CN205608709U - CPU intelligence is floated to get and is put device - Google Patents
CPU intelligence is floated to get and is put device Download PDFInfo
- Publication number
- CN205608709U CN205608709U CN201620171459.2U CN201620171459U CN205608709U CN 205608709 U CN205608709 U CN 205608709U CN 201620171459 U CN201620171459 U CN 201620171459U CN 205608709 U CN205608709 U CN 205608709U
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Abstract
The utility model relates to a detect technical field, in particular to CPU intelligence is floated to get and is put device for the automation of CPU when the test is got and is put. Which comprises a housin, the inside top -down of casing is equipped with the unsteady centre gripping subassembly of drive assembly, transmission coupling assembling and CPU in proper order, be equipped with the photoelectric sensing ware on drive assembly and the transmission coupling assembling, even also can help to leading -in under the circumstances of a little off normal, set up the photoelectric sensing ware, carried out the initial point position and listened, ensured that initial position's is accurate to ensure that every action begins the operation with 0, set up pressure -sensitive device, carried out safety and prevent slow -witted the measuring, set up forced induction value at the critical localisation of CPU and the contact of CPU groove, thereby it exceeds and let the device stop the operation to determine this position pressure that its serious off normal led to the fact, make the CPU groove on the mainboard not receive the damage with CPU on installing, guaranteed the security.
Description
Technical field
This utility model relates to detection technique field, particularly to CPU intelligence floating fetching device, for CPU
Automatic clamping and placing when test.
Background technology
Existing server master board, CPU need to detect it, to ensure quality before dispatching from the factory.Existing
CPU pluggable mode is completed by production line test person, after taking mainboard to be measured, is positioned over board carrier correspondence position
Put, take CPU by hand, and by observing the fool proof breach on CPU, then the silk-screen arrow mark above corresponding mainboard
Lay, then CPU clinching is buckled, guarantee that it is fixed and contacts with each other.Existing CPU picks and places
Mode inefficiency, labor intensity greatly, easily produces visual fatigue.
A CPU fetching device of exploitation at present, it is possible to automatically insert to enter in CPU notch on mainboard by CPU
Row detection, but said apparatus also has many deficiencies, it is simply that when inserting CPU because of mainboard foozle
And mainboard existence of site error when laying, CPU notch on mainboard and device generation deviation can be caused thus
Cause pressing off normal, damage mainboard, can coup injury CPU time serious.It addition, because of the rising band of tester table
Dynamic CPU puts into CPU groove, it is impossible to calculates CPU and puts into the actual pressure value produced after CPU groove, thus nothing
Method ensures its measuring stability.
Additionally, notification number is the utility model patent of CN 203397347U, disclose a kind of computer detector
The CPU automatic pick-and-place apparatus of band pressure transducer, by the pressure of pressure sensor senses CPU Yu mainboard,
When pressure exceedes preset value, then it is automatically stopped insertion.But, this technology is not to the device clamping CPU
Carry out position detection, if CPU starting point is not at origin position, then can affect its accuracy, and for
The fraction of deviation of CPU can not be corrected, and can only terminate running by the way of stopping detects.
Utility model content
In order to overcome the shortcoming of prior art, this utility model provides CPU intelligence floating fetching device, i.e.
Make also can help to importing in the case of a little off normal；It is provided with photoelectric sensor, has carried out origin position and detectd
Survey, it is ensured that initial position accurate, so that it is guaranteed that each action is to bring into operation with 0；It is provided with pressure
Power induction installation, carries out safe fool proof detection, and the critical localisation contacted at CPU with CPU groove is provided with pressure
Influence value, judge this position pressure that its serious off normal causes beyond thus allow device terminate running, make
CPU groove on mainboard and the CPU on device are injury-free, it is ensured that its safety；According to CPU Yu CPU groove
Industry standard force value arranges the force value of device, very simulate actual environment CPU to CPU groove
Force value test, it is ensured that its stability.
