MOBILE TERMINAL

Hereinafter, drawing with an reference to the present specification to a disclosure is as further described e.g. embodiment, drawing code the signals to corresponding to the same components or similar impart reference number of a local terminal is is dispensed to the described. Components which are used in the description hereinafter to "module" and "part" suffix the specification and ease of creating only taken into account is formed among the mixed or previous, itself is distinguished from each other, and a semantic or serves having not. In addition, the present specification to a disclosure described e.g. in embodiment associated with publicly known techniques the a description is the present specification disclosure to blur the subject matter of the e.g. a wall of the rectangular embodiment when a mobile station is determined to. omit rotating thereof. In addition, drawing with an embodiment the present specification a disclosure to easily understand e.g. to CDK, drawing with an specification provided by the present invention using the scheme of disclosure to event has not one number, all included within the scope of the present invention change concept and techniques, including replacement water and equalization should understood.

Number 1, number 2 including a ordinal number signifies such as various elements term provided to permit more accurate may be used; however, said components said are not limited to, by terms. Said terms are components of one an object from other components is carried out by using an acidulous only.

To other components is any component "is connected" know "is connected" when-mentioned that, that different structural elements thereof connected directly to or may be is connected, intermediate the other components may be present that. to be understood. While, to other components is any component "is directly connected with the" know "are directly connected" when-mentioned that, intermediate the other components there is no will should be understood.

Contextually representation a plurality of differently it is apparent that without the carelessly, includes multiple representations.

In the present application, "includes" or ". having" a set of terms, such as a specification to the features, number, step, operation, components, component or a combination of these is designates the feature to which is present does, number to execute another aspect of one or more, step, operation, components, component or a combination of these existence of back pre possibility or additionally not in the number should understood.

The present specification described mobile terminal the cellular phone, smart phone (smart phone), notebook computer (laptop computer), digital broadcasting is received, PDA (personal digital assistants), PMP (portable multimedia player), navigation, slats (slate PC) PC, tablet PC (tablet PC), (ultrabook) codebook multi chip module, wearable device (wearable device, for example, watch terminal (smartwatch), glass type terminal (smart glass), HMD (head mounted display)) can be include a.

However, the present specification is applicable only a mobile terminal configured according to e.g. embodiment a moment when a number under the outside surface, digital TV, desktop computer, digital signage is directed to a fixed terminal such as the which may be if one skilled art 2000 to the selected piece of data.

Also refers to surface 1c also to 1a, 1a also associated with the present invention account for mobile terminal block degrees and is about, the 1c and 1b also the present invention associated with the information of the mobile terminal a looked at distinct orientations to each other one example is also general outline.

Said mobile terminal (100) a wireless communication unit (110), input (120), sensing (140), output (150), interface unit (160), memory (170), determinator number (180) and a power supply unit (190) such as may include a. Also 1a shown in a data stream containing mobile terminal tension necessarily non-, the present specification from above mobile terminal described on listed in the more than components, or less can take the components.

More particularly, said component, a wireless communications component component (110) the, mobile terminal (100) and a wireless between communication systems, mobile terminal (100) and a other mobile terminals (100) between, or mobile terminals (100) and an external server for enabling a wireless communication between one or more modules may include a. In addition, said component, a wireless communications component (110) the, mobile terminal (100) a one to one or more networks may include a modulus of not less than.

Such a communication unit (110) the, broadcast receiving module (111), mobile communication module (112), wireless Internet module (113), local communication module (114), position information module (115) may comprise an at least one.

Input (120) the, video signal input for camera (121) or Image input, microphone for inputting audio signal (microphone, 122), or audio input, user information from index finger receiving user input unit (123, for example, of a touch key (touch key), such as push key (mechanical key)) may comprise an. Input (120) collecting in voice data or user's analyzed Image data can be processed in coordinators [...] number.

Sensing (140) information in the mobile terminal, mobile terminal surrounding environment surrounding the at least one information and user information for sensing one or more sensors may comprise an. For example, sensing (140) has a proximal sensor (141, proximity sensor), with illumination sensor (142, illumination sensor), touch sensor (touch sensor), acceleration sensor (acceleration sensor), magnetic sensor (magnetic sensor), gravity sensor (g-sensor), gyroscope sensor (gyroscope sensor), motion sensor (motion sensor), RGB sensor, infrared sensor (IR sensor: infrared sensor), (finger scan sensor) fingerprint recognition sensor, ultrasonic sensor (ultrasonic sensor), optical sensor (optical sensor, for example, camera (121 reference)), microphone (microphone, 122 reference), battery gauge (battery gauge), environmental sensor (for example, aneroid barometer, for an internal combustion engine, thermometer, radioactive sensor, thermal sensor, such as gas sensor), chemical sensor (for example, electronic nose, health care sensor, biometric sensor, or the like) may comprise an at least one. While, the present specification to a mobile phone of disclosure, such at least two of the sensors, which sensing in or more sensors able to be used that are combinations of..

Output (150) a visual, associated with such as the acoustical or tactile for generates the output, display unit (151), sound output part (152), [...] module (153), optical outputs (154) may comprise an at least one. Display unit (151) a touch sensor of layer with by formed in one piece, touch screen-changed signal is shifted down. This touch screen, mobile terminal (100) and user between number input interface under public affairs a user input unit (123) and function as, mobile terminal (100) and user between can be under public affairs number output interface.

