CN101312467A

CN101312467A - Multi display device

Info

Publication number: CN101312467A
Application number: CNA2008100970604A
Authority: CN
Inventors: 金时焕
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-09-17
Filing date: 2003-09-16
Publication date: 2008-11-26
Also published as: KR20040024939A; KR100921580B1

Abstract

A multi display device includes panel housings having displays. The panel housings are foldable on each other and the displays are disposed adjacent to each other when the panel housings are unfolded. A key input part is further provided to be foldable on the panel housings. Accordingly, the multi display device is easy to grasp for the user while providing the folding/folding convenience.

Description

Multi-display equipment

The application is dividing an application of the application number 03821997.2 of on September 16th, 2003 application, application that name is called " multi-display equipment ".

Technical field

The present invention relates to a kind ofly have collapsible or slide on the multi-display equipment of the key input part (key input portion) on the panel enclosure with the display that can be folded each other.

Background technology

For large-scale screen is provided, developed the technology that forms large-scale single screen more than two display of utilizing.In recent years,, needs have been increased to large-screen along with being used for portable display such as the multiple function of mobile Internet.Yet, when portable display is designed to have large-screen, reduced flexibility as the principal character of portable display.Therefore, proposed to have and be designed to be folded each other the portable display device of flat-panel screens together.

Usually, the flat-panel screens such as LCD, FED (field-emitter display), PDP (Plasmia indicating panel) and EL (electroluminescence) etc. has been used for portable display device.

This portable and collapsible display device that utilizes the plane to show uses the pen type input device (pen type input device) on the top that is arranged at display.Yet, when the design plane display when being folded each other together, should the specific design pen type input device, to be suitable for collapsible display.In addition, when adopting pen type input device, increase the size of display device, reduced portability.

Summary of the invention

Therefore, the present invention is carrying out effort aspect the solution prior art problems recited above.

The purpose of this invention is to provide a kind of multi-display equipment, comprising: panel enclosure, each panel enclosure has folding display; And key input part, panel enclosure and key input part are designed to, when the panel shell is perpendicular to one another when closing on, and horizontal folding and open or slip into each other.

In order to obtain top purpose, the invention provides a kind of multi-display equipment, comprising: have the panel enclosure of display, panel enclosure can be folded each other together, when opening panel enclosure, closes at least one side that display is set each other; And may be folded in key input part (keyinput portion) on the panel enclosure.

Transmission device or elastic device are used for opening key input part or opening panel enclosure each other from panel enclosure.When key input part when panel enclosure is opened, panel enclosure is opened each other.

This multi-display equipment further comprises: first sub-display, be formed on the outer surface of one of panel enclosure of being folded on the key input part, and second sub-display, and be formed on the surface, inside of one of panel enclosure of opening from key input part.

By being provided in the input function on the key input part, display message on second sub-display.And, drive second sub-display when opening the key input part timesharing from the panel enclosure that is folded each other.

This multi-display equipment may further include: covering device, be used to hide the side folded part of panel enclosure, and covering device is set on key input part one side of the folded part that has assembled panel enclosure.

This multi-display equipment may further include the deploying portion that is equipped with on key input part, this deploying portion is coupled on the key input part discretely.

According to another aspect of the present invention, a kind of multi-display equipment comprises: have at least two panel enclosures of display, this panel enclosure can be folded each other together, and when opening panel enclosure, at least one side of display is provided with each other with closing on; And key input part, it can inject the bottom part of panel enclosure by sliding motion.

The sliding motion of key input part and panel enclosure folding/opening operation is synchronous.When the panel shell was opened each other, key input part skidded off.

This multi-display equipment may further include: be formed at the sub-display on the outer surface of panel enclosure and separate the deploying portion that is coupled to key input part.

By the slide relative motion, panel enclosure overlaps each other together or launches each other, and when the panel shell launched, at least one side of display was provided with each other with closing on.

Panel enclosure is coupled to each other separably, and when the panel shell was coupled to each other, at least one side of display was provided with each other with closing on.

This multi-display equipment may further include: support (support) is used for increasing the holding power between key input part and the panel enclosure when key input part skids off panel enclosure.Support is related to becoming between key input part and panel enclosure sliding, or support Design is become more than two sections, thereby makes them can be overlapping.

According to one aspect of the present invention, a kind of multi-display equipment comprises: have at least two panel enclosures of display, this panel enclosure can be folded each other together, and when opening panel enclosure, at least one side of display is provided with each other with closing on; Key input part; And open each other when key input part and display, when display is positioned at key input part one side, be used for the device of mobile display to the center of key input part.

Move movable panel shell and key input part by folding/opening operation or slide relative.

Fold out display and is designed to it to close on each other or separated from one another so that the rear surface of display contacts with each other.

According to another aspect of the present invention, a kind of multi-display equipment comprises: have at least two panel enclosures of display, this panel enclosure can be folded each other together, and when opening panel enclosure, at least one side of display is provided with each other with closing on; Key input part; And the jointing part, it is formed on the sidewall of the panel enclosure that display closes on it or on the adjacent part of display and its contiguous framework, thereby display is set with closing on each other.

Jointing partly is open (opened), and the thickness of jointing part is less than 0.5mm.

The sidewall of the panel enclosure that the cutting display closes on each other with qualification cutting part (cuttingportion), and assembles display on the upper end of cutting part.

