CN202748697U - Flat panel equipment - Google Patents
Flat panel equipment Download PDFInfo
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- CN202748697U CN202748697U CN 201220137914 CN201220137914U CN202748697U CN 202748697 U CN202748697 U CN 202748697U CN 201220137914 CN201220137914 CN 201220137914 CN 201220137914 U CN201220137914 U CN 201220137914U CN 202748697 U CN202748697 U CN 202748697U
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Abstract
The utility model discloses flat panel equipment. The flat panel equipment comprises a equipment main body and a wireless module, wherein the equipment main body comprises a front surface and a back surface which are arranged back to back, a side surface connected between the front surface and the back surface, and an equipment circuit board which is arranged in a space defined by the front surface, the back surface and the side surface together; a display area is arranged on the front surface; an inserting slot for inserting the wireless module is arranged on the side edge of the equipment main body; and a positioning mechanism for locking the wireless module is arranged inside the inserting slot. Through the manner, the cost of the flat panel equipment can be selectively reduced, without increasing the size of the flat panel equipment basically.
Description
Technical field
The utility model relates to field of wireless communication, particularly relates to a kind of flat-panel devices.
Background technology
From development trends such as modern flat-panel devices such as panel computers, be more and more thinner to the thickness requirement of flat-panel devices.This requirement is a larger technological challenge, also is the important indicator that the user pays close attention to.
Such as, in the prior art, require flat-panel devices to possess increasing function at present.The corresponding hardware part of these functions is integrated in flat-panel devices inside, and a part adopts external mode to be connected with flat-panel devices.
But, in the time of need to connecting the Wireless Telecom Equipments such as external LTE, 3G when flat-panel devices, comprise during use that the size of the whole system of external LTE, 3G wireless telecommunications system and flat-panel devices is difficult to dwindle.And, if LTE, 3G wireless telecommunications system are integrated in the flat-panel devices, must increase the cost of flat-panel devices.
The utility model content
The technical matters that the utility model mainly solves provides a kind of flat-panel devices, can allow the cost of flat-panel devices optionally reduce, and does not substantially increase the size of flat-panel devices and the serviceability of assurance wireless module simultaneously.
For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: a kind of flat-panel devices is provided, comprises equipment body and wireless module; Equipment body comprise opposing setting front and the back side, be connected in the side between front and the back side and be arranged at front, the back side, side the circuitry plate in the common definition space, the front is provided with the viewing area; Equipment body is provided be used to the slot that plugs wireless module in lateral location, is provided with detent mechanism in the slot of equipment body side, latched position when making wireless module arrive the first precalculated position after inserting slot; Wireless module comprises module matrix and the module board that is fixed on the module matrix.
Wherein, module matrix one side is the shell baffle plate, the shell baffle plate along the length of equipment body side surface direction greater than the length of wireless module remainder at equidirectional, the width of the outer position of slot is greater than the width of inner position, form detent mechanism, and the shell baffle plate is along the width coupling of the length of equipment body side surface direction and the outer position of slot, and greater than the width of the inner position of slot.
Wherein, the shell baffle plate of module matrix is provided with the module antenna that is electrically connected with module board, and when wireless module was inserted in the slot of equipment body side, the shell baffle plate arranged corresponding to the slot opening part, and circuitry plate and module board are electrically connected.
Wherein, the slot opening part of equipment body side is provided with release mechanism, is used for discharging when taking out wireless module the locking to the wireless module position.
Wherein, module antenna is thunder carving antenna or FPC antenna or steel antenna, and is covered on the inside surface as the shell baffle plate of antenna holder, with the form fit as the shell baffle inner surface of antenna holder.
Wherein, the shell baffle plate along the length of equipment body side surface direction more than or equal to 85.60mm.
Wherein, the surface of module board proximity modules antenna convexes with mast, and the position of module antenna respective antenna post is provided with the feedback point, and mast adopts the elastic contacting structure to be electrically connected between the feedback point of a side of module antenna and module antenna.
