been subjected to test or program entry
On material strip.
The press mold component 72 may include pressure head, the heating device being arranged on the pressure head and the pressure head driven to go up and down
Lifters.The pressure head can be driven by the lifters and be pushed, so that the epiphragma 23 is bonded with the material strip 20.The heating device
The pressure head can be heated, so that epiphragma 23 can be heated to be fused with the material strip 20, thus real when pressure head pushes epiphragma
Now it is fixedly connected with the material strip 20.The lifters pressure head can move up and down for drive to carry out the lifting cylinder of press mold.
As shown in figure 9, in the present embodiment, which further includes transmission device 90；The transmission device
90 are arranged in the rack 10 and are arranged close to the film covering device 70, which sets gradually with the transmission device 90.
The transmission device 90 can be used for transmitting material strip.It is to be appreciated that the transmission device 90 can save in some other embodiment
It goes.
Further, which includes third mounting base, the second idler wheel 91, the second fixing roller 92 and the 4th driving
Device；The third mounting base is arranged in the rack 10, and on its table top for being located at workbench, is provided with for second idler wheel
91 and the second installation card slot installed of fixing roller 92, which is placed in the installation card slot, and its both ends respectively with
The side wall connection that the two of second mounting base are oppositely arranged.Second idler wheel 91 is connect with the fourth drive device, can be by this
Fourth drive device drives rotation.The fourth drive device can be motor, and output shaft is connect with second idler wheel 91, can
Second idler wheel 91 rotation is driven by rotation.Second fixing roller 92 is placed in the installation card slot, with second idler wheel 91
It is arranged in parallel, is located at the top of second idler wheel 91, be installed between second idler wheel 91 between feed strip 20 passes through
Gap.When second idler wheel 91 rotates under fourth drive device drive, which can be with second idler wheel 91
Cooperation generates driving force, and the material strip 20 is driven to be sent to subsequent processing.Test or typing journey are had been subjected in use, will be equipped with
Gap of the material strip 20 of the chip of sequence across second fixing roller 92 and first idler wheel 91, when 91 turns of second idler wheel
When dynamic, which continues to transmit along direction of transfer.
The chip testing recording device of the utility model is used to carry out test or burning program to chip, including following
Step；
S1, will be equipped with after tested or the material strip 20 of the chip without program entry is placed in rack 10, not removing the material
It is placed on the workbench 11 in the rack 10 with the epiphragma 23 on 20, and by the material strip 20 for having removed epiphragma 23, and is located at and sets
Set the lower section of the probe assembly 50 in the rack 10.
It specifically, will be equipped with not after tested or the material strip 20 of the chip without program entry is placed on discharging device 30
On, material strip 20 is pulled out, which is torn into an osculum, material strip 20 is threaded through in the channel of 41 lower section of the first mounting base,
Epiphragma 23 is arranged in the gap between first idler wheel 42 and first fixing roller 43, starts the first driving device, is driven
First idler wheel 42 rotation, and then realize the epiphragma 23 on removal material strip 20, and the material strip 20 for having removed epiphragma 23 is placed in this
On the workbench of rack 10, it is located between two probe assemblies 50, and is located at the obliquely downward of the probe assembly 50.Of course, it is possible to
Understand ground, in some other embodiment, can also be not limited to use and film device is gone to remove epiphragma by manually removing epiphragma.Pass through
Before burning or test, the epiphragma 23 torn on material strip 20 avoids probe so as to effectively extend the service life of probe
Bending reduces consumables cost.
S2, the probe assembly 50 is connect with burning device, and the probe assembly 50 is written into program protrudes into and has removed lid
In the hopper 21 of the material strip 20 of film 23, contact with 80 pin of chip in the hopper 21 program to be written in the chip 80.
In some other embodiment, which can be for the probe assembly 50 to be connect with test device, and should
Probe assembly 50 protrudes into the hopper 21 for having removed the material strip 20 of epiphragma 23, contacts with 80 pin of chip in the hopper 21,
To test the chip 80.
In the present embodiment, specifically, by the direction of motion of the second driving device 53 of the probe assembly 50 and the material strip
Plane where 80 pin of chip in 20 forms a setting angle setting, starts second driving device 53, the probe assembly
50 protrude into along set angle in the hopper 21 for having removed the material strip 20 of epiphragma 23, the pin institute with the chip 80 in the material strip 20
A setting angle is formed in plane.By the setting angle, second driving device 53 can drive the probe groups 52 accurately with
80 stitch of chip contact, to improve the precision that probe assembly is contacted with chip pin.The probe groups of the probe assembly 50
52 are driven by second driving device 53 along the guide rail, are inserted into the hopper 21 by set angle and are contacted with 80 stitch of chip
When, the probe groups 52 and 21 side wall of hopper form an oblique angle 24, and the angle at the oblique angle 24 is 0 °~89 °, preferably 18.