After the assembling display is on panel enclosure, protection enclosure cover is set with the jointing part of protection panel enclosure and the front portion of screen.Protection enclosure cover has the lateral protection part of the jointing part that is used to protect panel enclosure and is used to protect the front portion protection part of the front portion of screen, and lateral protection is partly thin than front portion protection part.

The thickness of lateral protection part is less than 0.5mm.

Description of drawings

Fig. 1 a and 1b are the views that illustrates the multi-display equipment of embodiments of the invention.

Fig. 2 shows the opposite side of covering device in the panel enclosure.

Fig. 3 a and 3b illustrate transmission device to be used as the view that is used for folding and opening the embodiment of panel enclosure.

Fig. 4 is the calcspar according to multi-display of the present invention.

Fig. 5 a and 5b illustrate the embodiment that adopts sub-display.

Fig. 6 is the flow chart that the processing that is used to utilize sub-display has been described.

Fig. 7 a and 7b are the views that illustrates another embodiment of covering device.

Fig. 8 is the view that illustrates the embodiment that adopts deploying portion.

Fig. 9 a and 9b illustrate to have with the sliding motion view of the display of key input part movably.

Figure 10 a and 10b are the views that illustrates by the principle of confounding of energy system.

Figure 11 illustrates the calcspar of the present invention that illustrates among Fig. 9 a and the 9b.

Figure 12 is the flow process that is used to control transmission device.

Figure 13 is the view that illustrates with the embodiment of the synchronous opening panel shell of the slip of key input part 100.

Figure 14 is the view that illustrates panel enclosure and synchronization-moving another embodiment of key input part.

Figure 15 is the view that illustrates the embodiment with sub-display.

Figure 16 illustrates the view that has with the embodiment of the movable panel enclosure of sliding motion.

Figure 17 a and 17b illustrate the view that deploying portion is coupled to the embodiment of key input part.

Figure 18 is the view that explains orally another embodiment that understands carriage.

Figure 19 a is to illustrate the embodiment view with the support that is equipped with between key input part and panel enclosure to 19c.

Figure 20 a is the view that illustrates another embodiment of support to 20c.

Figure 21 a and 21b illustrate to be used for the extremely movably view of the embodiment of coupling part of mobile display.

Figure 22 a and 22b are the views that illustrates the principle of confounding of opening display.

Figure 23 a and 23b are the views that illustrates the embodiment that when key input part is slided display moves towards mid portion.

Figure 24 a and 24b illustrate fold out display so that the view of the embodiment that their rear surface contacts with each other.

Figure 25 a and 25b illustrate fold out display so that the view of another embodiment that their rear surface faces with each other.

Figure 26 is the diagram that is assemblied in the display in the panel enclosure.

Figure 27 is the diagram with panel enclosure of display and protection enclosure cover.

Figure 28 a to 28d illustrates framework.

Figure 29 a and 29b illustrate the jointing part of panel enclosure and framework.

Embodiment

Accompanying drawings the preferred embodiments of the present invention hereinafter.

As be used for flat panel display of the present invention, can use LCD, FED, PDP and conductive paper to wait for.

Fig. 1 a and 1b are the views that illustrates multi-display equipment of the present invention.Multi-display equipment comprises: be arranged in the

display

2 and 4 of

panel enclosure

20 and 40, so that close on setting each other

opening panel enclosure

20 and 40 o'clock displays 2 and 4; And from panel enclosure 20 and the 40 independent key input part 100 that form.

Fig. 1 a shows the situation of opening panel enclosure and key input part.

As shown in the figure, key input part 100 and

panel enclosure

20 and 40 are designed to by coupling part 6c its horizontal folding each

other.Panel enclosure

20 and 40 is designed to by

jockey

61 and 62 its vertical folding.Key input part 100 has input unit 110, thereby can input information.

Design key input part 100 and

panel enclosure

20 and 40 are even so that also keep predetermined angular when they are fully folded.That is, predetermined angular provides the convenience of checking the screen aspect to the user.

In addition, the present invention may further include pen type input device 110a.

Fig. 1 b shows the diagrammatic sketch that explanation is in the multi-display equipment of folded state.

After being folded each

other panel enclosure

20 and 40 together, shown in Fig. 1 b, the further

folding panel enclosure

20 and 40 that is folded on key input part 100.

On the rear side of panel enclosure 40, form handle (handle) 26, and key input part 100 has the handle button 26a that is used to keep handle 26.When keeping handle 26, withdraw from handle button 26a, and since its spring return to its initial position.In addition, form support 101 in the both sides of handle button 26a, so that handle button 26a level.On the part of folding

panel shell

20 and 40, be equipped with covering device 10.

Fig. 2 is the view that illustrates the opposite side of covering device in the panel enclosure.

In order to obtain the appearance balance on the display both sides, be not equipped with therein and be equipped with the simulation covering device 10b identical on the side of covering device 10 yet with covering device 10 shapes.The separated line 10c of simulation covering device 10b is divided into upper and lower two parts.Defiber 10c separates

panel enclosure

20 and 40.

Fig. 3 a and 3b are the diagrams that embodiment has been described, wherein transmission device is used as the device that is used for folding and opening panel enclosure.

Fig. 3 a shows and is used for folding and opening energy (power) hop of

panel enclosure

20 and 40, and it is provided among the cross section B of Fig. 1 a.

By adjusting

gear

71a, 71b and 71c the connection gear 61f that passes through the power transfer of transmission device 70 generations to setting on

jockey

61 and 62 that is used for governing speed.On a side of key input part 100, switch 250 is set, with operating and driving device 70.