Technical solutions of the utility model are as follows:
CPU intelligence floating fetching device, including housing, described enclosure interior is sequentially provided with driving group from top to bottom
Part, be in transmission connection assembly and CPU floating clamp assemblies, and described driving assembly and the assembly that is in transmission connection are provided with
Photoelectric sensor,
Described driving assembly includes motor and motor fixing plate, and described motor fixing plate passes through screw and side
Plate one is connected with side plate two, and described motor is connected with motor fixing plate by screw, described motor
Fixed plate be arranged over signal connecting plate,
The described assembly that is in transmission connection include pressing on L-shaped plate and under press plate, described on press plate and lead to
Cross that linear slide rail fixed screw and linear slide rail are fixing to be connected, described on press plate can be along linear slide rail at side plate
Two move up and down, described on press plate by correcting screw with under press plate and be connected, described under to press plate logical
Cross contour screw to be connected with CPU floating clamp assemblies contiguous block, described under press the bottom side of plate and be provided with pressure
Sensor,
Described CPU floating clamp assemblies includes float plate, limiting plate, connecting plate and guiding the most successively
Block, the lower section of described connecting plate is additionally provided with CPU heat abstractor, and the lower section of described CPU heat abstractor is provided with CPU
Location copper billet, the both sides of described CPU location copper billet are provided with CPU and fix fixture block, and the top of described float plate sets
Having alignment pin, described CPU floating clamp assemblies is connected with the assembly that is in transmission connection by alignment pin.
As preferably, described photoelectric sensor be included on described press plate side arrange high-order sensing chip and
At the upper induction apparatus being provided above of described motor fixing plate, described high-order sensing chip is by high-order sensing chip
Fixed screw with on press plate and be connected, described high-order sensing chip fixed screw is equipped with pin up and down, described
Upper induction apparatus is provided with breach, passes for high-order sensing chip.
As preferably, the periphery of described correcting screw is provided with spring one, and the periphery of described contour screw is provided with
Spring two.
As preferably, the outside of described CPU floating clamp assemblies contiguous block is provided with hand switch, described hands
The inside top of dynamic switch is provided with spring three, is provided with connection buckle, institute outside described CPU floating clamp assemblies
State CPU as preferably, in floating clamp assemblies contiguous block, be provided with connection buckle rotating shaft, described connection buckle
Corresponding with hand switch.
As preferably, between described float plate and limiting plate, be provided with ball and limit spring, described ball and
Limit spring is held before and after being distributed in float plate, is additionally provided with floating screw between described float plate and limiting plate.
As preferably, described heat abstractor includes fin, is provided with fin and strengthens in the middle of multiple fin
Block, the opposite side of described fin is provided with fan.
As preferably, described on press plate and be provided with stepping screw mandrel fixed block, be used for fixing stepping screw mandrel,
Described stepping screw mandrel fixed block is fixed on by stepping screw mandrel fixed block screw and presses on plate, described stepping silk
The bottom of bar is provided with recess, and described stepping screw mandrel blocks recess by stepping screw mandrel fixed block screw and realizes and step
Enter the connection of screw mandrel fixed block.
As preferably, described linear slide rail side is provided with limited block, and described limited block is fixed by limited block
Screw with on press plate and be connected.
This utility model has the beneficial effects that: 1) reasonable in design, the linking of each component parts closely, described in drive
Dynamic assembly and the assembly that is in transmission connection are provided with photoelectric sensor, accurately know the component position information that is in transmission connection,
Guaranteeing that each action is to bring into operation from 0, it is ensured that the accurate test of force value, employing is double presses plate,
The bottom side pressing plate under described is provided with pressure transducer, and the critical localisation contacted at CPU with CPU groove is provided with
Pressure sensitive value, judge this position pressure that its serious off normal causes beyond thus allow device terminate running,
Make the CPU groove on mainboard and the CPU on device injury-free, it is ensured that its safety, CPU floating clamp assemblies
Setting, even if also can help to importing in the case of a little off normal；2) periphery of described correcting screw sets
Have spring one, the periphery of described contour screw to be provided with spring two so that above press plate and under press the universal of plate
Floating, be provided with ball and limit spring between described float plate and limiting plate, described ball and limit spring are divided
Cloth is held before and after float plate, is additionally provided with floating screw between described float plate and limiting plate, enhances described
The floating effect of CPU floating clamp assemblies；3) described heat abstractor includes fin, in the middle of multiple fin
Being provided with fin boss, the opposite side of described fin is provided with fan, and heat can effectively shed, and protects
Demonstrate,prove the machine stability in the process of use.
Accompanying drawing explanation
With embodiment, this utility model is further illustrated below in conjunction with the accompanying drawings.
Fig. 1 is this utility model structural representation.