Interface unit (160) the mobile terminal (100) type of external a variety of designs that are connected to from the monitor performs adjacent to the channel region. Such interface unit (160) the, oil/wireless headset port (port), external charger port (port), oil/wireless data port (port), memory card (memory card) port, identification module connecting device with a port (port), audio I/O (Input/Output) port (port), video I/O port (port) (Input/Output), earphone port (port) may comprise an at least one. Mobile terminal (100) in, said interface unit (160) at, are connected, and in response to, the external device number associated with the suitable designed to execute the KIPO & [...].

In addition, memory (170) the mobile terminal (100) for supporting the various functions of stores the data. Memory (170) the mobile terminal (100) which are running at a plurality of application programs in a computing (application program (application) or applications), mobile terminal (100) data for an operation of the relay, . capable of storing instruction. At least some of the program such an application, through wireless communication can be downloaded from external server. In addition at least some of the program such an application, mobile terminal (100) of the basic functionality is to (for example, receiving phone call, emergency call button, message receiving, emergency call button) unstored for mobile terminal from redundancy bit for detecting a read error (100) may be present on the.. On the other hand, application program, memory (170) is stored in, mobile terminal (100) is provided on, determinator number (180) by operation of said mobile terminal (or function) can be drive.

Determinator number (180) the in addition, one or more actions associated with application program, typically mobile terminal (100) is the number of overall operation of the. Determinator number (180) components longitude on the data to be input to or output via a signal, data, information-or memory (170) application program stored in by running a, users information or function treated ball or a playground ball, is number.

In addition, determinator number (180) the memory (170) stored is distributed into the refrigeration compartment to drive the, also 1a together with components longitude [...] may number at least some of. Further, determinator number (180) the application program for driving the, mobile terminal (100) included components at least more than two kinds can be combination with each other to operate.

Power supply unit (190) determinator the number (180) in the number of, external power, outputs a mobile terminal inside (100) each component included in. to power a wide. Such power supply supply (190) a battery (191, also 1c reference) includes, said battery (191) has an internally-mounted type battery or replacement of a removable type can be battery is.

Each said at least some of the components, a variety of designs that are described hereinafter according to embodiment examples operation of mobile terminal, the number, the number or method to implement can be working cooperatively. In addition, operation of said mobile terminal, the number, the method the number or said memory (170) stores at least one application program by the driving of a may be embodied in on a mobile terminal.

Also refers to surface 1 b and 1c, mobile phone of disclosure (100) the bar-type terminal body arranged. Just, the present invention refers to excitation without limit to an weight sensoring, clip-type, glass type or 2 of the body into at being relatively movably coupled for, flip type, slide type, branching, swivel type of a polyimide resin, such can be applied to the structure. For a specific type of mobile terminal identifiers to be associated with it, a description for a specific type of mobile terminal other types of mobile terminals generally can be applied.

Here, a mobile terminal body terminal (100) at least one referring to the purpose by an aggregation of a general outline. can be understood.

Mobile terminal (100) the case (for example, frame, housing, cover) includes. Drive the discharge lamp, mobile terminal (100) the front case (101) and the rear case (102) may comprise an. Front case (101) and the rear case (102) in an inside subscriber unit or by a combination of various kinds of electronic components is arranged. Front case (101) and the rear case (102) between at least one middle case further can be arranged.

Display unit in front of a liquid body terminal (151) is disposed can be and outputs information for recording. Drive the discharge lamp, display unit (151) window (151a) the front case (101) is mounted on front case (101) together with the front surface of body terminal can be.

Optionally, rear case (102) can be on which electronic components are mounted even. Rear case (102) an electrical component capable of mounting to data transfer between the battery (191), identification module, such as memory card. In this case, rear case (102) a mounted electronic component for capping rear cover (103) is detachably can be combined.. Thus, rear cover (103) is rear case (102) separation of from, rear case (102) electronic components mounted on a outwardly are subjected.

Drive the discharge lamp, rear cover (103) is rear case (102) fixing device is installed at the side, rear case (102) may be exposed that doesn't fill a gap of.. Optionally, in engagement with the mouth of said rear case (102) the rear cover (103) may be a substantially unobstructed view disposed in. On the other hand, rear cover (103) the camera (121b) and the sound output (152b) with openings to expose the to the outside can be.

This case are (101, 102, 103) is formed by a resin is injected into a synthetic or the metal, for example stainless steel (STS), aluminum (Al), titanium (Ti) may be, and the like.

Mobile terminal (100) the, plurality of case various electronic components on which a layer of snow the inner space alternatively examples of, one case said interior space may be configured to provided. In this case, synthetic resin or metal on one surface rear running in the unibody of mobile terminals (100) can be is implemented.

While, mobile terminal (100) the terminal body from being absorbed of water into this cable, the water - repellent part and can comprise of a (not shown). For example, waterproof the window (151a) and a front case (101) between, front case (101) and the rear case (102) or between rear case (102), a back cover (103) is disposed between, a combination of these up and down the power window, space enclosed therein, designed to be may comprise an waterproofing article.