At this, on first panel enclosure 20, transmission device 70 is set, and first jockey 61 also is connected to first panel enclosure 20.Second jockey 62 that is installed on the connection gear 61f is fixed on second panel enclosure 40.Therefore, when opening switch 250, the energy of transmission device 70 moves the connection gear 61f of second jockey 62, and the result folds or open first and

second panel enclosures

20 and 40.

The transmission device that provides among Fig. 3 b is provided on the section A of Fig. 1 a.

When console switch 250,, the energy of transmission device 70 (power) is transferred to the connection gear 63a on the connecting axle 63 that is arranged on coupling part 6c by being used for the adjusting gear 71b of governing speed.

Connecting axle 63 is connected to first and

second panel enclosures

20 and 40 one.Therefore, fold or open key input part 100 and

panel enclosure

20 and 40 by energy from transmission device 70 transmission.

At this, the transmission device 70 among Fig. 3 a can be formed by the helical spring that is used to store elastic force.The design helical spring is with at folding

panel shell

20 and 40 o'clock storage elastic force.

Therefore, when opening key input part 100 and

panel enclosure

20 and 40,

open panel enclosure

20 and 40 automatically by helical spring elastic force.That is, when manual unlocking key input part 100 and

panel enclosure

20 and 40,

open panel enclosure

20 and 40 automatically by helical spring elastic force.At this, when folding

panel shell

20 and 40, the energy that is used to open

panel enclosure

20 and 40 becomes the elastic force of storage.

In addition, also form,

open panel enclosure

20 and 40 and key input part 100 each other automatically thereby make by helical spring at the transmission device 70 shown in Fig. 3 b.Also be provided for panel enclosure 20 on the retainingf

key importation

100 and 40 locking device.Work as release locking device,

open panel enclosure

20 and 40 and key input part 100 by helical spring elastic force.

Fig. 4 shows the calcspar according to multi-display of the present invention.

Display has the transducer 3 (22c) on connecting axle 63 or the coupling part 6c, thereby makes transducer 3 (22c)

open panel enclosure

20 and 40 and can detect open mode during key input part 100 at a predetermined angle.

When opening key input part 100 and

panel enclosure

20 and 40 at a predetermined angle, transducer 1 (22a) detects this state, and the signal that transmit to detect is to CPU 200, thereby makes CPU 200 operate in the transmission device 70 that is provided with on the panel enclosure 20.

That is, when opening key input part 100 and

panel enclosure

20 and 40 at a predetermined angle, drive transmission 70 is to open

panel enclosure

20 and 40 each other.At this, manually realize opening from the key input part 100 of

panel enclosure

20 and 40.

In addition, shown in Fig. 3 b,, also can realize

panel enclosure

20 and 40 opening automatically on key input part 100 from key input part 100 by conveyer 70 is set.In this case, come opening of execute key importation 100 and

panel enclosure

20 and 40 by master cock 250.In addition, when opening key input part 100 and

panel enclosure

20 and 40 at a predetermined angle each other, drive the transmission device 70 that is assemblied on the panel enclosure 20 by transducer 3 (22c), to open

panel enclosure

20 and 40 each other.

Fig. 5 a and 5b show the embodiment with sub-display.

Fig. 5 a show be used for

panel enclosure

20 and 40 and key input part 100 by first sub-display 6 of all folding states.As shown in the figure,

panel enclosure

20 and 40 and the state that is folded of key input part 100 in, form first sub-display 6 in shape on the exposed exterior surface.Sub-display shows the state of multi-display equipment.

Fig. 5 b shows second sub-display 8 that is used for the state that panel enclosure and key input part be opened.As shown in the figure, although open key input part 100, when key input part 100 still is folded each other together, exposed inner surperficial 201 from panel enclosure 20 and 40.At this, on inner surface 201, form second sub-display 8.At this, second sub-display 8 internally surface 201 rise more, can be provided with input unit 110 thereon and contact the surface design of the key input part 100 of second sub-display 8 must be lower.

In addition, when opening key input part 100,

panel enclosure

20 and 40 is used for opening each other automatically the function of

panel enclosure

20 and 40 when using second sub-display 8, not being provided at.

Second sub-display 8 is by the input of input unit 110 display message, and shows according to the information that needs from the order of input unit 110.That is, when this device was used as mobile phone, simple letter or information search by second sub-display 2 became possibility.

Simultaneously, when the user attempts to use sophisticated functions, during such as recreation, internet and electronic notebook book, use the

display

2 and 4 of opening panel enclosure 20 each other and manifesting at 40 o'clock.

Fig. 6 shows the flow chart that explanation utilizes the processing of sub-display.

Work as energized, the state of CPU 200 recognition memories 210,220 and 230, input unit 110 and

transducer

22a and 22b, and output is used for the signal according to the predetermined information driving display.

Afterwards, whether transducer 1 (22a) detects

panel enclosure

20 and 40 and is folded each other, and whether transducer 2 (22b) detection key input part 100 is folded on panel enclosure 20 and 40 (step 312).

In step 312,, do not drive first and

second displays

2 and 4 and second sub-display (step 313) when definite key input part 100 and

panel enclosure

20 and 40 are all folded.

When in step 312, the whole of key input part 100 and

panel enclosure

20 and 40 are not all folded, and determine whether folding panel shell 20 and 40 (steps 314).And if folding

panel shell

20 and 40, drive second sub-display 8 (step 315).

Simultaneously,, on second sub-display 8, show the screen that uses, and when inoperation, on second sub-display 8, show common screen (step 316-318) when input device 110.