Fig. 2 is this utility model housing interior structure schematic diagram.
Fig. 3 is the structural representation that this utility model drives assembly.
Fig. 4 is that this utility model is in transmission connection the structural representation of assembly.
Fig. 5 is the structural representation of this utility model CPU floating clamp assemblies.
Wherein: 1, housing；2, motor；3, motor fixing plate；4, side plate one；5, side plate two；
6, signal connecting plate；7, plate is pressed on；8, plate is pressed under；9, linear slide rail；10, high-order sensing chip；
11, high-order sensing chip fixed screw；12, linear slide rail fixed screw；13, correcting screw；14, contour
Screw；15, CPU floating clamp assemblies contiguous block；16, pressure transducer；17, float plate；18, spacing
Plate；19, connecting plate；20, guide pad；21, fin；22, CPU positions copper billet；23, CPU fixes
Fixture block；24, alignment pin；25, pin；26, upper induction apparatus；27, spring two；28, spring one；
29, hand switch；30, buckle is connected；31, spring three；32, ball；33, limit spring；34、
Fin boss；35, fan；36, floating screw；37, buckle rotating shaft is connected；38、CPU；39、
Stepping screw mandrel fixed block；40, fixed block screw；41, limited block；42, limited block fixed screw；43、
CPU module installing plate；44, stepping screw mandrel；45, recess.
Detailed description of the invention
Below in conjunction with the accompanying drawings this utility model is described in further detail.
Refering to Fig. 1 to Fig. 5.
CPU intelligence floating fetching device, including housing 1, internal being sequentially provided with from top to bottom of described housing 1 is driven
Dynamic assembly, be in transmission connection assembly and CPU floating clamp assemblies, described driving assembly and being in transmission connection on assembly
It is provided with photoelectric sensor,
Described driving assembly includes that motor 2 and motor fixing plate 3, described motor fixing plate 3 pass through screw
Being connected with side plate 1 and side plate 25, described motor 2 is connected with motor fixing plate 3 by screw
Connect, described motor fixing plate 3 be arranged over signal connecting plate 6,
The described assembly that is in transmission connection include pressing on L-shaped plate 7 and under press plate 8, described on press plate
7 are fixed by linear slide rail fixed screw 12 and linear slide rail 9 and to be connected, described on press plate 7 can be along linearly
Slide rail 9 moves up and down at side plate 25, described on press plate 7 by correcting screw 13 with under press plate 8 phase
Connect, described under press plate 8 and be connected with CPU floating clamp assemblies contiguous block 15 by contour screw 14,
The bottom side pressing plate 8 under described is provided with pressure transducer 16,
Described CPU floating clamp assemblies includes float plate 17, limiting plate 18, connecting plate 19 the most successively
With guide pad 20, the lower section of described connecting plate 19 is additionally provided with CPU heat abstractor, described CPU heat abstractor
Lower section is provided with CPU and positions copper billet 22, and the both sides of described CPU location copper billet 22 are provided with CPU and fix fixture block 23,
Described float plate 17 be arranged over alignment pin 24, described CPU floating clamp assemblies by alignment pin 24 with
The assembly that is in transmission connection is connected.
Described photoelectric sensor is included on described and presses plate 7 side and arrange high-order sensing chip 10 and at described electricity
The upper induction apparatus 26 being provided above of machine fixed plate 3, described high-order sensing chip 10 is solid by high-order sensing chip
Determine screw 11 with on press plate 7 and be connected, described high-order sensing chip fixed screw about 11 is equipped with pin
25, described upper induction apparatus 26 is provided with breach, passes for high-order sensing chip 10.
The periphery of described correcting screw 13 is provided with spring 1, and the periphery of described contour screw 14 is provided with spring
2 27.
The outside of described CPU floating clamp assemblies contiguous block 15 is provided with hand switch 29, described hand switch
The inside top of 29 is provided with spring 3 31, is provided with connection buckle 30, institute outside described CPU floating clamp assemblies
Connection buckle rotating shaft 37, described connection buckle 30 and hands it is provided with in stating CPU floating clamp assemblies contiguous block 15
Dynamic switch 29 is corresponding.
Ball 32 and limit spring 33, described ball 32 it is provided with between described float plate 17 and limiting plate 18
Hold before and after being distributed in float plate 17 with limit spring 33, between described float plate 17 and limiting plate 18 also
It is provided with floating screw 36.
