CN102645958B - A kind of mobile device and wireless module - Google Patents
A kind of mobile device and wireless module Download PDFInfo
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- CN102645958B CN102645958B CN201210096169.2A CN201210096169A CN102645958B CN 102645958 B CN102645958 B CN 102645958B CN 201210096169 A CN201210096169 A CN 201210096169A CN 102645958 B CN102645958 B CN 102645958B
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Abstract
The invention discloses a kind of mobile device and wireless module, described mobile device comprises equipment body and wireless module, equipment body comprises before opposing setting and the back side, be connected to before and side between the back side and before being arranged at, the back side, side circuitry plate in common definition space, be describedly provided with viewing area above; Being provided with the slot for plugging wireless module at the side of equipment body, be provided with the guide rail guiding wireless module to insert in slot, and the module board of wireless module being electrically connected with circuitry plate.By the way, the present invention can allow the cost of mobile device optionally reduce, and does not substantially increase the size of mobile device simultaneously.
Description
Technical field
The present invention relates to field of wireless communication, particularly relate to a kind of mobile device and wireless module.
Background technology
From modern mobile devices as development trends such as panel computers, be more and more thinner to the thickness requirement of mobile device.This requirement is a larger technological challenge, is also the important indicator that user pays close attention to.
Such as, in currently available technology, require that mobile device possesses increasing function.A hardware part corresponding to these functions is integrated in mobile device inside, and a part adopts external mode to be connected with mobile device.
But, when mobile device needs to connect the Wireless Telecom Equipments such as external LTE (LongTermEvolution), 3G (3rd-generation), the size comprising the whole system of the wireless telecommunications systems such as external LTE or 3G and mobile device during use is difficult to reduce.Further, if be integrated in mobile device by wireless telecommunications systems such as LTE or 3G, the cost of mobile device must be increased again.
Summary of the invention
The technical matters that the present invention mainly solves is to provide a kind of mobile device and wireless module, and the cost of mobile device can be allowed optionally to reduce, and does not substantially increase the size of mobile device simultaneously and ensures the serviceability of wireless module.
For solving the problems of the technologies described above, the technical scheme that the present invention adopts is: provide a kind of mobile device, comprise equipment body and wireless module; Equipment body comprises before opposing setting and the back side, be connected to before and side between the back side and before being arranged at, the back side, side circuitry plate in common definition space, before be provided with viewing area; Equipment body is provided with the slot for plugging wireless module in lateral location, is provided with the guide rail guiding wireless module to insert in slot; Wireless module comprises module matrix and is fixed on the module board on module matrix; Wherein, when wireless module is inserted in the slot of equipment body side, circuitry plate and module board electrical connection.
Wherein, circuitry plate is provided with breach at one side, and guide rail is arranged at breach both sides, and module board is arranged at when being electrically connected with circuitry plate in the breach of circuitry plate side, and both are arranged side by side by same plane.
Wherein, in the slot of equipment body side, be provided with detent mechanism, make wireless module insert to arrive the first precalculated position after slot time latched position.
Wherein, module matrix side is shell baffle plate, shell baffle plate is greater than the length of wireless module remainder at equidirectional along the length of equipment body side surface direction, the width of slot outer position is greater than the width of inner position, and then formation detent mechanism, and shell baffle plate mates along the length of equipment body side surface direction with the width of slot outer position, and is greater than the width of the inner position of slot.
Wherein, shell baffle plate is more than or equal to 85.60mm along the length of equipment body side surface direction.
Wherein, the slot opening part of equipment body side is provided with release mechanism, for the locking of release to wireless module position when taking out wireless module.
Wherein, circuitry plate and module board press the mode such as mode or side plate horizontal sliding connection by shell fragment and are electrically connected.
Wherein, module matrix side is provided with the module antenna be electrically connected with module board, and when wireless module is inserted in the slot of equipment body side, the module matrix side being provided with module antenna corresponds to slot opening part and arranges.
Wherein, module antenna is thunder carving antenna or FPC antenna or steel antenna etc., and is covered on the inside surface of module matrix side, with the form fit of module matrix side inside surface.
Wherein, the module matrix side being provided with module antenna is the shell baffle plate as antenna holder, and the lateral surface as the shell baffle plate of antenna holder mates with the equipment body side view being provided with slot.
