The utility model content
The technical problems to be solved in the utility model is to wear inconvenience in order overcoming when the intelligent watch that has ear-phone function in the prior art uses as earphone, not meet principle of human engineering, bring many inconvenience and earphone shape to be difficult to regulate, wear uncomfortable defective to the user in the use, provides that a kind of comfortable wearing, shape can be regulated according to actual needs, switches easy wireless wrist-watch between wrist-watch state and the earphone state.
The utility model solves above-mentioned technical matters by following technical proposals:
A kind of wireless wrist-watch, it includes a dial plate body, one first watchband and one second watchband, and this dial plate body comprises a dial plate housing, its characteristics are, this wireless wrist-watch also comprises a converter, a processor and a RF(radio frequency that is arranged in this dial plate housing) transceiver, wherein
This first watchband has one first link and an earphone end, this first link links to each other with an end of this dial plate housing, this earphone end is used for arranging an earphone, this second watchband has one second link and a microphone end, and this second link links to each other with the other end of this dial plate housing, and this microphone end is used for arranging a microphone, wherein, in this first link and this second link at least one is rotationally connected by wheelwork and this dial plate housing, and
This microphone is used for obtaining voice signal;
This RF transceiver is for receive first digital signal from the outside;
This processor is for processing that this first digital signal is decoded;
This converter is used for decoded this first digital signal is converted to audio analog signals and sends into this earphone, and this voice signal is converted to second digital signal;
This processor also is used for this second encoding digital signals is handled;
This RF transceiver is also for this second digital signal that sends to the outside after encoding.
In order to adapt to requirements of different users, this first watchband and this dial plate angle that housing is and/or this second watchband and this dial plate angle that housing is can be regulated by this wheelwork.Like this, the user can come adjusting angle according to self needs, makes user's the ear of can fitting when this wireless wrist-watch uses as earphone, and it is convenient and comfortable to wear.
This earphone can and be arranged on the end of this earphone end for In-Ear earphone, when this wireless wrist-watch uses as earphone the earphone end plug is gone in the ear; Also can be the earphone of common earphone type, the user only need answer near ear the earphone end and get final product as existing portable terminal in use.
Preferably, this wheelwork comprises some latches, one rotating shaft, one spring and a lock, in this first link and this second link at least one is rotationally connected by this rotating shaft and this dial plate housing, these some latches are arranged in this first link and this second link at least one, this spring is arranged in this dial plate housing and is set on this lock so that this lock is able to that the length direction at this spring moves when this spring is compressed, and the draw-in groove that forms between these some latches is used for a positive stop end for this lock and embeds to realize spacing to this lock.
Preferably, be formed with a bayonet socket that stretches into or eject for a free end of this lock on this dial plate housing, the below of the positive stop end of this lock is provided with a boss, and this spring housing is located between this boss and this bayonet socket.The end that stretches in the draw-in groove of this lock is called positive stop end, and the other end is as free end here.
Preferably, this converter, this processor and this RF transceiver all are arranged at one and are arranged on the mainboard of this dial plate housing.
Preferably, this earphone and this microphone are all by the FPC(flexible PCB) link to each other with this mainboard.
Preferably, this converter comprises the ADC(analog to digital converter) and the DAC(digital to analog converter).
Preferably, this processor comprises a DSP(digital signal processing), this processor be used for digital signal sample, encode, processing such as encryption, make digital signal be easier to transmission.
Preferably, this RF transceiver is bluetooth transceiver.
Preferably, this dial plate body comprises a dial plate, and this dial plate comprises a display, is used for the information of the portable terminal of demonstration and these wireless wrist-watch wireless connections, is convenient to the user and makes timely processing.
Preferably, this dial plate body comprises a vibrating device, is used for sending vibration prompt when receiving this first digital signal, with timely prompting user of incoming call or note.
Positive progressive effect of the present utility model is: wireless wrist-watch of the present utility model has had the function of wrist-watch and bluetooth earphone concurrently, the position of first watchband and second watchband and dial plate body relation can be regulated according to self needs of user, regulative mode is simple, simple operation, comfortable wearing when making this wireless wrist-watch as bluetooth earphone, to hold between convenient and wrist-watch state and the earphone state switching very easy.
Embodiment
Lift a preferred embodiment below, and come the clearer the utility model that intactly illustrates by reference to the accompanying drawings, below only illustrate, therefore the utility model is not limited among the described scope of embodiments.
