CN105511205A - Conductive cloth reinforcing device of shooting module and method thereof - Google Patents
Conductive cloth reinforcing device of shooting module and method thereof Download PDFInfo
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- CN105511205A CN105511205A CN201410551666.6A CN201410551666A CN105511205A CN 105511205 A CN105511205 A CN 105511205A CN 201410551666 A CN201410551666 A CN 201410551666A CN 105511205 A CN105511205 A CN 105511205A
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Abstract
The invention relates to a conductive cloth reinforcing device of a shooting module and a method thereof. The reinforcing device comprises an installation unit and a motion execution unit. The motion execution unit is installed on the installation unit. A motor of at least one shooting module is arranged on the installation unit. The conductive cloth of the shooting modules are pressed and reinforced to be adhered to a motor base via the motion execution unit. The installation unit further comprises an operation bench and a connection fixation unit. The connection fixation unit is installed on the operation bench. The motion execution unit further comprises at least one power unit and at least one pressing unit. The power units and the pressing units are installed on the connection fixation unit. The power unit is used for driving the pressing unit to press and reinforce the conductive cloth of the camera module to the motor base.
Description
Technical field
The present invention relates to a kind of conductive fabric bracing means, particularly relate to a kind of camera module conductive fabric bracing means and method thereof.
Background technology
Along with the raising day by day required photographing request and the image sharpness of camera, the kind of camera is also with rapid changepl. never-ending changes and improvements, and the mobile phone camera be especially widely used, the camera arisen at the historic moment thus has different structures.Such as mobile phone camera, in installation process, need the conductive fabric of camera module to attach to bottom the motor of camera module, if This move cannot disposablely complete or due to external factor, unbalance stress, omission etc. during as attached, then can cause the possibility that the conductive fabric of camera module comes off, the product directly having influence on camera module goes out yield.
For avoiding above-mentioned phenomenon, it is disposable and bottom the motor being attached at camera module securely to guarantee that the conductive fabric of camera module is able to that common solution is conductive fabric by manually pressing camera module successively.But, adopt and manually following deficiency still existed to the mode that the conductive fabric of camera module is reinforced: one, the fatigue strength that presses manually of employing greatly, inefficiency, the efficiency of general artificial pressing is 3600pcs/h, huge market is needed, needs to drop into a large amount of artificial demands that just can meet apparent availability.Two, manual pressure poor flatness, exerts pressure owing to cannot keep in balance in artificial course of exerting pressure, and the conductive fabric through the camera module reinforced of exerting pressure manually very easily produces buckling phenomena, and then has influence on the flatness of camera module.Three, easily due to factors such as sweat, camera module is produced in course of exerting pressure manually and pollute, have influence on the work efficiency of camera module.Four, exert pressure manually and easily occur that shift phenomenon makes the conductive fabric of camera module exceed camera module bottom margin because of exerting pressure improper, what affect camera module goes out yield.Five, the possibility inevitably existing and leak pressure is pressed manually.
From above-mentioned, urgently propose a kind of substituted reinforce camera module conductive fabric manually method conscientiously and effectively to realize
Summary of the invention
One object of the present invention is to provide a kind of camera module conductive fabric bracing means, described device is replaced manually exerting pressure reinforcing to the conductive fabric of camera module, make the conductive fabric of described camera module be attached at the motor base of described camera module, and then the product improving described camera module go out yield and efficiency.
One object of the present invention is to provide a kind of camera module conductive fabric bracing means, described device comprises at least one power unit and at least one lamination unit, and described power unit is provided described lamination unit power to be distributed in described motor base with the conduction of camera module described in pressing.
Another object of the present invention is to provide a kind of camera module conductive fabric bracing means; described device also comprises at least one gear unit; what described gear unit was able to described power unit to provide is firmly converted into elastic force; to ensure the stability of described lamination unit to the pressing action of the conductive fabric of described camera module, protect described motor base to sustain damage simultaneously.
Another object of the present invention is to provide a kind of camera module conductive fabric bracing means, described press fit device comprises a bolster, described bolster is able to the conductive fabric directly contacting with the conductive fabric of described camera module to avoid polluting described camera module, meanwhile, described bolster is ensured the conductive fabric of entirely camera module described in pressing.
