IMAGE DISPLAY APPARATUS AND IMAGE DISPLAY METHOD

The present specification used in to terms of for briefly described, the present invention to illustrate the specifically to time as large as that of.

The term used in the present invention function in the present invention a message of a typical message possible while considering in a generally but selected terms, the prior art techniques a user's intention as much as or precedent, according to appearance of novel technique can be changed. Furthermore, to a certain a applicant is arbitrarily selecting a term is cut to face downward, in this case corresponding description of the invention portion in their meaning will described. Thus in the present invention used the term simple non-name of a term, semantics and attendant with the terms of the present invention throughout the recorded contents of should defined based on.

Certain in an entire specification "includes" on any configuration element when advisable to, especially is opposite the substrate to which it is-free other features element, excepting the other is supported by the upper case and further include components to. means that they can be. Furthermore, is specification "... Part "," module " a set of terms, such as at least one functional or manipulating the behavior a unit mixture by the addition of an initiator, implemented in software or hardware or hardware and software may be embodied in the combination of.

Consults a drawing based on a text content of the under to in the embodiment in the present invention is in the field of the person with skill in the art easily embodiment. as further described can be. However the present invention refers to variety of different is embodied in the form described where can be embodiment aspect is not limited. Thereby unambiguously direct the drawing and described in the present invention and described for the portion that are independent of, specification similar parts throughout the drawing similar to he glued his code.

One also: an embodiment Figure 1 shows a, Image display device (100) and control device (200) representing surface thereof, and the.. As shown in 1 also, Image display device (100), the logical source including the device the TV, aspect which the persons can just the one embodiment, display unit (110) including electronic device may be embodied in a. For example, Image display device (100) the mobile phone, tablet PC, digital camera, camcorder, notebook computer (laptop computer), tablet PC, desktop, electronic book terminal, digital broadcasting is received, PDA (Personal Digital Assistants), PMP (Portable Multimedia Player), navigation, MP3 player, wearer device (wearable device) device includes an organic membrane comprising such may be embodied in electronic device. In particular, display unit such as a TV in the embodiment are (110) is actuated, the display device can be degraded and implemented very easily in in, limited to not. Furthermore, Image display device (100) the for fixed or mobile may be, capable of receiving a digital broadcasting can be digital broadcast receiver.

Control device (200) has remote controller or seconds and displayed in an electronic map such as display device (100) for controlling the various aspects of the device may be embodied in. Control device (200) is when implemented as remote, touch pad may comprise an. The, entered through touch pad layer due to a touch input Image display device (100) .can be controlled.

Or, control device (200) the 2-directional key may comprise an (up)/ down (down) an up-directional key. 2 can be constructed key. For example, number 1 may indicate the upward direction, an up-directional key number 1 can be constructed key (up). Furthermore, number 2 may indicate the a surface direction, a down-directional key number 2 can be constructed key. Just, are not limited to, the left direction number 1 may be indicative of a direction, a right direction number 2 may be indicative of a direction.

User a control device (200) included in function with one multi-key-directional key 2 keying in the Image display by user input device (100) controlling the behavior of the. For example, 2-directional key function with one multi-key and condition input on a, display a channel can modify an Image can be. User during-directional key 2 when keying in the-directional key number 1, a diode sensor has an end connected to timing at which a video is displayed next channel of channel Image can be. While, during-directional key 2 user when keying in the-directional key number 2, diode sensor has an end connected to a channel Image previous channel Image may be displayed..

On the other hand, examples of the relation to one embodiment, when user keying in the-directional key number 1, is divided into plural areas in display section is can be. The SCPs mobile wireless terminal and method for controlling, currently displayed page channel Image of next channel corresponding to a plurality of images may be displayed.. Or, when user keying in the-directional key number 2, plurality of display section is can be partitioned into regions. The SCPs mobile wireless terminal and method for controlling, previous channel Image currently displayed page a corresponding plurality of channels may be displayed images..

Control device (200) has a pointing device. I.e., control device (200) touch included in user's finger that moves, panel, or the like, such Image display according to the displacement values of the object device (100) or is moved pointer transformation of a variety of menu are arranged can be. Or, control device (200) to any 2005 by user instruction that, display device (100) may be controlled.

Also Figure 2 shows a one embodiment: an Image display device is representative of a configuration of block. Image display device (100a) of Figure 2 the of Figure 1 Image display device (100) of may exerting its embodiment.

Also refers to surface 2, one embodiment: an Image display device (100) a control portion (110), display unit (120) and user input unit (130) may comprise an.

Control unit (110) the Image signal-processing on part (120) can be and then inputs the data to. The, and outputs a corresponding analog signal corresponding to an Image display unit (120) in memory are located in a physical. Furthermore, control unit (110) the user input unit (130) are input during n periods of a internal program or user command device (100a) Image display by controlling can be.

For example, according to one embodiment, control unit (110) the based on the user input, channel-up (up) in or channel-down (down), display unit (120) displayed on a multiple split screen and method may be used to establish a.. Control unit (110) has a plurality of channels order of the plurality of each of the channels based on channel number indicative of, may determine.

Furthermore, control unit (110) to the division formed of a plurality of regions each of the objective compound. mapping channel group. Furthermore, control unit (140) user input part (130) channel in-up for an input for input or channel-down when receiving a, display unit (120) a plurality of can be partitioned into regions.

Furthermore, control unit (110) a channel inputted into the shift register in the-up for, current channel (current display unit (120) displays an Image a channel corresponding to the) corresponding to next channel of the divided images display regions of. to the width of an air bearing. Furthermore, control unit (110) a channel-down in response to an input for, previous current channel dividing a corresponding video channels formed of a plurality of regions to the width of an air bearing display to.

Control unit (110) displays an Image corresponding to the current channel has plurality of regions and area number 1, next channel of current channel corresponding to previous current channel images or corresponding channels at a plurality of areas images display to remaining region to the width of an air bearing. Furthermore, control unit (110) a plurality regions of displays an Image selected ones of having remaining of images can be changing channels.

Control unit (110) displays an Image a plurality regions of one of the images for an input when receiving a, extract a selected picture display unit (120) in order to display the entire can be control.

Control unit (110) a channel-up for inputted into the shift register in the, next channel of current channel in channel group number 1 is set to a corresponding video channel at a plurality of areas can be area number 1. Furthermore, control unit (110) the next channel of current channel in channel group number 2 is set to a corresponding video channel at a plurality of areas number 2 area to the width of an air bearing.

Control unit (110) a channel-down in response to an input for, current channel in channel group number 1 previous channel according a corresponding video channel at a plurality of areas can be area number 1. Furthermore, control unit (110) the current channel in channel group number 2 previous channel according channel at a plurality of areas a corresponding video number 2 area to the width of an air bearing.

Control unit (110) has the display part (120) including region number 1 number 2 region and a plurality of partitioned into regions and, channels contained in the channel group number 1 number 1 displays an Image corresponding to channel number 1 area which, contained in the channel group number 2 number 2 channels displays an Image corresponding to channel number 2 area to the width of an air bearing. Control unit (110) a channel-up for inputted into the shift register in the, channels contained in the channel group number 1 number 1 set on the next channel channel displays an Image corresponding to channel number 1 area and, contained in the channel group number 2 number 2 channels set on the next channel channel displays an Image corresponding to channel number 2 area to the width of an air bearing. Furthermore, control unit (110) responsive to an input to a channel-down, channel group number 1 contained in the channels as established by channel previous field number 1 displays an Image corresponding to channel number 1 area and, contained in the channel group number 2 number 2 channels as established by channel previous field displays an Image corresponding to channel number 2 area to the width of an air bearing.

