CN203492071U

CN203492071U - Mobile phone allowing embedding wireless receiver

Info

Publication number: CN203492071U
Application number: CN201320645821.1U
Authority: CN
Inventors: 刘智
Original assignee: Tianjin Tecdee Technology Co ltd
Current assignee: Tianjin Tecdee Technology Co ltd
Priority date: 2013-10-18
Filing date: 2013-10-18
Publication date: 2014-03-19
Anticipated expiration: 2023-10-18

Abstract

The utility model relates to a mobile phone allowing embedding a wireless receiver. The mobile phone allowing embedding the wireless receiver includes a mobile phone body 1, a display 2, a power supply disposed in the mobile phone body, the receiver 3 disposed on the mobile phone body, a embedding hole 4 disposed on the mobile phone body, wherein the receiver 3 is disposed in the embedding hole 4, the receiver has a wireless communication function, and is in movable connection with the embedding hole. Compared with the prior art, the mobile phone allowing the embedding the wireless receiver is advantageous in that: the receiver can be used as a common embedded mobile phone receiver without changing a traditional appearance and usage habits, when the receiver is in a first connection state with the embedding hole, so that the trouble to carry an extra position earphone is avoided; and the receiver can be used as a wireless earphone when the receiver is in a second connection state with the embedding hole, so that the mobile phone body is deviated from an earhole, thereby facilitating operation.

Description

A mobile phone that can embedded wireless receiver

Technical field:

The utility model relates to a kind of mobile communication equipment, further relates to a mobile phone that can embedded wireless receiver.

Background technology:

Smart mobile phone has become the important tool in people's life, and still, when needing most use smart mobile phone software, for example Query Information, records the situations such as memorandum, and mobile phone need to leave people's ear and operate, and now, operating handset and call exist contradiction.On traditional form, must use the external equipments such as wired earphone or bluetooth earphone just can make mobile phone depart from ear, use normally software.But external equipment carries inconvenience, charging is frequent, use the shortcomings such as trouble to make it lack practicality, therefore majority have abandoned the use of external equipment, only utilize mobile phone itself to converse, thereby mobile phone cannot depart from ear, and then limited the performance of smart mobile phone normal function, significant wastage the effect of smart mobile phone.

Summary of the invention:

The purpose of this utility model has been to provide a kind of mobile phone that can embedded wireless receiver, has realized and both can allow mobile phone depart from ear, can not increase extra equipment or trouble to user again.Technical scheme of the present invention is as follows:

A mobile phone that can embedded wireless receiver, comprising: fuselage 1, and display screen 2, is positioned at the power supply of fuselage, is positioned at the receiver 3 on fuselage, also comprises: the embedded hole 4 on fuselage, described receiver 3 is positioned at wherein; Described receiver has wireless communication function, and for being flexibly connected, receiver and embedded hole have two kinds of connection status, the first connection status: receiver is embedded in embedded hole with embedded hole; The second connection status: receiver is positioned at user's earhole, is separated with embedded hole, keeps the transmission of real time information between the two by wireless communication mode; In described receiver, comprise charhing unit 10, when receiver and fuselage are during in the first connection status, the power supply in fuselage is charhing unit 10 chargings in receiver.

As preferred version, being shaped as of described receiver 3 and embedded hole 4 is cylindrical, and embedded hole connects handset, and user releases receiver by finger from embedded hole; Described receiver outer circumference surface is along the guide groove 5 that at least distributes on axis direction, meanwhile, and the guide rail 7 that position distribution corresponding to described embedded hole inner peripheral surface matches; Described embedded hole inner peripheral surface at least comprises 1 jump ring 8, the draw-in groove 6 that the position distribution that receiver is corresponding matches.

As further preferred version, described embedded hole inner peripheral surface at least comprises 2 metal jump rings 8, and draw-in groove 6 and hard contact that the position distribution that receiver is corresponding matches are realized being communicated with between fuselage and receiver.

The utility model is with respect to the advantage of prior art:

(1) when receiver and embedded hole are during in the first connection status, can be used as the built-in receiver of regular handset and use, can not change mobile phone traditional appearance and use habit, also removed the trouble of carrying external headset from; When receiver and embedded hole are during in the second connection status, receiver, as wireless headset, can allow mobile phone main body leave earhole, with handled easily.