In the present embodiment, after the chip 80 in the material strip 20 is via the probe assembly 50 test or recording program,
The positioning pressuring plate 61 that the positioning and feeding device 60 of 50 side of probe assembly can also be arranged in, which protrudes into, has been subjected to test or journey
The material strip 20 of the chip 80 of sequence write-in is positioned, and the material strip equipped with the chip that test or program write-in is already expired is sent to
Subsequent processing.Specifically, start the lifting device, which drives the positioning pressuring plate 61 to do pressing action, so that, this is fixed
Positioning region 62 on the pressing plate 61 of position is protruded into the hopper 21, between the hopper 21 and the chip 80, by the positioning region 62
Binding face is bonded with the side wall of the chip 80, and the partition 22 is caught in the limiting slot 64, steady to improve positioning to realize positioning
It is qualitative, and then improve work efficiency and product yield.Then, when the core in the material strip 20 of the front end of the material strip 20 positioned
When piece has been subjected to test or recording program, start the third driving device, which drives the positioning pressuring plate 61
It moves reciprocatingly along 20 direction of transfer of material strip, and then the material strip 20 is driven to transmit.It will of course be understood that ground, in some other reality
It applies in example, which can save.
S3, epiphragma is provided in the rack 10, pull out epiphragma 23 overlay on equipped with have been subjected to test or program write-in
On the material strip 20 of chip 80.Specifically, film roll is placed on film roll apparatus for placing 71, pulls out epiphragma 23, and by epiphragma along material
Direction of transfer with 20 overlays on the material strip equipped with the chip for having been subjected to test or program entry, starts the press mold component 72
Lifters and heating device, which drives the pressure head along component 72 to push epiphragma 23 and material strip 20, so that the epiphragma 23
It is heated to be fused with the material strip 20, to realize the overlay film on the material strip 20, complete the encapsulation of chip 80.
It should be understood that above embodiments only express preferred embodiments of the present invention, describe more specific
With it is detailed, but it should not be understood as limiting the scope of the patent of the utility model；It should be pointed out that for this field
Those of ordinary skill for, without departing from the concept of the premise utility, can to above-mentioned technical characterstic carry out freely
Combination, various modifications and improvements can be made, and these are all within the protection scope of the present invention；Therefore, all practical with this
The equivalents and modification that novel scope of the claims is done, should belong to the covering scope of the utility model claims.
Claims (10)
1. a kind of burning chip test equipment, which is characterized in that feed strip (20) are arranged including rack (10), in the rack
Workbench (11) placed thereon is arranged on the rack (10) to remove the striping of the epiphragma (23) on material strip (20) dress
It sets (40), be arranged on the rack (10) with chip (80) write-in program in the material strip (20) or to the chip
(80) probe assembly (50) tested and it is arranged on the rack (10) to equipped with having been subjected to test or program
The material strip (20) of the chip (80) of write-in carries out the film covering device (70) of overlay film；
It is described that film device (40), probe assembly (50) and film covering device (70) is gone successively to set along the material strip (20) direction of transfer
It sets.
2. burning chip test equipment according to claim 1, which is characterized in that described that film device (40) is gone to include setting
On the rack (10) the first mounting base (41), be arranged in first mounting base (41) with by the lid on material strip (20)
The first idler wheel (42) of film (23) winding, the first driving device of driving the first idler wheel (42) rotation are rolled with described first
Wheel (42) is arranged in parallel to be generated epiphragma described in drive force (23) and is detached from the material to cooperate with first idler wheel (42)
The first fixing roller (43) of band (20)；
The film covering device (70) include be arranged on the rack (10) for film roll place film roll apparatus for placing (71) and
The press mold component (72) for being arranged on the rack (10) and being located on the material strip (20).
3. burning chip test equipment according to claim 1, which is characterized in that the burning chip test equipment is also wrapped
Include the burning device connecting with the probe assembly (50) or test device；
The probe assembly (50) includes at least one second driving device (53), Yi Jiyou being mounted on the rack (10)
Each second driving device (53) drives the probe groups (52) moved back and forth；The probe groups (52) and the burning device
Or test device electrical connection, and the chip stitch of the direction of motion of second driving device (53) and the material strip (20)
Place plane has a setting angle.
