TWM384472U - Light guide base for a smart phone - Google Patents

Description

M384472 V. New description: [New technical field] This creation is about a light-guide base, especially a light-guide base for smart phones. [Prior Art]

With the advancement of technology, the performance of mobile phones is constantly improving. Compared with the first-generation analog mobile phones and the second-generation global mobile communication system mobile phones, the first generation of smart phones combines multimedia information such as wireless communication and the Internet, and can handle voice and streaming video and audio. Including web browsing, video conferencing, high-capacity data transmission, mobile broadband connection and other information services. The smart phones that have been launched include: iPh〇ne, ip〇dTQueh,

Google Android Phone, MS WinCE Phone, HTC Phone,

Nokia Symbian Phone, etc.

Since the mobile phone mostly supplies power through the battery, it is necessary to use the charger together. At present, there are two main types of chargers: one is travel charger, which connects the charger to the mobile phone, and can be directly charged without unplugging the battery. This is a commonly used charging method. The charging circuit in the mobile phone is due to The original design 'has a high stability and safety. The second is to use the charger, mainly to unplug the mobile phone battery, put it on the charger with the socket, or directly plug the phone into the charger for charging. At present, the third generation of smart phones already contains many additional functions. In addition to the above functions, it also includes a variety of game combinations, video viewing, sound and light effects. Therefore, if you can charge your smartphone, the 3 M384472's innovative design for the charging dock can effectively improve the sound and light effects of your smartphone. Therefore, this creation attempts to enrich the use of smart phones from this direction. [New content] In order to achieve the above objectives, the present invention provides a smart phone light guiding base for a smart phone with a light source, the smart phone has a light source panel and a charging end, the smart type The light guiding base of the mobile phone comprises: a light guiding body, comprising a slot for accommodating the smart phone, and at least a part of the panel of the smart phone is located in the light guiding body; and a charging base The charging unit includes a charging unit for connecting to the charging end of the smart phone when the smart phone is inserted into the slot of the light guide body; wherein the light guiding system has a scattering function, when charging the charging base, The panel of the smart phone emits a light source to the light guide to scatter the light source. The present invention further provides a smart phone light guiding base for accommodating a smart phone, the smart phone has a panel for emitting light, the smart phone guiding base comprises: a light guiding system with light scattering The function includes a slot for accommodating the smart phone, and at least a portion of the panel of the smart phone is located within the light guide body; and a base for mounting the light guide body; wherein The panel of the smart phone emits a light source to the light guide to scatter the light source. M384472 Through the smart phone light guide base provided by this creation, the smart phone can be converted into a body light source to enhance the color light effect when the smart phone is placed on the light guide base for charging. [Embodiment]

Please refer to FIG. 1(A) and FIG. 2 together. FIG. 1(A) is a perspective view of a preferred embodiment of the present invention. FIG. 2 is a side view of a preferred embodiment of the present invention. As shown in the figure, 'The smart phone light guide base 1 of this creation is used to accommodate a smart phone 2'. The smart phone can be: iPhone, iPod Touch, Google Android Phone 'MS WinCE Phone, HTC Phone, Or Nokia Symbian Phone phone.