Display unit (120) the, control unit (110) generates a Serial output from the video signal, data signal, OSD signal, driving signals have been converted by control signal generates. Display unit (120) the PDP, LCD, OLED, flexible display (flexible display) or the like can be implemented, and, in addition, 3d display 3 (3D display) may be embodied in. Furthermore, display unit (120) the, device output is comprised of touch screen input device in addition to permitting used as..

User input unit (130) the, a cooperation request receiver receives a signal to the control section (110), or transmits the, control unit (110) transmits it from signal to a user. Furthermore, user input unit (130) a control device (200) from power on/off, channel selection, channel-up/down, for setting up picture user, such as can be receives an input signal.

According to one embodiment, user input unit (130) a channel-up for input or channel-down can be for receiving input.

One embodiment also Figure 3 shows a:an Image display device is representative of a configuration of block. Image display device (100b) of Figure 3 the of Figure 1 Image display device (100) of may exerting its embodiment.

Also 3 with a, : an Image display device (100b) one embodiment a control portion (110), display unit (120) and user input unit (130) in addition to broadcasting receiving unit (150), external device interface unit (180), storage unit (160), sensor section (not shown), and audio output (190) may further comprise.

Control unit (110), display unit (120) and user input unit (130) to, their use in the described in Figure 2 the wave or a network and a to omit in Figure 3.

Broadcasting receiving unit (150) the, tuner (151), demodulation unit (153), and a network interface section (170) may comprise an. Well as, as needed, tuner (151) and a demodulation part (153) a network interface section means in the (170) does not include the designed to has a plurality, a network interface section vice versa (170) means in the tuner (151) and a demodulation part (153) the does not include. may also be designed to.

Tuner (151) antenna the latter is received through the RF (Radio Frequency) broadcasting during a selected channel or by the user the call from the corresponding to all channels selects RF broadcast signal. Furthermore, selected RF broadcast signal to an intermediate frequency signal or baseband video or into a voice signal to converts.

For example, selected RF IF digital if digital broadcast broadcasting signal converted into (DIF) signal, the analog baseband if analog broadcasting (CVBS/SIF) to converts video or audio signal. I.e., tuner (151) has digital broadcasting signal with or analogue broadcasting signal treated. Tuner (151) from an output in an analog baseband video or audio signal (CVBS/SIF) a control unit (140) can be by directly inputting it.

Furthermore, tuner (151) the ATSC (Advanced Television System Committee) manner of single carrier according to RF broadcast signal or DVB (Digital Video Broadcasting) of plurality of carrier according to manner can be receives a broadcast signal RF.

While, tuner (151) the, one RF the latter is received through the antenna in the embodiment from the picture signal memory of a broadcast channel all stored via RF broadcasting signal sequentially selecting the intermediate frequency signal or baseband video or can be converted into a voice signal.

While, tuner (151) the, multi-channel receives a broadcast signal of a broadcast to, plurality of having tuner for it is possible to. Or, multi-channel broadcast signal of a broadcast station concurrent receiving single tuner also..

Demodulation unit (153) a tuner unit (151) receives (DIF) converting digital IF signal performs demodulation operation.

Demodulation unit (153) to demodulated data stored in a demodulation and channel stream signal after performing a decryption can be outputs a (TS). The stream signal a video signal, speech signal or a data signal is multiplexed may be.

Demodulation unit (153) in a control unit stream signal outputs an (110) can input to. Control unit (110) has demultiplexer using, video/audio signals after performing a process, display unit (120) and outputs a Image, audio output (190) outputs the voice to.

External device interface unit (180) the, in the portable device and an external device data with can be transmit or receive. To this end, external device interface unit (180) the, A/V input/output unit (not shown) or wireless communication unit (not shown) may comprise an.

External device interface unit (180) the, DVD (Digital Versatile Disk), BLU-ray (Blu ray), game machine, camera, camcorder, computer (notebook), top box and the like device such as wirelessly/HO and sub-networks can each be connected, external device 1 and the input/output possible any operation on.

A/V input/output unit a, external device for the item may be audio signal. While, the data mixer mixes the, other electronic devices and a local area network can be wireless communication.

A network interface section (170) the, Image display device (100b) including swiftly on the Internet connects the wire/wireless network provides an interface. For example, a network interface section (170) the, over a network, Internet or content provider or network operator have a content to be provided or data is capable of receiving a..

Storage unit (160) the, control unit (140) in each signal processing and control for may store program, Image are processed, voice or data signal may store a.

Furthermore, storage unit (160) the external device interface unit (180) provided to, voice or data temporary storage of signal capable of supplying an. may perform. Furthermore, storage unit (140) the, channel channel maps, and the like on the broadcast channel has through the memory stores information relating can be.

Figure 3 shows a store a storage container part (160) is (110) and the separate embodiment with a but and in thereby, the cold air flows, not limited to range of the present invention. Storage unit (160) a control portion (140) can be included in.

User input unit (130) the, a cooperation request receiver receives a signal to the control section (110), or transmits the, control unit (110) transmits it from signal to a user.

For example, in Figure 4 the after alcoholic beverage it will do control device (200) from power on/off, channel selection, for setting up picture user, such as or transmit/receive input signal, power key to make the voice calling, channel key, volume key, setting key such as a key (not shown) input a user input with the token signal to the control section (110) capable of transferring a.. Or, user input unit (130) user's gesture sensing sensor section (not shown) from input a user input with the token signal to the control section (110) to deliver or, control unit (110) signals from sensor section can transmit the (not shown).

Control unit (110) the, tuner (151) or demodulation unit (153) or external device interface unit (180) through, or demultiplexing a stream input, spacer signals, video or audio output a signal for generation and output can be.

Control unit (110) shows an Image signal Image in the diode sensor has an end connected (120) is, , which corresponds to the videos are can be Image. Furthermore, control unit (110) signals and a shows an Image Image in device interface unit (180) out through the vent opening can input to output device.

Control unit (110) processed in audio output an audio signal (190) the acoustical output can be. Furthermore, control unit (110) an audio signal processed in external device interface unit (180) out through the vent opening can input to output device.

Also 3 is divided by the barrier rib is shown the, control unit (110) the reverse multiplexing department, Image processing or the like may include a.

Other, control unit (110) the, Image display device (100b) in overall operation of the. can be controlled. For example, control unit (110) a tuner unit (151) by controlling the, user selected channel or stored matched with specific channels select RF to the width of an air bearing (Tuning).

Audio output (190) the, control unit (140) is voice processing in the inputted signal to a audio output..

Error data in digital (140) the camera may comprise an. Error data in digital (140) has by using the camera, and a pre-foaming lip that is user, region of the outer region of the can be recognizing user face. The, error data in digital (140) of the 1 but it is possible to-implemented camera, which not limited to, plurality of. permitting implemented camera. While, camera Image display device (100b) which are embedded in the, display unit (120) or disposed on a or a separate upper be. At the outer region of the main Image information a control unit (110) can be input into the..

Control unit (110) the, Image photographing camera, or sensor section (not shown) from each perceived signal or a combination thereof of the user based on the sensor into a digital signal. gesture.

Control device (200) the, user input user input unit (130) transmits the. To this end, control device (200) the, Bluetooth (Bluetooth), RF (Radio Frequency) communication, infrared (IR) communication, UWB (Ultra Wideband), ZigBee, use can be made of, type the (ZigBee). Furthermore, control device (200) the, user input unit (130) outputs an Image in, receives voice or data signal, control device (200) in can be data included in the display them on a.

Image display device (100b) the, device stored in Image data on an identical region for Image or a video signal processor for performing signal processing is one example of device. Video signal processing device of water flow and in another instance the, the display part shown in Figure 3 (120) and an audio output (190) the set-top box of exclusions, the above-mentioned DVD player, BLU-ray player, game machine, is further computer or the like, and further can be exemplary.