Wherein, the surface of module board proximity modules antenna is convexly equipped with mast, and the position of module antenna respective antenna post is provided with feedback point, and mast adopts elastic contacting structure to be electrically connected towards between the side and the feedback point of module antenna of module antenna.
Wherein, elastic contacting structure is probe or shell fragment.
Wherein, wireless module is the wireless communication modules such as LTE or 3G.
Wherein, wireless module comprises and being fixed on module board and the subscriber identify module card be electrically connected with module board.
Wherein, the region of module board respective user identification module card position is provided with electron device at least partially.
For solving the problems of the technologies described above, another technical solution used in the present invention is: provide a kind of mobile device, comprise before opposing setting and the back side, be connected to before and side between the back side and before being arranged at, the back side, side circuitry plate in common definition space, before be provided with viewing area; Equipment body is provided with slot in lateral location, and be provided with the guide rail guiding wireless module to insert in slot, circuitry plate is provided with the terminal be electrically connected with wireless module.
Wherein, circuitry plate is provided with breach in the position of the corresponding slot of one side, and for accommodating wireless module, guide rail is arranged at breach both sides.
Wherein, in the slot of equipment body side, be provided with detent mechanism, make wireless module insert to arrive the first precalculated position after slot time latched position.
Wherein, the width of slot opening is more than or equal to 85.60mm.
The invention has the beneficial effects as follows: the situation being different from prior art, the present invention the invention has the beneficial effects as follows: the situation being different from prior art, mobile device of the present invention is by arranging slot in lateral location, wireless module is inserted in the slot of equipment body side, consumer can choose the mobile device not carrying wireless module, the cost of mobile device can be allowed thus optionally to reduce, simultaneously because the viewing area of mobile device has certain size, and in mobile device available space is more comparatively speaking in space, therefore wireless module is designed to patch in the slot of equipment body side, the size substantially not increasing mobile device can be realized, and it is compact, attractive in appearance, and, the guide rail guiding wireless module to insert is provided with in the slot of equipment body side, wireless module can being enable accurately to locate when inserting slot, making wireless module can correctly carry out being electrically connected with mobile device and dislocation not easily occurs connecting, improve the reliability of connection.
Accompanying drawing explanation
Fig. 1 is the structural perspective that mobile device of the present invention adopts an embodiment of radium carving antenna;
Fig. 2 is the back side schematic perspective view of the mobile device of Fig. 1;
Fig. 3 is the sectional view of mobile device along AB direction of Fig. 1;
Fig. 4 is the sectional view of mobile device along CD direction of Fig. 1;
Fig. 5 is the enlarged diagram of circled hash part in Fig. 4;
Fig. 6 is the structural perspective of wireless module in Fig. 1;
Fig. 7 is that mobile device of the present invention adopts shell fragment to press the structural perspective of the embodiment that mode carries out connecting;
Fig. 8 is that mobile device of the present invention adopts side plate horizontal sliding mode to carry out the structural perspective of the embodiment connected;
Fig. 9 is the sectional view of mobile device along GH direction of Fig. 8;
Figure 10 is the stereographic map that in Fig. 7, module board is electrically connected the process of module board access arrangement circuit board side notch in process with circuitry plate;
Figure 11 be mobile device of the present invention slot in be provided with the structural perspective of an embodiment of guide rail;
Figure 12 is the schematic perspective view of inserting slot construction in Figure 11;
Figure 13 is the structural perspective of an embodiment of the detent mechanism that the slot of present device main body side is arranged;
Figure 14 is the fragmentary cross-sectional view of mobile device along EF direction of Fig. 1;
Figure 15 is the structural perspective of the present invention with an embodiment of the mobile device of subscriber identify module card;
Figure 16 is the sectional view of mobile device along IJ direction of Figure 15.
Embodiment
Below in conjunction with embodiment and accompanying drawing, the present invention is described in detail
Consult Fig. 1-Fig. 6, an embodiment of mobile device of the present invention comprises equipment body 10 and wireless module 20 (in Fig. 1 dotted-line ellipse part).Equipment body 10 comprises fore shell 101 and shell on the back 102, and as before fore shell 101 outside surface 1011 and the opposing setting in the back side 1021 as shell on the back 102 outside surface.Equipment body 10 also comprise the side 103 of connection above between 1011 and the back side 1021 and be arranged at above 1011, the back side 1021, side 103 circuitry plate 104 in common definition space.