(2) in embedded hole, settled conducting metal to touch spring or built-in wireless charging device, wireless receiver is put into groove and can be used battery of mobile phone to charge, and has solved the drawback frequently of charging, and has also avoided depleting the situation that electric weight cannot be used.

Accompanying drawing explanation:

Fig. 1 is the utility model structural representation, and in figure, 1 represents fuselage, and 2 represent display screen, and 3 represent receiver.

Fig. 2 is the use state diagram of Fig. 1; In figure, 1 represents fuselage, and 3 represent receiver, and 4 represent embedded hole.

Fig. 3 is earphone structure schematic diagram; In figure, 5 represent guide groove, and 9 represent receiver pickup hole, and 10 represent charhing unit.

Fig. 4 is earphone structure schematic diagram in embodiment; In figure, 6 represent draw-in groove, and 9 represent receiver pickup hole, and 10 represent charhing unit.

Fig. 5 is embedded hole structural representation; In figure, 7 represent guide rail, and 8 represent jump ring, and 11 represent built-in wireless charging device.

Fig. 6 is the different angles schematic diagram of Fig. 4; In figure, 8 represent jump ring.

Fig. 7 is the utility model the first connection status schematic diagram.

Fig. 8 is that the utility model the first connection status and the second connection status are switched schematic diagram.

Embodiment:

Being shaped as of described receiver 3 and embedded hole 4 is cylindrical, and embedded hole connects handset, and user releases receiver by finger from embedded hole; Described receiver outer circumference surface is along two guide grooves 5 that distribute on axis direction, meanwhile, and the guide rail 7 that position distribution corresponding to described embedded hole inner peripheral surface matches; Described embedded hole inner peripheral surface comprises 2 jump rings 8, and draw-in groove 6 and hard contact that the position distribution that receiver is corresponding matches are realized being communicated with between fuselage and receiver.

On described receiver, also comprise: receiver pickup hole 9; In described embedded groove, also comprise: built-in wireless charging device 11.

In the time of in receiver is embedded in embedded hole, with common cell phone appearance and occupation mode without remarkable difference; When needing display screen to operate in communication process, can receiver directly be pushed to auricle in embedded hole with finger, now mobile phone can leave ear.

Claims

1. a mobile phone that can embedded wireless receiver, comprising: fuselage (1), and display screen (2), is positioned at the power supply of fuselage, is positioned at the receiver (3) on fuselage, it is characterized in that, also comprises: the embedded hole on fuselage (4), described receiver (3) is positioned at wherein;

Described receiver has wireless communication function, and for being flexibly connected, receiver and embedded hole have two kinds of connection status, the first connection status: receiver is embedded in embedded hole with embedded hole; The second connection status: receiver is positioned at user's earhole, is separated with embedded hole, keeps the transmission of real time information between the two by wireless communication mode;

In described receiver, comprise charhing unit (10), when receiver and fuselage are during in the first connection status, the power supply in fuselage is charhing unit (10) charging in receiver.

2. a mobile phone that can embedded wireless receiver according to claim 1, is characterized in that, being shaped as of described receiver and embedded hole is cylindrical, and embedded hole connects handset, and user releases receiver by finger from embedded hole.

3. a mobile phone that can embedded wireless receiver according to claim 2, it is characterized in that, described receiver outer circumference surface is along the guide groove (5) that at least distributes on axis direction, meanwhile, and the guide rail (7) that position distribution corresponding to described embedded hole inner peripheral surface matches.

4. a mobile phone that can embedded wireless receiver according to claim 3, is characterized in that, on described guide groove (5) and guide rail (7), hard contact is set, and realizes being communicated with between fuselage and receiver.

5. a mobile phone that can embedded wireless receiver according to claim 2, is characterized in that, described embedded hole inner peripheral surface at least comprises 1 jump ring (8), the draw-in groove that the position distribution that receiver is corresponding matches (6).

6. a mobile phone that can embedded wireless receiver according to claim 5, it is characterized in that, described embedded hole inner peripheral surface at least comprises 2 metal jump rings (8), and the draw-in groove that the position distribution that receiver is corresponding matches (6) and hard contact are realized being communicated with between fuselage and receiver.