While, also 2 and 3 shown in device structure for preventing vibration (100a, 110b) for embodiment one may be even blocks of is. Each component of mobility of the block Image display device (100) the actual implemented integrated according to sidewalls of the storage space, additional, or drive, can be dispensed with.. I.e., 2 or more components of as needed they are combined to one component is or, or one component is subdivided component of the 2 or more can be constructed. Furthermore, functionality performing in each block is to produce a rounding off on are disclosed in the embodiment, a device the concrete action or. not to limit the scope rights of the present invention.

According to one embodiment also Figure 4 shows a control device is representative of a configuration of block.

Also refers to surface 4, control device (200) a wireless communication unit (210), number 2 user input unit (250), output (260), number 2 storage unit (240) and number 2 control unit (230) may comprise an.

Component, a wireless communications component (210) of a plaque has in the embodiment disclosed a Image display according to any of device capable of sending and/or receiving with any one.. Component, a wireless communications component (210) according communication standards and the IR Image display device (100) and a capable of sending and/or receiving and can comprise of a IR module. The, control device (200) the IR Image display data from the memory device (100a, 100b) to power on/off, channel change, volume change in the number of stops may transmit a command to provided.

Number 2 user input unit (250) the key pad, button, touch pad, or touchscreen or the like can be constructed. A user number 2 user input unit (250) is operated to shift a control device (200) to Image display device (100) associated with. can input commands into the. Number 2 user input unit (250) is hard key button when include, a hard user controlled through push-down operation of key button device (200) to Image display device (100a, 100b) associated with. can input commands into the. Number 2 user input unit (250) pulse code modulation touch screen is a touch screen device (200) controlled touching the soft key to Image display device (100) associated with. can input commands into the. Furthermore, number 2 user input unit (250) has scroll kinase, jog such as a key and which can be operated by a user signal and can comprise of means.

Examples of the relation to one embodiment, number 2 user input unit (250) the 2-directional key may comprise an (up)/ down (down) an up-directional key. 2 can be constructed key. For example, number 1 may indicate the upward direction, an up-directional key number 1 can be constructed key (up). Furthermore, number 2 may indicate the a surface direction, a down-directional key number 2 can be constructed key. Just, are not limited to, the left direction number 1 may be indicative of a direction, a right direction number 2 may be indicative of a direction.

For example, number 2 user input unit (250) the number 1-directional key presses can be receive an input that. Image display device (100) the number 1-directional key is inputted into the shift register in, display unit (120) and a plurality of partitioned into regions, of channel Image currently displayed page next channel images are a plurality of corresponding to the divided regions of can be controls a. Furthermore, number 2 user input unit (250) the number 2-directional key keying in the can receive input, Image display device (100) the number 2-directional key is inputted into the shift register in, display unit (120) and a plurality of partitioned into regions, previous channel Image currently displayed page a corresponding plurality of channels the divided images are controls a regions of can be.

Output (260) the number 2 user input unit (250) corresponding to operation of a device (100) display line corresponding to the signal received by video or audio outputs a voltage reference signal corresponding to. Output (260) a user via the user input unit number 2 (250) device (100) or Image display whether operation of control whether can recognize the..

Example, output (260) the number 2 user input unit (250) component, a wireless communications component or is operated (210) through the Image display device (100) and a signal is transmitted/received for turning when LED module, vibration module of the body to outside, being vibrated when a speaker generates sound an acoustic output module, or Image by outputs and can comprise of the display module.

Number 2 storage unit (240) a control device (200) is operating is control or of various kinds of program, application data such as. may be stored.

Number 2 control unit (230) a control device (200) of controlling the same various particulars to control. Number 2 control unit (230) the number 2 user input unit (250) predetermined component, a wireless communications component a signal corresponding to key operation (210) through the Image display device (100) for enabling a user to transmit.

Image display device (100) of user input unit (130) the, device (200) controlled through module IR IR is according communication standards and can be receiving a signal. Furthermore, user input unit (130) through the Image display device (100) input to the control device (200) of transmit signals components of the Image display device (100) a control section of the (140) is transmitted to. Control unit (140) a control device (200) is transmitted from the signal control device (200) and operation of the key operation on the wire reel to discriminate the information, its corresponding thermal Image display device (100) can be for controlling.

Also according to embodiment 5 to Figure 7 shows a one also input the channel-up or channel-down reduce input time of the word, Image display device are multiplexed, and picture-in-picture mode representing a menu set to operate. surface thereof, and the.

Also 5 refers to surface, display unit (120) the based on the user input, number 1 can be menu screen is displayed on a screen. The, user input control device (200) through a key included in an input, of motion input and for specific, of a polyimide resin, such voice input can be signal.

Display unit (120) the number 1 menu screen partial area on the channel-up/at, multiple split screen to the graphic message asking whether or not (310) and transmits the unique number to the. Furthermore, display unit (120) the YES button and NO buttons are character information on screen number 1 can be displayed. The, YES button by the request of the user, as shown in 6 also, display unit (120) the multi, and picture-in-picture and method that can select which menu screen (menu screen number 2,330) displays a. While, NO button by the request of the user, although not shown, display unit (120) the number 1 menu screen display can be finished in the..

Also 6 with a, multiple split screen converts a composite display unit (120) two regions partitioning the video stream into a main 2 a 2 division arrangement (331), display two regions partitioning the video stream into a main 3 3 division arrangement (332), display two regions partitioning the video stream into a main 4 4 division arrangement (333), display two regions partitioning the video stream into a main 8 8 division arrangement (334) such as may include a. Just, are not limited to, 16 division arrangement, 32 division arrangement may further comprise a pump or the like, based on the user input, any layout can establish a physical-layer connection.

Multiple split screen and method a plurality of layout one set, Image display device (100) the multi, and picture-in-picture mode upon entering, corresponding layout is displayed (120) can be dividing the plurality of phase estimates.

Furthermore, display unit (120) a plurality of layout displayed on one of the calibration curves is selected surface, as shown in of Figure 7 (a), display unit (120) with a presettable contained in the layout each zone the channel group for the mapping of a menu screen (menu screen number 3,350) displays a.

For example, as shown in 7 also, display unit (120) when sets a programmable division arrangement 3 a, 3 a uniform thickness of broadcasting streams of scenes, the objective compound. mapping channel group. The, channel group is generally channel group, preferred channel group, such as channel group data by genre may include a. Just, are not limited to, various channel groups may include a.

Wherein, an Image display channel group generally all signal from being presented at the device can be group including channels. Furthermore, favorite channel group including channels preferred by a user can be efficiently produced, and the group, by user input can be preset. Or, Image display device (100) frequently user by analyzing a channel view a, a virtual group favorite channel. for printing can be set. The movie channel group data by genre, music, drama, art, sports, Comedy, documentation such as channel depending on the attributes of the genre through the classification channels can be group placing the.

The, Image display device (100) the based on the user input, a uniform thickness of broadcasting streams of scenes, 3 channel group generally, preferred channel group, channel display genre any one among the objective compound. for mapping. For example, as shown in of Figure 7 (a), user a plurality of regions (351, 352, 353) for selecting either a, to a selected region in a data and map the channel group may be selected.

The, as shown in of Figure 7 (b), number 1 region (351) the channel elements and a general channel is group, number 2 region (352) the favorite channel group number 3 region (353) the data by genre can be the mapping channel group. Plurality of a uniform thickness when the mapping channel group, channel change in each area to test the corresponding devices by channel groups channels can be between.