Particularly, before fore shell 101,1011 are provided with viewing area 10111, using the display screen as mobile device.The position, side 103 of equipment body 10 is provided with the slot 1031 for plugging wireless module 20.Wireless module 20 for making mobile device realize wireless telecommunications connection is the wireless communication modules such as LTE or 3G, is inserted in the slot 1031 of equipment body 10 side 103, and the module board 202 comprising module matrix 201 and be fixed in module basic 201.Further, module matrix 201 side is provided with the module antenna 2011 be electrically connected with module board 202, and when wireless module 20 is inserted in the slot 1031 of equipment body 10 side 103, module matrix 201 side being provided with module antenna 2011 corresponds to slot 1031 opening part and arranges.Wherein, module board 202 and circuitry plate 104 are electrically connected by electroconductive elastic sheet mechanism 300.
Module antenna 2011 is radium carving antenna (LDS, LaserDirectStructuring), and is covered on the inside surface of module matrix 201 side, with the form fit of module matrix 201 side inside surface.Radium carving antenna is the antenna utilizing laser direct structuring technique to make, and normally on the surface of the plastic casing of injection mo(u)lding, utilizes laser within a few second at plastic components circuit forming surface.Radium carving antenna traces height is integrated, can reduce number of parts, and lighter less, is conducive to saving design space.Therefore, the present embodiment adopts radium carving antenna that antenna can be made to take less space; Meanwhile, the operational characteristic of radium carving antenna makes it can cover on the surface of the base materials such as the plastics of various shape, and good with the combination of base material, therefore outward appearance is exquisite, attractive in appearance, and machinery, Electronic Performance all can reach higher standard simultaneously.Certainly, module antenna 2011 also can be FPC antenna or steel antenna.
In actual applications, be the shell baffle plate 2012 as antenna holder in module matrix 201 side being provided with module antenna 2011, and as the shell baffle plate 2012 of antenna holder lateral surface be provided with the equipment body 10 side surface form fit of slot 1031.Further, the shell baffle plate 2012 as antenna holder is parts of wireless module 20, and its length along direction, equipment body 10 side 103 is greater than the length of wireless module 20 remainder at equidirectional, and is more than or equal to 85.60mm.
Wherein, the surface of module board 202 proximity modules antenna 2011 is convexly equipped with mast 2021, as shown in Figure 4 and Figure 5.Module antenna 2011 is provided with antenna feed point 20211 in the position of respective antenna post 2021, and mast 2021 adopts the elastic contacting structure of gold-plated probe to be electrically connected towards between the side and the feedback point 20211 of module antenna 2011 of module antenna 2011.In addition, elastic contacting structure may also be shell fragment, in this no limit.
Certainly, the wireless module 20 of the present embodiment may also be the wireless communication modules such as Wifi, does not also do concrete restriction at this.
The mobile device of the present embodiment, wireless module 20 is inserted in the position, side 103 of equipment body 10, make wireless module 20 away from other signal disturbing of equipment body 10 inside, not only take full advantage of the space of mobile device, also improve the performance of wireless receiving and dispatching information.In addition, the module antenna 2011 of wireless module 20 is arranged on as on the shell baffle plate 2012 of antenna holder, module antenna 2011 is made to take less space, the thickness of mobile device can be effectively reduced thus, mobile device is made to realize thinner even ultrathin design, and wireless module 20 is with can infix form access arrangement main body 10, enables the various wireless telecommunications system of mobile device flexible configuration, optionally can reduce cost.
Consult Fig. 7, and composition graphs 2 and Fig. 3, the another embodiment of mobile device of the present invention comprises equipment body 10 and wireless module 20 (in figure circled hash part).Equipment body 10 comprises fore shell 101 and shell on the back 102, and as before fore shell 101 outside surface 1011 and the opposing setting in the back side 1021 as shell on the back 102 outside surface.Equipment body 10 also comprise the side 103 of connection above between 1011 and the back side 1021 and be arranged at above 1011, the back side 1021, side 103 circuitry plate 104 in common definition space.