In addition, when in step 314, opening panel enclosure, drive first and second displays 2 and 4 (steps 319).

In this, when input device 110, show the use screen of first and second displays, and when inoperation, show the common screen (step 320-322) of first and second displays.

In multi-display device of the present invention, the display screen that is used for second sub-display 8 differs from one another with the display screen that is used for first and second displays 2 and 4.Therefore, showing in flow process illustrated in fig. 6 can selecteed display screen according to each situation.

In addition, first sub-display is designed to often it be driven, and is irrelevant with the definite operation in step 312 and 314.In order to drive first sub-display 6, specially prepd switch can be set.In addition, in the state of opening

panel enclosure

20 and 40 each other, can only drive first and

second displays

2 and 4 one by the selection of menu button or special switch.

As described above, can select to carry out the driving of display with automatic mode or manual mode, therefore reduce energy consumption.

Fig. 7 a and 7b show another embodiment of covering device.

Fig. 7 a shows key input part 100 and

panel enclosure

20 and 40 states that all folded, and Fig. 7 b shows the state of be folded each

other panel enclosure

20 and 40.

As shown in the figure, on the side of the key input part of installing on the part of folding

panel shell

20 and 40, be equipped with the fixing part 10 that hides.Fixing hide part 10a hide

panel enclosure

20 and 40 the side of fixedly side, that is, when folding

panel enclosure

20 and 40 is folded on the key input part 100, fixingly hide the side that part 10a hides the folded part of panel enclosure.

Designs fix hides part 10a makes its side from key input part 100 outstanding.Yet, on the bottom of fixing covering part 10a, elastic component can be set further, thereby be not used in the fixedly covering part 10a that gives prominence to from key input part 100.That is, can designs fix hide part 10a so that it is contained in the key input part 100.

At that time, because

display

2 and 4 is arranged at their sides of neighbour each other of office, folding part of

panel enclosure

20 and 40, expose or a side of sealing

display

2 and 4 by thin protective film.Therefore, in order to hide the folded part of

display

2 and 4, need provide covering device 10.Can design covering device with

panel enclosure

20 and 40 folding/opening operation is synchronous.Yet, in this embodiment, as shown in Figure 7,, can utilize the folded part of simple structural

defence panel enclosure

20 and 40 owing on the side of key input part, be equipped with the fixing part 10a that hides.

Fig. 8 shows the embodiment with deploying portion.

As shown in the figure, on the side of key input part 100, deploying portion can be installed.Deploying portion 150 is installed separably.That is, can use it by separating with key input part 100.In addition, on deploying portion 150, pen type input device 18 can be set further.On the lower end of pen type input device 18, other display can be set further.On deploying portion 150, extendible memory and battery can be installed further, therefore further improve the function of portable multi-display equipment.

Fig. 9 a and 9b show the display that key input part moves with sliding motion.

In this embodiment, hold key input part in the lower end of panel enclosure with sliding motion.Key input part is slided with the direction of the direction of closing on setting perpendicular to display each other.

Fig. 9 a show

folding panel shell

20 and 40 and the shell 50 that on the lower end of panel enclosure, forms in hold the state of key input part 100.Fig. 9 b shows and opens

panel enclosure

20 and 40 and to slide from the state of

panel enclosure

20 and 40 outside ESC Escape importations 100.

Key input part 100 has the carriage 115 that forms with groove shape, thereby slides into or skid off the shell 50 on the lower end that is formed at panel enclosure 20 and 40.Key input part 100 further has input unit 110 and key input groove 120.

Simultaneously, on the side of panel enclosure 40, form handle 45, thereby

open panel enclosure

20 and 40 easily.Stably keep the folded state of

panel enclosure

20 and 40 by fixed projection 43 and fixing groove 23.

In this embodiment, when opening

panel enclosure

20 and 40, be provided for allowing key input part 100 to skid off the device of shell 50 automatically.

As shown in the figure, because key input part 100 is slided with the direction of the direction of closing on each other perpendicular to display 2 and 4, can form whole shapes of portable multi-display equipment with horizontal microscler shape, thereby make the user can easily catch multi-display equipment.

Figure 10 a and 10b show the principle by the energy device sliding motion.

Energy device 70 is formed by the helical spring of storage elastic energy, and is connected to energy transfer arrangement 72.In addition, the sawtooth gear 85 that forms on the upper end of the key input part shown in Figure 10 b 100 is connected with energy transfer arrangement 72.

Shown in Fig. 9 b, when by finger push key input part 100, key input part 100 slips into shell 50, the energy transfer arrangement 72 of the sawtooth gear 85 by being connected to key input part 100, the helical spring storage elastic force of energy device 70.At this, when being equipped with locking device, can be fixed on the key input part 100 that receives in the shell 50.When release locking device, skid off shell 50 by elastic force, the key input part 100 that is stored in the helical spring.

Figure 11 shows the calcspar of the present invention that illustrates in Fig. 9 a and 9b.

Multi-display equipment is made up of CPU 200, ROM210, EEP ROM220, input unit 110 and R/F part 240.The driving of CPU 200 control circuit of display driving 1 (2a) and drive circuit 2 (4a), thereby driving display 1 (2) and display 2 (4).