For example, channel-up for when receiving input, Image display device (100) generates and transmits a generic channel group included in current channel channels (current on the display unit displays an Image a channel corresponding to the) set on the next channel of displays an Image corresponding to channel number 1 region (351). member can be displayed on. Furthermore, favorite channel groups Image display device currently channels set on the next channel channel displays an Image corresponding to channel number 2 region (352). member can be displayed on. Furthermore, Image display device (100) has the current channel the film when channel, movie channel group of current channel channels contained in the set on the next channel displays an Image corresponding to channel number 3 region (353). member can be displayed on. Just, limited to not.

While, channel-down when receiving a an input for, Image display device (100) generates and transmits a generic channel group included in previous current channel channels as established by channel displays an Image corresponding to channel number 1 region (351). member can be displayed on. Furthermore, Image display device (100) the favorite channel groups currently channels as established by channel previous field displays an Image corresponding to channel number 2 region (352). member can be displayed on. Image display device (100) has the current channel the film when channel, movie channel group contained in the channels as established by channel previous current channel displays an Image corresponding to channel number 3 region (353). member can be displayed on. Just, limited to not.

Furthermore, as described above, each zone without setting the separately channel group when, plurality regions of automatically channel group generally can be mapping.

Furthermore, Image display device (100) a channel-up for input or channel-down when receiving input for, two or more the divided channel is the current one of the next channel or the past continue been altered channel so that the displayed can be. Also to is by referring to 12, the to the description.

Embodiment of Figure 8 (a) and (b) of 8 and has an:an Image display method of their drawing a 2007.

Image display device (100) any the channel to display an Image is possible,. For example, with different channel plurality of channels has number, plurality of the channels are can be identified as channel number.

Furthermore, plurality of channels of the channels the order of channel number can be determined based. The order of channels small channel number is large in a channel where channel order can be determined. For example, channel number 6 in channel 6 7 in channel Wednesday 7 next channel of which the channel number, channel 7 next channel of the channel number Wednesday 8 8 in channel. The, a continuous channel number can be non-but, the present specification for facilitating of in the, channel number in channel group generally during which there are successively an a to also described.

Furthermore, channels large channel number is the order of order channel in which smaller channel and the order of channels can be determined. For example, channel number 8 in channel 8 of next channel 7 in channel Wednesday 7 which the channel number, channel 7 next channel of the channel number Wednesday 6 6 in channel.

Furthermore, the order of channels can be optionally set user.. Just, the present specification for facilitating of in the, channels and the order of channel number is large in a channel where small channel are calculate on order to illustrate the example, for example, time as large as that of.

Furthermore, plurality of channels last channel next channel comprises a plurality of channels can be set to initial channel. For example, plurality of channels 99 (Ch. 99) channel from channel 1 (Ch. 1) until when including, last channel channel 99 (Ch. 99) of channel initial channel the next channel can be set to 1 (Ch. 1). Just, limited to not.

Again refers to surface of Figure 8 (a), Image display device (100) the plurality of channels channel number is 6 in channel 6 displays a screen of. The, Image display device (100) a channel-up for can be receiving input. For example, user a control device (200) included in above indicative of a direction during-directional key 2 number 1-directional key (253) can be pressed down onto a.. Image display device (100) channel-up for user input (for example, number 1-directional key (253) keying in the mode is turned off, or input) when receiving a, Image display device (100) as shown in the of Figure 8 (b), display unit (120) a stage unit which can be divided into multiple areas and..

The, Image display device (100) invention as described above wherein the in Figure 6, display unit (120) down to a predetermined layout can be divided into. Image display device (120) to the division 6 channel each formed of a plurality of regions corresponding to next channel of each of the images displays a. For example, as shown in of Figure 8 (b), plurality of region region to number 1 number 4 region (410, 420, 430, 440) for including when, number 1 region (410) of channel next channel in the channel 6 (Ch. 6) displays an Image corresponding to 7 (Ch. 7), number 2 region (420) 7 (Ch. 7) of channel next channel in the channel 8 (Ch. 8) displays an Image corresponding to, number 3 region (430) 8 (Ch. 8) of channel next channel in the channel 9 (Ch. 9) displays an Image corresponding to, number 4 region (440) in the channel 9 (Ch. 9) while next it is a board channel 10 (Ch. 10) displays an Image corresponding to can be.

Embodiment of Figure 9 (b) and of Figure 9 (a) and has an:an display method of their drawing a 2007.

Refers to surface of Figure 9 (a), Image display device (100) a plurality regions of respectively having different channels corresponding images displays a. As shown in of Figure 9 (a), the plurality of regions region to number 1 number 4 region (410, 420, 430, 440) the first to third locking States, region to number 1 number 4 region (410, 420, 430, 440) sequentially channel 7 (Ch. 7) displays an Image corresponding to, channel 8 (Ch. 8) displays an Image corresponding to, channel 9 (Ch. 9) displays an Image corresponding to, channel 10 (Ch. 10) corresponding to. may be displayed the images.

Refers to surface of Figure 9 (a), Image display device (100) a channel-up for can be receiving input. For example, user a control device (200) included in above indicative of a direction during-directional key 2 number 1-directional key (253) can be pressed down onto a.. Image display device (100) channel-up for user input (for example, number 1-directional key (253) keying in the mode is turned off, or input) when receiving a, Image display device (100) further comprises a plurality of areas displays an Image of channel by changing the, displays a.

The, Image display device (100) to the division based on the number of a scanned area, to increase the channel number in each zone, modified corresponding to the to display an Image is possible,. For example, display unit (120) is divided into regions of 4 when, 4 channel number in each of the regions can be increases. As shown in of Figure 9 (b), Image display device (100) the, number 1 region (410) to easily detect a first damaged part in channel 7 (Ch. 7) test to that channel 11 (Ch. 11), modified channel 11 (Ch. 11) displays an Image corresponding to can be. Image display device (100) the, number 2 region (420) in channel 8 (Ch. 8) test to that channel 12 (Ch. 12) to easily detect a first damaged part, modified channel 12 (Ch. 12) displays an Image corresponding to can be. Image display device (100) the number 3 region (430) a channel 13 (Ch. 13) 9 (Ch. 9) channel in the, modified channel 13 (Ch. 13) displays an Image corresponding to can be. Image display device (100) the, number 4 region (440) in channel 10 (Ch. 10) test to that channel 14 (Ch. 14) to easily detect a first damaged part, modified channel 14 (Ch. 14) displays an Image corresponding to can be. Just, limited to not.

Embodiment of Figure 10 (a) and (b) of 10 and has an:an Image display method of their drawing a 2007.

Refers to surface of Figure 10 (a), Image display device (100) the plurality of channels channel number is 23 in channel 23 displays an Image corresponding to can be. Furthermore, Image display device (100) for a channel-down can be receiving input. For example, user a control device (200) downward during-directional key 2 included in directional key number 2 indicative of a direction (255) can be pressed down onto a.. Image display device (100) for-down channel user input (for example, number 2-directional key (255) keying in the mode is turned off, or input) when receiving a, Image display device (100) as shown in the of Figure 10 (b), display unit (120) a stage unit which can be divided into multiple areas and..

The, Image display device (100) invention as described above wherein the in Figure 6, display unit (120) down to a predetermined layout can be divided into. Image display device (100) formed of a plurality of regions to the division channel each previous 6 each of a corresponding video channels displays a. For example, as shown in of Figure 10 (b), plurality of region region to number 1 number 4 region (510, 520, 530, 540) when including a, number 1 region (510) in the channel 23 (Ch. 23) previous channel channel 22 (Ch. 22) displays an Image corresponding to, number 2 region (520) in the channel 22 (Ch. 22) previous channel channel 21 (Ch. 21) displays an Image corresponding to, number 3 region (530) 21 (Ch. 21) of channel next channel in the channel 20 (Ch. 20) displays an Image corresponding to, number 4 region (540) in the channel 20 (Ch. 20) while next it is a board channel 19 (Ch. 19) displays an Image corresponding to can be.

