Bluetooth cordless phone

Abstract

The present invention relates to a Bluetooth cordless phone, which comprises: a Bluetooth base set that has a main body; and a Bluetooth remote set that may be separately disposed on the main body. Wherein, the main body comprises a compartment, a first opening, a second opening, and a third opening. A printed circuit board (PCB) is disposed inside the compartment, and the PCB further comprises at least a Bluetooth module and a hook that is exposed to the first opening. The Bluetooth remote set comprises at least a main body, a Bluetooth module, a microphone, a speaker, a battery, and a TALK button. When the Bluetooth cordless phone is being used, first the Bluetooth remote set is disposed in the main body of the Bluetooth base set for pairing. Once there is an incoming call, the user can press the TALK button such that the Bluetooth base set can control and cut off the hook in order to receive the incoming call.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

The accompanying drawings are included to provide a further understanding of the invention, and are incorporated in and constitute a portion of this specification. The drawings illustrate embodiments of the invention, and together with the description, serve to explain the principles of the invention.

FIG. 1 is a schematic diagram of a Bluetooth cordless phone according to a preferred embodiment of the present invention.

FIG. 2 is a schematic block diagram of a base set according to a preferred embodiment of the present invention.

FIG. 3 is a schematic block diagram of a Bluetooth remote set according to a preferred embodiment of the present invention.

FIG. 4 is a schematic block diagram of a hook controlling device that is further comprised in the present invention.

Claims

1. A Bluetooth cordless phone, comprising: a Bluetooth base set, having a main body, wherein said main body comprising a compartment, a first opening, a second opening, and a third opening, an empty hole is located on an outer side of said main body, a printed circuit board (PCB) is disposed inside said compartment, said PCB further comprises a Bluetooth module and a hook, and said hook is exposed to said first opening; anda Bluetooth remote set, being separately disposed on said main body, at least comprising a main body, a Bluetooth module, an encoder/coder, a microphone, a speaker, a battery, and a TALK button;wherein, when said Bluetooth cordless phone is being used, first said Bluetooth remote set can be placed in said main body of said Bluetooth base set for pairing, when there is an incoming call, a user can press said TALK button, such that said Bluetooth base set can control and cut off said hook and start to talk.

2. The Bluetooth cordless phone of claim 1, wherein said Bluetooth base set further comprises: a microcontroller, being coupled to said Bluetooth module to control a hook controlling device, to send/receive a voice signal of said Bluetooth module, and to send a related control signal to control said Bluetooth base set;an encoder/decoder, being coupled to said Bluetooth module to encode and decode said sent/received voice signal;a digital headphone phone jack, being coupled to a digital headphone and being exposed to said second opening for detecting a ring signal, a hang up signal, and a digital voice signal from a digital phone line, wherein said ring signal is input to a phone service controlling circuit;a phone controlling circuit, being coupled to an analog phone line through said third opening for detecting a ring signal, a hang up signal, and an analog voice signal from said analog phone line, wherein said ring signal is input to said phone service controlling circuit;said phone service controlling circuit, being coupled to said microcontroller, said digital headphone phone jack, and said phone controlling circuit for receiving a control signal from said microcontroller in order to perform a pairing, a voice connection, and a hook control, and to selectively output either said digital voice signal or said analog voice signal to said encoder/decoder; anda charging and power supplying circuit, being respectively coupled to said microcontroller, said encoder/decoder, said phone controlling circuit, and said phone service controlling circuit for supplying a desired DC power.

3. The Bluetooth cordless phone of claim 2, wherein the encoder/decoder is a PCM encoder/decoder, and further comprises an echo elimination function.

4. The Bluetooth cordless phone of claim 2, wherein said main body of said Bluetooth base set further comprises a plurality of fourth openings, a plurality of fifth openings, a plurality of sixth openings, a plurality of seventh openings, and a plurality of openings; wherein said empty hole is located at a surface of said main body, and said plurality of fourth openings is located inside said empty hole for placing said Bluetooth remote set.

5. The Bluetooth cordless phone of claim 4, wherein said Bluetooth remote set can be hung on one ear of a user.

6. The Bluetooth cordless phone of claim 4, wherein said charging and power supplying circuit further comprises a plurality of contacts that are exposed to said plurality of fourth openings for charging said Bluetooth remote set.

7. The Bluetooth cordless phone of claim 4, wherein said Bluetooth base set further comprises an ON/OFF button, which are coupled to said microcontroller and respectively exposed to said plurality of fifth openings for performing a Bluetooth pairing and a press or release of said power of said Bluetooth base set.

8. The Bluetooth cordless phone of claim 4, wherein said Bluetooth base set further comprises a mute switch and a volume control switch, which are coupled to said microcontroller and respectively exposed to said plurality of sixth openings for controlling a mute function and adjusting a talk volume.

9. The Bluetooth cordless phone of claim 4, wherein said Bluetooth base set further comprises a mode selection switch, which is coupled to said phone service controlling circuit and respectively exposed to said plurality of seventh openings for selecting either a digital phone or an analog phone.

10. The Bluetooth cordless phone of claim 4, wherein said Bluetooth base set further comprises a plurality of indication lamps, which is coupled to said microcontroller and respectively exposed to said plurality of openings for displaying a Bluetooth voice connection and pairing status.

11. The Bluetooth cordless phone of claim 4, wherein said battery of said Bluetooth remote set is a chargeable battery, and said Bluetooth remote set further comprises a plurality of contacts that is exposed to said main body, such that said plurality of contacts of said Bluetooth remote set can be contacted with said plurality of contacts of said Bluetooth base set in order to charge said battery.

12. The Bluetooth cordless phone of claim 1, wherein said hook of said Bluetooth base set can be manually cut off by a user or by an automatic way.

13. The Bluetooth cordless phone of claim 12, wherein in said user manual control way, after said user is finishing a talking, said user can manually press said hook, such that said Bluetooth base set ends said talk and stays in a standby mode.

14. The Bluetooth cordless phone of claim 12, wherein said automatic control way further comprises a hook controlling device, which is disposed inside said main body of said Bluetooth base set or said main body of said phone set for receiving a control from said phone service controlling circuit to automatically turn on or cut off said hook.

15. The Bluetooth cordless phone of claim 14, wherein said hook controlling device further comprises: a control and drive circuit, being coupled to said phone service controlling circuit to control and drive a step motor;an indication lamp, being coupled to said control and drive circuit for indicating an operation status of said hook controlling device;said step motor, being coupled to said control and drive circuit for controlling a connecting rod gear set;said connecting rod gear set, being coupled to said step motor for receiving a drive from said step motor in order to control a press or release of said hook; anda rectifier and voltage stabilized circuit, being coupled to said control and drive circuit, said indication lamp, and said step motor for supplying a desired power.

16. The Bluetooth cordless phone of claim 1, wherein said Bluetooth base set comprises a circuit that can read a Bluetooth Device address (BD Address) of said Bluetooth remote set for respectively adjusting said Bluetooth Device address (BD Address) of said Bluetooth remote set. And auto paring connect Bluetooth remote set.