Wherein, the elastic contacting structure is probe or shell fragment.
Wherein, wireless module is LTE or 3G wireless communication module.
Wherein, when wireless module was inserted in the slot of equipment body side, circuitry plate and module board same plane were arranged side by side.
Wherein, circuitry plate and module board press mode by shell fragment or side plate horizontal sliding connected mode is electrically connected.
Wherein, the circuitry plate is provided with breach in the position of the corresponding slot of one side, and module board is arranged in the breach of circuitry plate side when being electrically connected with the circuitry plate.
Wherein, be provided with the guide rail that the guiding wireless module inserts in the slot of equipment body side.
Wherein, the circuitry plate is provided with breach at the one side, and guide rail is arranged at the breach both sides, and module board is arranged in the breach of circuitry plate side when being electrically connected with the circuitry plate, and both are arranged side by side by same plane.
Wherein, wireless module comprises and is fixed on the module board and the subscriber identify module card that is electrically connected with module board.
Wherein, the zone of module board respective user identification module card position is provided with at least a portion electron device.
For solving the problems of the technologies described above, another technical scheme that the utility model adopts is: a kind of flat-panel devices is provided, comprise opposing setting front and the back side, be connected in the side between front and the back side and be arranged at front, the back side, side the circuitry plate in the common definition space, the front is provided with the viewing area; Equipment body is provided be used to the slot that plugs wireless module in lateral location, is provided with detent mechanism in the slot of equipment body side, latched position when making wireless module arrive the first precalculated position after inserting slot; The circuitry plate is provided with the terminal that is electrically connected with wireless module.
Wherein, the width of the outer position of slot forms detent mechanism greater than the width of inner position.
Wherein, the slot opening part of equipment body side is provided with release mechanism, is used for discharging when taking out wireless module the locking to the wireless module position.
Wherein, the terminal that is electrically connected with wireless module of circuitry plate is shell fragment or plays needle construction.
Wherein, the circuitry plate is provided with the breach of accommodating wireless module in the position of the corresponding slot of one side.
Wherein, the circuitry plate is provided with the guide rail that the guiding wireless module inserts in the breach both sides of one side.
Wherein, slot and circuitry plate are positioned at same plane.
The beneficial effects of the utility model are: the situation that is different from prior art, flat-panel devices of the present utility model is by arranging slot in lateral location, wireless module is inserted in the slot of equipment body side, the consumer can choose the flat-panel devices of not carrying wireless module, can allow thus the cost of flat-panel devices optionally reduce, viewing area because of flat-panel devices has certain size simultaneously, available space is more comparatively speaking in the space and in the flat-panel devices, therefore wireless module is designed to patch in the slot of equipment body side, can realize substantially not increasing the size of flat-panel devices, and compact, attractive in appearance; And, be provided with the detent mechanism for the fixed wireless module in the slot of equipment body side, can stop the darker insertion of wireless module, avoid damaging its inner circuit board, wireless module is anchored in the equipment body and is difficult for looseningly, help to improve the reliability that wireless module is electrically connected with equipment body
Description of drawings
Fig. 1 is the structural perspective that the utility model flat-panel devices adopts an embodiment of radium carving antenna;
Fig. 2 is the back side schematic perspective view of the flat-panel devices of Fig. 1;
Fig. 3 is that the flat-panel devices of Fig. 1 is along the sectional view of AB direction;
Fig. 4 is that the flat-panel devices of Fig. 1 is along a sectional view of CD direction;
Fig. 5 is the enlarged diagram of circle dotted portion among Fig. 4;
Fig. 6 is the structural perspective of wireless module among Fig. 1;
Fig. 7 is that the utility model flat-panel devices adopts shell fragment to press the structural perspective of the embodiment that mode connects;
Fig. 8 is the structural perspective that the utility model flat-panel devices adopts the embodiment that side plate horizontal sliding mode connects;
Fig. 9 is that the flat-panel devices of Fig. 8 is along the sectional view of GH direction;
Figure 10 is the stereographic map that module board is electrically connected the process of module board access arrangement circuit board side breach in the process among Fig. 7 with the circuitry plate;
Figure 11 is the structural perspective that is provided with an embodiment of guide rail in the slot of the utility model flat-panel devices;
Figure 12 is the schematic perspective view of inserting slot construction among Figure 11;
Figure 13 is the structural perspective of an embodiment of the detent mechanism that arranges of the slot of the utility model equipment body side;
Figure 14 is that the flat-panel devices of Fig. 1 is along the fragmentary cross-sectional view of EF direction;
Figure 15 is that the utility model is with the structural perspective of an embodiment of the flat-panel devices of subscriber identify module card;
Figure 16 is that the flat-panel devices of Figure 15 is along the sectional view of IJ direction.
