June 19, 2018, OPPO Find X held in France a global conference that night we stay up all night to witness the entire editorial department Series Find a strong return, then my mind there is only one word - amazing that even in the case June 29. China is the same day press conference, when OPPO Find X carries accounted for 93.8% of ultra-high screen curved panoramic screen debut, still there is a feeling it turned out.
Perhaps with this in fact turned out a little aggrieved OPPO, because in such a design no man's land, we passed common sense, but also to know in order to achieve this extreme performance, how much do OPPO behind the effort. Turned out to describe It's the idea of inspiration, but the effort that designers make for inspiration is equally impressive.
In order to achieve a positive and negative double-sided non-porous design, OPPO pioneered a two-track predatory structure, creatively hiding the front and rear cameras and most of the sensors inside the phone.
As you can see from the moving diagram, 'naked back suggested to change the expression ha ~' under the back cover without any openings, hidden is the delicate mechanical beauty of Find X, guaranteed by the lifting of the rotating screw motor In the smallest space, the module is efficient and precise, and at the same time, the slide rails on both sides not only play the limit role, but also the key to multiple adjustments including damping in the whole sliding process.
Although the whole set of actions is only a short period of time, it seems very simple, but the details that need to be grasped in the actual process are not simple. The whole system is not discussed. The mechanical structure itself is reliable. Sex, the noise during the lifting process, the connection of the lifting module to the motherboard, and the additional power consumption, these are the problems that are placed in front of the OPPO in the first place.
Fortunately, these problems have been overcome by OPPO one by one.
Find X uses a spiral stepper motor with smaller volume and noise to meet the requirements of power consumption, volume and noise control. It only takes 1% of the mobile phone power to meet the lifting module work nearly 200 times, and reduces it. Details such as rail damping and softening of the connecting line enhance the lifting speed of the small motor. The final result is 0.6 seconds to complete the lifting action, which is better than using a larger motor.
In terms of reliability, it has also passed the test of 300,000 rigorous tests. Even if you lift 200 times a day, there are also 300,000/200=1500 days> 4 years of long service life, which is far more than the ordinary user's mobile phone replacement. The cycle is realized. The realization of such a long life is also derived from the OPPO's deep optimization of the details. The entire lifting module sets the complete lifting process control from acceleration to uniform speed to final deceleration through the dual-track pre-structure, which not only reduces the sliding process. The noise generated in the process also prolongs the force action time during start and stop, reduces the impulse amount, and reduces the damage to the motor and the slide rail.
In addition, OPPO also set up an emergency mechanism for the automatic recovery of the double-track predator structure. When the gravity sensing sensor and the acceleration sensor inside the mobile phone detect that the object is in a free-falling state, the recycling command will be issued for the dual-track predatory structure.
(S: distance, g: gravitational acceleration, t: drop time), here we take the acceleration of gravity is 9.8m/s^2, set the dangerous drop height to 1m, and the drop time is about 0.46s, then the camera is at least 3/4 has been retracted inside the fuselage, greatly reducing the possibility of damage caused by the low. Similarly we can calculate, if the drop height exceeds 1.76m, the camera will complete the entire retraction action, the entire module is protected inside the fuselage Better.
These parts together ensure the usability of the dual-track predecessor structure function, but with the other big killer OPPO FaceKey 3D structure light, it is not easy to use, we still have to rely on experience to speak.
According to the actual measurement, the jacking speed of the dual-track periscope structure and the OPPO FaceKey's extreme speed unlocking can fully meet the needs of the alternative fingerprint recognition. When the camera is raised, the unlocking is completed at the same time, and the process of the decline is completely unsuccessful. The use of the small series here needs to be especially praised, the camera is raised and the light effect at the top of the screen is very suitable, just as RGB can effectively improve the mechanical keyboard and the game console's face value, the light effect here is also instantly highlighted Out of the sense of technology of the Find X dual-track predecessor structure.
Another detail is that if the user turns on the raised wrist screen, Find X will not directly open the face recognition verification, and a click operation is inserted in the middle, which can effectively prevent the user from unintentionally unlocking the phone, because the OPPO FaceKey is unlocked. The speed is really fast.
Xiao Bian personally believes that the dual-track predecessor structure is a bold and meticulous innovation of OPPO. Among them, the creative light is inevitable, but it is even less difficult to think about it and countless practical attempts. The boldness is OPPO to complete this. The reason for the breakthrough, and this trait is derived from the technical experience and professionalism accumulated by each of the previous products. They have absolute confidence in the completion of their products, and they can never stop making progress. No doubts have arisen.
