CN209014861U - Ultrathin double-face display module - Google Patents
Ultrathin double-face display module Download PDFInfo
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- CN209014861U CN209014861U CN201822086772.8U CN201822086772U CN209014861U CN 209014861 U CN209014861 U CN 209014861U CN 201822086772 U CN201822086772 U CN 201822086772U CN 209014861 U CN209014861 U CN 209014861U
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- optical diaphragm
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Abstract
The utility model relates to a kind of ultrathin double-face display modules, comprising: installing frame；It is installed in the medial surface of the installing frame and mutually back to the first display module of setting and the second display module；A stiffening plate is folded between first display module and second display module.First display module and the second display module mutually back to being configured to be installed in installing frame, are saved the glue frame of each display module in the prior art, double-sided display mould group may make to meet the design concept of slimming on the whole by the utility model.The stiffening plate being located between the first display module and the second display module, for improving the structural strength of the first display module and the second display module, play the role of reinforcement, so that double-sided display mould group is while having the effect of ultra-thin, structural strength also with higher.
Description
Technical field
The utility model relates to field of screen display, refer in particular to a kind of ultrathin double-face display module.
Background technique
Liquid crystal display is because having the characteristics that small in size, low in energy consumption, radiation is low, in the current flat panel display market
Occupy leading position.In a liquid crystal display, since liquid crystal itself does not shine, only light is regulated and controled, in order to make
Image is shown on the screen of liquid crystal display, needs to configure backlight module (BLU, Back for liquid crystal display panel (Panel)
Light Unit)。
In general, backlight module can be divided into according to the difference of distribution of light sources position in backlight module by side entrance back mould
Group and down straight aphototropism mode set, wherein light source is located at the side of display panel, down straight aphototropism mode set in side entrance back module
In light source be located at the bottom of display panel.
It is usually that two side entering type displays are back-to-back solid for the display with double faces of side entrance back module
It is scheduled on together, but makes the integral thickness of display with double faces larger in this way, it is difficult to meet the design concept of slimming.
Utility model content
The purpose of the utility model is to overcome the defects of the prior art, provide a kind of ultrathin double-face display module, solve
Existing side entrance back module by be back-to-back fixed together form display with double faces caused by integral thickness it is larger,
It is difficult to the problem of meeting the design concept of slimming.
Realizing the technical solution of above-mentioned purpose is:
The utility model provides a kind of ultrathin double-face display module, comprising:
Installing frame；
It is installed in the medial surface of the installing frame and mutually back to the first display module of setting and the second display module；
A stiffening plate is folded between first display module and second display module.
The utility model mutually back to being configured to be installed in installing frame, saves the first display module and the second display module
The glue frame for going each display module in the prior art may make double-sided display mould group to meet the design concept of slimming on the whole.
The stiffening plate being located between the first display module and the second display module, for improving the first display module and the second display mould
The structural strength of group, plays the role of reinforcement, so that double-sided display mould group while having the effect of ultra-thin, also has higher
Structural strength.
The utility model ultrathin double-face display module further improvement lies in that, first display module include be set to institute
State the medial surface of installing frame the first lamp bar and the first optical diaphragm corresponding with first lamp bar；
Second display module include set on the installing frame medial surface the second lamp bar and with second lamp
Corresponding second optical diaphragm of item；
The side that first lamp bar is corresponded in the stiffening plate is formed with the first light-shielding edge, the first light-shielding edge cladding
In the corresponding side of second optical diaphragm；
The side that second lamp bar is corresponded in the stiffening plate is formed with the second light-shielding edge, the second light-shielding edge cladding
In the corresponding side of first optical diaphragm.
The utility model ultrathin double-face display module further improvement lies in that, the medial surface of the installing frame is equipped with one the
The medial surface sandwiched of one side wall and a second sidewall, the first side wall, second sidewall and the installing frame forms a mounting groove；
First optical diaphragm and second optical diaphragm pass through institute mutually back to being set in the mounting groove
It states stiffening plate and fills the space of the first side wall and the second sidewall to first optical diaphragm, the second optical diaphragm
It is close to be fixed on the first side wall, second sidewall respectively.
The utility model ultrathin double-face display module further improvement lies in that, first lamp bar be set to the mounting groove
It is interior, for providing light source for first optical diaphragm；
Second lamp bar is set in the mounting groove, for providing light source for second optical diaphragm.