Mobile terminal (100) has a display part (151), sound output part number 1 and number 2 (152a, 152b), proximity sensor (141), with illumination sensor (142), optical outputs (154), number 1 and number 2 camera (121a, 121b), number 1 and number 2 operation unit (123a, 123b), microphone (122), interface unit (160) can be equipped by such as..

In hereinafter, also 1b and 1c as shown in, display unit body from terminal (151), sound output part number 1 (152a), proximity sensor (141), with illumination sensor (142), optical outputs (154), camera number 1 (121a) and number 1 operation unit (123a) in which there is disposed a, on the side surface of body terminal number 2 operation unit (123b), microphone (122) and interface unit (160) is disposed in the, sound output part number 2 to the rear surface of body terminal (152b) and number 2 camera (121b) is arranged in a mobile terminal (100) in one example the described example.

Just, those provisions not limited to this arrangement. Those provisions either replace or number as needed, can be arranged to the other side. For example, in front of a liquid body terminal number 1 operation unit (123a) is which the film is to be formed, sound output part number 2 (152b) an edge of the semiconductor body the terminal side of the next seven digits of the phone body. can be equipped with.

Display unit (151) the mobile terminal (100) processed in the (output) the information. For example, display unit (151) the mobile terminal (100) application running on a the execution of a program, a screen information, or reaction products of said execution screen information according to UI (User Interface), GUI (Graphic User Interface). capable of displaying information.

Display unit (151) has liquid crystal display (liquid crystal display, LCD), thin film transistor liquid crystal display (thin film transistor-liquid crystal display, TFT LCD), organic light emitting diode (organic light-emitting diode, OLED), flexible display (flexible display), 3d display 3 (3D display), electronic ink display (e-ink display) at least one may comprise an.

In addition, display unit (151) the mobile terminal (100) in accordance with implementation of one or more 2 may be present. In this case, mobile terminal (100) the plurality of display portions integrally or spaced on one plane which can be arranged in, in addition to the other side each other may be respectively disposed.

Display unit (151) a touch by configured to receive at an input command number, display unit (151) a touch sensor sensing a touch to the may comprise an. Using the same, display unit (151) once this has the touch to, a touch sensor senses and said, determinator number (180) the based on number corresponding to touch said coordinators [...]. can be made to be generating. What is entered by the typed hands character or number or, various mode storing addressable instructions or menu items. combination of the conductor.

On the other hand, a touch sensor, touch with respect to window is preferably configured in the form of film (151a) and a window (151a) of display on a rear view (not shown) or disposed on a between, window (151a) of metal which is patterned at directly to rear view may be wire. Or, the display and touch sensor may be formed as integrally. For example, a touch sensor, on a substrate of display or disposed on a, .can be equipped with supply portion.

When the chip selection signal is enabled, display unit (151) touch screen with a touch sensor layer is formed in the exposed region, in this case touch screen user input unit (123, also 1a reference) may functioning at. Optionally, touch screen operation unit number 1 (123a) for replacing the function least a portion of can be.

Sound output part number 1 (152a) user's ear certain value the delivery a plurality of columns of receivers (receiver) can be implemented, and to, sound output part number 2 (152b) has various alarm sound or for reproducing multimedia and outputs a loud speaker (loud speaker) can be embodied in the form of.

Display unit (151) window (151a) the sound output part number 1 (152a) for release of sound generated from a sound hole is can be formed. Just, the present invention refers to is limited to, gap assembly between said sound structure (for example, window (151a) and a front case (101) gaps between) to be released along the can be constructed. In this case, handle section and coupled to the protrusion sound output for are formed independently of a hole obscured or hidden the mobile terminal (100) allows the appearance of simple than. can be.

Optical outputs (154) converts the event upon occurrence of an by referencing the is made to output the light. Examples of event said message receiving, call signal receiving, answer-phone, alarm, schedule notification, e-mail reception, and across applications: received information. Determinator number (180) user's event confirmation if sensed, is optical outputs output of light (154) may [...] a number.

Number 1 camera (121a) an Image video call the controller obtained by the sensor for representing static or moving images of treating a of Image frames. Display unit frame forms the mosaic Image (151) can be displayed on, memory (170) may be stored in.

Number 1 and number 2 operation unit (123a, 123b) a mobile terminal (100) operation of an instruction the number is operated to index finger receiving a user input unit (123) as one example of, operation part (manipulating portion) can be the raised resist agent is dropped on even with. Number 1 and number 2 operation unit (123a, 123b) a touch, push, scroll user access is tactile-dimension feeling in such a way that a control (tactile manner) if any form, whether they. can be employed. In addition, number 1 and number 2 operation unit (123a, 123b) a near touch (proximity touch), hovering (hovering) touch, and so on, and to the user via the user's tactile-dimension feeling a control without can be employed way..

The present drawing in operation unit number 1 (123a) is of a touch key (touch key) by but exemplary, the present invention the limited not. For example, number 1 operation unit (123a) or is a push key (mechanical key), of a touch key and push key combination can be constructed.

Number 1 and number 2 operation unit (123a, 123b) what is entered by can be setting various. For example, number 1 operation unit (123a) the menu, groove height, cancel, units and fixes the positions where the of instructions such as search and, number 2 operation unit (123b) the number 1 or number 2 sound output part (152a, 152b) outputted from an acoustic of adjusting size of, display unit (151) touch recognition mode switching or the like the item may be input of instructions.