Embodiment of Figure 11 (b) and of Figure 11 (a) and has an:an Image display method of their drawing a 2007.

Refers to surface of Figure 11 (a), Image display device (100) a plurality regions of respectively having different channels corresponding images displays a. As shown in of Figure 11 (a), region to number 4 region plurality are formed in regions number 1 (510, 520, 530, 540) the first to third locking States, region to number 1 number 4 region (510, 520, 530, 540) sequentially channel 22 (Ch. 22) displays an Image corresponding to, channel 21 (Ch. 21) displays an Image corresponding to, channel 20 (Ch. 20) displays an Image corresponding to, channel 19 (Ch. 19) corresponding to. may be displayed the images.

Refers to surface of Figure 11 (a), Image display device (100) for a channel-down can be receiving input. For example, user a control device (200) downward during-directional key 2 included in directional key number 2 indicative of a direction (255) can be pressed down onto a.. Image display device (100) for-down channel user input (for example, number 2-directional key (255) keying in the mode is turned off, or input) when receiving a, Image display device (100) a plurality regions of displays an Image of channel by changing the, displays a.

The, Image display device (100) to the division based on the number of the regions, to reduce the channel number in each zone, modified corresponding to the to display an Image is possible,. For example, display unit (120) is divided into regions of 4 when, in each of the regions 4 channel number the objective compound. decreased by. As shown in of Figure 11 (b), Image display device (100) the number 1 region (510) 22 (Ch. 22) channel in a channel 18 (Ch. 18) to easily detect a first damaged part, modified channel 18 (Ch. 18) displays an Image corresponding to can be. Image display device (100) the number 2 region (520) in channel 21 (Ch. 21) test to that channel 17 (Ch. 17) to easily detect a first damaged part, modified channel 17 (Ch. 17) displays an Image corresponding to can be. Image display device (100) the number 3 region (530) 16 (Ch. 16) test to that channel 20 (Ch. 20) channel in the, modified channel 16 (Ch. 16) displays an Image corresponding to can be. Image display device (100) the number 4 region (540) 19 (Ch. 19) channel in a channel 15 (Ch. 15) to easily detect a first damaged part, modified channel 15 (Ch. 15) displays an Image corresponding to can be. Just, limited to not.

As described above, one embodiment: an Image display device (100) a channel-up or channel-down input reduce input time of the word, enter screen mode multiple split, previous or next channel of current channel corresponding to channel by simultaneously displaying the images by, zapping simultaneously a plurality of channels can be (zapping).

Embodiment of Figure 12 (a) to (c): an Image display method and has an indicative of one example of their drawing.

Refers to surface of Figure 12 (a), Image display device (100) has the display part (120) to a corresponding video channel number 1 (number 1 channel Image) displays a. Number 1 channel or channel is an predetermined, selected by the user can be channel is an.

Input-up for channel a user can to perform a, for example, control device (200) included in the channel-up key (for example, number 1-directional key (253)) can be continuously presses. User continuously presses key-up channel when, as shown in of Figure 12 (b), Image display device (100) the next channel number 1 channel change for sequentially in channels can be. For example, when 6 (Ch. 6) the channel channel number 1, channel-up key continuously presses the same while the receiver receives input that, Image display device (100) to 7 (Ch. 7) channel in a channel 6 (Ch. 6), channel 7 (Ch. 7) to 8 (Ch. 8) channel in, channel 9 (Ch. 9) channel in channel change for sequentially 10 (Ch. 10) can be. Furthermore, Image display device (100) measures the channel displays an Image corresponding to display unit (120). member can be displayed on.

The, channel-up key down to a predetermined time (number 1 time) when with intervals for pressing or more, of Figure 12 as shown in (c), Image display device (100) has the display part (120) divided into multiple areas and, divided the plurality of regions corresponding to next channel displays a the images. Wherein, the display part next channel (120) is divided into areas and display unit prior to (120) displayed on 50 of a channel corresponding to the next channel can be meaningful ways.

For example, channel-up key is number 1 in time, corresponding to an Image according to the channel 10 (Ch. 10) at the time at which the display unit (120) is number 1 region (610) and number 2 region (620) when including a plurality of divided into regions, as shown in of Figure 12 (c), number 1 region (610) and number 2 region (620) channel channels next 10 (Ch. 10) in the channel 11 (Ch. 10) and channel 12 (Ch. 12) corresponding to. may be displayed the images. I.e., number 1 region (610) 10 (Ch. 10) of next channel in the channel corresponding to channel 11 (Ch. 11) can be an Image, number 2 region (620) in the channel 11 (Ch. 11) of next channel corresponding to channel 12 (Ch. 12) can be an Image.

While, in Figure 12 a channel-up for only for when receiving an input, but shown and describe, in Figure 12 the illustrated Image display method an input for the channel-down when receiving a can be uses the rotational force.

For example, control device (200) included in the channel-down key (for example, number 2-directional key (255)) when continuously presses, Image display device (100) a channel-up at input of equal to method for changing channel, previous channel number 1 channel change for sequentially in channels can be. Furthermore, channel-down key down to a predetermined time (number 1 time) when with intervals for pressing or more, Image display device (100) has the display part (120) a stage unit which can be divided into multiple areas and.. Image display device (100) formed of a plurality of regions to the division corresponding images previously channels displays a. Wherein, previous channel the display part (120) is divided into areas and display unit prior to (120) displayed on 50 a channel corresponding to the previous channel can be meaningful ways.

Embodiment of Figure 13 (a) to (c) and has an:an Image display method of their drawing a 2007.

The same drawing the of Figure 13 (a) of Figure 12 (c) can be. For example, Image display device (100) has the display part (120) a number 1 region (610) and number 2 region (620) provided to divide a, divided number 1 region (610) and number 2 region (620) to corresponding to next channel displays a the images.

The, channel-up key down to a predetermined time (number 2 time) when with intervals for pressing or more, of Figure 13 as shown in (b), Image display device (100) has the display part (120) in the region of two 2 a 4. a stage unit which can be divided into three regions. Furthermore, Image display device (100) has includes a split 4 corresponding to next channel to two regions displays a the images. Wherein, the display next channel is divided into areas and two 4 prior to two regions 2 (number 1 region (610) and number 2 region (620)) is displayed on images of a channel corresponding to the next channel can be meaningful ways.

For example, as shown in of Figure 13 (a), number 1 region (610) corresponding to channel 11 (Ch. 11) and an Image according to the, number 2 region (620) corresponding to channel 12 (Ch. 12) at the time at which the an Image according to the display unit (120) is number 6 region region to number 3 (630, 640, 650, 660) including 4 when divided into regions of a, number 6 regions region to number 3 (630, 640, 650, 660) in the channel 11 (Ch. 11) and channel 12 (Ch. 12) of channel next channel 13 to channel 16 (Ch. 888000217 6888, Ch. 14, Ch. 15, Ch. 16) corresponding to. may be displayed the images. I.e., number 3 region (630) channel next channel in the channel 12 (Ch. 12) of an Image corresponding to 13 (Ch. 13), number 4 region (640) channel next channel in the channel 13 (Ch. 13) of an Image corresponding to 14 (Ch. 14), number 5 region (650) 14 (Ch. 14) of channel next channel in the channel 15 (Ch. 15) corresponding to an Image, number 6 region (660) in the channel 15 (Ch. 15) of next channel corresponding to channel 16 (Ch. 16) can be an Image.