With reference to figure 1-4, all can rotate adjusting and earphone type earphone with first watchband and second watchband in the present embodiment is example, introduces the technical solution of the utility model.
This wireless wrist-watch includes a dial plate body 1, one first watchband 2 and one second watchband 3, this dial plate body 1 comprises a dial plate housing and a dial plate 6, this dial plate 6 comprises a display, is used for the information of the portable terminal of demonstration and these wireless wrist-watch wireless connections, is convenient to the user and makes timely processing.In addition, this dial plate body also comprises a vibrating device (not shown), is used for sending vibration prompt when receiving incoming call or note, with timely prompting user of incoming call or note.In addition, this wireless wrist-watch also comprises a converter, a processor and a RF transceiver that is arranged in this dial plate housing, wherein,
This first watchband 2 has one first link and an earphone end, this first link links to each other with an end of this dial plate housing, this earphone end is used for arranging an earphone 4, this second watchband has one second link and a microphone end, and this second link links to each other with the other end of this dial plate housing, and this microphone end is used for arranging a microphone 5, wherein, this first link and this second link all are rotationally connected by wheelwork and this dial plate housing, and
This microphone is used for obtaining voice signal;
This RF transceiver is for receive first digital signal from the outside;
This processor is for processing that this first digital signal is decoded;
This converter is used for decoded this first digital signal is converted to audio analog signals and sends into this earphone, and this voice signal is converted to second digital signal;
This processor also is used for this second encoding digital signals is handled;
This RF transceiver is also for this second digital signal that sends to the outside after encoding.
This first watchband 2, second watchband 3 and dial plate body 1 form the oval ring-type of opening as shown in Figure 1, and this first watchband 2, second watchband 3 are made by hard materials such as plastics, metals.
Specifically, this wheelwork comprises in some latch 8(Fig. 3 and 4 with three latches, it is example that three latches form three draw-in grooves 10), one rotating shaft 7, one spring and a lock 9, this first link and this second link all are rotationally connected with this dial plate housing by this rotating shaft 7, these some latches are arranged on this first link and this second link, this spring is arranged in this dial plate housing and is set on this lock 9 so that this lock 9 is able to that the length direction at this spring moves when this spring is compressed, and the draw-in groove between these some latches is used for a positive stop end for this lock 9 and embeds to realize spacing to this lock.When this positive stop end stretched in the different draw-in grooves, the angle between this dial plate housing and first watchband or second watchband was different, and the user can regulate the angle of comfortable wearing voluntarily.Wherein, this rotating shaft is structure small in ends broad in the middle, and little head part may contract to intermediate ends, band elasticity.Intermediate ends is stuck on the watchband, and following part snaps in the dial plate body.
And, being formed with a bayonet socket that stretches into or eject for a free end of this lock 9 on this dial plate housing, the below of the positive stop end of this lock is provided with a boss, and this spring housing is located between this boss and this bayonet socket.The end that stretches in the draw-in groove of this lock is called positive stop end, and the other end is as free end here.
As can be seen, this lock is used for spacing watchband usefulness, and lock is fixed in the dial plate housing.Watchband (because first watchband and second watchband in the present embodiment are symmetrical structure, so abbreviate watchband here as) is realized fixing to watchband under static state because this lock is stuck in the draw-in groove (for example 10 among Fig. 4) reserved on the watchband.In watchband when rotation,, revolving force is delivered on the lock by the draw-in groove on the watchband, and lock is shunk back (from figure, lock moves down), and lock can't pin watchband after falling back on the position of setting, thereby watchband can rotate freely.This spring is used for giving the thrust that lock makes progress just, and when lock is stuck in the draw-in groove of watchband, the thrust that spring gives can make lock locking watchband make watchband be not easy to become flexible.
With reference to figure 3 and Fig. 4, watchband under original state as shown in Figure 3 (namely this moment this wireless wrist-watch major function be wrist-watch) lock is stuck in first draw-in groove on the watchband, the power up that lock gives by spring can realize locking the function of watchband.
When watchband is stressed when opening outward (namely rotating watchband shown in arrow among Fig. 3), the revolving force of watchband is delivered on the inclined-plane that first draw-in groove of lock and this contacts by first draw-in groove, because lock is fixing dead by the dial plate main body structure perpendicular to direction of motion, so the power that is subjected on the lock inclined-plane is converted to the power of direction of motion, thereby lock can be slowly breaks away from this first draw-in groove on the watchband along direction of motion when realizing that watchband is stressed.When watchband rotated to certain angle, lock first draw-in groove from the watchband fully broke away from, and watchband can rotate freely.