The smart phone light guiding base 1 includes a light guiding body 11 and a charging base 12, and the smart phone 2 has a panel 21 for emitting a light source and a charging end 22. The light guide body of the smart phone light guiding base 1 has a slot η1 for accommodating the smart phone 2' so that the panel 21 of the smart phone 2 can be accommodated in the light guiding body 11. The charging base 12 of the smart phone light guiding base 1 includes a charging unit 121 for connecting to a power supply terminal 1 , and when the smart phone 2 is inserted into the slot 111 of the light guiding body 11 , the charging unit 121 can be correspondingly connected to The charging terminal 22 of the smart phone 2. The light guide 11 has a scattering function. When the charging base 12 is charged, the light source emitted from the panel 21 of the smart phone 2 can scatter the light source through the light guide 11. In addition, the light guiding body of the light guiding base 1 of the creative mobile phone may also have a concave-convex surface 112 for scattering of the light source, and the stereoscopic diagram thereof is shown in FIG. 1(B). The light guide body of the light guide base 1 of the creative mobile phone can also adopt 5 M384472 to adopt a styling design, as shown in FIG. 1(c), the smart phone 2 leans against a support seat 13 and guides light. The body π system has a scattering function. When the smart phone 2 is charged on the charging base 12, the light source emitted by the panel 21 of the smart phone 2 can scatter the light source through the light guide 11. Referring to Figure 3 and Figure 2, Figure 3 is a schematic diagram of the system of the smart phone. As shown in FIG. 3, the smart phone 2 includes an open operating system 23, which is provided with a lighting unit 231, a regulating unit 232, an incoming call identification unit 233, a music playing unit 234, and a time prompting unit 235. A sound recognition unit 236, a proximity recognition unit 237', a displacement recognition unit 238, and an ambient light source recognition unit 239. The control unit 232 of the smart phone 2 can know whether the smart phone 2 is charging at the charging base 21. If the charging is being performed, the lighting unit 231' is activated to transmit the light source through the panel 21. The control unit 232 of the smart phone 2 can classify the incoming call information registered by the incoming call identification unit 233 'so that each incoming call information has a corresponding light source', for example, as shown in FIG. 4: the family caller corresponds to the display red, and the friend calls correspond to the display. The blue 'colleague calls correspond to the green color, and the other people's calls correspond to the gray color; the corresponding light sources are transmitted through the panel 21 to the light guide body to scatter the light source. In addition, the caller identification unit 233 of the smart phone 2 can also log in the image of the caller, so that the user can select the future image to scatter the light source image through the panel 11. The control unit 232 of the winter smart type mobile phone 2 can classify the music played by the music playing unit 234, so that each music category has a context corresponding light source 'the corresponding one is as shown in FIG. 5: the blue light corresponding to the classical music, the rock M384472 The music corresponds to a red light source, the pop music corresponds to a yellow light source, and the other music corresponds to a gray light source; the corresponding light sources are transmitted through the panel 21 to the light guide body 11 to scatter the light source.

The time prompting unit 235 of the smart phone 2 can perform time prompting and light source corresponding by the adjusting unit 232, which corresponds to, for example, FIG. 6 : the morning time corresponds to the yellow light source, the afternoon time corresponds to the red light source, and the evening time corresponds to the purple light source; The time prompt can have a corresponding light source that is transmitted through the panel 21 to the light guide 11 to scatter the light source. The voice recognition unit 236 of the smart phone 2 can perform voice recognition and light source correspondence via the control unit 232, so that the voice recognition has a corresponding light source'. Its correspondence is as shown in FIG. 7, for example, the palm light is displayed to display the red light source, and the palm is displayed twice. The green light source 'claps the blue light source three times; these corresponding light sources are transmitted through the panel 21 to the light guide body 11 to scatter the light source. In addition, the voice recognition unit 236 of the smart phone 2 can also perform mediation according to the background music received by the user. If the voice recognition unit 236 recognizes the track name of the background music, the music category can be registered via the music playing unit 234. The corresponding light source is found, and then transmitted to the light guide 11 through the panel 21 to scatter the light source. The proximity recognition unit 237 of the smart phone 2 is adapted to be adjusted when the user approaches the light guide base 1 of the smart phone. Unit 232 adjusts the corresponding light source. For example, when the user is within one meter of the light guide base 1 of the smart phone, the corresponding light source is gradually increased. When the user is away from the light guide base 1 of the smart phone, the corresponding light source is Adjust back to the original strength. 