The utility model ultrathin double-face display module further improvement lies in that, the installing frame includes mutually spliced
One frame and the second frame, the medial surface of first frame are equipped with the first press strip protruded outward, second frame it is interior
Side is equipped with the second press strip protruded outward；
After first frame and second frame splicing, the first press strip pressure is set to first display module
Surface, second press strip pressure are set to the surface of second display module, and first press strip, the second press strip and described the
The medial surface sandwiched formation of one frame, the second frame is for accommodating first display module, the tank of the second display module end.
The utility model ultrathin double-face display module further improvement lies in that, the installing frame further includes an extension side
Frame, the end for extending frame are equipped with splicing protrusion；
First frame and the spliced lateral surface of the second frame are formed with compatible with the splicing protrusion
Splice slot, is inserted in the splicing slot by the splicing protrusion and connects the extension frame, first frame and institute
State the second frame.
The utility model ultrathin double-face display module further improvement lies in that, first press strip is equipped with to described the
It is close to be embedded with first to the surface of second press strip above the first boss for the first boss that two press strip directions protrude out
Block is sealed, first sealing block, which is closely pressed, is set to corresponding part in first display module；
Second press strip is equipped with the second boss that protrudes out to the first press strip direction, in the second boss
It is embedded with the second sealing block in face of the surface of first press strip, second sealing block, which is closely pressed, is set to the second display mould
Corresponding part in group.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of display with double faces in the prior art.
Fig. 2 is the explosive decomposition structural schematic diagram of the first embodiment of the utility model ultrathin double-face display module.
Fig. 3 is the cross-sectional view of the first embodiment of the utility model ultrathin double-face display module.
Fig. 4 is the explosive decomposition structural schematic diagram of the second embodiment of the utility model ultrathin double-face display module.
Fig. 5 is the cross-sectional view of the second embodiment of the utility model ultrathin double-face display module.
Specific embodiment
The utility model is described in further detail in the following with reference to the drawings and specific embodiments.
Referring to Fig.2, the utility model provides a kind of ultrathin double-face display module, for solving existing display with double faces
It is not able to satisfy the design concept of slimming, as shown in Figure 1, it is shown that existing display with double faces, including 11 He of the first display
Second display 12, the first display 11 and second display 12 are fixed in outline border 13, due to the first display 11 and second
Display 12 all has glue frame, also can be because including two glue frames even if the first display 11 is mutually sticked with second display 12
And make the thickness of display with double faces entirety that the design requirement of slimming be not achieved.And the ultrathin double-face of the utility model shows mould
Group eliminates existing glue frame, by two display modules mutually back to be installed in an installing frame, on the one hand enhance double
On the other hand the globality of face display module makes double-sided display mould group accomplish the requirement of slimming, has the effect of ultra-thin.?
One stiffening plate of sandwiched, plays the role of reinforcement to display module between two display modules, and the knot of two display modules can be improved
Structure intensity, so that double-sided display mould group had not only had the effect of ultra-thin, but also structural strength with higher.With reference to the accompanying drawing to this
Utility model ultrathin double-face display module is illustrated.
Referring to Fig.2, showing that the explosive decomposition structure of the first embodiment of the utility model ultrathin double-face display module is shown
It is intended to.Refering to Fig. 3, it is shown that the cross-sectional view of the first embodiment of the utility model ultrathin double-face display module.Below with reference to Fig. 2
And Fig. 3, the structure of the utility model ultrathin double-face display module is illustrated.
As shown in Figures 2 and 3, the ultrathin double-face display module 20 of the utility model includes that installing frame 21, first shows mould
The 22, second display module 23 of group and stiffening plate 24；First display module 22 and the second display module 23 mutually back to setting, and
It is installed in the medial surface 211 of installing frame 21, stiffening plate 24 is located between the first display module 22 and the second display module 23.
Reinforce the first display module 22 and the second display module 23 by stiffening plate 24, is the first display module 22 and second
Each feature board of display module 23 provides advantageous bracing reinforcement effect, so that each feature board stability with higher.
Based on this, the ultrathin double-face display module 20 of the utility model can accomplish each of the first display module 22 and the second display module 23
A feature board fits, between tight, it is two-sided aobvious so that the thickness of double-sided display mould group 20 is identical as the thickness of installing frame 21
Show that the thickness of mould group 20 can be thinned to the diameter of one piece of 5 jiaos of coin, i.e. 20.05mm.