Embodiment
Below in conjunction with embodiment and accompanying drawing the utility model is described in detail
Consult Fig. 1-Fig. 6, an embodiment of the utility model flat-panel devices comprises oval dotted portion among equipment body 10 and wireless module 20(Fig. 1).Equipment body 10 comprises fore shell 101 and shell on the back 102, and as the front 1011 of fore shell 101 outside surfaces with as the back side 1021 opposing settings of shell on the back 102 outside surfaces.Equipment body 10 also comprises and connects the side 103 between front 1011 and the back side 1021 and be arranged at front 1011, the back side 1021, the interior circuitry plate 104 of 103 the common definition spaces in side.
Particularly, be provided with viewing area 10111 in the front 1011 of fore shell 101, with the display screen as flat-panel devices.103 positions, side of equipment body 10 are provided be used to the slot 1031 that plugs wireless module 20.The wireless module 20 that is used for making flat-panel devices realize that wireless telecommunications connect is the wireless communication modules such as LTE or 3G, is inserted in the slot 1031 of equipment body 10 sides 103, and comprises module matrix 201 and the module board 202 that is fixed on the module basic 201.Further, module matrix 201 1 sides are provided with the module antenna 2011 that is electrically connected with module board 202, and when wireless module 20 is inserted in the slot 1031 of equipment body 10 sides 103, be provided with module matrix 201 1 sides of module antenna 2011 corresponding to slot 1031 opening part settings.Wherein, module board 202 and circuitry plate 104 are electrically connected by electroconductive elastic sheet mechanism 300.
In actual applications, are shell baffle plates 2012 as antenna holder in module matrix 201 1 sides that are provided with module antenna 2011, and as the lateral surface and the equipment body 10 side surface form fit that are provided with slot 1031 of the shell baffle plate 2012 of antenna holder.Further, be the part of wireless module 20 as the shell baffle plate 2012 of antenna holder, its along the length of equipment body 10 sides 103 directions greater than the length of wireless module 20 remainders at equidirectional, and more than or equal to 85.60mm.
Wherein, the surface of module board 202 proximity modules antennas 2011 convexes 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 between the feedback point 20211 of a side of module antenna 2011 and module antenna 2011.In addition, the elastic contacting structure is shell fragment also, is not construed as limiting at this.
Certainly, the wireless module 20 of present embodiment is the wireless communication module such as Wifi also, does not also do concrete restriction at this.
The flat-panel devices of present embodiment, wireless module 20 is inserted in 103 positions, side of equipment body 10, wireless module 20 is disturbed away from other signals of equipment body 10 inside, not only take full advantage of the space of flat-panel devices, also improved the performance of wireless receiving and dispatching information.In addition, the module antenna 2011 of wireless module 20 is arranged on the shell baffle plate 2012 as antenna holder, make module antenna 2011 take still less space, can effectively reduce thus the thickness of flat-panel devices, make flat-panel devices realize thinner even ultrathin design, and but wireless module 20 is with infix form access arrangement main body 10, makes the flat-panel devices can the various wireless telecommunications systems of flexible configuration, optionally Cost reduction.