Another object of the present invention is to provide a kind of camera module conductive fabric bracing means, described device also comprises a control module, described control module is controlled actuation time and action interval time of described power unit, thus increases work efficiency under guarantee carries out the prerequisite of effective pressing to described camera module conductive fabric.
Another object of the present invention is to provide a kind of camera module conductive fabric bracing means, described device has a buffer cell, described buffer cell slowed down the direct effect power that described press fit device acts on the conductive fabric of described camera module, and then ensured that described lamination unit avoids described motor base to be easily damaged to the pressing effect of the conductive fabric of described camera module.
Another object of the present invention is to provide a kind of camera module conductive fabric bracing means, the working area of described bolster is greater than the area of the conductive fabric of described camera module, and then is ensured the pressing consolidation effect of described press fit device to described camera module conductive fabric.
For realizing above object, the invention provides a kind of camera module conductive fabric bracing means, described device comprises:
One installation unit and an action execution unit, described action execution unit is installed on described installation unit, the motor base of at least one camera module must be placed in the described installation unit conduction that described camera module is reinforced in automatically pressing to replace mode manually by described action execution unit and be distributed in described motor base, so ensure described camera module go out yield.
Preferably, described installation unit comprises further:
One operator's console, described camera module is placed in described operator's console; And
One is connected and fixed unit, wherein, described in be connected and fixed cellular installation in described operator's console,
Described action execution unit comprises further:
At least one power unit;
At least one gear unit; And
At least one lamination unit, wherein, described power unit, be connected and fixed cellular installation described in described gear unit and described lamination unit pass through in described operator's console, described power unit is attached at described motor base by described gear unit to drive described lamination unit that the conductive fabric of described camera module is carried out pressing reinforcing.
Preferably, described operator's console comprises at least one nip portion further, and described motor base is placed in the pressing consolidation effect that described nip portion affects the conductive fabric of described camera module to avoid displacement occurs.
Preferably, described lamination unit comprises at least one bolster further, and described bolster is able to the conductive fabric directly contacting described camera module, is slowed down to apply pressure to the acting force of conductive fabric of described camera module simultaneously.
It is worth mentioning that, the working area of described bolster is more than or equal to the area of the conductive fabric of described camera module.
It is worth mentioning that, the power-conversion that described gear unit is able to described power unit to provide is elastic force and is exerted pressure reinforcing by the conductive fabric of described lamination unit to described camera module.
Preferably, described device also comprises a buffer cell, described buffer cell comprises at least one bumper post further, is connected and fixed cellular installation between described gear unit and described operator's console to reduce the acting force of described lamination unit to the conductive fabric of described camera module described in described bumper post passes through.
Preferably, described device also comprises a control module, described control module comprises a time relay and a solenoid valve further, described solenoid valve is electrically connected to the described time relay and described power unit respectively, thus the described time relay is by controlling actuation time and the action interval of power unit described in described solenoid valves time controling.
Preferably, described device also comprises a control module, described control module comprises a time relay and a solenoid valve further, described solenoid valve is electrically connected to the described time relay and described power unit respectively, thus the described time relay is by controlling actuation time and the action interval of power unit described in described solenoid valves time controling.
Preferably; described control module also comprises a protection switch and a power input; the described time relay; described solenoid valve and described power input are able to formation one operating circuit to control working time and the action interval of described power unit; when the electric current in described operating circuit is excessive, described protection switch is able to Switching power.
Preferably, described power unit is cylinder.
A kind of camera module conductive fabric bracing means, described device comprises:
One installation unit; And
One action execution unit, described action execution unit is installed on described installation unit, the motor of at least one camera module is placed in described installation unit and by described action execution unit, the conductive fabric of described camera module is carried out pressing is attached at described motor base to reinforce, wherein, described installation unit comprises further:
One operator's console; And
One is connected and fixed unit, described in be connected and fixed cellular installation in described operator's console,
Described action execution unit comprises further:
At least one power unit; And
At least one lamination unit, is connected and fixed unit described in described power unit and described lamination unit are installed on, and described power unit is driven described lamination unit to carry out pressing to the conductive fabric of described camera module to add and be fixed in described motor base.