Particularly, before fore shell 101,1011 are provided with viewing area 10111, using the display screen as mobile device.The position, side 103 of equipment body 10 is provided with the slot 1031 for plugging wireless module 20.Wireless module 20 for making mobile device realize wireless telecommunications connection is the wireless communication modules such as LTE or 3G, is inserted in the slot 1031 of equipment body 10 side 103, and the module board 202 comprising module matrix 201 and be fixed in module basic 201.Further, module matrix 201 side is provided with the module antenna 2011 be electrically connected with module board 202, and when wireless module 20 is inserted in the slot 1031 of equipment body 10 side 103, module matrix 201 side being provided with module antenna 2011 corresponds to slot 1031 opening part and arranges.Module board 202 and circuitry plate 104 are electrically connected.
Wherein, when wireless module 20 is inserted in the slot 1031 of equipment body 10 side 103, circuitry plate 104 and module board 202 are arranged side by side, and it is arranged side by side and refers to that same plane is arranged side by side.
Wherein, circuitry plate 104 and module board 202 press mode by shell fragment and are electrically connected.Particularly, shell fragment 301 intermediate projections two ends are smooth to produce elastic force when two ends are squeezed.The first end 3011 of shell fragment 301 is fixed on circuitry plate 104, and the second end 3012 then stretches to module board 202.Module board 202 is provided with conductive shell fragment perforation 2022 in the position of the second end 3012 of corresponding shell fragment 301, when module board 202 inserts slot 103, the second end 3012 of shell fragment 301 enters the shell fragment perforation 2022 of module board 202.Module board 202 inserts until suitable position, now shell fragment perforation 2022 is less than the length of shell fragment 301 to the distance of circuitry plate 104, second end 3012 of shell fragment 301 is subject to the extruding of shell fragment perforation 2022, make shell fragment 301 produce elastic force and press to shell fragment perforation 2022, together with abutting against under making shell fragment 301 and shell fragment perforation 2022 effect at elastic force, realize the electrical connection of circuitry plate 104 and module board 202 thus.
In addition, circuitry plate 104 and module board 202 are also electrically connected by side plate horizontal sliding connected mode.Consult Fig. 8 and Fig. 9, particularly, circuitry plate 104 is provided with the first joint pin 1041, and the first joint pin 1041 top is provided with towards the recess 10411 of module board 202.Module board 202 is provided with the second joint pin 2023, and the second joint pin 2023 is provided with towards circuitry plate 104 and the protuberance 20231 mated with the recess 10411 of the first joint pin 1041.When wireless module 20 inserts slot 1031 and is locked in precalculated position, the protuberance 20231 of the second joint pin 2023 embeds the recess 10411 of the first joint pin 1041, realizes the electrical connection of circuitry plate 104 and module board 202 thus.
Wherein, consult Figure 10, circuitry plate 104 is provided with breach 1042 at one side, and module board 202 is arranged at when being electrically connected with circuitry plate 104 in the breach 1042 of circuitry plate 104 side.Particularly, the lateral location that circuitry plate 104 is provided with slot 1031 in correspondence is provided with breach 1042, when module board 202 be inserted in be electrically connected with circuitry plate 104 in slot 1031 time, module board 202 is arranged in the breach 1042 of side.
The mobile device of the present embodiment, wireless module 20 is inserted in the position, side 103 of equipment body 10, make wireless module 20 away from other signal disturbing of equipment body 10 inside, not only take full advantage of the space of mobile device, also improve the performance of wireless receiving and dispatching information; And circuitry plate 104 and module board 202 same plane are arranged side by side instead of overlapping or partly overlap, also reduce the height of both arrangements, the thickness of mobile device can be effectively reduced thus, make mobile device realize thinner even ultrathin design.And wireless module 20 is with can infix form access arrangement main body 10, enables the various wireless telecommunications system of mobile device flexible configuration, optionally reduces cost; In addition, circuitry plate 104 and module board 202 are electrically connected with shell fragment press-type or side plate horizontal sliding connected mode, improve the reliability of both electrical connections.
Consult Figure 11 and Figure 12, and composition graphs 2 and Fig. 3, the another embodiment of mobile device of the present invention comprises equipment body 10 and wireless module 20.Equipment body 10 comprises fore shell 101 and shell on the back 102, and as before fore shell 101 outside surface 1011 and the opposing setting in the back side 1021 as shell on the back 102 outside surface.Equipment body 10 also comprise the side 103 of connection above between 1011 and the back side 1021 and be arranged at above 1011, the back side 1021, side 103 circuitry plate 104 in common definition space.