As a better embodiment of the utility model, the first display module 22 includes the medial surface set on installing frame 21
211 the first lamp bar 221 and first optical diaphragm 222 corresponding with the first lamp bar 221；Second display module 23 includes setting
The second lamp bar 231 and second optical diaphragm 232 corresponding with the second lamp bar 231 in the medial surface 211 of installing frame 21, the
One lamp bar 221 and the second lamp bar 231 are oppositely arranged, i.e. the first lamp bar 221 and the second lamp bar 231 are set to the opposite of installing frame 21
Two sides.
The side of corresponding first lamp bar 221 is formed with the first light-shielding edge 241 in stiffening plate 24, first light-shielding edge 241 packet
It is overlying on the second optical diaphragm 232, so that the light source that the first lamp bar 221 provides will not be irradiated on the second optical diaphragm 232；Reinforce
The side of corresponding second lamp bar 231 is formed with the second light-shielding edge 242 on plate 24, which is coated on the first optics
The side that 222 pairs of diaphragm, so that the light source that the second lamp bar 231 provides will not be irradiated on the first optical diaphragm 222.Stiffening plate 24
Play the role of shading, the first light-shielding edge 241 and the second light-shielding edge 242 formed by the side of stiffening plate 24 is to the first lamp
Item 221 and the second lamp bar 231 are effectively blocked, and are avoided between the first lamp bar 221 and the second lamp bar 231 being oppositely arranged
The light source of generation is influenced each other and/or is interfered, and can guarantee the independent display of the first display module 22 and the second display module 23.
Preferably, the side and the first light-shielding edge 241 and second of the first light-shielding edge 241 and the second light-shielding edge 242 perpendicular to stiffening plate 24
The setting direction of light-shielding edge 242 is opposite.
As another better embodiment of the utility model, the medial surface 211 of installing frame 21 is equipped with a first side wall
2111 and a second sidewall 2112, the first side wall 2111 be oppositely arranged with second sidewall 2112, the first side wall 2111, second sidewall
2112 form a mounting groove 2113 with 211 sandwiched of medial surface of installing frame 21；First optical diaphragm 222 and the second optical diaphragm
232 mutually back to being set in mounting groove 2113, and fills the first side wall 2111 and second sidewall 2112 by stiffening plate 24
It is close to be fixed on the first side wall 2111, second sidewall respectively to the first optical diaphragm 222, the second optical diaphragm 232 in space
2112。
It is inserted into mounting groove together by the stiffening plate 24 of setting and the first optical diaphragm 222, the second optical diaphragm 232
In 2113, and realize that the first optical diaphragm 222, the second optical diaphragm 232 are closely located in mounting groove 2113, it is easy for installation
Fast, and fastness is good.
Further, first lamp bar 221 of the utility model is set in mounting groove 2113, for being the first optical diaphragm
222 provide light source；Second lamp bar 231 is set in mounting groove 2113, for providing light source for the second optical diaphragm 232.Preferably,
First lamp bar 221 is attached on the medial surface 211 of installing frame 21, and the second lamp bar 231 is also attached at the medial surface 211 of installing frame 21
On.Specifically, the first lamp bar 221 includes the first lamp plate and several LED light on the first lamp plate, and the second lamp bar 231 includes
The surface of second lamp plate and several LED light on the second lamp plate, the LED light on the first lamp plate away from setting is equipped with grafting
Block, and correspond to grafting block on the medial surface 211 of installing frame 21 and be provided with spliced eye, by the way that the grafting block of the first lamp plate is inserted into
The first lamp plate is sticked and is fixed on the medial surface 211 of installing frame 21 in corresponding spliced eye, and the LED light on the first lamp plate
In mounting groove 2113.The fixed form of second lamp bar is identical as the first lamp bar, i.e. away from the LED light of setting on the second lamp plate
Surface be equipped with grafting block, and correspond to grafting block on the medial surface 211 of installing frame 21 and be provided with spliced eye, by by the second lamp plate
Grafting block be inserted into corresponding spliced eye and the second lamp plate be sticked and is fixed on the medial surface 211 of installing frame 21, and the
LED light on two lamp plates is located in mounting groove 2113.