Further be equipped with transducer 1 and 2 (22a) (22b).Transducer 1 (22a) detects the couple state of

panel enclosure

20 and 40, and transducer 2 (22b) detects the state that holds of key input part 100.The detection signal that transmits

transducer

22a and 22b is to CPU 200.According to detection signal operating energy device 70.In this, transducer 1 (22a) is set on the fixing groove 23 that is formed on the panel enclosure 20, and transducer 2 (22b) is set in shell 50.Particularly, on the downside of shell He on the key input part 100 transducer 2 (22b) is being set.

Energy device 70 is formed by the helical spring among the embodiment of Figure 10 a.Yet the energy device 70 that drives by

transducer

22a and 22b can be formed by the transmission device with the wherein same position place existence of the energy device of network for location 10a.

Figure 12 is the flow chart that is used to control transmission device.

When user's power-on switch, send frequency signal from antenna to CPU 200 by R/F part 240.Then, when by input unit 110 specific function being set, CPU 200 is carried out the specific function that is provided with by input unit 110, and the signal that is used for driving

display

2 and 4 with output is to circuit of display driving 2a and 4a.In addition, transducer 1 and 2 (22a) (22b) detects panel enclosure couple state and key input part and holds state.Output detection signal is to CPU 200.

At first, by transducer 1 (22a) determine whether to be coupled panel enclosure 20 and 40 (steps 312).

When coupling

panel enclosure

20 and 40, determine whether in the bottom of

panel enclosure

20 and 40, to hold key input part 100 (step 313) by transducer 2 (22b).When holding key input part 100, inoperation transmission device 70a.When not receiving key input part 100, drive transmission 70a is to hold key input part 100 (step 314-315).

In addition, even, also determine whether in the bottom of

panel enclosure

20 and 40, to hold key input part 100 (step 316) by transducer 2 (22b) not being coupled panel enclosure 20 and at 40 o'clock.When not holding key input part 100, drive transmission not, and when holding, drive transmission is so that key input part 100 skids off panel enclosure 20 and 40 (317-318).

According to flow process recited above, when

closure panel shell

20 and 40, in the bottom of

panel enclosure

20 and 40, hold key input part 100, and when unlimited, it separates with 40 with panel enclosure 20.

Simultaneously, when key input part 100 skids off the bottom of

panel enclosure

20 and 40,

panel enclosure

20 and 40 may keep closed state.When holding key input part 100, also possible

folding panel shell

20 and 40, and when separating, open panel enclosure.

Figure 13 shows the embodiment that opens wide panel enclosure with the slip of key input part 100 synchronously.

As shown in the figure, by adjusting gear 71b the linear movement of energy transfer arrangement 72 is converted to and to rotatablely move, be sent to the connecting axle gear 61f that is formed on the jockey 62 by connection gear 72a then.Energy transfer arrangement 72 is connected to the sawtooth gear 85 of key input part 100 by terminal block 73.At that time, design terminal block 73, with the linear movement in the motion of transfer key importation 100 only to energy transfer arrangement 72.The other parts of abridged energy transfer arrangement 72 are connected to

other link

61 and 62 with being equal in the accompanying drawings.

At this, transmission device 70a is connected to connecting axle gear 61f or energy transfer arrangement 72, and transducer is set to detect the state that holds of key input part 100.By detecting the key input part 100 that manually moves, utilize transmission device to open wide and closure panel shell 20 and 40.By applying flow process shown in Figure 4, this operating principle is possible.In this case, to be connected to energy transfer arrangement 72 be possible to key input part 100.

Figure 14 shows the diagram of explanation panel enclosure and the synchronization-moving embodiment of key input part.

Between energy transfer arrangement 72 and connecting axle gear 61f, be provided for converting linear movement to rotatablely move speed regulation gear 71c and adjusting gear 71b, thus make key input part 100 motion can with the synchronized movement of fold/opening of

panel enclosure

20 and 40.

That is, by the adjusting of speed regulation gear 71c, key input part 100 is separated fully, simultaneously revolving joint 61 and 62180 degree.Therefore, when

closure panel shell

20 and 40, also hold key input part 100, and when unlimited, key input part 100 is separated.In addition, handle can be connected to key input part 100, can shifting bond(s) importation 100 by handle thereby make.That is, when key input part 100 slides into

panel enclosure

20 and 40,

closure panel shell

20 and 40, and when skidding off, open wide key input part 100.

When transmission device 70a is connected to energy transfer arrangement 72, can operating and driving device 70a by switch shown in Figure 11 250.

That is,, when can opening

wide panel enclosure

20 and 40, make key input part 100 skid off panel enclosure by the effect of switching manipulation.Similarly, by the effect of switching manipulation, when closing

panel enclosure

20 and 40, make key input part 100 slide into panel enclosure.

Figure 15 has illustrated the diagram of the embodiment that sub-display is set on display.

As shown in figure 15, sub-display 6 can be set on the exterior section of panel enclosure 40.Even closing panel enclosure 20 and also can pass through the state that sub-display 6 is discerned multi-display equipment of the present invention at 40 o'clock.

In the state of closing

panel enclosure

20 and 40, when key input part 100 skids off panel enclosure, only driven element display 6 is to use multi-display equipment.In this case, when by the closing of

sensor panel enclosure

20 and 40, only the driven element display 6.

When being provided with sub-display 6, and open panel enclosure 20 and at 40 o'clock, key input part 100 skids off.Yet,, do not open

panel enclosure

20 and 40 when key input part 100 skids off.

Figure 16 shows another embodiment with the panel enclosure that moves with sliding motion.