Particularly, before fore shell 101,1011 are provided with viewing area 10111, using the display screen as mobile device.The position, side 103 of equipment body 10 is provided with the slot 1031 for plugging wireless module 20.The wireless module 20 connected for the wireless telecommunications carrying out mobile device is the wireless communication modules such as LTE or 3G, is inserted in the slot 1031 of equipment body 10 side 103, and the module board 202 comprising module matrix 201 and be fixed in module basic 201.Further, module matrix 201 side is provided with the module antenna 2011 be electrically connected with module board 202, and when wireless module 20 is inserted in the slot 1031 of equipment body 10 side 103, module matrix 201 side being provided with module antenna 2011 corresponds to slot 1031 opening part and arranges.Module board 202 and circuitry plate 104 are electrically connected.
Wherein, the guide rail 10311 guiding wireless module 20 to insert is provided with in the slot 1031 of equipment body 10 side 103.Particularly, circuitry plate 104 is provided with breach 1042 at the side of corresponding side surface 103, and guide rail 10311 is arranged at the both sides of breach 1042.Module board 202 is arranged in the breach 1042 of circuitry plate 104 side when being electrically connected with circuitry plate 104, both same plane arrangements.
The mobile device of the present embodiment, wireless module 20 is inserted in the position, side 103 of equipment body 10, make wireless module 20 away from other signal disturbing of equipment body 10 inside, not only take full advantage of the space of mobile device, also improve the performance of wireless receiving and dispatching information.In addition, in the slot 1031 of equipment body 10 side 103, guide rail 10311 is set, wireless module 20 is made to insert and take out slot 1031 with the guide rail form of plate to plate, wireless module 20 can be enable thus accurately to locate when access arrangement main body 10, make both correctly carry out being electrically connected and dislocation not easily occurs connect.And, when module board 202 is inserted and is taken out and circuitry plate 104 same plane be arranged side by side, be also conducive to reducing the thickness of mobile device.
Consult Figure 13 and Figure 14, and composition graphs 1-Fig. 3, the another embodiment of mobile device of the present invention comprises equipment body 10 and wireless module 20.Equipment body 10 comprises fore shell 101 and shell on the back 102, and as before fore shell 101 outside surface 1011 and the opposing setting in the back side 1021 as shell on the back 102 outside surface.Equipment body 10 also comprise the side 103 of connection above between 1011 and the back side 1021 and be arranged at above 1011, the back side 1021, side 103 circuitry plate 104 in common definition space.
Particularly, before fore shell 101,1011 are provided with viewing area 10111, using the display screen as mobile device.The position, side 103 of equipment body 10 is provided with the slot 1031 for plugging wireless module.The wireless module 20 connected for the wireless telecommunications carrying out mobile device is the wireless communication modules such as LTE or 3G, is inserted in the slot 1031 of equipment body 10 side 103, and the module board 202 comprising module matrix 201 and be fixed in module basic 201.Further, module matrix 201 side is provided with the module antenna 2011 be electrically connected with module board 202, and when wireless module 20 is inserted in the slot 1031 of equipment body 10 side 103, module matrix 201 side being provided with module antenna 2011 corresponds to slot 1031 opening part and arranges.Module board 202 and circuitry plate 104 are electrically connected.
Wherein, in the slot 1031 of equipment body 10 side 103, be provided with detent mechanism (sign), to make wireless module 20 latched position when inserting the rear arrival of slot 1,031 first precalculated position.Particularly, module matrix 201 side being provided with module antenna 2011 is the shell baffle plate 2012 as antenna holder.Shell baffle plate 2012 as antenna holder is greater than the length of wireless module 20 remainder at equidirectional along the length in direction, equipment body 10 side 103, the width x1 of slot 1031 outer position A1 is greater than the width x2 of inner position A2, to form the detent mechanism of wireless module 20.Further, the shell baffle plate 2012 as antenna holder mates along the length in direction, equipment body 10 side 103 with the width x1 of slot 1031 outer position A1, and is greater than the width x2 of the inner position A2 of slot 1031.After wireless module 20 inserts slot 1031, when wireless module 20 is except when all entering into slot 1031 as the remainder except the shell baffle plate 2012 of antenna holder, because the shell baffle plate 2012 as antenna holder mates along the length in direction, equipment body 10 side 103 with the width x1 of slot 1031 outer position A1, and be greater than the inner position A2 of slot 1031, therefore, shell baffle plate 2012 as antenna holder is stuck in the outer position A1 of slot 1031 and does not enter in slot 1031 to lock the position of wireless module 20, wireless module 20 is made no longer to continue to insert in slot 1031, now wireless module 20 arrives the first precalculated position.