Consult Fig. 7, and in conjunction with Fig. 2 and Fig. 3, the another embodiment of the utility model flat-panel devices comprises circle dotted portion among equipment body 10 and the wireless module 20(figure).Equipment body 10 comprises fore shell 101 and shell on the back 102, and as the front 1011 of fore shell 101 outside surfaces with as the back side 1021 opposing settings of shell on the back 102 outside surfaces.Equipment body 10 also comprises and connects the side 103 between front 1011 and the back side 1021 and be arranged at front 1011, the back side 1021, the interior circuitry plate 104 of 103 the common definition spaces in side.
Particularly, be provided with viewing area 10111 in the front 1011 of fore shell 101, with the display screen as flat-panel devices.103 positions, side of equipment body 10 are provided be used to the slot 1031 that plugs wireless module 20.The wireless module 20 that is used for making flat-panel devices realize that wireless telecommunications connect is the wireless communication modules such as LTE or 3G, is inserted in the slot 1031 of equipment body 10 sides 103, and comprises module matrix 201 and the module board 202 that is fixed on the module basic 201.Further, module matrix 201 1 sides are provided with the module antenna 2011 that is electrically connected with module board 202, and when wireless module 20 is inserted in the slot 1031 of equipment body 10 sides 103, be provided with module matrix 201 1 sides of module antenna 2011 corresponding to slot 1031 opening part settings.Module board 202 and circuitry plate 104 are electrically connected.
Wherein, when wireless module 20 was inserted in the slot 1031 of equipment body 10 sides 103, circuitry plate 104 and module board 202 were 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, the smooth elastic force that produces when being squeezed at two ends in shell fragment 301 intermediate projections two ends.The first end 3011 of shell fragment 301 is fixed on the circuitry plate 104, and the second end 3012 then stretches to module board 202.Be provided with conductive shell fragment perforation 2022 in the position of the second end 3012 of corresponding shell fragment 301 on the module board 202, when module board 202 inserted slot 103, the second end 3012 of shell fragment 301 entered the shell fragment perforation 2022 of module board 202.Module board 202 inserts until suitable position, shell fragment perforation this moment 2022 is arrived the distance of circuitry plate 104 less than the length of shell fragment 301, the 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 and bore a hole 2022, shell fragment 301 and shell fragment perforation 2022 is abutted against together under the effect of elastic force, realize thus the electrical connection of circuitry plate 104 and module board 202.
In addition, circuitry plate 104 and module board 202 also can be 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 tops are provided with the recess 10411 towards module board 202.Module board 202 is provided with the second joint pin 2023, and the second joint pin 2023 be provided with towards circuitry plate 104 and with the protuberance 20231 of recess 10411 coupling of the first joint pin 1041.When wireless module 20 inserted slot 1031 and is locked in the precalculated position, the protuberance 20231 of the second joint pin 2023 embedded the recess 10411 of the first joint pin 1041, realizes thus the electrical connection of circuitry plate 104 and module board 202.
Wherein, consult Figure 10, circuitry plate 104 is provided with breach 1042 at the one side, and module board 202 is arranged in the breach 1042 of circuitry plate 104 sides when being electrically connected with circuitry plate 104.Particularly, circuitry plate 104 is provided with breach 1042 in the lateral location that correspondence is provided with slot 1031, and when being electrically connected with circuitry plate 104 in module board 202 is inserted in slot 1031, module board 202 is arranged in the breach 1042 of side.
The flat-panel devices of present embodiment, wireless module 20 is inserted in 103 positions, side of equipment body 10, wireless module 20 is disturbed away from other signals of equipment body 10 inside, not only take full advantage of the space of flat-panel devices, also improved the performance of wireless receiving and dispatching information; And circuitry plate 104 and module board 202 same planes are arranged side by side rather than overlapping or partly overlap, and have also reduced the height that both arrange, and can effectively reduce thus the thickness of flat-panel devices, make flat-panel devices realize thinner even ultrathin design.And but wireless module 20 is with infix form access arrangement main body 10, makes the flat-panel devices can the various wireless telecommunications systems of flexible configuration, optionally Cost reduction; In addition, circuitry plate 104 and module board 202 are electrically connected with shell fragment press-type or side plate horizontal sliding connected mode, have improved the reliability that both are electrically connected.