Lock is subjected to the elastic force of spring, can be always outward movment, when watchband continued rotation and makes second draw-in groove just relative with lock, lock was locked together on second draw-in groove by elastic force effect meeting, thus the second place that realizes watchband is sealed.After watchband stressed when the inner rotary again, is rotated to set angle, lock can be locked together on the 3rd draw-in groove.This moment, index dial structure can withstand watchband, thereby changeed motionless when making watchband stressed again, reached maximum opening angle (as shown in Figure 4).After watchband reaches maximum opening angle, can be along watchband closing direction (being the opposite direction of said process) firmly with the watchband closure, closing course is equivalent to that repeating a watchband opens action in the other direction, and structural principle is identical.After watchband reaches closure state, hold on watchband by index dial structure equally, can not rotate again after making watchband reach the maximum close angle, namely get back to initial position.
As mentioned above, realize the adjusting of angle between two watchbands and the dial plate body adapting to requirements of different users by such wheelwork.
Next, introduce the electrical structure of this wireless wrist-watch.This converter, this processor and this RF transceiver all are arranged at one and are arranged on the mainboard of this dial plate housing.Because this first watchband 2 and this second watchband 3 all need rotation, this earphone 4 all links to each other with this mainboard by FPC with this microphone 5.Wherein, this converter comprises ADC and DAC, and this processor comprises a DSP.Comparatively commonly usedly, this RF transceiver is bluetooth transceiver.
With reference to figure 5, when this wireless wrist-watch used as earphone, the course of work was such: be example in the Bluetooth communication mode, the RF transceiver that is arranged in wireless wrist-watch among Fig. 5 is specially an existing bluetooth module, specifically:
1. sound receives, flow process amplifies
1-1 mobile phone RF radio-frequency (RF) transceiver receives data-signal from the outside, sends to the handset processes device;
Digital signal processing module in the 1-2 processor (DSP) will be handled digital signal, send to the Bluetooth of mobile phone module;
1-3 Bluetooth of mobile phone module sends the data to wireless wrist-watch bluetooth module;
1-4 is wireless, and the wrist-watch bluetooth module is given wireless wrist-watch processor with the data transmission that receives;
Digital signal processing module (DSP) in 1-5 the is wireless wrist-watch processor is decrypted, after decoding etc. handles, sends to digital analog converter (DAC) digital signal;
1-6 digital analog converter (DAC) converts digital signal to audio analog signals, sends to earphone and amplifies.
2. pickup, sound transmission flow
2-1 is wireless, and the wrist-watch microphone is gathered external voice, and sends to analog-digital converter (ADC);
2-2 analog-digital converter (ADC) is converted to digital signal with the audio analog signals that receives, and sends to the digital signal processing module (DSP) in the wireless wrist-watch processor;
2-3 is wireless wrist-watch digital signal processing module (DSP) sends to wireless wrist-watch bluetooth module after the encoding digital signals that receives, encryption etc. are handled;
2-4 is wireless, and the wrist-watch bluetooth module sends the data to the Bluetooth of mobile phone module;
2-5 Bluetooth of mobile phone module sends to digital signal processing mould (DSP) in the handset processes device with the data that receive;
2-6 hand-set digit signal processing module (DSP) sends signal by the RF radio-frequency (RF) transceiver after data are handled.
Certainly only be to be example with the earphone type earphone more than, with reference to figure 4, the user only need hold wrist-watch in use the earphone end can be answered near ear.Those skilled in the art should know, and adopt In-Ear earphone to be arranged at this earphone end and equally can realize the utility model, and the user will be arranged in In-Ear Headphones on the earphone end in use and fill in ear and can answer.
The utility model provides a kind of wireless wrist-watch, is adapted to requirements of different users, and this first watchband and this dial plate angle that housing is and this second watchband and this dial plate angle that housing is can be regulated by this wheelwork.Like this, the user can come adjusting angle according to self needs, makes user's the ear of can fitting when this wireless wrist-watch uses as earphone, and it is convenient and comfortable to wear.
Though more than described embodiment of the present utility model, it will be understood by those of skill in the art that these only illustrate, protection domain of the present utility model is limited by appended claims.Those skilled in the art can make numerous variations or modification to these embodiments under the prerequisite that does not deviate from principle of the present utility model and essence, but these changes and modification all fall into protection domain of the present utility model.