By the

design panel enclosure

20 and 40 that can slide, can overlap each other or launch panel enclosure.When launching panel enclosure, close on that each other the display that is assemblied on

panel enclosure

20 and 40 being set.

In addition, the glide direction of key input part 100 is perpendicular to the direction of closing on of display, thus easy grasping multi-display equipment.

Can apply key input part 100 enter or leave sliding into of panel enclosure coupled to each other with the device that separates

panel enclosure

20 and 40, to increase or to reduce screen size.

Figure 17 a and 17b show the embodiment that deploying portion is coupled to key input part.

As shown in the figure, deploying portion can be coupled on the right side or left side of key input part 100.Deploying portion 150 is pen type input devices 18.On the lower end of pen type input device 18, can further be equipped with display.Annex memory or supply unit can further be assemblied in the deploying portion, thereby improve the function of multi-display equipment.

Figure 17 a shows the embodiment that is equipped with deploying portion 150 on the key input part 100 that can fold/be equipped with on the panel enclosure 20 of opening operation and 40 the bottom being arranged on.Figure 17 b show be provided to can be separated from one another or the bottom of coupling or the panel enclosure 20 that slides over each other and 40 on be equipped with the embodiment of deploying portion 150 on the key input part 100 that is equipped with.

Figure 18 shows another embodiment of carriage.

Shown in Fig. 9 b, carriage 115 is by the groove or outstanding formation that are formed on the key input part 100.Yet, in this case, will change the external shape of key input part 100, and groove or the outstanding collection that causes foreign substance.In order to address this problem, as shown in figure 18, in shell 50, be equipped with slider bar 115a, and key input part 100 outfit holes, wherein slider bar 115a can insert, thereby key input part 100 can be slided.

Although omit in the accompanying drawings, can be equipped with at the interior section of the far-end of slider bar 115a, key input part 100 or shell and be used to the hooking device that stops key input part 100 to move from shell 50 fully.

Figure 19 a shows the embodiment that is equipped with support between key input part and panel enclosure to 19c.

Figure 19 a shows key input part 100 is held in explanation in shell 50 diagram, and Figure 19 b shows the diagram that key input part 100 is left shell 50.Leave shell 50 when key input part 100, weakened the holding power between key input part 100 and panel enclosure 20 and 40.Therefore, in order to strengthen holding power,

panel enclosure

20 and 40 and key input part 100 between be equipped with support 180.

Support 180 along support groove 180 slide on

panel enclosure

20 and 40 and key input part 100 between.Also can on key input part 100, be equipped with support groove 180c.

Figure 19 c shows the diagram of support.Be equipped with

brace projections

180a and 180b to be used for sliding motion.

Figure 20 a shows another embodiment of support to 20c.

In this embodiment, design support 190 make its can surpass two sections superimposed (stage).When key input part 100 skids off

panel enclosure

20 and 40, support 190 launches.

Figure 20 b shows the diagram that support 190 launches, and Figure 20 c shows the overlapping diagram of support 190.Support 190 comprises three support core 190a, 190b and 190c, thereby can three sections overlapping supports 190 in ground.

Simultaneously, between the top part of the bottom of

panel enclosure

20 and 40 part and key input part 100, be equipped with plate shape support 190.Plate shape support 190 also can with sliding motion be displaced into

panel enclosure

20 and 40 and key input part 100 between.

A feature of the present invention provides a kind ofly to be had more than two the collapsible display and the multi-display equipment of key input part 100.That is, when display is perpendicular to one another when contiguous, panel enclosure and key input part are horizontally connected to one another.Therefore, shown in Fig. 1 and 9, when

display

2 and 4 and key input part 100 be folded each other,

display

2 and 4 is positioned at towards key input part 100 1 sides.

When

display

2 and 4 is positioned at a side, do not keep balance, cause that the user does not feel well.Therefore, in order to address this problem, be provided with the device that is used for being provided with

display

2 and 4 in the present invention at the center of key input part.Figure 21 and 25 shows the various embodiments of this device.

Figure 21 a and 21b show the embodiment by removable coupling part mobile display.

Shown in Figure 21 a, when folding key input part 100 and

display

2 and 4,

display

2 and 4 is positioned at the side towards key input part 100.For fear of this problem, this embodiment is equipped with respectively to panel enclosure 40 and key input part 100

removable coupling part

65a and 65.

Removable coupling part

65a and 65 is with the sliding motion relative motion, to move the

display

2 and 4 centers to key input part 100 of opening.

Figure 22 a and 22b show the principle of confounding of opening display.

On the 6c of the coupling part of key input part 100, be equipped with removable coupling part 65a, and removable coupling part 65 is equipped with vertically connection groove 65b.Slide along connecting groove 65b in the coupling part 66 that is formed on the panel enclosure 40.In addition, be equipped with butt hook 67, move out connection groove 65b to avoid connecting projection 66.Connect projection and

hook

66 and 67 and be equipped with connecting hole 66a and 67a, wherein insert holding wire.Movably coupling part 65 is equipped with slidingsurface 65c.

Slidingsurface 65c is formed by the elastomeric material such as rubber or plastics, so that sealing effect to be provided.Slidingsurface 65c is by the cold for example enamel that is coated with, to reduce the friction in the sliding motion process.

Figure 22 b shows the coupling part and is connected the embodiment that support slides.

For the coupling part 6c of slide key importation 100 be connected support 6d, in connecting groove 65b and connecting hole 67a and slidingsurface 66b, be equipped with and be connected projection 66 and butt hook 67.Operating principle is equal in the principle shown in Figure 22 a.