Preferably, described action execution unit also comprises at least one gear unit, is connected and fixed cellular installation and is exerted pressure reinforcing by the conductive fabric of described lamination unit to described camera module for elastic force with the power-conversion provided by described power unit between described power unit and described lamination unit described in described gear unit passes through.
Preferably, described device also comprises a buffer cell, described buffer cell comprises at least one bumper post further, is connected and fixed cellular installation between described gear unit and described operator's console to reduce the acting force of described lamination unit to the conductive fabric of described camera module described in described bumper post passes through.
Preferably, described lamination unit comprises at least one bolster further, and described bolster is able to the conductive fabric directly contacting described camera module, is slowed down to apply pressure to the acting force of conductive fabric of described camera module simultaneously.
It is worth mentioning that, the working area of described bolster is more than or equal to the area of the conductive fabric of described camera module.
Preferably, described device also comprises a control module, described control module comprises a time relay and a solenoid valve further, described solenoid valve is electrically connected to the described time relay and described power unit respectively, thus the described time relay is by controlling actuation time and the action interval of power unit described in described solenoid valves time controling.
Preferably; described control module also comprises a protection switch and a power input; the described time relay; described solenoid valve and described power input are able to formation one operating circuit to control working time and the action interval of described power unit; when the electric current in described operating circuit is excessive, described protection switch is able to Switching power.
Preferably, described operator's console comprises at least one nip portion further, and described motor base is placed in the pressing consolidation effect that described nip portion affects the conductive fabric of described camera module to avoid displacement occurs.
The present invention also provides a kind of compression method of camera module conductive fabric, and described method comprises the steps:
A: place the motor base of camera module in operator's console;
B: drive power unit motion; And
C: the conductive fabric of pressing camera module is distributed in described motor base to reinforce the conduction attaching described camera module.
Preferably, before described step B and after described steps A, also comprise step: the conduction time of Controlling solenoid valve, wherein, described solenoid valve was electrically connected to described moving cell to control the motion of described moving cell.
Preferably, described step B comprises the steps: further
B1: drive gear unit motion, described gear unit is installed on described power unit; And
B2: drive lamination unit motion with the conductive fabric of camera module described in pressing.
Preferably, described step C comprises step C1 further: the acting force between the conductive fabric slowing down described lamination unit and described camera module.
Preferably, described step C1 comprises step further:
C1.1: the acting force that described power unit provides is converted into elastic force; And
C1.2: reduce the direct effect power that described lamination unit acts on described camera module conductive fabric.
Accompanying drawing explanation
Be illustrated in figure 1 the structural representation of a kind of camera module conductive fabric of one embodiment of the present invention press fit device.
Be illustrated in figure 2 the part-structure schematic diagram of a kind of camera module conductive fabric of one embodiment of the present invention press fit device.
Be illustrated in figure 3 another part structural representation of a kind of camera module conductive fabric of one embodiment of the present invention press fit device.
Be illustrated in figure 4 the schematic perspective view of a kind of camera module conductive fabric of one embodiment of the present invention press fit device.
Be illustrated in figure 5 the another part-structure schematic diagram of a kind of camera module of one embodiment of the present invention conductive fabric press fit device.
Be illustrated in figure 6 the schematic flow sheet of a kind of camera module conductive fabric of one embodiment of the present invention compression method.
Be illustrated in figure 7 the part run schematic diagram of a kind of camera module conductive fabric of one embodiment of the present invention press fit device.
Be illustrated in figure 8 another part schematic flow sheet of a kind of camera module conductive fabric of one embodiment of the present invention press fit device.
Embodiment
According to the content disclosed in claim of the present invention and instructions, described in technical scheme of the present invention literary composition specific as follows.
A kind of camera module conductive fabric bracing means, described camera module conductive fabric bracing means is replaced the conductive fabric reinforcing described camera module manually, guarantees that the conductive fabric of described camera module sticks and go out yield with what improve described camera module bottom the motor of described camera module.
Preferably, described camera module conductive fabric bracing means is able to be distributed in bottom described motor with the conduction of auxiliary fixing described camera module by applying pressure to described camera module.