Consult Figure 11 and Figure 12, and in conjunction with Fig. 2 and Fig. 3, the another embodiment of the utility model flat-panel devices comprises equipment body 10 and wireless module 20.Equipment body 10 comprises fore shell 101 and shell on the back 102, and as the front 1011 of fore shell 101 outside surfaces with as the back side 1021 opposing settings of shell on the back 102 outside surfaces.Equipment body 10 also comprises and connects the side 103 between front 1011 and the back side 1021 and be arranged at front 1011, the back side 1021, the interior circuitry plate 104 of 103 the common definition spaces in side.
Particularly, be provided with viewing area 10111 in the front 1011 of fore shell 101, with the display screen as flat-panel devices.103 positions, side of equipment body 10 are provided be used to the slot 1031 that plugs wireless module 20.The wireless module 20 that connects for the wireless telecommunications of carrying out flat-panel devices is the wireless communication modules such as LTE or 3G, is inserted in the slot 1031 of equipment body 10 sides 103, and comprises module matrix 201 and the module board 202 that is fixed on the module basic 201.Further, module matrix 201 1 sides are provided with the module antenna 2011 that is electrically connected with module board 202, and when wireless module 20 is inserted in the slot 1031 of equipment body 10 sides 103, be provided with module matrix 201 1 sides of module antenna 2011 corresponding to slot 1031 opening part settings.Module board 202 and circuitry plate 104 are electrically connected.
Wherein, be provided with the guide rail 10311 that guiding wireless module 20 inserts in the slot 1031 of equipment body 10 sides 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 at when being electrically connected with circuitry plate 104 in the breach 1042 of circuitry plate 104 sides, and both same planes are arranged.
The flat-panel devices of present embodiment, wireless module 20 is inserted in 103 positions, side of equipment body 10, wireless module 20 is disturbed away from other signals of equipment body 10 inside, not only take full advantage of the space of flat-panel devices, also improved the performance of wireless receiving and dispatching information.In addition, the slot 1031 interior guide rails 10311 that arrange in equipment body 10 sides 103, make wireless module 20 insert and take out slot 1031 with plate to the guide rail form of plate, wireless module 20 can accurately be located when access arrangement main body 10, both can correctly be electrically connected and dislocation be difficult for to occur join.And, when module board 202 is inserted and is taken out and circuitry plate 104 same planes be arranged side by side, also be conducive to reduce the thickness of flat-panel devices.
Consult Figure 13 and Figure 14, and in conjunction with Fig. 1-Fig. 3, the another embodiment of the utility model flat-panel devices comprises equipment body 10 and wireless module 20.Equipment body 10 comprises fore shell 101 and shell on the back 102, and as the front 1011 of fore shell 101 outside surfaces with as the back side 1021 opposing settings of shell on the back 102 outside surfaces.Equipment body 10 also comprises and connects the side 103 between front 1011 and the back side 1021 and be arranged at front 1011, the back side 1021, the interior circuitry plate 104 of 103 the common definition spaces in side.
Particularly, be provided with viewing area 10111 in the front 1011 of fore shell 101, with the display screen as flat-panel devices.103 positions, side of equipment body 10 are provided be used to the slot 1031 that plugs wireless module.The wireless module 20 that connects for the wireless telecommunications of carrying out flat-panel devices is the wireless communication modules such as LTE or 3G, is inserted in the slot 1031 of equipment body 10 sides 103, and comprises module matrix 201 and the module board 202 that is fixed on the module basic 201.Further, module matrix 201 1 sides are provided with the module antenna 2011 that is electrically connected with module board 202, and when wireless module 20 is inserted in the slot 1031 of equipment body 10 sides 103, be provided with module matrix 201 1 sides of module antenna 2011 corresponding to slot 1031 opening part settings.Module board 202 and circuitry plate 104 are electrically connected.