In addition, be equipped with hook groove 68a and unciform process and play 68, thereby they can be engaged with each other after finishing sliding motion.That is, slide towards left end or right-hand member when opening

display

2 and 4, hook groove 68a and unciform process play 68 and engage one by one.At this point, it is circular that unciform process plays 68 angled surface, can move into or shift out coupling part 6c thereby make unciform process play 68.

Figure 23 a and 23b show the embodiment that moves to core when key input part slip display.It shows the slip of key input part 100 with panel enclosure 20 and 40.The display of

opening

2 and 4 can move to the center of key input part 100.

Figure 23 a shows shell, and Figure 23 b shows panel enclosure 20 and 40.Be equipped with connection groove 65b, connect projection 66, butt hook 67, connecting hole 67c and slidingsurface 67b, its operation is equal in the operation shown in Figure 22 a.In addition, further be equipped with hook groove 68a and unciform process and play 68, its operation also is equal in the operation shown in Figure 22 b.By the operation of three parts, open the center that display 2 and 4 can slide into key input part 100.

Figure 24 a and 24b show the display that is folded each other so that the embodiment that their rear surface contacts with each other.

Figure 24 a shows the diagram of fold out display on their rear surface, wherein folding fully rearwards

panel enclosure

20 and 40 with

display

2 and 4, thus the rear surface of

display

2 and 4 is contacted with each other.When opening

panel enclosure

20 and 40,

display

2 and 4 flatly closes on each other.

Figure 24 b shows and is opening the diagram that display 2 and 4 o'clock displays move to the center of key input part 100.

Figure 25 a and 25b show backfolding another embodiment of display.

Shown in Figure 25 a, folding fully

backward panel enclosure

20 and 40 with

display

2 and 4, thus the rear surface of

display

2 and 4 is contacted with each other.Yet when opening

panel enclosure

20 and 40, owing to assemble the

display

2 and 4 that separates at panel enclosure 20 respectively with 40,

display

2 and 4 does not close on each other.

Figure 25 b shows another embodiment that

display

2 and 4 moves to the center of key input part.

At that time, when

display

2 and 4 moves to the center of key input part, can construct display with coupled to each other or separation.In addition, can further construct display with or expansion superimposed by sliding motion.

Figure 26 shows the diagram that explanation is assemblied in the display in the panel enclosure.

The sidewall 20d of panel enclosure 20 can be designed to have different thickness with 20g, panel enclosure 20 is equipped with connecting axle part 20c and the connecting axle groove 62a that assembles

jockey

61 and 62 thereon.On the sidewall of

panel enclosure

20 and 40, be equipped with jointing part 20f, wherein have the part of closing on of display 2 and 4.In addition, by the sidewall that the cutting display closes on each other, form connection cutting part 20e.Connecting the upper

end assembling display

2 and 4 of cutting part 20e.

When closely contacting each other by

panel enclosure

20 and 40 when

display

2 and 4 is closed on each other, can close on each other that by jointing

part 20f display

2 and 4 being set.

Jointing part 20f has been described shown in the dotted line in the accompanying drawing.The thickness of design jointing part 20f with thinner than other parts, thereby as far as possible closely closes on display 2 and 4.In addition, can on opening, form jointing part 20f.

Display comprises display floater 2a, substrate 2b, drives coupling part 2c and diffuser 30 compositions, and is assemblied on the framework 160.The assembly and the framework 160 of part are known as module.Loud speaker 100c is connected to module.Can be only loud speaker be equipped with to

panel enclosure

20 and 40 one.

Closing on of display means closing on of module.In the accompanying drawings specification module close on the part (adjacent portion) 2e.The framework 160 that closes on part is open.That is, the opposite side that closes on part 2e of framework 160 has predetermined thickness, and the part 2e that closes on of framework 160 is open simultaneously.

Assembling display on panel enclosure is so that the closing on after part 2e is positioned on the upper end that connects cutting part 20e of module, and it can capped 24 covers.Capping 24 has the capping step 24a that is used to assemble protection enclosure cover.Capping 24 is equipped with the capping insertion portion 24b that is used for fixing the capping on the panel enclosure.The side of capping is equipped with

step

24c and 24d and loud speaker 110b.In the accompanying drawings, although two loud speaker 110b are provided, the quantity of loud speaker is not limited to two.Move to the position of determining loud speaker 110b under the situation at center of key input part 100 at

display

2 and 4.

Figure 27 shows the diagram of the panel enclosure 20 with display and protection enclosure cover.

As shown in the figure, when display 2 is assemblied on the panel enclosure 20, its capped 24 coverings, capping 24 protected cappings 240 cover.Protection enclosure cover 240 comprises anterior 240a and sidepiece 240b.Anterior 240a is assemblied on the capping step 24a front with the protection screen, and sidepiece 240b is assemblied on the 20h of coupling part, side, is formed at the screen blank area that closes on part 2e place of panel enclosure 20 with protection.Shown in dotted line in the accompanying drawing, show coupling part, side 20h, and it can have step.

The lateral parts 240b that forms protection enclosure cover is so that it is thinner than anterior 240a.That is, the thickness of lateral parts 240b is less than 0.5mm, thereby display is closely closed on as far as possible each other.

Simultaneously, the anterior 240a of protection enclosure cover is formed by transparent material, and sidepiece 240c is formed by non-transparent material simultaneously, can not see driving coupling part 2c thereby make.

Figure 28 a to 28d shows framework.