Preferably, described camera module must think mobile phone camera, graphoscope camera and telephotography first-class.
It is worth mentioning that, the conductive fabric that described camera module conductive fabric bracing means is replaced reinforcing manually described camera module, with while improving product and going out yield, is also improved the efficiency of the reinforcing operation of the conductive fabric to described camera module.
As shown in Figure 1, particularly, described camera module conductive fabric bracing means comprises action execution unit 100 and an installation unit 200, described action execution unit 100 is installed on described installation unit 200, described camera module is placed in described installation unit 200, and then described action execution unit 100 is able to exert pressure to the conductive fabric of described camera module, makes the conductive fabric of described camera module depend on described motor base.
Preferably, described action execution unit 100 is achieved disposable 60PCS and presses, thus after being ensured that described performance element 100 applies pressure to the conductive fabric of described camera module, the conductive fabric of described camera module is firmly attached at bottom described motor.
It is worth mentioning that, described camera module conductive fabric bracing means is achieved the work efficiency of 10Kpcs/h, and then is compared 3600pcs/h manually and be greatly improved to the reinforcing efficiency of described camera module conductive fabric.
Further, as shown in Figure 1 to Figure 3, described action execution unit 100 comprises at least one power unit 10 and at least one gear unit 20, and described gear unit 20 is connected to described power unit 10, and described power unit 10 is provided the power source needed for the action of described gear unit 20.Described installation unit 200 comprises an operator's console 201 and and is connected and fixed unit 202, described camera module is placed is fixed on described operator's console 201, described power unit 10, unit 202 is connected and fixed described in described gear unit 20 and described lamination unit 30 are installed on, thus, described motor unit 10 be able to successively by described gear unit 20 and described in exert pressure unit 30 pressure is passed to described operator's console 201 with apply pressure to be placed in described operator's console 201 described camera module to carry out pressing reinforcing to the conductive fabric of described camera module.
Preferably, in the preferred embodiment, described gear unit 20 realizes to the pressing of the conductive fabric of described camera module to guarantee that the conduction attaching described camera module is distributed in bottom described motor by utilizing elastic potential energy, so have influence on product when being avoided the conductive fabric of direct effect masterpiece for described camera module to causing damage bottom described motor go out yield.
Preferably, in the preferred embodiment, described gear unit 20 is by utilizing the pressing of elastic potential energy realization to the conductive fabric of described camera module, that is, the pressing dynamics of described gear unit 20 to the conductive fabric of described camera module is able to be controlled, and is conducive to the bubble that may exist between bottom the conductive fabric of described camera module and described motor to be discharged by the pressure that elastic potential the subject of knowledge and the object of knowledge provides.
Preferably; described camera module conductive fabric bracing means also comprises a buffer cell 300; between the described operator's console 201 that described buffer cell 300 is installed on described fixing device for installing 200 and described gear unit 20; when the conductive fabric that described gear unit 20 is opposite to the described camera module on described operator's console 201 applies pressure, described buffer cell 300 is cushioned described gear unit 20 and is acted on the pressure of the conductive fabric of described camera module to protect bottom described motor.
It is worth mentioning that, described buffer cell 300 is ensured that flatness that described gear unit 20 presses the conductive fabric of described camera module is to ensure that described product goes out yield.
Preferably, described camera module conductive fabric bracing means also comprises a control module 400, described control module 400 is arranged actuation time and action interval time of described motor unit 100, with the character of the conductive fabric according to described camera module and and described motor bottom between adhesiving effect set actuation time and the action interval of described motor unit 100, improve described camera module go out yield while guarantee work efficiency.
Described action execution unit 100 comprises at least one lamination unit 30 further, described lamination unit 30 is able to directly contact with the conductive fabric of described camera module, described lamination unit 30 and the surface of contact of described camera module are preferably more than the area of the conductive fabric of described camera module, and then, during the conductive fabric of described lamination unit 30 to described camera module, the requirement that the position of described camera module on described operator's console 201 is placed is minimized.
Be illustrated in figure 4 a kind of camera module conductive fabric of embodiment bracing means of this preferred embodiment, described camera module comprises a motor, described camera module conductive fabric bracing means is able to produce the conductive fabric of sheet to guarantee the conductive fabric of described camera module to be fixed to bottom described motor by applying pressure to described camera module, so improve described camera module go out yield.
