Summary of the invention
In view of this, be necessary to provide a kind of portable electron device that has the touch-control module of flat plane antenna and have this touch-control module, it can avoid interference to guarantee the stability of wireless signal transmission.
A kind of touch-control module comprises transparent substrate, framework, contact panel, flat plane antenna and multiple conducting wires.This substrate comprises opposing end face and bottom surface.This framework comprises opposing upper surface and lower surface and offers the host cavity that runs through this upper surface and this lower surface.This substrate is arranged in this host cavity, this end face and this upper surface flush.This contact panel is arranged on this bottom surface.This flat plane antenna is arranged on this lower surface and around this host cavity.This multiple conducting wires is arranged on this lower surface and between this flat plane antenna and this contact panel, this multiple conducting wires and this flat plane antenna electrically connect at interval and with this contact panel.
A kind of portable electron device comprises aforesaid touch-control module and housing.This contact panel, this flat plane antenna and this multiple conducting wires are housed in this housing.This end face and this upper surface expose from this housing.
Compared to prior art, portable electron device of the present invention and touch-control module are arranged on this flat plane antenna on the lower surface of this framework, not only can realize the concealed design of antenna, can prevent also when keeping profile attractive in appearance that flat plane antenna is subjected to extraneous impact and is damaged, and the user can't meet this flat plane antenna when hand-held, thereby avoid signal to disturb, guarantee the stability of wireless signal transmission.
Embodiment
To be described in further detail embodiment of the present invention below in conjunction with accompanying drawing.
See also Fig. 1 and Fig. 2, the touch-control module 10 that first embodiment of the invention provides comprises a substrate 11, coloured framework 12, contact panel 14, flat plane antenna 15, flexible circuit board 16 and multiple conducting wires 18.
This substrate 11 is transparent thin plate, and its material can adopt glass, polycarbonate or polyester etc.This substrate 11 comprises an end face 112 and a bottom surface 114.This end face 112 and this bottom surface 114 lay respectively at the opposing both sides of this substrate 11, and this end face 112 is parallel with this bottom surface 114.
This framework 12 is to be made by opaque non-conductive material.In the present embodiment, this non-conductive material can be selected materials such as printing ink or photoresist for use.This framework 12 is rectangular and comprise a upper surface 122 and a lower surface 124.This upper surface 122 and this lower surface 124 lay respectively at the opposing both sides of this framework 12, and this upper surface 122 is parallel with this lower surface 124.This framework 12 offers a host cavity 120 that runs through this upper surface 122 and this lower surface 124.This substrate 11 is housed in this host cavity 120, and this end face 112 flushes with this upper surface 122, and this bottom surface 114 flushes with this lower surface 124.This substrate 11 defines a visible area 116, and this framework 12 defines a blocked area 126.
This contact panel 14 is arranged on this bottom surface 114 with corresponding with this visible area 116.This flat plane antenna 15 is arranged on the lower surface 124 of this framework 12 and around this host cavity 120.This flat plane antenna 15 comprises that a signal emission contact 152 and a signal receive contact 154.In the present embodiment, this flat plane antenna 15 can adopt Copper Foil or aldary, and is formed on this lower surface 124 by micro-photographing process.This flexible circuit board 16 is installed on the lower surface 124 of this framework 12 and comprises signal line 162.This signal emission contact 152 and this signal receive contact 154 and all electrically connect to electrically connect by this signal line 162 and other electronic component (not shown) with this flexible circuit board 16.
This multiple conducting wires 18 is arranged on this lower surface 124 and between this flat plane antenna 15 and this contact panel 14.Particularly, an end of every lead 18 and this contact panel 14 electrically connect, and the other end and this flexible circuit board 16 electrically connect.This multiple conducting wires 18 and this flat plane antenna 15 are all at interval.In the present embodiment, the distance between this flat plane antenna 15 and this every lead 18 is greater than 1mm.
During work, this touch-control module 10 will be sent to this flat plane antenna 15 via this signal emission contact 152 from the electric signal of this flexible circuit board 16, outwards transmit to produce radio signal.Similarly, but these flat plane antenna 15 resonance are sent to this flexible circuit board 16 to produce induction current and to receive contact 154 through this signal, thereby finish the reception of radio signal in the radio signal in the external world.
This touch-control module 10 in the present embodiment is arranged on this flat plane antenna 15 on the lower surface 124 of this framework 12, not only can realize the concealed design of antenna, can prevent also when keeping profile attractive in appearance that this flat plane antenna 15 is subjected to extraneous impact and is damaged, and the user can't meet this flat plane antenna 15 when hand-held, thereby avoid signal to disturb, guarantee the stability of wireless signal transmission.In addition, because this framework 12 is to be made by non-conductive material, therefore can avoid the wireless signal transmission of this flat plane antenna 15 to be shielded or disturb.And the distance between this flat plane antenna 15 and this every lead 18 all is configured to greater than 1mm, produces electromagnetic interference (EMI) to avoid 18 pairs of flat plane antennas of lead 15.At last, if this lower surface 124 is designed to than this bottom surface 114 more near this end face 112, and this flat plane antenna 15 and this multiple conducting wires 18 are arranged on the segment difference section branch between this bottom surface 114 and this lower surface 124, then can save the space, reduce the volume of touch-control module 10.
See also Fig. 1 and Fig. 3, the touch-control module 20 that provides for second embodiment of the invention.The touch-control module 20 of present embodiment and the difference between the touch-control module 10 in first embodiment are: this touch-control module 20 comprises two flexible circuit boards, is respectively first flexible circuit board 26 and second flexible circuit board 27.This first flexible circuit board 26 comprises first signal line 262, and this second flexible circuit board 27 comprises a secondary signal winding displacement 272.One end of every lead 28 and contact panel 24 electrically connect, and the other end and this first flexible circuit board 26 electrically connect.Namely this contact panel 24 is connected with other electronic component (not shown) by this multiple conducting wires 28 and this first signal line 262.This signal emission contact 252 and this signal receive contact 254 and all electrically connect to be connected with other electronic component (not shown) by this secondary signal winding displacement 272 with this second flexible circuit board 27.
Touch-control module 20 in the present embodiment has the beneficial effect identical with touch-control module 10 in first embodiment, does not repeat them here.In addition, this contact panel 24 and this flat plane antenna 25 are connected with separate first flexible circuit board 26 and second flexible circuit board 27 respectively, not only are conducive to independent control, can also further avoid interference.
See also Fig. 1-2 and Fig. 4, the portable electron device 30 that provides for third embodiment of the invention.This portable electron device 30 can be smart mobile phone or panel computer etc., and this portable electron device 30 is smart mobile phone in the present embodiment.This portable electron device 30 comprises the touch-control module 10 in a housing 32 and first embodiment.This contact panel 14, this flat plane antenna 15 and this multiple conducting wires 18 are housed in this housing 32, and this substrate 11 and this framework 12 expose from this housing 32.
Be appreciated that the touch-control module 10 in this portable electron device 30 can be replaced by the touch-control module 20 in second embodiment.
Be understandable that, for the person of ordinary skill of the art, can make other various corresponding changes and distortion by technical conceive according to the present invention, and all these change the protection domain that all should belong to claim of the present invention with distortion.