Also be provided with at slot 1031 opening part dual-side and there is the flexible latching device 10311 that puts in place.The latching device 10311 that puts in place dual-side that is relative and slot 1031 opening part is protruding, two ends as the shell baffle plate 2012 of antenna holder are provided with and are equipped with a recess 20121, after wireless module 20 arrives the first precalculated position, the latching device 10311 that puts in place embeds the recess 20121 of the shell baffle plate 2012 as antenna holder, now can wireless module 20 be tightly fixed in equipment body 10, loosely affect the electrical connection with equipment body 10 to prevent wireless module 20 because of fixing.Correspondingly, the latching device 10311 that puts in place also has the function of unblock, namely simultaneously as release mechanism.Specifically, when needs take out wireless module 20, external force pull-out wireless module, under the effect of pulling force, the latching device that puts in place is retracted to dual-side and have left the recess 20121 of the shell baffle plate 2012 as antenna holder, removes fixing wireless module 20.
The mobile device of the present embodiment, wireless module 20 is inserted in the position, side 103 of equipment body 10, make wireless module 20 away from other signal disturbing of equipment body 10 inside, not only take full advantage of the space of mobile device, also improve the performance of wireless receiving and dispatching information.In addition, by arranging the detent mechanism of wireless module 20 and the latching device that puts in place, more deeply inserting of wireless module 20 can be stoped, avoid damaging module board 202 or circuitry plate 104, wireless module 20 can be made to be anchored in equipment body 10 simultaneously, the reliability that both raisings are electrically connected, and corresponding release mechanism is set, to facilitate taking-up wireless module.
Consult Figure 15 and Figure 16, the another embodiment of mobile device of the present invention comprises equipment body 10 and wireless module 20.Equipment body 10 comprises fore shell 101 and shell on the back 102, and as before fore shell 101 outside surface 1011 and the opposing setting in the back side 1021 as shell on the back 102 outside surface.Equipment body 10 also comprise the side 103 of connection above between 1011 and the back side 1021 and be arranged at above 1011, the back side 1021, side 103 circuitry plate 104 in common definition space.
Particularly, before fore shell 101,1011 are provided with viewing area 10111, using the display screen as mobile device.The position, side 103 of equipment body 10 is provided with the slot 1031 for plugging wireless module 20.The wireless module 20 connected for the wireless telecommunications carrying out mobile device is the wireless communication modules such as LTE or 3G, is inserted in the slot 1031 of equipment body 10 side 103, and the module board 202 comprising module matrix 201 and be fixed in module basic 201.Further, module matrix 201 side is provided with the module antenna 2011 be electrically connected with module board 202, and when wireless module 20 is inserted in the slot 1031 of equipment body 10 side 103, module matrix 201 side being provided with module antenna 2011 corresponds to slot 1031 opening part and arranges.Module board 202 and circuitry plate 104 are electrically connected.
Wherein, wireless module 20 also comprises and being fixed on module board 202 and the subscriber identify module card 203 be electrically connected with module board 202.The region of module board 202 respective user identification module card 203 position is provided with electron device (not shown) at least partially.Subscriber identify module card 203 can be SIM cards of mobile phones.In SIM card region, the partial circuit of wireless module can be arranged on this region, to reduce the size of wireless module as much as possible.
The mobile device of the present embodiment, wireless module 20 is inserted in the position, side 103 of equipment body 10, make wireless module 20 away from other signal disturbing of equipment body 10 inside, not only take full advantage of the space of mobile device, also improve the performance of wireless receiving and dispatching information.In addition, subscriber identify module card 203 is arranged on module board 202, wireless module 20 can be reduced and press to contact with the shell fragment of mobile device and count, can strengthen thus and press connection area, to improve the connection reliability of wireless module 20 and mobile device.And electron device is set in the region of module board 202 respective user identification module card 203 position, the size of wireless module can be reduced, be conducive to the thinner even ultrathin design of mobile device.