Particularly, described camera module conductive fabric bracing means comprises a fixing device for installing 200, one action execution unit 100, described action execution unit 100 is installed on described fixing device for installing 100, and described action execution unit 100 is able to exert pressure to make the conductive fabric of described camera module depend on described motor base by the conductive fabric of described installation unit 200 to described camera module.
Further, described installation unit 200 comprises an operator's console 201 and and is connected and fixed unit 202, is connected and fixed unit 202 described in described action execution unit 100 is installed on, and described operator's console 201 must for the described camera module of carrying.
It is worth mentioning that, the described unit 202 that is connected and fixed makes described power unit 10, described gear unit 20, described lamination unit 30 and described operator's console 201 are firmly linked together, and when described action execution unit 100 carries out pressing reinforcing to the conductive fabric of described camera module, described be connected and fixed unit 202 ensured described in perform an action between unit 100 and described operator's console 201 stable, thus guarantee the conductive fabric consolidation effect to described camera module.
Described action execution unit 100 comprises at least one power unit 10 further, at least one gear unit 20 and at least one lamination unit 30, described gear unit 20 is installed on described power unit 10, described lamination unit 30 is installed on described gear unit 20, and then described power unit 10 is able to be passed to described lamination unit 30 by described gear unit 20 through pressure.
Further, described power unit 10 is provided power to move to drive described gear unit 20, described lamination unit 30 is able to be synchronized with the movement and close towards described operator's console 201 along with described gear unit 20, and then, when described camera module is placed in described operator's console 201, described lamination unit 30 is applied pressure to the conductive fabric of described camera module to guarantee that the conductive fabric of described camera module is depended on described motor base securely.
Preferably, described operator's console 201 comprises at least one nip portion 2011, at least one described camera module is placed on the described nip portion 2011 of described operator's console 201, and then, described camera module be fixed in described nip portion 2011 with prevent described lamination unit 30 on described camera module exert pressure reinforce time the described camera module pressing that to affect the conductive fabric of described camera module because the being subjected to displacement effect of reinforcing.
Described power unit 10, described gear unit 20 and described lamination unit 30 are installed on described operator's console 201 respectively by the described unit 201 that is connected and fixed, and described gear unit 20 is installed between described power unit 10 and described lamination unit 30, and then described power unit 10 to be able to force transmission by described gear unit 20 to described lamination unit 30 carry out pressing reinforcing to the conductive fabric of described camera module by described lamination unit 30.
It is worth mentioning that, described power unit 10 is provided the pressing of 60PCS, and then is guaranteed that the conductive fabric of described camera module is depended on described motor base securely.
It is worth mentioning that, press the work efficiency of described camera module conductive fabric 3600pcs/h more manually, described power unit 10 makes described pressing unit 30 be reached 10Kpcs/h, that is, compare the conductive fabric pressing manually to reinforce described camera module, described camera module conductive fabric bracing means is improved the reinforcing efficiency of described camera module conductive fabric, and then is improved the packing of product efficiency of described camera module.
It is worth mentioning that, described camera module conductive fabric bracing means is solved the leakage pressure problem that may occur in pressing process manually, and then the product being improved described camera module goes out yield.
Preferably, described lamination unit 30 is preferably held with the contact of described camera module conductive fabric product and is provided with at least one bolster 31, and then, when described lamination unit 30 touches with the conductive fabric of described camera module and exerts pressure to described camera module, described bolster 31 is slowed down described lamination unit 30 in the acting force of the conductive fabric of described camera module, that is, described bolster 31 is reduced described lamination unit 30 and is acted on direct effect power on the conductive fabric of described camera module, and then to protect bottom described motor and can not apply pressure to the conductive fabric of described camera module and damaged because of described lamination unit 30.
It is worth mentioning that, described camera module conductive fabric bracing means is contacted in the conductive fabric of described camera module by described lamination unit 30, pressing more manually, makes the conductive fabric of described camera module be avoided polluting the conductive fabric of described camera module.