Furthermore, display unit (120) is divided into regions of 4 in, channel-up key down to a predetermined time (time number 3) when with intervals for pressing or more, of Figure 13 as shown in (c), Image display device (100) has the display part (120) is divided into two regions 8 a, 8 divided to two regions corresponding to next channel displays a the images. Wherein, the display next channel 8 is divided into areas and two prior to images displayed on two regions 4 board is pushed into the next channel of a channel corresponding to the can be meaningful ways.

For example, number 6 regions region to number 3 (630, 640, 650, 660) channel 13 to channel 16 (Ch. 13, Ch. 14, Ch. 15, Ch. 16) corresponding to the images is displayed at the time at which the display unit (120) is number 14 regions region to number 7 (671, 672, 673, 674, 675, 676, 677, 678) including 8 when divided into regions of a, number 14 regions region to number 7 (671, 672, 673, 674, 675, 676, 677, 678) in the channel 13 to 16 (Ch. 13, Ch 14 888000326 1888 15, Ch. 16) of channel next channel 17 to channel 24 (Ch. 17, Ch. 18, Ch. 19, Ch. 20, Ch. 21, Ch. 22, Ch. 23, Ch. 24) corresponding to. may be displayed the images.

While, in Figure 13 a channel-up for only for when receiving an input, but shown and describe, in Figure 13 the illustrated Image display method an input for the channel-down when receiving a can be uses the rotational force.

For example, channel-down key down to a predetermined time (number 2 time) when with intervals for pressing or more, Image display device (100) has the display part (120) in the region of two 2 a 4. a stage unit which can be divided into three regions. Furthermore, Image display device (100) has includes a split 4 previously channels two regions corresponding images displays a. Wherein, two previous channels 4 display section is divided into areas and displayed on two regions 2 prior to board is pushed into the images of a channel corresponding to the next channel can be meaningful ways.

Furthermore, display unit (120) is divided into regions of 4 in, channel-down key down to a predetermined time (time number 3) when with intervals for pressing or more, Image display device (100) has the display part (120) for 8. a stage unit which can be divided into three regions. Image display device (100) has includes a split 8 previously channels two regions corresponding images displays a. Wherein, two previous channels 8 display section is divided into areas and displayed on two regions 4 prior to board is pushed into the images previously a channel corresponding to the channel can be meaningful ways.

Embodiment of Figure 14 (a) to (c) and has an:an Image display method of their drawing a 2007.

Refers to surface of Figure 14 (a), Image display device (100) has the display part (120) to a corresponding video channel number 1 (number 1 channel Image) displays a. Number 1 channel or channel is an predetermined, selected by the user can be channel is an.

Input-up for channel a user can to perform a, for example, control device (200) included in the channel-up key (for example, number 1-directional key (253)) can be pressed down onto a.. Keying in the key-up channel user when, as shown in of Figure 14 (b), Image display device (100) has the display part (120) a stage unit which can be divided into multiple areas and.. Furthermore, Image display device (120) to the division number 1 region during formed of a plurality of regions to display images and channel number 1, number 1 number 1 layer to connect an regions corresponding to next channel channel displays a the images. For example, number 1 the channel 6 (Ch. 6) and, Image display device (100) is display unit (120) two regions 4 a (710, 720, 730, 740) when divided into, as shown in of Figure 14 (b), Image display device (100) has two or more number 1 region (710) in the channel to display images and corresponding to 6 (Ch. 6), remaining number 2 to number 4 regions (720, 730, 740) in the channel 7 (Ch. 7) channel channels next 6 (Ch. 6), channel 8 (Ch. 8), channel 9 (Ch. 9) corresponding to the images displays a.

As shown in of Figure 14 (b), user control device (200) included in the channel-up key keying in the when, as shown in of Figure 14 (c), Image display device (100) the number 1 region (710) the number 1 channel (channel 6 (Ch. 6)) to display images and corresponding to, respectively displays an Image to remaining region corresponding to next channel is changed into Image can be. For example, region to number 2 number 4 regions (720, 730, 740) displayed on channel 7 to channel 9 (Ch. 7, Ch. 8, Ch. 9) displays an Image corresponding to down to the channel 7 to channel 9 (Ch. 7, Ch. 8, Ch. 9) next channel channels 10 to channel 12 (Ch. 10, Ch. 11, Ch. 12) displays an Image corresponding to into can be is changed.

While, in Figure 14 a channel-up for only for when receiving an input, but shown and describe, in Figure 14 the illustrated Image display method an input for the channel-down when receiving a can be uses the rotational force.

For example, display unit (120) to an Image according the channel number 1 is displayed, control device (200) included in the channel-down key (for example, number 2-directional key) when keying in the, Image display device (100) has the display part (120) a stage unit which can be divided into multiple areas and.. Furthermore, Image display device (100) to the division number 1 region during formed of a plurality of regions to display images and channel number 1, number 1 layer to connect an channels previous field number 1 regions corresponding images displays a.

Furthermore, user control device (200) included in the channel-down key when keying in the, Image display device (100) the number 1 number 1 area to display images and the channel, remaining region respectively displays an Image to previous channels into a corresponding video can be is changed.

Embodiment of Figure 15 (a) to (c) and has an:an Image display method of their drawing a 2007.

Refers to surface of Figure 13 (a), Image display device (100) a plurality of region respectively, on the same substrate corresponding to different channels displays a the images. The plurality of regions region to number 1 number 4 regions (810, 820, 830, 840) the first to third locking States, region to number 1 number 4 regions (810, 820, 830, 840) sequentially and an Image corresponding to the channel 7 (Ch. 7), and an Image corresponding to the channel 8 (Ch. 8), and an Image corresponding to the channel 9 (Ch. 9), and an Image corresponding to the channel 10 (Ch. 10) can be display are.

Refers to surface of Figure 15 (a), a channel-up for user can be an input. For example, control device (200) included in the channel-up key (for example, number 1-directional key (253)) can be pressed down onto a.. User when keying in the key-up channel, Image display device (100) further comprises a plurality of areas displays an Image of channel by changing the, displays a. Since the main frames are formed the description in Figure 9 to is, the same dispensed to the described.

As shown in of Figure 15 (b), Image display device (100) the number 1 region to number 4 regions (810, 820, 830, 840) channel 6 to channel 9 (Ch. 6, Ch. 7, Ch. 8, Ch. 9) next channel channels 10 to channel 13 (Ch. 10, Ch. 11, Ch. 12, Ch. 13) corresponding to the images displays a.

User components of the Image display device (100) a plurality of images displayed on may be selected at least one of. For example, channel 10 to channel 13 (Ch. 10, Ch. 11, Ch. 12, Ch. 13) displays an Image corresponding to at number 4 region (840) of the channels indicated on displays an Image corresponding to 13 (Ch. 13) may be selected. On the other hand, selected Image when one in of Figure 15 (b) is shown is formed integrally with the screw and, are not limited to, plurality of Image can be selected.

Thereafter, a user an Image, channel-up key (for example, number 1-directional key (253)) can be pressed down onto a.. User when keying in the key-up channel, Image display device (100) a channel 13 (Ch. 13) continuously displays an Image corresponding to number 4 region (840) is displayed in the, number 4 region (840) a remaining region except for a region are (910, 820, 830) channel 10 to channel 13 (Ch. 10, Ch. 11, Ch. 12, Ch. 13) of corresponding to next channel displays a the images. For example, as shown in of Figure 15 (c), region to number 1 number 3 regions (910, 820, 830) displayed on channel 10 to channel 12 (Ch. 10, Ch. 11, Ch. 12) down to the channel displays an Image corresponding to 10 to channel 13 (Ch. 10, Ch. 11, Ch. 12, Ch. 13) next channels channel 14 to channel 16 (Ch. 14, Ch. 15, Ch. 16) displays an Image corresponding to into can be is changed.