4. burning chip test equipment according to claim 3, which is characterized in that the material strip (20) separates if being equipped with
And hopper (21) arranged side by side；The probe groups (52) are driven by second driving device (53) and are inserted into institute along set angle
It states in hopper (21), forms an oblique angle (24) with the side wall of the hopper (21)；
The probe assembly further includes being arranged on the rack (10) to be correspondingly arranged with each probe groups (52) to install
The second mounting base (51) of the probe groups (52), second driving device (53) are arranged in second mounting base (51)
In；
Second mounting base (51) is equipped with the guiding mechanism (54) being oriented to the probe groups (52)；The guiding mechanism
(54) include setting opposite with the second driving device (53) side of second mounting base (51) be arranged and with the core
Plane where piece stitch forms the guide rail of the setting angle and is set on the guide rail and connect with the probe groups (52)
Sliding block；
The sliding block is equipped with the connecting plate (55) for the probe groups (52) connection；The connecting plate (55) and described second is driven
Dynamic device (53) connection is driven by second driving device (53) to be slided along the guide rail.
5. burning chip test equipment according to claim 1, which is characterized in that the material strip (20) is equipped with several etc.
Hopper (21) away from setting and the partition (22) being arranged between the adjacent hopper (21)；The burning chip test is set
Standby further includes at least one positioning and feeding device (60) being arranged on the rack (10).
6. burning chip test equipment according to claim 5, which is characterized in that the positioning and feeding device (60) includes
Positioning pressuring plate (61), connect with the positioning pressuring plate (61) lifting device for driving the positioning pressuring plate (61) to move up and down,
And it is connect with the positioning pressuring plate (61) and the positioning pressuring plate (61) is driven to move reciprocatingly along material strip (20) direction of transfer
Third driving device；
The positioning pressuring plate (61) includes pressing plate main body, and is arranged in the pressing plate main body close to the material strip (20) side
, location structure with the hopper (21) and partition (22) the cooperation positioning material strip (20).
7. burning chip test equipment according to claim 6, which is characterized in that the location structure includes from the pressure
At least one positioning region (62) that plate main body extends to the hopper (21)；
At least one described positioning region (62) includes the majority positioning region for separating and being disposed side by side in the pressing plate main body
(62)；Each positioning region (62) is correspondingly arranged with a hopper (21)；Between between two positioning regions (62) being disposed adjacent
Every the locating slot (63) that formation cooperates with the hopper (21) and partition (22)；The length of the locating slot (63) and the hopper
(21) length being added with partition (22) is adapted；
Alternatively, at least one described positioning region (62) includes the multiple groups positioning region for separating and being disposed side by side in the pressing plate main body
(62), positioning region described in every group (62) include two positioning regions (62) for separating and being arranged side by side；Positioning region described in every group (62)
It is correspondingly arranged with a hopper (21), the interval being located between two positioning regions (62) in same hopper (21) is formed and the material
The locating slot (63) of slot (21) cooperation positioning, the length of the locating slot (63) are adapted with the length of the chip (80).
8. burning chip test equipment according to claim 7, which is characterized in that the depth of the hopper (21) is greater than institute
State the height of chip (80)；The protrusion length of the positioning region (62) is less than the depth of the hopper (21)；The pressing plate main body
It is equipped with the limiting slot (64) for partition insertion positioning.
9. burning chip test equipment according to claim 1, which is characterized in that the burning chip test equipment is also wrapped
Include be arranged on the rack (10) close to it is described go film device (40) one end to be put into the discharging devices of the material strip (20)
(30)。
10. burning chip test equipment according to claim 1, which is characterized in that the burning chip test equipment is also
Including transmission of the one end of close film covering device (70) material strip (20) to be transmitted is arranged on the rack (10)
Device (90)；The transmission device includes the third mounting base being arranged on rack (10), is arranged in the third mounting base
With the fourth drive device of the second idler wheel (91), driving second idler wheel (91) rotation that rolls out material strip coated with film and
It is arranged in parallel with second idler wheel (91) and cooperates with second idler wheel (91) to generate material strip described in drive force (20)
The second fixing roller (92) moved along direction of transfer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821649786.XU CN209373044U (en) | 2018-10-11 | 2018-10-11 | Burning chip test equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821649786.XU CN209373044U (en) | 2018-10-11 | 2018-10-11 | Burning chip test equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209373044U true CN209373044U (en) | 2019-09-10 |
Family
ID=67837968
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821649786.XU Active CN209373044U (en) | 2018-10-11 | 2018-10-11 | Burning chip test equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209373044U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109358281A (en) * | 2018-10-11 | 2019-02-19 | 颜建芳 | Burning chip test equipment and its test or burning program method for chip |
-
2018
- 2018-10-11 CN CN201821649786.XU patent/CN209373044U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109358281A (en) * | 2018-10-11 | 2019-02-19 | 颜建芳 | Burning chip test equipment and its test or burning program method for chip |
| CN109358281B (en) * | 2018-10-11 | 2024-06-21 | 颜建芳 | Chip burning test equipment and test or program burning method for chip |
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