7 M384472 The displacement recognition unit 238 of the smart phone 2 can adjust the corresponding light source through the control unit 232 when the smart phone 2 generates a displacement. For example, when the light guide base 1 of the smart type mobile phone generates a displacement, the corresponding light source synchronously produces flashing. When the displacement stops, the corresponding light source stops blinking and returns to the original light source brightness. The ambient light source recognition unit 239 of the smart phone 2 can detect the brightness of the environment in which the smart phone 2 is located, and adjust the brightness of the panel 21 light source according to the brightness of the ambient light source via the control unit 232. Near recognition “displacement recognition”, in addition to the built-in function of the smart phone, the ambient light source can also use the built-in camera of the mobile phone to match the corresponding recognition software, and the same function can be achieved. In addition, the present invention further provides an embodiment, which is to refer to FIG. 8 and FIG. 3 together. As shown in FIG. 8, the smart phone light guide base of the present invention can further include a remote smart phone 3, which can be: iPhone 'iPod Touch ' Google Android Phone ' MS WinCE Phone, HTC Phone Or Nokia Symbian Phone phone. The remote smart phone 3 can remotely remotely control the smart phone 2, so that the light-emitting unit 23 1 of the smart phone 2 transmits a light source, and the light source scatters the light source through the panel 21. Wherein, the remote smart phone 3 and the smart phone 2 of the light guiding base 1 are wirelessly connected via a wireless network (Wi-Fi), Bluetooth, or other radio frequency (Ra(ji〇Frequency)). Signal transmission. Finally, this application provides an embodiment to enrich the scope of this creation. Please refer to Figure 9, as shown in the figure, this notebook provides a smart phone guide M384472 optical base 1, the light guide base 1 The light guide body 11 includes a convex surface 113 for scattering light source, and includes a slot 111 for accommodating the smart phone 2 to align the panel 11 with the convex surface 113. Preferably, the insertion direction of the slot 111 is perpendicular to the base 14, so that the smart phone 2 can stand vertically in the slot 111. The smart phone light guiding base 1 can be disposed on - a bicycle 4 The head 41, when the panel 21 of the smart phone 2 transmits a light source, 'the light source can scatter the light source through the light guide 11 for illumination of the bicycle 4. However, the above embodiments are merely for convenience of explanation. However, the scope of the rights claimed by this creation should be The description of the patent is not limited to the above embodiments. [FIG. 1 (A) is a perspective view of a preferred embodiment of the present invention. FIG. 1 (B) is a preferred embodiment of the present invention. Fig. 3 is a side view of a preferred embodiment of the present invention. Fig. 2 is a side view of a preferred embodiment of the present invention. Figure 4 is a schematic diagram of the incoming call information of a preferred embodiment of the present invention. Figure 5 is a correspondence diagram of the music classification of the present invention - the preferred embodiment. Figure 7 is a schematic diagram of a sound recognition corresponding to the preferred embodiment of the present invention. Figure 8 is a schematic view of another preferred embodiment of the present invention. Figure 9 is a further preferred embodiment of the present invention. 9 M384472 [Main component symbol description] 1 Smart phone light guide base 10 Power supply end 11 Light guide body 111 Slot 112 Concave surface 113 Convex surface 12 Charging base 121 Charging unit 13 Support base 14 Base 2 Wisdom Mobile phone 21 panel 22 charging terminal 23 open operating system 231 lighting unit 232 regulating unit 233 incoming call identification unit 234 music playing unit 235 time prompting unit 236 voice recognition unit 237 proximity recognition unit 238 displacement recognition unit 239 ambient light source recognition unit 3 remote smart type Mobile phone 4 bicycle 41 front