On the other hand, terminal body on the rear surface of the gas user input unit (123) other in one example, rear input is installed at the KIPO & (not shown). Such back surface input section controls the movement terminal (100) operation of the number receives an instruction is formed among the manipulated to, what is input can be setting various. For example, turned on/off, start, end, the same commands scroll and the like, sound output part number 1 and number 2 (152a, 152b) outputted from an acoustic of adjusting size of, display unit (151) touch recognition mode switching or the like such as the item may be input commands into the. Rear input a touch input, push input, or a combination thereof of an input by a possible to be may be embodied in.

Rear input for display unit on the entire surface of the substrate thickness direction of body terminal (151) overlapping can be is disposed. In one example, a body terminal user to thereby able to detect when grasped by the hand for using to the grip is rotatably hereinafter, rear input rear surface of body terminal can be arranged at the top end. Just, the present invention refers to are not necessarily limited to, rear the input face of the light guide can be positions are changed.

When the chip selection signal is enabled terminal body to the rear surface of rear input having a when, using the same a new type of user interface is may be embodied in. In addition, reticle touch screen or rear input number 1 a body the terminal, operation unit (123a) for replacing the function least a portion of the, terminal body from operation unit number 1 (123a) when value america it conceives is, display unit (151) is large screen ([...]) can be constructed in.

While, mobile terminal (100) the user's fingerprint with the a fingerprint recognition sensor recognizing the fingerprint which may be provided, determinator number (180) has light emitting part with a constant interval by the detector is a fingerprint information to an authentication ID means. said diode sensor has an end connected fingerprint recognition sensor (151) or user input unit (123) .can be embedded in.

Microphone (122) the, other such as the sound to a is made. Microphone (122) a plurality portions on to a stereo sound provided with can be constructed.

Interface unit (160) the mobile terminal (100) is connected with the external device a passage is. For example, interface unit (160) the other, the hand of the device (for example, earphone, external speaker) for connecting to connection terminal, near field communication and a port in the for [for example, infrared port (IrDA Port), Bluetooth port (Bluetooth Port), such as wireless LAN port (Wireless LAN Port)], or mobile terminals (100) for supplying a power supply terminal may be at least one of.. Such interface unit (160) the SIM (Subscriber Identification Module) or UIM (User Identity Module), for storage of information and for such as memory card socket for receiving the for external type card may be embodied in the form of.

Camera number 2 on the rear surface of the gas body terminal (121b) part are coupled with KIPO &. In this case, camera number 2 (121b) the number 1 camera (121a) in substantial. photographing direction opposite to that of the pharmaceutical agent.

Number 2 camera (121b) comprises at least one magnetic field along line may include plurality of lenses. Plurality of lens a matrix (matrix) are arranged in the form may be. Such camera, array ('array') camera can be designated. Number 2 camera (121b) when by installing each device with cameras to the array, diversified by the use of plurality of lenses in a manner that can be with the monitoring camera to emit, a better quality can be acquiring an Image of the.

Flash (124) the number 2 camera (121b) can be disposed adjacent to. Flash (124) the number 2 camera (121b) to corresponding to a pre-foaming lip that is. is being spun light toward the liquid crystal display element.

Sound output part number 2 member includes a first terminal (152b) the solid ink-jet printer can be arranged. Sound output part number 2 (152b) the number 1 sound output part (152a) stereo together with a shifter shifts the output function, for realizing speaker phone mode from decreasing during a call may be used.

For wireless communication member includes a first terminal at least one antenna is installed at the KIPO &. Are embedded or body terminal antenna, can be in its casing. For example, broadcast receiving module (111, also 1a reference) attached on the lower piece is his or her mouth by drawing body terminal note that the antenna can be the lateral side or the upper side. Or, rear cover is formed film type antenna (103) may be are attached to the interior side of, including conductive material that is configured to function as the antenna case may be.

Mobile terminal member includes a first terminal (100) for supplying a, and a power supply unit (190, reference 1a also) comprises the rectangular plate like nut 3. Power supply unit (190) are embedded or the terminal body, terminal body from the external of the battery that is configured for removable (191) may comprise an.

Battery (191) an interface unit (160) is connected to which a power source cable supplying power via a receive can be constructed. In addition, battery (191) wireless charging has wireless charging device may be configured to be. A magnetic induction typed or resonance manner wireless charging said (magnetic resonance manner) can be implemented by.

While, the present drawing in rear cover (103) battery (191) so as to cover the IC chip rear case (102) is coupled to battery (191) and only number of, battery (191) an external impact and impurities configured to protected from of wet liquid to flow down is exemplified. Battery (191) the terminal, when removably attached to body, rear cover (103) the rear case (102) set in the can be.

Mobile terminal (100) the appearance or protection, mobile terminal (100) that extends the assisted or function of accessory. a locking feature may be added. Such of the accessory in one example, mobile terminal (100) or accepts, in a plane contact covering least one surface of pouch cover or. users can. Pouch cover or the diode sensor has an end connected (151) and mobile terminal (100) function of can be constructed to enlarge the. Of the accessory other in one example, a touch to the touch screen for extending assisted or input touch pen :.