The present invention also provides a kind of foregoing wireless module and does not comprise the mobile device embodiment of wireless module, and described wireless module and the mobile device structure not comprising wireless module can as previously mentioned, not repeat them here.
The foregoing is only embodiments of the invention; non-ly therefore limit the scope of the claims of the present invention; every utilize instructions of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (15)
1. a mobile device, is characterized in that, comprising:
Equipment body and wireless module;
Described equipment body comprises before opposing setting and the back side, be connected to before and side between the back side and before being arranged at, the back side, side circuitry plate in common definition space, be describedly provided with viewing area above;
Described equipment body is provided with the slot for plugging wireless module in lateral location, the guide rail guiding wireless module to insert is provided with in described slot, be provided with detent mechanism in the slot of described equipment body side, make described wireless module insert to arrive the first precalculated position after slot time latched position;
Described wireless module comprises module matrix and is fixed on the module board on module matrix, described module matrix side is shell baffle plate, described shell baffle plate is greater than the length of wireless module remainder at equidirectional along the length of equipment body side surface direction, the width of described slot outer position is greater than the width of inner position, form described detent mechanism, and described shell baffle plate mates along the length of equipment body side surface direction with the width of slot outer position, and be greater than the width of the inner position of slot, the shell baffle plate of described module matrix is provided with the module antenna be electrically connected with module board, and when wireless module is inserted in the slot of equipment body side, described shell baffle plate corresponds to slot opening part and arranges, when the remainder of described wireless module all enters in described slot described shell baffle wedge the close equipment body side of described slot position and do not enter in slot, described circuitry plate and module board electrical connection,
Wherein, it is described when wireless module is inserted in the slot of equipment body side, described circuitry plate and module board press mode by shell fragment and are electrically connected, wherein, the intermediate projections two ends of shell fragment are smooth to produce elastic force when two ends are squeezed, the first end of shell fragment is fixed on described circuitry plate, second end stretches to described module board, described module board is provided with the perforation of conductive shell fragment in the position of the second end of the described shell fragment of correspondence, with when described wireless module inserts described slot, second end of described shell fragment enters the shell fragment perforation on described module board, and when described module board inserts precalculated position, the bore a hole distance of described circuitry plate of described shell fragment is less than the length of described shell fragment, produce elastic force to make described shell fragment and press to shell fragment perforation.
2. mobile device according to claim 1, is characterized in that,
Described circuitry plate is provided with breach at one side, and described guide rail is arranged at breach both sides, and described module board is arranged at when being electrically connected with circuitry plate in the breach of circuitry plate side, and both are arranged side by side by same plane.
3. mobile device according to claim 1, is characterized in that,
Described shell baffle plate is more than or equal to 85.60mm along the length of equipment body side surface direction.
4. mobile device according to claim 1, is characterized in that,
The slot opening part of described equipment body side is provided with release mechanism, for the locking of release to wireless module position when taking out wireless module.
5. mobile device according to claim 1, is characterized in that,
Described module antenna is thunder carving antenna or FPC antenna or steel antenna etc., and is covered on the inside surface of described module matrix side, with the form fit of described module matrix side inside surface.
6. mobile device according to claim 5, is characterized in that,
The described module matrix side being provided with module antenna is the shell baffle plate as antenna holder, and the lateral surface of the described shell baffle plate as antenna holder mates with the equipment body side view being provided with slot.
7. mobile device according to claim 1, is characterized in that,
The surface of described module board proximity modules antenna is convexly equipped with mast, and the position of described module antenna respective antenna post is provided with feedback point, and described mast adopts elastic contacting structure to be electrically connected towards between the side and the feedback point of module antenna of module antenna.
8. mobile device according to claim 7, is characterized in that,
Described elastic contacting structure is probe or shell fragment.
9. mobile device according to claim 1, is characterized in that,
Described wireless module is the wireless communication modules such as LTE or 3G.
10. mobile device according to claim 1, is characterized in that,
Described wireless module comprises and being fixed on module board and the subscriber identify module card be electrically connected with module board.
11. mobile devices according to claim 10, is characterized in that,
The region of described module board respective user identification module card position is provided with electron device at least partially.