It is worth mentioning that, described bolster 31 must think that bubble face, sponge, face rubber etc. have the article of shock-absorbing function.
It is worth mentioning that, the working area of described bolster 31 is more than or equal to the area of the conductive fabric of described camera module, surface of contact between the conductive fabric of i.e. described bolster 31 and described camera module is more than or equal to the area of described conductive fabric, and then described lamination unit 30 is ensured to make the conductive fabric of described camera module stick in described motor base.
It is worth mentioning that, described lamination unit 30 is ensured that the conductive fabric of described camera module is entirely attached described motor base.
Preferably, in the preferred embodiment, described power unit 10 is cylinder, and then, described power unit 10 is ensured the work efficiency of the conductive fabric pressing described camera module, is ensured the security of described power unit 10 when exerting pressure to described camera module simultaneously.
Preferably, described gear unit 20 is a device with elastic potential energy, that is, and then, described gear unit 20 is able to the pressure of described power unit 10 to be passed to described lamination unit 30 with the form of elastic force, and then described lamination unit 30 is utilized elastic potential energy to carry out pressing to the conductive fabric of described camera module, thus while being able to that the conductive fabric of described camera module is attached at described motor base, prevent described lamination unit 30 from causing damage to described motor base.
Preferably, in the preferred embodiment, described gearing 20 preferably includes at least one first web member 21 and at least one second web member 22, described first web member 21 is installed on described power unit 10, described second web member 22 is installed on described lamination unit 30, described first web member 21 and described second web member 22 removably connect, and then described power unit 10 is able to, by described first web member 21 and described second web member 22, the conduction that power transmission to described lamination unit 30 reinforces described camera module with pressing is distributed in described motor base.
In the preferred embodiment, described second web member 22 is preferably spring assembly, described first web member 21 is preferably the spring anchor block for fixing described second web member 22, that is, described first web member 21 is transmitted the power of described power unit 10 in described second web member 22, described second web member 22 is able to the power by accepting to come from the described gear unit 10 of described first web member 21 and is elastic force by power-conversion, and then, described gearing 20 be able to by the power-conversion that described power unit 10 provides be elastic force in described lamination unit 30 to carry out pressing reinforcing to the described conductive fabric of described camera module.
It is worth mentioning that, described second linkage unit 22 must think that spring assembly, shrapnel device, rubber device etc. have flexible device, and in the preferred embodiment, described second linkage unit 22 is preferably spring assembly.
Preferably, in the preferred embodiment, described camera module conductive fabric bracing means also comprises a buffer cell 300, described buffer cell 300 comprises at least one bumper post 301 further, being connected and fixed unit 202 described in described bumper post 301 passes through is installed between the described operator's console 201 of described gear unit 20 and described installation unit 200, and then, when described gear unit 20 applies pressure to described lamination unit 30, the described bumper post 301 of described buffer cell 300 is slowed down described lamination unit 30 and is directly acted on the acting force of the conductive fabric of described camera module to realize pressing reposefully.
Preferably, as shown in Figure 5, in the preferred embodiment, described camera module conductive fabric bracing means also comprises a control module 400, described control module 400 is electrically connected to described power unit 10, and then, described control module 400 is controlled the actuation time of described power unit 10, that is, described control module 400 is controlled the pressing actuation time of described power unit 10 to described camera module and the interval time of pressing action, thus, described control module 400 is ensured that described action execution unit 100 is to while the reinforcing of the conductive fabric of described camera module, ensured the production efficiency of described camera module.
Further, described control module 400 comprises the time relay 401, solenoid valve 402, protection switch 403 and a power input 404 further, and described solenoid valve 402 and the described time relay 401 are all electrically connected to described power input 404.The described time relay 401 is electrically connected to described solenoid valve 402 to control the conduction time of described solenoid valve 402, described solenoid valve 402 is electrically connected to described power unit 10 to control the characteristics of motion of described power unit 10, that is, the described time relay 401 controls the motion controlling described administrative unit 10 conduction time of described solenoid valve 402 by being electrically connected to described solenoid valve 402, namely described administrative unit 10 reinforces action by described gear unit 20 and described lamination unit 30 to the pressing of the described conductive fabric of described camera module.