Also Figure 2 shows a mobile terminal associated with the present invention (100) one example of it is shown a degradation is perspective view. 2 also refers to surface, said mobile terminal (100) the display unit (151), display unit (151) located on the front side window (151a) includes. Said window (151a) front case said circumference portion (101) is combined to the circumference one surface of said display unit (151) can be fixed to.

Front case (101) and the rear case (102) between the display unit (151) of which carries a, electric elements packages are mounted mobile terminal (100) under public affairs to number the rigidity of the middle frame (105) can be interposed. Said middle frame (105) on the front surface of display unit (151) is located around the front camera (121a), sound output part (152a) user input unit (131a) is arranged such as.

Middle frame (105) rear view of the main substrate (185) and the battery is prevented by absorbing and provided is battery, an antenna for wireless communication, a for connecting the axial fan to an external device USB port (161) or, ear jack (162) interfaces like (160) is arranged such as.

Middle frame (105), such as magnesium for rigid using a metal material number 1 frame (1051) said number 1 frame is formed (1051) through injection on the resins as a base material to the circumferential insulating material covering the frame number 2 (1055) is formed on. Frame number 1 (1051) a mobile terminal (100) the rigidity of the number for main board of function as ground and under public affairs (185) antennas or an electronic part such as can be ground are connected to.

Frame number 2 (1055) injection molding in a space between the inner frame number 1 made of metal (1051) compared to. high the degree of freedom in the shape. Process for the forming of roughness of which hereinafter, frame number 1 (1051) do not have in electrical contact with of the member's when said number 2 frame (1055) can mount to the KIPO & portion.

Middle frame (105) rear view of a main substrate (185) and the battery (191) is arranged. Battery (191) to the other member the bar thick, battery (191) superposition of member and the other battery to minimize (191) mounted portion and reaches the reed switch main plate (185), interface unit, USIM cards and memory card mounted card slot, of camera, rear for outputting sound of module and the like, and. can be arranged.

Battery (191) arranged on top, on which the parts are and based on copyright with the mold of the top the number 1 main plate (185a), lower number 2 main plate (185b) being arranged in the form of a number 1 main plate (185a) and number 2 main plate (185b) between a connecting substrate (185c) in a predetermined portion of the KIPO &. Printed-circuit cards and of switching (185c) through signal connecting between panel includes signal transfer for mounting other parts from being bar-free object, using printed circuit board flexible weak the protrusions may be loaded with.

Upper number 1 main plate (185a) a mobile terminal (100) (application processor) chip AP for driving various driving integrated circuit (IC) mounting a light-, camera, rear input. can be arranged or the like. USB port exposed from the lower portion (161) or, ear jack (162) such as speaker interface and can be arranged and the like.

In addition wireless communication an antenna for mobile terminal (100) of the top and the bottom of each is arranged. Mobile terminal (100) is the function of the housing of transfer accuracy from being lowered, thereby various, various types of antenna is being used the upper and lower ends capable of mounting thereon an antenna of using all.. Each antenna a transmitting and receiving on scheme is frequency band and since the hereinafter or independently operated, electromagnetic waves emit first number the door an interference between each other..

Tar et signal transmitting/receiving wireless give rise to mutual interference since a deceleration as possible to arranged at a distance from each other is arranged to it is preferable that the. In addition, being used aspect (100) holds a as not to overlap one another hand peripheral key for part described by using tar et the antenna elements that falls bar, is able to distribute the KIPO & the top and the bottom of each.

Mobile terminal (100) note that the antenna used in the mobile terminal for the communication or data telephone (100) base station and the wireless communication for an antenna main 2G, 3G, an upper dielectric layer various ways of communication various LTE such as a wireless communication using. capable.

An antenna a mobile terminal said main (100) (lower in the present in the embodiment) one side of the main an antenna function is connected with a web page the mobile terminal for the (100) the other side of. may be sub antenna. In addition, such as fine wiping or Bluetooth for short range wireless communication antenna further includes the needed and, GPS (global positioning system) and a satellite for communicating with a GPS antenna further includes is mounted.

According to a wireless communication each antenna, grinded, kneaded with baking powder, in particular main auxiliary antenna is antenna and thereafter, the communication Company wireless communication with base station or whenever communication Company to which cartridges having different specification for every country according to as well as receive a current from the feed unit, one communication Company extracts the subscriber information from access channel over a frequency band the signals. Location or condition the that is not operating in the wireless communication is established at a frequency different from when as that of the aluminum or a wide band frequency of the signal in band antenna is capable of transmitting/receiving broadcast may be used.

Just, mobile terminal (100) of an and gate the distance between the each component as it comes closer to the antenna is formed on the components adjacent is driven. In particular, terminal the monopole antenna more monopole antenna utilizing peripheral to a piece of. number the door 50.

The slot antenna mobile terminal of the present invention an minimizing the influences from the device. Slot antenna elongated of supplying power to the electric conductor is used to form an opening in the conductors surface distributed by the current is passed to the opening portion that propagates through the wireless communication is established while is released. a displaceable.

General slot antenna a waveguide wall, cylindrical type conductive surface or planar the surface of conductive plate and provided on both ends the blind slot an electric field within said as a pierced slot to form slotted portion by of supplying power to the electric, slot antenna the propagation of which is operable such that to sleeping. Such both ends of frequencies to which the blind slot antenna polarization of a transmitting and receiving λ / 2 must has a length in the range of, . a first mask and a first slot length. Both the blind slot antenna (closed slot antenna) the whose one side is open is slot antenna (open slot antenna) length of one side using the λ / 4 (D)-available sufficient size of the antenna to slot m number of third in half.