While, in Figure 15 a channel-up for only for when receiving an input, but shown and describe, in Figure 15 the illustrated Image display method an input for the channel-down when receiving a can be uses the rotational force.

For example, of at least one of a plurality of videos correction, control device (200) included in the channel-down key (for example, number 2-directional key (255)) when keying in the, Image display device (100) a selected Image continuously indicating that the portable computing device is, selected at which a video is displayed is layer to connect an channels previous regions corresponding images displays a.

Embodiment of Figure 16 (a) and (b) and has an:an Image display method of their drawing a 2007.

Refers to surface of Figure 16 (a), Image display device (100) a plurality regions of respectively having different channels corresponding images displays a. As shown in of Figure 16 (a), the plurality of regions region to number 1 number 4 regions (910, 920, 930, 940) the first to third locking States, region to number 1 number 4 regions (910, 920, 930, 940) sequentially channel 11 (Ch. 11) displays an Image corresponding to, channel 12 (Ch. 12) displays an Image corresponding to, channel 13 (Ch. 13) displays an Image corresponding to, channel 14 (Ch. 14) corresponding to. may be displayed the images.

The, Image display device (100) a plurality regions of the displayed Image one of receiving input that selects can be.

One of is selected Image, Image display device (100) as shown in the of Figure 16 (b), a plurality of areas to extract a selected picture displays a. I.e., Image display device (100) formed of a plurality of regions to the division lithographic of regions one, extract a selected picture display unit (120). member can be displayed on entire.

Embodiment of Figure 17 (a) and (b) and has an:an Image display method of their drawing a 2007.

Refers to surface of Figure 17 (a), Image display device (100) has the display part (120) to a corresponding video channel number 1 (number 1 channel Image) displays a. Number 1 channel or channel is an predetermined, selected by the user can be channel is an.

Input-up for channel a user can to perform a, for example, control device (200) included in the channel-up key (for example, number 1-directional key (253)) can be pressed down onto a.. Keying in the key-up channel user when, as shown in of Figure 17 (b), Image display device (100) has the display part (120) a stage unit which can be divided into multiple areas and.. Furthermore, Image display device (100) formed of a plurality of regions to the division number 1 to channel can be displaying next channel. The, Image display device (100) the, plurality of channels each groups included in the channels channel set on the next channel channel number 1 displays an Image corresponding to the divided displays a a uniform thickness. For example, invention as described above wherein in Figure 7, plurality of the first region of one channel group of a plurality are mapped pre may be proposed. The, plurality channel group of channel group are generally, preferred channel group, such as channel group data by genre may include a. Wherein, including channels is generally channel group generally can be group. Furthermore, favorite channel group including channels preferred by a user can be efficiently produced, and the group, by user input can be preset. Or, frequently user by analyzing a channel view a, can be automatically setting. The movie channel group data by genre, music, drama, art, sports, Comedy, documentation classification such as genre through the channel can be group placing the.

Furthermore, Image display device (100) the number 1 the channel group includes channels based on the number, determines the number of the area which is division can be. For example, the channel group includes channels number 1 when personal 3 is, as shown in of Figure 17 (b), Image display device (100) has the display part (120) a region number 1, number 2 region and number 3 region (1010, 1020, 1030) for including 3. a stage unit which can be divided into three regions. Just, limited to not.

For example, when 6 (Ch. 6) the channel channel number 1, channel 6 (Ch. 6) channel group is generally channel group, including, preferred channel group, movie channel group can be. The, user when keying in the key-up channel, as shown in of Figure 17 (b), Image display device (100) generates and transmits a generic channel group 6 (Ch. 6) set on the next channel of channel in channel 7 (Ch. 7) displays an Image corresponding to number 1 region (1010). member can be displayed on. Furthermore, Image display device (100) has favorite channel group 6 (Ch. 6) set on the next channel of channel in channel 23 (Ch. 23) displays an Image corresponding to number 2 region (1020). member can be displayed on. Furthermore, Image display device (100) a channel 6 (Ch. 6) the film when channel, channel display genre channel in channel group movie group 6 (Ch. 6) set on the next channel of channel 21 (Ch. 21) displays an Image corresponding to number 3 region (1030). member can be displayed on. Just, limited to not.

While, in Figure 17 a channel-up for only for when receiving an input, but shown and describe, display method described in Figure 17 an input for the channel-down when receiving a can be uses the rotational force.

For example, Image display device (100) an Image according to the channel number 1 is displayed, control device (200) included in the channel-down key (for example, number 2-directional key (255)) when keying in the, Image display device (100) has the display part (120) a stage unit which can be divided into multiple areas and.. Furthermore, Image display device (100) formed of a plurality of regions to the division to previous channel number 1 displays a channels. The, Image display device (100) the, plurality of channels each groups included in the channels channel μm as established by channel previous field number 1 displays an Image corresponding to the divided displays a a uniform thickness.

Embodiment of Figure 18 (a) and (b) and has an:an Image display method of their drawing a 2007.

Refers to surface of Figure 18 (a), Image display device (100) has the display part (120) and a plurality of partitioned into regions, plurality regions of plurality of channels is small without using a high groups displays a channels. As shown in of Figure 18 (a), Image display device (100) has the display part (120) a region to number 1 number 4 regions (1110, 1120, 1130, 1140) for including the plurality of partitioned into regions, each of the plurality of regions invention as described above wherein in Figure 7, one channel group of plurality are mapped pre may be proposed.

For example, Image display device (100) generates and transmits a generic channel groups channels that are one of the channels (for example, channel number 1) displays an Image corresponding to number 1 region (1110). member can be displayed on. Furthermore, Image display device (100) the favorite channel groups channels that are one of the channels (for example, channel number 2) displays an Image corresponding to number 2 region (1120). member can be displayed on. Furthermore, Image display device (100) channel display groups the genre channels that are one of the channels (for example, channel number 3) displays an Image corresponding to number 3 region (1130). member can be displayed on. The, channel group the movie channel group data by genre, music channel group, drama channel group, channel group art, Comedy channel group, such as channel group documentation may include a.

Furthermore, Image display device (100) from the external device number 4 region contents are Image (1140). member can be displayed on. The, external device a camera, portable terminal, such as storage medium capable of storing the content can be degraded and includes device, limited to not. Furthermore, Image contents content, moving picture contents, music content, such as may include a full text. Image display device (100) an external device contents are from one of the content (content number 1) displays an Image corresponding to can be.

For example, Image display device (100) is plurality of external device when for linking, external device are an object from a base or predetermined, material may have a order. Furthermore, received from external device when the content is a combination of a plurality (external device plays stored contents by is a desired), an object from a base or a predetermined content, material may have a order. For example, content generation time or content storage time of the content but can be order, limited to not.

On the other hand, input-up for channel a user can to perform a, for example, control device (200) included in the channel-up key (for example, number 1-directional key (253)) can be pressed down onto a.. Keying in the key-up channel user when, as shown in of Figure 18 (b), Image display device (100) a plurality of channel group in each of displays an Image corresponding to next channel can be. For example, Image display device (100) generates and transmits a generic channel group in channel number 1 (Ch. A) set on the next channel of channel (Ch. A+1) corresponding to an Image number 1 region (1110). member can be displayed on. Furthermore, Image display device (100) has favorite channel group in channel number 2 (Ch. B) set on the next channel of channel (Ch. B+1) corresponding to an Image region number 2 (1120). member can be displayed on. Furthermore, Image display device (100) in channel group the data by genre, number 3 channel (Ch. C) set on the next channel of channel (Ch. C+1) displays an Image corresponding to number 3 region (1130). member can be displayed on.