Described heat abstractor includes being provided with fin boss 34 in the middle of fin 21, multiple fin 21,
The opposite side of described fin 21 is provided with fan 35.
Press plate 7 on described and be provided with stepping screw mandrel fixed block 39, be used for fixing stepping screw mandrel 44, described step
Enter screw mandrel fixed block 39 to be fixed on by stepping screw mandrel fixed block screw 40 and press on plate 7, described stepping
The bottom of screw mandrel 44 is provided with recess 45, and described stepping screw mandrel 44 is blocked by stepping screw mandrel fixed block screw 40
Recess 45 realizes the connection with stepping screw mandrel fixed block 39, is used for fixing the stepping screw mandrel 44 of motor 2,
Along with the operating of motor 2, stepping screw mandrel fixed block 39 can drive whole link block to carry out vertical ascent
And descending motion.
Described linear slide rail 9 side is provided with limited block 41, and described limited block 41 is by limited block fixed screw
42 with on press plate 7 and be connected, limit the operation stroke of motor 2, prevent motor 2 from occurring therefore
Barrier thus stroke not by circuit control.
This utility model principle is: CPU automatic pick-and-place apparatus is installed to CPU module installing plate
On 43, realizing the location to CPU38 by CPU location copper billet 22, CPU fixes fixture block 23
Can be by the clamping of CPU38, the outside of described CPU floating clamp assemblies contiguous block 15 is provided with hands
Dynamic switch 29, the inside top of described hand switch 29 is provided with spring 3 31, and described CPU floats
It is provided with connection buckle 30 outside dynamic clamp assemblies, connects buckle 30 and be arranged on connection buckle rotating shaft
On 37, spring 3 32 has outside active force to connecting buckle 30, manually opens when pressing
When closing 29, the assembly that can realize being in transmission connection separates with CPU floating clamp assemblies, correcting spiral shell
The periphery of silk 13 is provided with spring 1, and the periphery of described contour screw 14 is provided with spring 2 27,
Make to press plate 7 and under press plate 8 can universal floating, float plate 17 and limiting plate 18
Between be provided with ball 32 and limit spring 33, described ball 32 and limit spring 33 are distributed in
Hold before and after float plate, between described float plate 17 and limiting plate 18, be additionally provided with floating screw
36, enhance the floating effect of described CPU floating clamp assemblies, even if in the feelings of a little off normal
Also can help to importing under condition, above press plate 7 side and high-order sensing chip 10 is set and at described electricity
The upper induction apparatus 26 being provided above of machine fixed plate 3, high-order sensing chip 10 along with on press
Plate 7 moves up and down along guide rail, and high position sensing chip 10 displacement is transferred to letter by induction apparatus 26
Number connecting plate 6, thus the module position that is in transmission connection is controlled, it is provided with pressure inductor
16, carry out safe fool proof detection, the critical localisation contacted at CPU with CPU groove is provided with pressure
Influence value, judge this position pressure that its serious off normal causes beyond thus allow device terminate
Run, make the CPU groove on mainboard and the CPU on device injury-free, it is ensured that its safety.
Above-mentioned drawings and Examples are merely to illustrate this utility model, the common skill of any art
Suitably change that it is done by art personnel or modify, or use other flower pattern instead and do this and technical change
Become, the most all should be regarded as without departing from this utility model patent category.
Claims (8)
1.CPU intelligence floating fetching device, it is characterised in that: include housing (1), described housing
(1) inside is sequentially provided with driving assembly from top to bottom, be in transmission connection assembly and CPU floating
Clamp assemblies, described driving assembly and the assembly that is in transmission connection are provided with photoelectric sensor,
Described driving assembly includes motor (2) and motor fixing plate (3), and described motor is solid
Determine plate (3) to be connected with side plate one (4) and side plate two (5) by screw, described step
Entering motor (2) to be connected with motor fixing plate (3) by screw, described motor is fixed
Plate (3) be arranged over signal connecting plate (6),
The described assembly that is in transmission connection include pressing on L-shaped plate (7) and under press plate (8),
Plate (7) is pressed by linear slide rail fixed screw (12) and linear slide rail (9) on described
Fixing connect, described on press plate (7) can be along linear slide rail (9) at side plate two (5)
Move up and down, described on press plate (7) by correcting screw (13) with under press plate (8)
Be connected, described under press plate (8) and floated clamping by contour screw (14) and CPU
Assembly contiguous block (15) is connected, described under press the bottom side of plate (8) and be provided with pressure and pass
Sensor (16),
Described CPU floating clamp assemblies includes float plate (17), limiting plate the most successively
(18), connecting plate (19) and guide pad (20), the lower section of described connecting plate (19)
Being additionally provided with CPU heat abstractor, the lower section of described CPU heat abstractor is provided with CPU and positions copper
Block (22), the both sides of described CPU location copper billet (22) are provided with CPU and fix fixture block (23),
Described float plate (17) be arranged over alignment pin (24), described CPU floating clamping group
Part is connected with the assembly that is in transmission connection by alignment pin (24).