Also Figure 3 shows a conventional slot antenna account for is general outline. (A) the slot (1) in the blind portion (1a) from a feeder of supplying power to the electric distance D1 (2) connected to each other in slot-type antennas whose one side is open is 1/2 wavelength of the frequency band and the current impedance the radio wave an object is formed inside the tie..

Dashed lines impedance size arrow means a slot (1) along the perimeter. of the current flowing. Said slot (1) 4 (D) of length of length the 1/4 wavelength having a wavelength of causing the extraction of the resonate with signal frequency band, said 1/4 wavelength frequency band wireless communication using signal..

Signal arranged to resonate in through case of mobile terminal since dielectric constant according to material of case is this difference is cast, said resonant frequency wavelength is in a range from wavelengths based in that (Guided Wavelength). Wavelengths in dielectric acids to epoxygenated fatty acids therein and a surface of the electromagnetic wavelength, wavelength in the air ratio of dielectric constant /. be obtained with. For easily case dielectric further connected to the bus electrode and is in wavelengths from the air is less than the wavelength of hope appeared..

The convexity on the slot length 4 of a length which is corresponding 1/4 wavelength having a wavelength for transmitting and receiving signals of frequency band slot in order (1) over the open ends of (1b) and maximum impedance at can adapt KIPO & impedance appears along.

Feeding unit (3) is connected to a feeder (2) predetermined impedance of the positive and negative polarities are set (for example 50 Ω) and feeder (2) is said slot (1) connected on a position (D1) adjusting the end of the slots (1b) and conditions the packet generator to coming out value and maximum impedance at can adapt KIPO & impedance.

Is impedance matching, slot length about 4 the tar et signal transmitting/receiving frequency band having a wavelength compared to different frequency bands is resonate with respect to the abruptly the second substrate is disposed.

The slot length of 4 of Figure 3 (b) to the frequencies corresponding the convexity on the different frequency bands in addition to (slot length of 2 the convexity on the to the frequencies corresponding band, hereinafter 1/2 wavelength frequency band: a buffer) in the radio wave current flow using a crack of impedance is formed inside the tie. shown. Wherein slot (1) 1/2 wavelength frequency band center frequency of the length of the wavelength corresponding to approximately λ / 2 may have a length. I.e., 1/2 wavelength frequency band wavelength is in a range from 1/4 wavelength frequency band than the wavelength of a high - frequency band short wavelength (high band) and relative tunable 1/4 wavelength frequency band (low band) is long low frequency band.

1/2 wavelength of the frequency band λ / 4 wavelength shaft pipe, acting as the fulcrum slot (1) end of (1b) is not central portion (1c) located so that, the slot maximum impedance (1) the medial portion of the arched (1c) is formed on. Thus feeder (211, 212, 215) located in the portion comprises from about 300 Ω impedance of an to locate a feeder (211, 212, 215) impedance of (50 Ω) no that matches of a high frequency band antenna receiving decrease doors in. number.

Where these properties due to, slot antenna one of a frequency range of wireless signal by storing trigger signal and data been mainly used, processing a radio signal plurality of frequency bands to standby it is necessary to.

However, the mobile communications 800MHz, 900MHz, 1. 8GHz, 2. 1GHz, 2. 6GHz number service using the frequency band of which under public affairs, communication Bereavement a little at a time and there is a difference the target side is in a country using different frequency bands since the various frequency bandsfor processing a signal antenna there is a need for an the, slot was passive to antenna-adopted.

Also Figure 4 shows a mobile terminal associated with the present invention (100) of the antenna of coarse general outline as shown in the form, and open leftward so as to perform feed slot open right are the. A variety of slot antenna of the present invention the same without using PC or frequency band, antenna low frequency band (Low band) (Mid band) and the signal in mid-frequency band of 2 according to the signal transmitting and receiving two slot (1056, 1057) is formed of.

Also 4 refers to surface metal plate (1051), number 1 conductive strip (1052), number 2 conductive strip (1053), connection (1054), number 1 feeder (1065), number 2 feeder (1066), stub number 1 (1061) and number 2 stub (1062). it is shown.

Antenna of the present invention, metal plate (1051), connection (1054) and number 1 conductive strip (1052) formed by slot number 1 (1056) for including number 1 antenna (116) and a metal plate (1051), connection (1054) number 2 and conductive strip (1053) is formed which is enclosed by a number 2 slot (1057) for including number 2 antenna (117) consists of to.

Slot number 1 (1056) and number 2 slot (1057) open towards the drive-on and away from the each emitted on direction is hereinafter management server comprises the specific person and the mutual interference, length hereinafter is formed on different frequency each can be used in wireless communication. In a long number 1 slot (1056) (Low band) signal is low frequency band emits and is slot number 2 length (1057) is mid-frequency band (Mid bnad) a radiation signal.

Mobile terminal (100) placed at a the size of one number, conductive strip (1052) is one number-temperature and high-pressure gas. Thus, metal plate (1051), connection (1054) and number 1 conductive strip (1052) formed by slot number 1 (1056) length of the multiplexer provides a path for one number, said number 1 slot (1056) radiation through the first support member is attached to resonate with frequency be slot number 1 (1056), with a cationic direct number 1 stub (1061) may include further.