Still further, the first display module 22 further includes the first reflector plate 224 and the first light guide plate 225, the first reflection
Piece 224 and the first light guide plate 225 are set between the first optical diaphragm 222 and stiffening plate 24, and the first reflector plate 224 therein is sticked
In the surface of stiffening plate 24, the first light guide plate 225 is located between the first reflector plate 224 and the first optical diaphragm 222.First light
The end for learning diaphragm 222, the first light guide plate 225 and the first reflector plate 224 has part to be inserted in mounting groove 2113, and the
The side of one light guide plate 225 setting corresponding with the LED light in the first lamp bar 221 in mounting groove 2113, so that the first lamp bar
The light that 221 LED light issues is irradiated in the first optical diaphragm 222 by the first light guide plate 225, and the first reflector plate 224 is set
It sets the light that the LED light in the first lamp bar 221 is issued to be reflected in the first light guide plate 225, and then is led by first
Tabula rasa 225 is irradiated in the first optical diaphragm 222.Second light-shielding edge 242 of stiffening plate 24 is coated on the first reflector plate 224 and first
The light that the side of first light guide plate 225 is issued with the second lamp bar 231 is spaced by the side of light guide plate 225.
Second display module 23 further includes the second reflector plate 234 and the second light guide plate 235, the second reflector plate 234 and second
Light guide plate 225 is set between the second optical diaphragm 232 and stiffening plate 24, and the second reflector plate 234 therein is attached at stiffening plate 24
Surface, the second light guide plate 235 is located between the second reflector plate 234 and the second optical diaphragm 232.Second optical diaphragm 232,
The end of second light guide plate 235 and the second reflector plate 234 has part to be inserted in mounting groove 2113, and the second light guide plate
235 side setting corresponding with the LED light in the second lamp bar 231 in mounting groove 2113, so that the LED of the second lamp bar 231
The light that lamp issues is irradiated in the second optical diaphragm 232 by the second light guide plate 235, and the setting of the second reflector plate 234 is so that the
The light that LED light in two lamp bars 231 issues can be reflected in the second light guide plate 235, and then be shone by the second light guide plate 235
It penetrates in the second optical diaphragm 232.First light-shielding edge 241 of stiffening plate 24 is coated on the second reflector plate 234 and the second light guide plate 235
Side, the light that the side of the second light guide plate 235 is issued with the first lamp bar 221 is spaced.
Further, the first display module 22 further includes the first liquid-crystalline glasses 223, and installing frame 21 has opposite front
212 and rear portion 213, corresponding first liquid-crystalline glasses 223 are equipped with the first mounting surface 2121, the first liquid-crystalline glasses 223 peace at front 212
Loaded on the first mounting surface 2121, and the first liquid-crystalline glasses 223 are arranged in face of the first optical diaphragm 222.First mounting surface 2121
Surface be located at the surface of front 212 lower than installing frame 21, thus in the press fitting of the first liquid-crystalline glasses 223 in the first mounting surface 2121
When upper, outer surface and the installing frame 21 of first liquid-crystalline glasses 223 are located at the surface flush or the first liquid-crystalline glasses of front 212
223 outer surface is located at the surface of front 212 lower than installing frame 21.
Second display module 23 further includes the second liquid-crystalline glasses 233, corresponding second liquid crystal glass at the rear portion 213 of installing frame 21
Glass 233 is equipped with the second mounting surface 2131, and the second liquid-crystalline glasses 233 are installed on the second mounting surface 2131, and the second liquid-crystalline glasses
233 are arranged in face of the second optical diaphragm 232.The surface of second mounting surface 2131 is located at the surface at rear portion 213 lower than installing frame 21,
To be pressed the outer surface of second liquid-crystalline glasses 233 and installation when on the second mounting surface 2131 in the second liquid-crystalline glasses 233
The outer surface of surface flush or the second liquid-crystalline glasses 233 that frame 21 is located at rear portion 213 is located at rear portion 213 lower than installing frame 21
Surface.
In Fig. 2 and first embodiment shown in Fig. 3, the frame bar of installing frame 21 is structure as a whole, and mounting groove 2113 is opened
On the medial surface of frame bar, installing frame 21 is spliced to form frame structure by four frame bars.