CPU intelligence floating fetching device the most according to claim 1, it is characterised in that: institute
State photoelectric sensor to be included on described and press plate (7) side and arrange high-order sensing chip (10)
And the upper induction apparatus (26) being provided above at described motor fixing plate (3), described
High-order sensing chip (10) by high-order sensing chip fixed screw (11) with on press plate (7)
Being connected, described high-order sensing chip fixed screw (11) is equipped with pin (25) up and down,
Described upper induction apparatus (26) is provided with breach, passes for high-order sensing chip (10).
CPU intelligence floating fetching device the most according to claim 1, it is characterised in that: institute
The periphery stating correcting screw (13) is provided with spring one (28), described contour screw (14)
Periphery be provided with spring two (27).
CPU intelligence floating fetching device the most according to claim 1, it is characterised in that: institute
The outside stating CPU floating clamp assemblies contiguous block (15) is provided with hand switch (29), institute
The inside top stating hand switch (29) is provided with spring three (31), and described CPU floats folder
Hold and outside assembly, be provided with connection buckle (30), described CPU floating clamp assemblies contiguous block (15)
Inside it is provided with connection buckle rotating shaft (37), described connection buckle (30) and hand switch (29)
Corresponding.
CPU intelligence floating fetching device the most according to claim 1, it is characterised in that: institute
State and between float plate (17) and limiting plate (18), be provided with ball (32) and limit spring
(33), described ball (32) and limit spring (33) are distributed in float plate (17)
Front and back end, is additionally provided with floating screw between described float plate (17) and limiting plate (18)
(36)。
CPU intelligence floating fetching device the most according to claim 1, it is characterised in that: institute
State heat abstractor to include being provided with fin in the middle of fin (21), multiple fin (21)
Boss (34), the opposite side of described fin (21) is provided with fan (35).
CPU intelligence floating fetching device the most according to claim 1, it is characterised in that: institute
State and press plate (7) and be provided with stepping screw mandrel fixed block (39), be used for fixing stepping silk
Bar (44), described stepping screw mandrel fixed block (39) passes through stepping screw mandrel fixed block screw (40)
Being fixed on and press on plate (7), the bottom of described stepping screw mandrel (44) is provided with recess (45),
Described stepping screw mandrel (44) blocks recess (45) by stepping screw mandrel fixed block screw (40)
Realize the connection with stepping screw mandrel fixed block (39).
CPU intelligence floating fetching device the most according to claim 1, it is characterised in that: institute
Stating linear slide rail (9) side and be provided with limited block (41), described limited block (41) passes through
Limited block fixed screw (42) with on press plate (7) and be connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620171459.2U CN205608709U (en) | 2016-03-07 | 2016-03-07 | CPU intelligence is floated to get and is put device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620171459.2U CN205608709U (en) | 2016-03-07 | 2016-03-07 | CPU intelligence is floated to get and is put device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205608709U true CN205608709U (en) | 2016-09-28 |
Family
ID=56961964
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620171459.2U Active CN205608709U (en) | 2016-03-07 | 2016-03-07 | CPU intelligence is floated to get and is put device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205608709U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115971846A (en) * | 2022-12-13 | 2023-04-18 | 深圳市精泰达科技有限公司 | CPU pressing module and control method thereof |
-
2016
- 2016-03-07 CN CN201620171459.2U patent/CN205608709U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115971846A (en) * | 2022-12-13 | 2023-04-18 | 深圳市精泰达科技有限公司 | CPU pressing module and control method thereof |
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| GR01 | Patent grant |