On June 19, 2018, OPPO held the Find X global conference in France. That night, our entire editorial office witnessed the strong return of the Find series day and night. At that time, there was only one word in the mind - amazing. This situation even on June 29 The same is true for the China conference in Japan. When OPPO Find X is carrying a 93.8% super-screen-rich curved panoramic screen, there is still a feeling of being born.
Perhaps it is a bit wronged to use OPPO in this world, because in such a design no man's land, we can judge through common sense, how much OPPO has done in the back in order to achieve such extreme performance. It's the idea of inspiration, but the effort that designers make for inspiration is equally impressive.
In order to achieve a positive and negative double-sided non-porous design, OPPO pioneered a two-track predatory structure, creatively hiding the front and rear cameras and most of the sensors inside the phone.
As you can see from the moving diagram, 'naked back suggested to change the expression ha ~' under the back cover without any openings, hidden is the delicate mechanical beauty of Find X, guaranteed by the lifting of the rotating screw motor In the smallest space, the module is efficient and precise, and at the same time, the slide rails on both sides not only play the limit role, but also the key to multiple adjustments including damping in the whole sliding process.
Although the whole set of actions is only a short period of time, it seems very simple, but the details that need to be grasped in the actual process are not simple. The whole system is not discussed. The mechanical structure itself is reliable. Sex, the noise during the lifting process, the connection of the lifting module to the motherboard, and the additional power consumption, these are the problems that are placed in front of the OPPO in the first place.
Fortunately, these problems have been overcome by OPPO one by one.
Find X uses a spiral stepper motor with smaller volume and noise to meet the requirements of power consumption, volume and noise control. It only takes 1% of the mobile phone power to meet the lifting module work nearly 200 times, and reduces it. Details such as rail damping and softening of the connecting line enhance the lifting speed of the small motor. The final result is 0.6 seconds to complete the lifting action, which is better than using a larger motor.
In terms of reliability, it has also passed the test of 300,000 rigorous tests. Even if you lift 200 times a day, there are also 300,000/200=1500 days> 4 years of long service life, which is far more than the ordinary user's mobile phone replacement. The cycle is achieved. The realization of such a long life is also derived from the OPPO's deep optimization of the details. The entire lifting module sets the complete lifting process control from acceleration to uniform speed to final deceleration through the dual-track pre-structure, which not only reduces the sliding process. The noise generated in the process also prolongs the force action time during start and stop, reduces the impulse amount, and reduces the damage to the motor and the slide rail.
In addition, OPPO also set up an emergency mechanism for the automatic recovery of the double-track predator structure. When the gravity sensing sensor and the acceleration sensor inside the mobile phone detect that the object is in a free-falling state, the recycling command will be issued for the dual-track predatory structure.
(S: distance, g: gravitational acceleration, t: drop time), here we take the acceleration of gravity is 9.8m/s^2, set the dangerous drop height to 1m, and the drop time is about 0.46s, then the camera is at least 3/4 has been retracted inside the fuselage, greatly reducing the possibility of damage caused by the low. Similarly we can calculate, if the drop height exceeds 1.76m, the camera will complete the entire retraction action, the entire module is protected inside the fuselage Better.
These parts together ensure the usability of the dual-track predecessor structure function, but with the other big killer OPPO FaceKey 3D structure light, it is not easy to use, we still have to rely on experience to speak.
According to the actual measurement, the jacking speed of the dual-track periscope structure and the OPPO FaceKey's extreme speed unlocking can fully meet the needs of the alternative fingerprint recognition. When the camera is raised, the unlocking is completed at the same time, and the process of the decline is completely unsuccessful. The use of the small series here needs to be especially praised, the camera is raised and the light effect at the top of the screen is very suitable, just as RGB can effectively improve the mechanical keyboard and the game console's face value, the light effect here is also instantly highlighted Out of the sense of technology of the Find X dual-track predecessor structure.
Another detail is that if the user turns on the raised wrist screen, Find X will not directly open the face recognition verification, and a click operation is inserted in the middle, which can effectively prevent the user from unintentionally unlocking the phone, because the OPPO FaceKey is unlocked. The speed is really fast.
Xiao Bian personally believes that the dual-track predecessor structure is a bold and meticulous innovation of OPPO. Among them, the creative light is inevitable, but it is even less difficult to think about it and countless practical attempts. The boldness is OPPO to complete this. The reason for the breakthrough, and this trait is derived from the technical experience and professionalism accumulated by each of the previous products. They have absolute confidence in the completion of their products, and they can never stop making progress. No doubts have arisen.