As shown in Figure 4 and Figure 5, it is shown that the second embodiment of the utility model, in a second embodiment, installing frame 21 are wrapped
The first frame 214 and the second frame 215 mutually spliced is included, the medial surface of the first frame 214 is equipped with the first pressure protruded outward
Item 2141, the medial surface of the second frame 215 are equipped with the second press strip 2151 protruded outward, the first frame 214 and the second frame 215
After splicing, the first press strip 2141 pressure is set to the surface of the first display module 22, and the second press strip 2151 pressure is set to the second display module
23 surface, and the medial surface sandwiched of the first press strip 2141, the second press strip 2151 and the first frame 214, the second frame 215 is formed
For the first display module 22 of accommodating, the tank 217 of 23 end of the second display module.Utilize the first frame 214 and the second frame 215
Clamping first display module 22 and the second display module 23 are set to the periphery of the first display module 22 by the first frame 214 pressure,
Second frame 215 pressure is set to the periphery of the second display module 23, so that the first display module 22 and the second display module 23 be consolidated
It is scheduled on together.
Installing frame 21 is designed as separate structure, i.e., the structure shape spliced by the first frame 214 and the second frame 215
Formula can facilitate the assembling of the first display module 22 and the second display module 23.
Further, installing frame 21 further includes an extension frame 216, and the end of the extension frame 216 is equipped with splicing protrusion
2161；
First frame 214 and the spliced lateral surface of the second frame 215 are formed with and splice raised 2161 compatible spellings
Access slot 218 is inserted in connection in splicing slot 218 by splicing protrusion 2161 and extends frame 216, the first frame 214 and second
Frame 215.Preferably, bolt hole is offered in splicing protrusion 2161, it is corresponding in the first frame 214 and the second frame 215
Position also offers bolt hole, splicing protrusion 2161 be inserted in splicing slot 218 in when, splicing protrusion 2161 on bolt hole with
Bolt hole on first frame 214 and the second frame 215 aligns, and then fastens company by the bolt hole that bolt passes through alignment
It connects the first frame 214, the second frame 215 and extends frame 216.
Still further, being equipped with the first boss protruded out to 2151 direction of the second press strip on the first press strip 2141
2142, first boss 2142 is embedded with the first sealing block 2143 to the surface of the second press strip 2151 above, first sealing block
2143 close pressures are set to corresponding part in the first display module 22；It is equipped on the second press strip 2151 to 2141 institute of the first press strip
In the second boss 2152 that direction protrudes out, which seals to before the surface of the first press strip 2141 equipped with second above
Block 2153, closely pressure is set to corresponding part in the second display module 23 to second sealing block 2153.
First display module 22 is anti-including the first lamp bar 221, the first optical diaphragm 222, the first liquid-crystalline glasses 223, first
Piece 224 and the first light guide plate 225 are penetrated, the second display module 23 includes the second lamp bar 231, the second optical diaphragm 232, the second liquid crystal
Glass 233, the second reflector plate 234 and the second light guide plate 235.In a second embodiment, first boss 2142 is resisted against first
The end side of optical diaphragm 222, and 2141 part of the first press strip pressure is set to the surface of the first optical diaphragm 222, first boss 2142
On the first sealing block 2143 for being embedded closely pressure is set to the surface of the first light guide plate 225, and the second light-shielding edge 242 cladding first is led
The end side of tabula rasa 225 and the first reflector plate 224 simultaneously leans with corresponding first boss 2142.Second boss 2152 is resisted against second
The end side of optical diaphragm 232, and 2151 part of the second press strip pressure is set to the surface of the second optical diaphragm 232, second boss 2152
On the second sealing block 2153 for being embedded closely pressure is set to the surface of the second light guide plate 235, and the first light-shielding edge 241 is coated on second
The end side of light guide plate 225 and the first reflector plate 224 simultaneously leans with corresponding second boss 2152.Utilize 2143 He of the first sealing block
Second sealing block 2153 closely compresses corresponding first light guide plate 225 and the second light guide plate 235, on the one hand can reinforce first
On the other hand the secured intensity of display module 22 and the second display module 23 can also seal tank 217 and corresponding first light
The gap between diaphragm 222 and the second optical diaphragm 232 is learned, the first lamp bar 221 being installed in tank 217 and the second lamp bar are avoided
231 light leakage.
In a second embodiment, the mounting means and first embodiment of the first liquid-crystalline glasses 223 and the second liquid-crystalline glasses 23
In it is identical, for details, reference can be made to the descriptions in first embodiment, and details are not described herein.