Furthermore, Image display device (100) the number 1 and number 2 external device is coupled to a mechanical external device, external device number 1 content (D) is number 1 when the contents are from, external device number 1 number 2 μm as established by device next contents are from a (D+1) external device number 4 region (1140). member can be displayed on. Or, Image display device (100) to external device when in each divided number 1, number 1 content (D) (D+1) content μm as established by content next displays an Image corresponding to can be area number 4. Just, limited to not.

While, in Figure 18 a channel-up for only for when receiving an input, but shown and describe, in Figure 18 the illustrated Image display method an input for the channel-down when receiving a can be uses the rotational force.

For example, as shown in of Figure 18 (a), plurality regions of groups plurality of channels is small without using a high channel users who have indicated an in, control device (200) included in the channel-down key (for example, number 2-directional key (255)) when keying in the, Image display device (100) a plurality channel group of each previously the channel to display an Image is possible,.

Embodiment of Figure 19 (a) and (b) and has an:an Image display method of their drawing a 2007.

Refers to surface of Figure 19 (a), Image display device (100) has the display part (120) and a plurality of partitioned into regions, plurality regions of each groups plurality of channels includes channels that are displays a. The of Figure 19 (a) the same drawing of Figure 18 (a) can be.

For example, Image display device (100) generates and transmits a generic channel groups channels that are one of the channels (for example, channel number 1) displays an Image corresponding to number 1 region (1210). member can be displayed on. Furthermore, Image display device (100) the favorite channel groups channels that are one of the channels (for example, channel number 2) displays an Image corresponding to number 2 region (1220). member can be displayed on. Furthermore, Image display device (100) channel display groups the genre channels that are one of the channels (for example, channel number 3) displays an Image corresponding to number 3 region (1230). member can be displayed on. Furthermore, Image display device (100) the content that the received from the external device number 4 region (1240). member can be displayed on.

On the other hand, a control device (200) user included in the channel-up key (for example, number 1-directional key (253)) can be continuously presses. For example, user channel-up key down to a predetermined time (time number 3) when with intervals for pressing or more, of Figure 19 as shown in (b), Image display device (100) in the region of the 4 two 8. a stage unit which can be divided into three regions.

The, Image display device (100) the 8 of regions (1251, 1252, 1253, 1254, 1255, 1256, 1257, 1258) during number 1 to number 5 regions (1251, 1252, 1253, 1254, 1255) in channel group is generally channel number 1 (Ch. A) of channels difference as next channel (Ch. A+1, Ch. A+2, Ch. A+3, Ch. A+4, Ch. A+5) can be sequentially displayed. Furthermore, Image display device (100) has favorite channel group in channel number 2 (Ch. B) set on the next channel of channel (Ch. B+1) number 6 region corresponding to an Image (1256). member can be displayed on. Furthermore, Image display device (100) in channel group the data by genre, number 3 channel (Ch. C) set on the next channel of channel (Ch. C+1) displays an Image corresponding to number 7 region (1257). member can be displayed on.

Furthermore, Image display device (100) the number 1 and number 2 external device is coupled to a mechanical external device, external device number 1 content (D) is number 1 when the contents are from, external device number 1 number 2 μm as established by device next contents are from a (D+1) external device number 8 region (1258). member can be displayed on. Or, Image display device (100) to external device when in each divided number 1, number 1 content (D) (D+1) content μm as established by content next displays an Image corresponding to can be area number 4. Just, limited to not.

While, in Figure 19 a channel-up for only for when receiving an input, but shown and describe, in Figure 19 the illustrated Image display method an input for the channel-down when receiving a can be uses the rotational force.

One embodiment also Figure 20 shows a:an Image display method is flow indicative of.

Also 20 with a, Image display device (100) has the display part (120) to a corresponding video channel number 1 (number 1 channel Image) displays a (S1310). Number 1 channel or channel is an predetermined, selected by the user can be channel is an.

Image display device (100) a channel-up for for down or channel-input number 1 number 2 can be is operative to receive an input (S1320).

For example, channel-up for number 1 input control device (200) included in above indicative of a direction during-directional key 2 number 1-directional key (253) can be input keying in the. Furthermore, channel-down device (200) for a control input number 2 included in downward indicative of a direction during-directional key 2 number 2-directional key (255) can be input keying in the. Just, limited to not.

Image display device (100) has the display part (120) a plurality of can be partitioned into regions (S1330).

For example, Image display device (100) has a pre-determined storage based on the layout, display two regions 2,3 two regions, two regions 4, of 8 can be divided into area.

Image display device (100) which is a synchronous loop input number 1 input received by a when, Image display device (100) the, inputted into the shift register in the number 1, number 1 channel next channel respectively corresponding to images to a plurality of areas (S1350) displays a.

For example, Image display device (100) the number 1 channel having a number greater than channel number channels a corresponding video to a plurality regions of displays a.

While, Image display device (100) which is a synchronous loop input number 2 input received by a when, Image display device (100) responsive to an input to the number 2, number 1 previous field channel respectively corresponding to images to a plurality of areas (S1360) displays a.

For example, Image display device (100) the number 1 number less than channel number channel with channels a corresponding video to a plurality regions of displays a.

One embodiment also Figure 21 shows a:an Image display method is flow indicative of.

Also with a 21, Image display device (100) has the display part (120) including region number 1 number 2 region and a plurality of partitioned into regions and, number 1 region channels contained in the channel group number 1 number 1 the channel to display images and, number 2 region channels contained in the channel group number 2 number 2 the channel to display an Image is possible, (S1410).

For example, the channel group number 2 and channel group number 1, including channels generally group, preferred group including channels, genres classification channels including at least one layer of a group may comprise an. Furthermore, channel number 1 the order of channels that are groups contained in the channel group number 1 indicating that each of the channels based on channel number, can be determined. Furthermore, channel number 2 the order of channels that are groups contained in the channel group number 2 indicative of each of the channels based on channel number, can be determined.

Image display device (100) a channel-up for for down or channel-input number 1 number 2 can be is operative to receive an input (S1420).

Image display device (100) which is a synchronous loop input number 1 input received by a when, Image display device (100) responsive to an input to the number 1, number 1 channel group included in channels set on the next channel channel number 1 displays an Image corresponding to channel number 1 area and, included in channel group number 2 number 2 channels set on the next channel channel displays an Image corresponding to channel number 2 can be area (S1440).

While, Image display device (100) which is a synchronous loop input number 2 input received by a when, Image display device (100) responsive to an input to the number 2, number 1 channel group included in channels as established by channel previous field number 1 displays an Image corresponding to channel number 1 area and, included in channel group number 2 number 2 channels as established by channel previous field displays an Image corresponding to channel number 2 can be area (S1450).

: An Image display method one embodiment a variety of computer unit may be accomplished via computer-readable program instructions is embodied in the form can be recording medium. Said program instructions computer readable media, data file, data structure nor the alone or in combination may include. Said command recorded programs in a medium the present invention are designed and constructed specifically for those computer software or to enable is publicly known to one skilled in the art it is possible,. Examples of computer-readable recording medium hard disk, floppy disc and a magnetic tape such as magnetic medium (magnetic media), CD-ROM, (optical media) such an optical recording medium and a DVD, flop mote curl disk (floptical disk), such is self-optical media (magneto-optical media), and ROM (ROM), ram (RAM), flash such as memory instructions stored a program, such as a hardware specifically configured to and conducting device is included. Examples of program instructions created by compiler such as 2000 code interpreter as well as the computer use the purpose: a high-grade and executed by includes language code.

Over rapidly and to reduce a memory but in the embodiment of the present invention to the range rights and then not limited to a defined in if using a variety of one skilled in the art of the present invention basic general outline form and improved modified glass former to the network modifier ranges rights in addition of the present invention.