It is worth mentioning that, the described time relay 401 is able to the actuation time and the action interval that are controlled described power unit 10 by described solenoid valve 402.
The described time relay 401; described solenoid valve 402 and described power input 404 are able to formation one operating circuit, and described protection switch is electrically connected to described operating circuit, and then; described protection switch is able to cut off the electricity supply when described operating circuit is short-circuited, and prevents unexpected generation.Described power input 404 is able to be connected with fixed power source or portable power source to provide the described time relay 401, and described solenoid valve 402 and described power unit 10 work the required energy, meanwhile, to control the switching of described operating circuit.
As shown in Fig. 6 to 8, the present invention also discloses a kind of reinforcement means of camera module conductive fabric, and described method comprises the steps:
A: place the described motor base of described camera module in described operator's console 201;
B: drive described power unit 10 to move; And
C: the conductive fabric of camera module described in pressing is distributed in described motor base to reinforce the conduction attaching described camera module.
It is worth mentioning that, before described step B and after described steps A, also comprise step: control the conduction time of described solenoid valve 402 to control the motion of described moving cell 10, wherein, described solenoid valve 402 is electrically connected to described moving cell 10.
Preferably, described step B comprises the steps: further
B1: drive described gear unit 20 to move, described gear unit 20 is installed on described power unit 10; And
B2: drive described lamination unit 30 to move with the conductive fabric of camera module described in pressing.
Preferably, described step C comprises step C1 further: slow down the acting force between described lamination unit 30 and the conductive fabric of described camera module.
Preferably, described step C1 comprises step further:
C1.1: the acting force that described power unit 10 provides is converted into elastic force; And
C1.2: reduce the direct effect power that described lamination unit 30 acts on described camera module conductive fabric, wherein, described slow casting die
Foregoing is exemplifying of specific embodiments of the invention, for equipment and the structure of wherein not detailed description, should be understood to take the existing common apparatus in this area and universal method to be implemented.
The above embodiment of the present invention is only the use that technical solution of the present invention is described simultaneously, is only enumerating of technical solution of the present invention, is not limited to technical scheme of the present invention and protection domain thereof.Equivalent technologies means, equivalent apparatus etc. is adopted to be considered to be to the improvement of the technical scheme disclosed in claims of the present invention and instructions the scope do not exceeded disclosed in claims of the present invention and instructions.
Claims (20)
1. a camera module conductive fabric bracing means, it is characterized in that, described device comprises: an installation unit and an action execution unit, described action execution unit is installed on described installation unit, the motor base of at least one camera module must be placed in described installation unit and be distributed in described motor base with the conduction replacing mode automatically pressing manually to reinforce described camera module by described action execution unit, so ensure described camera module go out yield.
2. camera module conductive fabric bracing means as claimed in claim 1, it is characterized in that, described installation unit comprises further:
One operator's console, described camera module is placed in described operator's console; And
One is connected and fixed unit, wherein, described in be connected and fixed cellular installation in described operator's console,
Described action execution unit comprises further:
At least one power unit;
At least one gear unit; And
At least one lamination unit, wherein, described power unit, be connected and fixed cellular installation described in described gear unit and described lamination unit pass through in described operator's console, described power unit is attached at described motor base by described gear unit to drive described lamination unit that the conductive fabric of described camera module is carried out pressing reinforcing.
3. camera module conductive fabric bracing means as claimed in claim 2, it is characterized in that, described operator's console comprises at least one nip portion further, and described motor base is placed in the pressing consolidation effect that described nip portion affects the conductive fabric of described camera module to avoid displacement occurs.
4. camera module conductive fabric bracing means as claimed in claim 2, it is characterized in that, described lamination unit comprises at least one bolster further, and described bolster is able to the conductive fabric directly contacting described camera module, is slowed down to apply pressure to the acting force of conductive fabric of described camera module simultaneously.
5. camera module conductive fabric bracing means as claimed in claim 4, it is characterized in that, the working area of described bolster is more than or equal to the area of the conductive fabric of described camera module.
6. camera module conductive fabric bracing means as claimed in claim 2, is characterized in that, the power-conversion that described power unit provides by described gear unit is elastic force and is exerted pressure reinforcing by the conductive fabric of described lamination unit to described camera module.