Slot number 2 for radiating at of a high frequency band signal (1057) also said number 1 slot (1056) in the high frequency as well as a slot antenna of slots is unit for increasing a number 2 to stub (1062) and can comprise of a.

Hereinafter in the embodiment of Figure 8 to 5 is specific to account for a consults a are. Also Figure 5 shows a mobile terminal associated with the present invention (100) includes middleware of an frame (105) and the substrate are combined each other through a one example of it is shown a as a perspective view, the present in the embodiment of metal plate (1051) has the display part (151) located rear view of a display unit (151) and mobile terminal (100) which is mounted on a frame the middle part is supported with the (105) of ID frame number 1. Middle frame (105) addition of metallic materials when subjected to case case metal plate (1051) can be is.

The present in the embodiment number 1 of conductive strip (1052) number 2 and conductive strip (1053) the middle frame (105) is as a single piece on the. I.e. located under the metal plate (1051) number 1 by being separated from one end of conductive strip (1052) number 2 and conductive strip (1053) are connected in parallel and is disposed along metal plate (1051) and a conductive strip number 1 (1052) and number 2 conductive strip (1053) a connecting (1054) includes.

Number 1 conductive strip (1052) number 2 and conductive strip (1053) the connecting portion (1054) solely through the metal plate (1051) and a and outputs a connection (1054) can be nozzle holes. To prevent this middle frame (105) formed on said number 1 slot (1056) and number 2 slot (1057) can be for injection-filled with.

Injection comprises non-conductive material thus number 1 while maintaining the function of the slot antenna conductive strip (1052) number 2 and conductive strip (1053) is metal plate (1051) from separating from the inside of the container to be.

Said middle frame (105) for main board of to rear view of (185) is the lamp screen is placed at the. By establishing an optical fiber at a main plate (185) a battery (191) is mounted mobile terminal based on a position in which the teeth of (100) formed on an upper part to discharge number 1 main plate (185a) and the number 2 main plate (185b) and number 1 main plate (185a) and number 2 main plate (185b) located between the printed-circuit cards and of switching (185c) can consist, also the 5 number 2 main plate (185b) is used as a transmitter of KIPO &.

Number 2 main plate (185b) the electricity source division and feeder (1065, 1066) the power and is coupled through the antenna the pads. can emit in the signal. Said number 1 slot (1056) use as a power supply of the number 1 feeder (1065) the number 2 main plate (185b) and said number 1 conductive strip (1052) between of the, said number 2 slot (1057) use as a power supply of the number 2 feeder (1066) the number 2 main plate (185b) said number 2 and conductive strip (1053) between main valve 23 and connected to.

Said feeder (1065, 1066) can control length of write-in data supplied with a polyolefin, controlling impedance of the power, said conductive strip is connected to the adjusting the position slot said number 1 (1056) and said number 2 slot (1057) through can adapt KIPO & and signals emanating from. The for impedance matching with the feeder (1065, 1066) a capacitor may include further. Said feeder (1065, 1066) with a predetermined length so as to obtain as shown is also 5 to USB port (161) or ear jack (162) can be arranged beyond the.

Mobile terminal (100) solution is filled in the ear jack (162) or USB port (161) interfaces and such as speaker and the like. may be positioned. Said ear jack (162) or USB port (161) the number 2 main plate (185b) capable of sending and/or receiving is connected to..

Ear jack (162) the earphone or headphone sound of music selection, and sound device can receive acoustic signal a plug is inserted for delivery of a earphone. includes an aperture. Ear jack (162) a mobile terminal (100) the top or the bottom of can be placed, the present in the embodiment is shown that the in..

USB port (161) such as a computer is connected to the terminal to the network. communi-cation data selection signal k1., coupled to a external are supplied with the power. USB port (161) and a ear jack (162) for connecting the axial fan to an external device the hole is formed, the apertured flank of the body is. Thus, ear jack (162) or USB port (161) a part which is located the robot cooperate to locate continuous members or flows to a source of electrical power difficult, because moving walkway signal is the peripheral. affect the storing data to and reading from the.

Thus, mobile terminal (100) an antenna to be located beneath a USB port (161) or ear jack (162) is formed external grudge number position antenna calendars is it is normal practice to is located. reverse F antenna (PIFA Planar Inverted F Antenna) [...] plurality of times such as a USB port antenna of the built up in the form of patterns (161) or ear jack (162) narrow left and right and reaches the reed switch [...] placed into the space.

While, by establishing an optical fiber at a slot antenna another antenna alternatively around the ear jack since the is less than that in a (162) and USB port (161) includes the first and second terminal adjacent as can be, also 5 as shown in middle frame (105) of ear jack to rear view (162) and USB port (161) can be is loaded.

In addition, conductive strip said number 1 (1052) and said number 2 conductive strip (1053) the mobile terminal (100) case having concave part for coolant channel when engaging fixing assembly wherein the boss is which is inserted a screw can be formed. Middle frame (105) of said metal plate (1051) portion the direction receiving the, boss mounted by means but the door it is shrewd but number number space, boss position of a mobile terminal (100) completed due to placing the convex lens focuses light the internal space can be. Ending with boss for example upper wiring 11 positioned at the lower rear by moving the resonance of speaker can be assure a space where a contact hole.