10

Claims (1)

M384472 No. 98214835, revised page of November 1998 fv (ri repair six, the scope of application for patent: 1. A smart phone light guide base for receiving - smart phone, the smart phone has a can send a light source panel and a charging end, the smart phone light guiding base comprises: a light guiding body, comprising a slot for accommodating the smart phone, and at least one part of the smart phone panel is located And the charging base includes: a charging unit for correspondingly connecting the charging end of the smart phone to the charging end of the smart phone; wherein the light guiding system has scattering The function, when charging the charging base, the panel of the smart phone emits a light source to the light guide body to scatter the light source. 2. The light guide of the smart phone as described in the scope of claim ft patent scope In the pedestal, the 5 illuminator has a concave-convex surface for scattering of the light source. 3. The smart phone illuminating pedestal according to the ninth aspect of the invention, wherein the smart phone further comprises a illuminating single Yuan, and a regulation of the Cui Wei text in the - open operating system 'the control unit is used to say that the smart phone is charged on the charging base, and the light unit is activated to send the light source. 4_such as the % patent |& The smart phone light guiding base mentioned in item 3, and the "Hui smart phone" further includes an incoming call identification unit. The smart phone's control unit is to enter the incoming call information of the incoming call identification unit. The classification is such that each incoming call information has a corresponding light source that is transmitted through the panel to the light guide to scatter the light source. 5. The smart phone light guide base as described in claim 4 of the patent application, wherein the caller identification unit of the smart phone is registered with the caller's heart image, so that the caller image is sent to the light guide through the panel. The image of the light source is scattered by the body. 6. If the smart phone light guide base referred to in item 5 of the patent application is 'inside' the call information of the smart phone, it is defined by the user or reference system default value. 7. The smart phone light guide base according to claim 3, wherein the smart phone further comprises a music playing unit, and the smart phone control unit is the music played by the music playing unit. The classification is performed such that each music category has a contextually corresponding light source that is transmitted through the panel to the light guide to scatter the light source. 8. The smart phone light guide base according to item 7 of the patent application, wherein the music type of the smart phone can be defined by the user or reference system preset value. 9. The smart phone light guiding base according to claim 3, wherein the smart phone further comprises a time prompting unit, wherein the smart phone control unit further comprises a time prompt corresponding to the light source, thereby causing The time prompt has a corresponding light source that is transmitted through the panel to the light guide to scatter the light source. 1 〇 · The smart phone light guide base according to claim 9 of the patent application, wherein the time source of the smart phone corresponds to the light source, which is defined by the user or the reference system preset value. 12 M384472 11. The smart phone light guiding base according to claim 3, wherein the smart phone further comprises a voice recognition unit, and the smart phone control unit further comprises a voice recognition and a light source corresponding to the The voice recognition has a corresponding light source that is transmitted through the panel to the light guide to scatter the light source. 12. The smart phone light guide base as claimed in claim 11 wherein the corresponding light source of the voice recognition of the smart phone is defined by the user or reference system preset value. 13. The smart phone light guiding base as described in claim 3, wherein the smart phone further comprises a proximity recognition unit, and the control unit of the smart phone further comprises a proximity identification and a light source corresponding to the The proximity recognition has a corresponding light source that is transmitted through the panel to the a-light guide to scatter the light source. I4· The light source of the smart phone as described in claim 13 of the invention is the corresponding light source of the smart phone, which is defined by the user or refers to the system preset value. 15. The smart phone light guiding base as described in claim 3, wherein the smart phone further comprises a displacement recognition unit, and the control unit of the smart phone further comprises a correspondence between displacement recognition and a light source, thereby causing The displacement recognition has a corresponding light source that is transmitted through the panel to the light guide to scatter the light source. 16. The corresponding light source of the smart phone's light-guide base 'in which the smart phone's displacement is identified as described in claim 15 is defined by the user or referenced to the system default value. 13 M384472 s ---........ 17. The smart phone light guiding base according to claim 3, wherein the smart phone further comprises an environmental light source identifying unit, the smart phone The control unit further comprises an environment light source identification corresponding to the panel light source, so that the panel light source can adjust the brightness according to the brightness of the ambient light source. 1 8. The smart phone light guiding base as described in claim 3, wherein the one further comprises a remote smart phone, which comprises a regulating unit installed in an open operating system, the remote wisdom The control unit of the mobile phone is configured to control the smart phone light guiding base, actuating the lighting unit of the smart phone to send a light source, and the light source is sent to the light guiding body through the panel The light source is scattered out. 19. The smart phone light guiding base according to claim 18, wherein the smart phone of the remote smart phone and the light guiding base is through a wireless network (Wi-Fi), Bluetooth, or other radio frequency (Radio Frequency) for wireless signal transmission. 20. The smart phone light guide base of claim 3, wherein the charging unit of the charging base is connected to a power supply end. 21. The smart phone light guide base as described in claim 3, wherein the smart phone is: iPhone, iPod Touch, Google Android Phone, MS WinCE Phone, HTC Phone, or Nokia Symbian Phone Mobile phone 〇22. A kind of smart phone light guiding base for accommodating a smart phone, the smart phone has a panel for emitting light source, the smart phone guiding base comprises: M384472 light guiding system Having a light scattering function, comprising a slot for accommodating the smart phone and having at least a portion of the panel of the smart phone located within the light guide; and a base for mounting the light guide; Wherein the panel of the smart phone emits a light source to the light guide to scatter the light source. 23. The smart phone light guiding base of claim 22, wherein the light guiding body has a convex surface for scattering of the light source. 24. The smart phone light guiding base according to claim 22, wherein the smart phone further comprises a lighting unit, a regulating unit for being installed in an open operating system, a music playing unit, and An incoming call identification unit affixes the smart phone's control unit to activate the smart phone to activate the light unit to transmit a light source that is transmitted through the panel to the light guide to scatter the light source. 25. The smart phone light guide base as described in claim 22 In the seat, the smart phone light guiding base is arranged on a bicycle head for lighting purposes. 26. The smart phone light guiding base according to claim 24 of the patent application, wherein the control unit of the smart phone classifies the incoming call information registered by the incoming call identification unit, so that each incoming call information has one A corresponding light source is transmitted through the panel to the light guide to scatter the light source. 15 Lose 384472 27. If the smart phone guide base 'in the smart phone's call information mentioned in the 25th patent application area is defined by the user's own or reference system default value. 28. The smart phone light guiding base according to claim 24, wherein the smart phone control unit classifies the music played by the music playing unit, so that each music category has a situation A corresponding light source is transmitted through the panel to the light guide to scatter the light source. 29_ The smart phone light guide base according to claim 27, wherein the music type of the smart phone is defined by the user or refers to a system preset value.