7. the camera module conductive fabric bracing means as described in as arbitrary in claim 1 to 6, it is characterized in that, described device also comprises a buffer cell, described buffer cell comprises at least one bumper post further, is connected and fixed cellular installation between described gear unit and described operator's console to reduce the acting force of described lamination unit to the conductive fabric of described camera module described in described bumper post passes through.
8. camera module conductive fabric bracing means as claimed in claim 2, it is characterized in that, described device also comprises a control module, described control module comprises a time relay and a solenoid valve further, described solenoid valve is electrically connected to the described time relay and described power unit respectively, thus the described time relay is by controlling actuation time and the action interval of power unit described in described solenoid valves time controling.
9. camera module conductive fabric bracing means as claimed in claim 7, it is characterized in that, described device also comprises a control module, described control module comprises a time relay and a solenoid valve further, described solenoid valve is electrically connected to the described time relay and described power unit respectively, thus the described time relay is by controlling actuation time and the action interval of power unit described in described solenoid valves time controling.
10. camera module conductive fabric bracing means as claimed in claim 8; it is characterized in that; described control module also comprises a protection switch and a power input; the described time relay; described solenoid valve and described power input are able to formation one operating circuit to control working time and the action interval of described power unit; when the electric current in described operating circuit is excessive, described protection switch is able to Switching power.
11. camera module conductive fabric bracing means as claimed in claim 9; it is characterized in that; described control module also comprises a protection switch and a power input; the described time relay; described solenoid valve and described power input are able to formation one operating circuit to control working time and the action interval of described power unit; when the electric current in described operating circuit is excessive, described protection switch is able to Switching power.
12. camera module conductive fabric bracing means as claimed in claim 10, it is characterized in that, described power unit is cylinder.
13. camera module conductive fabric bracing means as claimed in claim 11, it is characterized in that, described power unit is cylinder.
14. camera module conductive fabric bracing means as claimed in claim 13, it is characterized in that, described gear unit comprises further:
At least one first web member, described first web member is installed on described gear unit; And
At least one second web member, described second web member is connected to described first web member and is installed on described power unit by described first web member, described lamination unit is installed on described second web member, and described second web member is accepted the acting force of described power unit and the acting force of described power unit is converted into elastic force and is passed to described lamination unit.
15. camera module conductive fabric bracing means as claimed in claim 14, it is characterized in that, described second linkage unit is spring assembly.
The reinforcement means of 16. 1 kinds of camera module conductive fabrics, is characterized in that, described method comprises the steps:
A: place the motor base of camera module in operator's console;
B: drive power unit motion; And
C: the conductive fabric of pressing camera module is distributed in described motor base to reinforce the conduction attaching described camera module.
17. methods as claimed in claim 16, is characterized in that, also comprise step before described step B and after described steps A: the conduction time of Controlling solenoid valve, wherein, described solenoid valve was electrically connected to described moving cell to control the motion of described moving cell.
18. methods as described in claim 16 or 17, it is characterized in that, described step B comprises the steps: further
B1: drive gear unit motion, described gear unit is installed on described power unit; And
B2: drive lamination unit motion with the conductive fabric of camera module described in pressing.
19. methods as claimed in claim 18, it is characterized in that, described step C comprises step C1 further: the acting force between the conductive fabric slowing down described lamination unit and described camera module.
20. methods as claimed in claim 19, it is characterized in that, described step C1 comprises step further:
C1.1: the acting force that described power unit provides is converted into elastic force; And
C1.2: reduce the direct effect power that described lamination unit acts on described camera module conductive fabric.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410551666.6A CN105511205A (en) | 2014-10-17 | 2014-10-17 | Conductive cloth reinforcing device of shooting module and method thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410551666.6A CN105511205A (en) | 2014-10-17 | 2014-10-17 | Conductive cloth reinforcing device of shooting module and method thereof |
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| CN105511205A true CN105511205A (en) | 2016-04-20 |
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| CN201410551666.6A Pending CN105511205A (en) | 2014-10-17 | 2014-10-17 | Conductive cloth reinforcing device of shooting module and method thereof |
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Application publication date: 20160420 |