Wherein, be provided with detent mechanism (not indicating) in the slot 1031 of equipment body 10 sides 103, so that wireless module 20 latched position when inserting slot 1031 rear arrival the first precalculated position.Particularly, module matrix 201 1 sides that are provided with module antenna 2011 are the shell baffle plates 2012 as antenna holder.As the shell baffle plate 2012 of antenna holder along the length of equipment body 10 sides 103 directions greater than the length of wireless module 20 remainders at equidirectional, 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.And, as the shell baffle plate 2012 of antenna holder along the length of equipment body 10 sides 103 directions and the width x1 coupling of slot 1031 outer position A1, and greater than the width x2 of slot 1031 inner position A2.After wireless module 20 inserts slot 1031, when wireless module 20 when all entering into slot 1031 as the remainder the shell baffle plate 2012 of antenna holder, because the shell baffle plate 2012 as antenna holder mates along the length of equipment body 10 sides 103 directions and the width x1 of slot 1031 outer position A1, and greater than slot 1031 inner position A2, therefore, shell baffle plate 2012 as antenna holder is stuck in the outer position A1 of slot 1031 and does not enter slot 1031 interior positions with locking wireless module 20, make wireless module 20 no longer continue to insert in the slot 1031, wireless module 20 arrives the first precalculated position at this moment.
Also be provided with at slot 1031 opening part dual-sides and have the flexible latching device 10311 that puts in place.Latching device 10311 dual-sides relative and slot 1031 opening parts that put in place are protruding, be provided with as the two ends of the shell baffle plate 2012 of antenna holder and be equipped with a recess 20121, after wireless module 20 arrives the first precalculated position, the recess 20121 that the latching device 10311 that puts in place embeds as the shell baffle plate 2012 of antenna holder, can be tightly fixed on wireless module 20 in the equipment body 10 this moment, to prevent that wireless module 20 is because fixing not firm the impact and being electrically connected of equipment body 10.Correspondingly, the latching device 10311 that puts in place also has the function of release, namely simultaneously as release mechanism.Particularly, when needs took out wireless module 20, external force was pulled out wireless module, and under the effect of pulling force, the latching device that puts in place has left the recess 20121 as the shell baffle plate 2012 of antenna holder to the dual-side retraction, remove fixing wireless module 20.
The flat-panel devices of present embodiment, wireless module 20 is inserted in 103 positions, side of equipment body 10, wireless module 20 is disturbed away from other signals of equipment body 10 inside, not only take full advantage of the space of flat-panel devices, also improved 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, can stop the darker insertion of wireless module 20, avoid damaging module board 202 or circuitry plate 104, simultaneously wireless module 20 is anchored in the equipment body 10, improve the reliability that both are electrically connected, and corresponding release mechanism is set, with the convenient wireless module that takes out.
Consult Figure 15 and Figure 16, the another embodiment of the utility model flat-panel devices comprises equipment body 10 and wireless module 20.Equipment body 10 comprises fore shell 101 and shell on the back 102, and as the front 1011 of fore shell 101 outside surfaces with as the back side 1021 opposing settings of shell on the back 102 outside surfaces.Equipment body 10 also comprises and connects the side 103 between front 1011 and the back side 1021 and be arranged at front 1011, the back side 1021, the interior circuitry plate 104 of 103 the common definition spaces in side.
Particularly, be provided with viewing area 10111 in the front 1011 of fore shell 101, with the display screen as flat-panel devices.103 positions, side of equipment body 10 are provided be used to the slot 1031 that plugs wireless module 20.The wireless module 20 that connects for the wireless telecommunications of carrying out flat-panel devices is the wireless communication modules such as LTE or 3G, is inserted in the slot 1031 of equipment body 10 sides 103, and comprises module matrix 201 and the module board 202 that is fixed on the module basic 201.Further, module matrix 201 1 sides are provided with the module antenna 2011 that is electrically connected with module board 202, and when wireless module 20 is inserted in the slot 1031 of equipment body 10 sides 103, be provided with module matrix 201 1 sides of module antenna 2011 corresponding to slot 1031 opening part settings.Module board 202 and circuitry plate 104 are electrically connected.