Combine figure embodiment that the utility model is described in detail above, those skilled in the art can root
Many variations example is made to the utility model according to above description.Thus, certain details in embodiment should not constitute practical to this
Novel restriction, the utility model will be using the ranges that the appended claims define as the protection scope of the utility model.
Claims (7)
1. a kind of ultrathin double-face display module characterized by comprising
Installing frame；
It is installed in the medial surface of the installing frame and mutually back to the first display module of setting and the second display module；
A stiffening plate is folded between first display module and second display module.
2. ultrathin double-face display module as described in claim 1, which is characterized in that first display module includes being set to institute
State the medial surface of installing frame the first lamp bar and the first optical diaphragm corresponding with first lamp bar；
Second display module include set on the installing frame medial surface the second lamp bar and with the second lamp bar phase
Corresponding second optical diaphragm；
The side that first lamp bar is corresponded in the stiffening plate is formed with the first light-shielding edge, and first light-shielding edge is coated on institute
State the corresponding side of the second optical diaphragm；
The side that second lamp bar is corresponded in the stiffening plate is formed with the second light-shielding edge, and second light-shielding edge is coated on institute
State the corresponding side of the first optical diaphragm.
3. ultrathin double-face display module as claimed in claim 2, which is characterized in that the medial surface of the installing frame is equipped with one the
The medial surface sandwiched of one side wall and a second sidewall, the first side wall, second sidewall and the installing frame forms a mounting groove；
First optical diaphragm and second optical diaphragm mutually back to being set in the mounting groove, and by described plus
Strong plate fills the space of the first side wall and the second sidewall to which first optical diaphragm, the second optical diaphragm are distinguished
Abutting is fixed on the first side wall, second sidewall.
4. ultrathin double-face display module as claimed in claim 3, which is characterized in that first lamp bar is set to the mounting groove
It is interior, for providing light source for first optical diaphragm；
Second lamp bar is set in the mounting groove, for providing light source for second optical diaphragm.
5. ultrathin double-face display module as described in claim 1, which is characterized in that the installing frame includes mutually spliced
One frame and the second frame, the medial surface of first frame are equipped with the first press strip protruded outward, second frame it is interior
Side is equipped with the second press strip protruded outward；
After first frame and second frame splicing, the first press strip pressure is set to the table of first display module
Face, the second press strip pressure are set to the surface of second display module, and first press strip, the second press strip and described first
The medial surface sandwiched formation of frame, the second frame is for accommodating first display module, the tank of the second display module end.
6. ultrathin double-face display module as claimed in claim 5, which is characterized in that the installing frame further includes an extension side
Frame, the end for extending frame are equipped with splicing protrusion；
First frame and the spliced lateral surface of the second frame are formed with the compatible splicing with the splicing protrusion
Slot is inserted in the splicing slot by the splicing protrusion and connects the extension frame, first frame and described
Two frames.
7. ultrathin double-face display module as claimed in claim 5, which is characterized in that first press strip is equipped with to described the
It is close to be embedded with first to the surface of second press strip above the first boss for the first boss that two press strip directions protrude out
Block is sealed, first sealing block, which is closely pressed, is set to corresponding part in first display module；
Second press strip is equipped with the second boss that protrudes out to the first press strip direction, right above the second boss
The surface of first press strip is embedded with the second sealing block, and second sealing block, which is closely pressed, to be set in second display module
Corresponding part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822086772.8U CN209014861U (en) | 2018-12-13 | 2018-12-13 | Ultrathin double-face display module |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822086772.8U CN209014861U (en) | 2018-12-13 | 2018-12-13 | Ultrathin double-face display module |
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| Publication Number | Publication Date |
|---|---|
| CN209014861U true CN209014861U (en) | 2019-06-21 |
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ID=66843812
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| CN201822086772.8U Active CN209014861U (en) | 2018-12-13 | 2018-12-13 | Ultrathin double-face display module |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109307944A (en) * | 2018-12-13 | 2019-02-05 | 上海启钧电子有限公司 | Ultrathin double-face display module |
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2018
- 2018-12-13 CN CN201822086772.8U patent/CN209014861U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109307944A (en) * | 2018-12-13 | 2019-02-05 | 上海启钧电子有限公司 | Ultrathin double-face display module |
| CN109307944B (en) * | 2018-12-13 | 2024-03-19 | 上海启钧电子有限公司 | Ultrathin double-sided display module |
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