The framework that assembles display pannel 2a and display circuit thereon also has jointing part 160e and 160f.By also being designed to thinner or jointing part 160e in open architecture and 160f can close on display is set than other parts.

Figure 28 a shows the jointing part that is formed on the coupling part 2e of open framework.The part of closing on part 2e jointing part thereon of framework 160 is open, but it is closed relatively partly, thereby by closing on

part 2e display

2 and 4 is set with closing on each other.Display pannel 2a and diffuser 30 are assemblied in the panel of framework 160 and support on the 160a.Support 160a, display pannel and diffuser by bonding or hooking device fixed panel.

The part 2e that closes on that Figure 28 b shows the framework that is formed at thin type one-tenth goes up jointing part 160e and the 160f that forms.Other parts unfertile land than framework

forms jointing part

160e and 160f, thereby as far as possible closely close on each

other display

2 and 4 is set.

In the present invention, owing on framework, assemble display pannel 2a and driving substrate 2b, with the structure of two-layer design framework 160.Yet, when only assembling display pannel 2a, can be with single layer designs framework 160.When with the single layer designs framework, only reference number 160e becomes the jointing part.

Figure 28 c shows the framework 160 with hook part 160d.As shown in the figure, hook part 160d by hook on the connecting axle part 20c of panel enclosure 20.Promptly, owing to there is possibility with the direction mobile display that closes on part 2e of

panel enclosure

20 and 40, on framework 160, be equipped with hooking device, being fixed on the panel enclosure, thereby avoid display to move with the direction of closing on part 2e of

panel enclosure

20 and 40.

Figure 28 d shows another embodiment that panel is supported 160a.Mid portion is represented the step that caves in, thereby diffuser can be assemblied on the sunk part (punctuated portion).

Figure 29 a and 29b show the diagram of the jointing part of panel enclosure and framework.

Figure 29 a shows along the cross-sectional view of the jointing part 20f of the panel enclosure 20 of the line acquisition that runs through the panel enclosure among Figure 26.The other parts unfertile land design jointing part 20f of ratio panels shell is less than 0.5mm.On connection cutting part 20e, assemble display.

Figure 29 b shows the jointing part 160e and the 160f of framework 160.Similarly, also,, thereby display is set as far as possible closely, protects the side of

display

2 and 4 simultaneously less than 0.5mm than the other parts unfertile land design jointing part 160e and the 160f of framework 160.

Industrial applicibility

As described above, multi-display equipment of the present invention provides except having when opening panel enclosure Outside the panel enclosure of the display that closes on of level, also provide the key input part of special facture each other Divide. By sliding or fold/opening motion, the design key input part is to be overlapped on the panel enclosure.

In addition, when being perpendicular to one another, closes on the panel shell horizontal folding or slidable panels shell and key input Part. Therefore, the design multi-display equipment grasps to be easy to the user, and collapsible/Foldable square is provided simultaneously Just property.

Claims

1, a kind of multi-display equipment comprises:

Panel enclosure with display, this panel enclosure can be folded each other together, and when opening panel enclosure, at least one side of display is provided with each other with closing on;

Wherein possess the key input part that is provided with separately with described panel enclosure with input function,

When described panel enclosure and described key input part are folding, described panel enclosure vertical folding, described panel enclosure and described key input part horizontal folding.

2, multi-display equipment as claimed in claim 1 if wherein open described panel enclosure and described key input part, is also opened between the then described panel enclosure each other.

3, multi-display equipment as claimed in claim 1 further comprises: first sub-display is formed at the panel enclosure of closing and is folded on the outer surface of key input part timesharing appearance.

4, multi-display equipment as claimed in claim 1, comprise cladding system, be formed at the key input part side of the part that is folded of assembling panel enclosure, when closing panel enclosure and key input part timesharing, the lateral parts that is folded of described cladding system cover plate shell.

5, a kind of multi-display equipment comprises:

Have at least two panel enclosures of display, this panel enclosure is collapsible to be opened, and when opening described panel enclosure, at least one side of described display is provided with each other with closing on;

Wherein possess the key input part that can inject the bottom part of panel enclosure by sliding motion,

Folding about described panel enclosure, described key input part slides up and down.

6, multi-display equipment as claimed in claim 5, wherein panel enclosure opens and closes with the slip of key input part and move in linkage.

7, multi-display equipment as claimed in claim 5, wherein the exterior section at panel enclosure is provided with sub-display.

8, the multi-display equipment shown in claim 5, wherein described panel enclosure is overlapped each other together or expansion each other by relative sliding motion, and when the panel shell launched, at least one side that is assemblied in the display of described panel enclosure was provided with each other with closing on.

9, multi-display equipment as claimed in claim 5, wherein said panel enclosure is coupled to each other separably, and when described panel enclosure was coupled to each other, at least one side that is assemblied in the display of panel enclosure was provided with each other with closing on.

10, a kind of multi-display equipment comprises:

Two above panel enclosures that have display separately, when opening described panel enclosure, at least one side of display is provided with each other with closing on;

Wherein possess the key input part that is provided with separately,

Described display has the folding structure in rear surface, and when opening display, at least one side of display is provided with each other with closing on or display is provided with separated from one anotherly.

11, multi-display equipment as claimed in claim 1 comprises mobile device, and when display was in the state of a side of being partial to key input part, mobile display was to the center of key input part.

12, multi-display equipment as claimed in claim 5 comprises mobile device, and when display was in the state of a side of being partial to key input part, mobile display was to the center of key input part.