Wherein, wireless module 20 also comprises and is fixed on the module board 202 and the subscriber identify module card 203 that is electrically connected with module board 202.Region division in module board 202 respective user identification module cards 203 positions has at least a portion electron device (not shown).Subscriber identify module card 203 can be SIM cards of mobile phones.In the SIM card zone, the partial circuit of wireless module can be arranged on this zone, to dwindle as much as possible the size of wireless module.
The flat-panel devices of present embodiment, wireless module 20 is inserted in 103 positions, side of equipment body 10, wireless module 20 is disturbed away from other signals of equipment body 10 inside, not only take full advantage of the space of flat-panel devices, also improved the performance of wireless receiving and dispatching information.In addition, subscriber identify module card 203 is arranged on the module board 202, can reduces wireless module 20 and press to contact with the shell fragment of flat-panel devices and count, can strengthen thus and press connection area, to improve the connection reliability of wireless module 20 and flat-panel devices.And at the region division electron device of module board 202 respective user identification module cards 203 positions, the size that can dwindle wireless module is conducive to the thinner even ultrathin design of flat-panel devices.
The flat-panel devices embodiment that the utility model also provides a kind of foregoing wireless module and do not comprise wireless module, described wireless module and do not comprise that the flat-panel devices structure of wireless module can as previously mentioned, not repeat them here.
The above only is embodiment of the present utility model; non-so limit claim of the present utility model; every equivalent structure or equivalent flow process conversion that utilizes the utility model instructions and accompanying drawing content to do; or directly or indirectly be used in other relevant technical fields, all in like manner be included in the scope of patent protection of the present utility model.
Claims (23)
1. a flat-panel devices is characterized in that, comprising:
Equipment body and wireless module;
Described equipment body comprise opposing setting front and the back side, be connected in the side between front and the back side and be arranged at front, the back side, side the circuitry plate in the common definition space, described front is provided with the viewing area;
Described equipment body is provided be used to the slot that plugs wireless module in lateral location, is provided with detent mechanism in the slot of described equipment body side, latched position when making described wireless module arrive the first precalculated position after inserting slot;
Described wireless module comprises module matrix and the module board that is fixed on the module matrix.
2. flat-panel devices according to claim 1 is characterized in that,
Described module matrix one side is the shell baffle plate, described shell baffle plate along the length of equipment body side surface direction greater than the length of wireless module remainder at equidirectional, the width of the outer position of described slot is greater than the width of inner position, form described detent mechanism, and described shell baffle plate is along the width coupling of the length of equipment body side surface direction and the outer position of slot, and greater than the width of the inner position of slot.
3. flat-panel devices according to claim 2 is characterized in that,
The shell baffle plate of described module matrix is provided with the module antenna that is electrically connected with module board, and when wireless module is inserted in the slot of equipment body side, described shell baffle plate arranges corresponding to the slot opening part, and described circuitry plate and module board are electrically connected.
4. flat-panel devices according to claim 3 is characterized in that,
The slot opening part of described equipment body side is provided with release mechanism, is used for discharging when taking out wireless module the locking to the wireless module position.
5. flat-panel devices according to claim 3 is characterized in that,
Described module antenna is thunder carving antenna or FPC antenna or steel antenna, and is covered on the inside surface as the described shell baffle plate of antenna holder, with the form fit of described shell baffle inner surface as antenna holder.
6. flat-panel devices according to claim 2 is characterized in that,
Described shell baffle plate along the length of equipment body side surface direction more than or equal to 85.60mm.
7. flat-panel devices according to claim 1 is characterized in that,
The surface of described module board proximity modules antenna convexes with mast, and the position of described module antenna respective antenna post is provided with the feedback point, and described mast adopts the elastic contacting structure to be electrically connected between the feedback point of a side of module antenna and module antenna.
8. flat-panel devices according to claim 6 is characterized in that,
Described elastic contacting structure is probe or shell fragment.