12. 1 kinds of mobile devices, is characterized in that, comprising:
Before opposing setting and the back side, be connected to before and side between the back side and before being arranged at, the back side, side circuitry plate in common definition space, be describedly provided with viewing area above;
Described equipment body is provided with slot in lateral location, the guide rail guiding wireless module to insert is provided with in described slot,, be provided with detent mechanism in the slot of described equipment body side, make described wireless module insert to arrive the first precalculated position after slot time latched position;
Described wireless module comprises module matrix and is fixed on the module board on module matrix, described module matrix side is shell baffle plate, described shell baffle plate is greater than the length of wireless module remainder at equidirectional along the length of equipment body side surface direction, the width of described slot outer position is greater than the width of inner position, form described detent mechanism, and described shell baffle plate mates along the length of equipment body side surface direction with the width of slot outer position, and be greater than the width of the inner position of slot, the shell baffle plate of described module matrix is provided with the module antenna be electrically connected with module board, and when wireless module is inserted in the slot of equipment body side, described shell baffle plate corresponds to slot opening part and arranges, when the remainder of described wireless module all enters in described slot described shell baffle wedge the close equipment body side of described slot position and do not enter in slot, described circuitry plate and module board electrical connection,
Described circuitry plate is provided with the shell fragment be electrically connected with wireless module, with when described wireless module inserts described slot, described circuitry plate presses mode with the module board of described wireless module by shell fragment and is electrically connected, wherein, the intermediate projections two ends of described shell fragment smooth to receive extruding at two ends time produce elastic force, the first end of described shell fragment is fixed on described circuitry plate, second end stretches to described module board, when described wireless module inserts described slot, second end of described shell fragment enters the shell fragment perforation on described module board, and when described module board inserts precalculated position, the bore a hole distance of described circuitry plate of described shell fragment is less than the length of described shell fragment, produce elastic force to make described shell fragment and press to shell fragment perforation.
13. mobile devices according to claim 12, is characterized in that,
Described circuitry plate is provided with breach in the position of the corresponding slot of one side, and for accommodating wireless module, described guide rail is arranged at breach both sides.
14. mobile devices according to claim 12, is characterized in that,
Be provided with detent mechanism in the slot of described equipment body side, make described wireless module insert to arrive the first precalculated position after slot time latched position.
15. mobile devices according to claim 12, is characterized in that,
The width of described slot opening is more than or equal to 85.60mm.
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| CN201210096169.2A CN102645958B (en) | 2012-04-01 | 2012-04-01 | A kind of mobile device and wireless module |
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| CN201210096169.2A CN102645958B (en) | 2012-04-01 | 2012-04-01 | A kind of mobile device and wireless module |
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| CN102645958A CN102645958A (en) | 2012-08-22 |
| CN102645958B true CN102645958B (en) | 2015-11-25 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104580862B (en) * | 2014-12-31 | 2018-04-06 | 南昌欧菲光电技术有限公司 | Camera module |
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| CN1398137A (en) * | 2001-07-12 | 2003-02-19 | 株式会社东芝 | Portable information terminal |
| CN2935237Y (en) * | 2006-07-31 | 2007-08-15 | 聪泰科技开发股份有限公司 | Adapter structure |
| CN101083361A (en) * | 2006-05-31 | 2007-12-05 | 富士康(昆山)电脑接插件有限公司 | Electronic card connector |
| CN201945908U (en) * | 2010-07-26 | 2011-08-24 | 赖云 | Panel computer |
| CN202795138U (en) * | 2012-04-01 | 2013-03-13 | 惠州Tcl移动通信有限公司 | Mobile equipment |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100846343B1 (en) * | 2006-10-27 | 2008-07-15 | 삼성전자주식회사 | Built-in antenna module for portable wireless terminal |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1398137A (en) * | 2001-07-12 | 2003-02-19 | 株式会社东芝 | Portable information terminal |
| CN101083361A (en) * | 2006-05-31 | 2007-12-05 | 富士康(昆山)电脑接插件有限公司 | Electronic card connector |
| CN2935237Y (en) * | 2006-07-31 | 2007-08-15 | 聪泰科技开发股份有限公司 | Adapter structure |
| CN201945908U (en) * | 2010-07-26 | 2011-08-24 | 赖云 | Panel computer |
| CN202795138U (en) * | 2012-04-01 | 2013-03-13 | 惠州Tcl移动通信有限公司 | Mobile equipment |
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