9. flat-panel devices according to claim 1 is characterized in that,
Described wireless module is LTE or 3G wireless communication module.
10. flat-panel devices according to claim 1 is characterized in that,
Described when wireless module is inserted in the slot of equipment body side, described circuitry plate and module board same plane are arranged side by side.
11. flat-panel devices according to claim 10 is characterized in that,
Described circuitry plate and module board press mode by shell fragment or side plate horizontal sliding connected mode is electrically connected.
12. flat-panel devices according to claim 10 is characterized in that,
Described circuitry plate is provided with breach in the position of the corresponding slot of one side, and described module board is arranged in the breach of circuitry plate side when being electrically connected with the circuitry plate.
13. flat-panel devices according to claim 1 is characterized in that,
Be provided with the guide rail that the guiding wireless module inserts in the slot of described equipment body side.
14. flat-panel devices according to claim 13 is characterized in that,
Described circuitry plate is provided with breach at the one side, and described guide rail is arranged at the breach both sides, and described module board is arranged in the breach of circuitry plate side when being electrically connected with the circuitry plate, and both are arranged side by side by same plane.
15. flat-panel devices according to claim 1 is characterized in that,
Described wireless module comprises and is fixed on the module board and the subscriber identify module card that is electrically connected with module board.
16. flat-panel devices according to claim 15 is characterized in that,
The zone of described module board respective user identification module card position is provided with at least a portion electron device.
17. a flat-panel devices is characterized in that, comprising:
The front of opposing setting and the back side, be connected in the side between front and the back side and be arranged at front, the back side, side the circuitry plate in the common definition space, described front is provided with the viewing area;
Described equipment body is provided be used to the slot that plugs wireless module in lateral location, is provided with detent mechanism in the slot of described equipment body side, latched position when making described wireless module arrive the first precalculated position after inserting slot;
Described circuitry plate is provided with the terminal that is electrically connected with wireless module.
18. flat-panel devices according to claim 17 is characterized in that,
The width of the outer position of described slot forms described detent mechanism greater than the width of inner position.
19. flat-panel devices according to claim 17 is characterized in that,
The slot opening part of described equipment body side is provided with release mechanism, is used for discharging when taking out wireless module the locking to the wireless module position.
20. flat-panel devices according to claim 17 is characterized in that,
The terminal that described circuitry plate is electrically connected with wireless module is shell fragment or plays needle construction.
21. flat-panel devices according to claim 17 is characterized in that,
Described circuitry plate is provided with the breach of accommodating wireless module in the position of the corresponding slot of one side.
22. flat-panel devices according to claim 21 is characterized in that,
Described circuitry plate is provided with the guide rail that the guiding wireless module inserts in the breach both sides of one side.
23. flat-panel devices according to claim 17 is characterized in that,
Described slot and circuitry plate are positioned at same plane.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220137914 CN202748697U (en) | 2012-04-01 | 2012-04-01 | Flat panel equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220137914 CN202748697U (en) | 2012-04-01 | 2012-04-01 | Flat panel equipment |
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| Publication Number | Publication Date |
|---|---|
| CN202748697U true CN202748697U (en) | 2013-02-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201220137914 Expired - Fee Related CN202748697U (en) | 2012-04-01 | 2012-04-01 | Flat panel equipment |
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| CN (1) | CN202748697U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102681617A (en) * | 2012-04-01 | 2012-09-19 | 惠州Tcl移动通信有限公司 | Flat panel device and wireless module |
-
2012
- 2012-04-01 CN CN 201220137914 patent/CN202748697U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102681617A (en) * | 2012-04-01 | 2012-09-19 | 惠州Tcl移动通信有限公司 | Flat panel device and wireless module |
| CN102681617B (en) * | 2012-04-01 | 2015-11-25 | 惠州Tcl移动通信有限公司 | A kind of tablet device and wireless module |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130220 Termination date: 20150401 |
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| EXPY | Termination of patent right or utility model |