Number 1 conductive strip (1052) and number 2 conductive strip (1053) the end of stub (1061, 1062) has made of a conductive material which, the aforementioned metal frame such as soft and is drilled by the cutter 14. Also 5 as shown in end can be extending [...] in the longitudinal direction. Stub (1061, 1062) length of the slot extending essentially in the with a desired wavelength by. can emit in the signal.

Said stub (1061, 1062) the rear case (102) is in engagement with the mouth of said conductive strip (1052, 1503) association with rear case (102) can be is formed on the inner surface of. In this case said stub (1061, 1062) the shape of the rear case (102) corresponding to the shape of a curved can take the.

In the embodiment of Figure 6 shows a cross-sectional drawing as the aforementioned also, display unit (151) rear view of is coupled to metal plate (1051) comprises a strip conductive, metal plate (1051) and a a slot 8a is opened between the strip before to injecting material (1055) are implanted is middle frame (105) is coupled is.

Middle frame (105) to rear view of number 2 main plate (185b) and USB port (161) is is prevented by absorbing, conductive strip and number 2 main plate (185b) are placed between one said conductive strip for supplying power to a feeder (1065, 1066). it is shown.

Number 2 main plate (185b) and middle frame (105) mounted on rear view of battery (191) a rear cover at can be when an IC card is. Battery (191) it is a desorption style rear when rear view side of the rear case after being bonded case battery (191) to the, backside rear view side of the rear case can be combined. cover is.

Also Figure 7 shows a mobile terminal associated with the present invention (100) antenna in another example of a a plane view as shown in the, conductive strip middle frame (105) is never formed integrally with, before material including strip substrate (188) can be implemented via.

Strip substrate (188) a rigid printed circuit board, to make may be, using printed circuit board with a flash memory, a flexible countersignatures may be loaded with. In this case, said strip substrate (188) partially one towards said USB port (161) or ear jack (162) at the KIPO & rear view of.

Strip substrate (188) a mobile terminal (100) an metal member a connecting port antenna radiation even so does not impact on the performance a, metal member in order to provide the driving number that creates the appearances also to about the unit is off.

Figure 8 shows a mobile terminal associated with the present invention also (100) of the antenna of another as shown in the perspective view for example, decoder metal proteins which form part of the case (107a, 107b) by utilizing the strip before a. slot antenna. Front appearance of proteins which form part of the front metal nose uses the signal which is under the, also 8 as shown in a metal decoder positioned about the side (107a, 107b) may employ an KIPO &.

Decoder metal proteins which form part of the case (107a, 107b) decoder metal when used in conductive strip a (107a, 107b) the middle frame (105) of metal plate (1051) is connected, said number 2 main plate (185b) is connected to. may be authorized power.

Also ear jack as shown in 8 (162) or USB port (161) into the space such as the metal of the decoder (107a, 107b) is number 1 conductive strip (107a) number 2 and conductive strip (107b) .can be separated. In this case, conductive strip number 1 (107a) number 2 and conductive strip (107b) each metal plate (1051) are connected is electrically connected to the bump.

Mobile terminal (100) in the side of the conductive strip (107a, 107b) can be extended, the aforementioned in the embodiment unlike length of slot, they can secure sufficient power consumption on the base unit side has the same stub for a sufficient length of slot-changed signal is shifted down.

Also Figure 9 shows a mobile terminal associated with the present invention (100) of number 1 antenna (116) in the embodiment of a it is shown a plane view and, Figure 10 also account for 9 is drawing, is Figure 11 shows a cross-sectional drawing, is represents a degree efficiency antenna Figure 12 of Figure 9 9.

The aforementioned in the embodiment of antenna number 1 (116) that transceives in frequency band low frequency band (700MHz - 960MHz) and, number 2 antenna (117) is transmitting and receiving frequency band mid-frequency band (1. 7GHz-2. 1GHz) is. A high - frequency band high finer than the country part (2. 6GHz) signal wireless communications utilizing step four, the, high frequency band for transmitting and receiving signals of. form the.

The present in the embodiment of feeder number 1 (1065) the number 1 extending delay line (1065a, delay line) includes. The power supply of Figure 4 in the embodiment be realized from a supply number 1 conductive strip (1052) but connected, the present in the embodiment of feeder number 1 (1065) the number 1 conductive strip (1052) the aforementioned the location to which the connected (also 4 reference) than in the embodiment number 1 number 1 position biased in direction conductive strip (1052) and are connected.

In the embodiment according to Figure 10 shows a also of the present invention other. plane from the account for antenna. (A) and (b) of Figure 3 as taught number 1 has resistant corresponding to a length of a high frequency band antenna slot with inspected to determine an signal. number door.

As well as frequency number 1 number 2 to may be seen layer even frequency, of the present invention number 1 feeder (1065) number 1 the number 1 frequency impedance - matched to a conductive strip (1052) to extend to the location of, slot open direction and extended at distance D2 (number 1 direction) in delay lines (1065a) can take the. Delay line (1065a) said number 1 number 2 the length of the frequency band of wavelengths a antenna 1/4 length may have a length of more than.

Delay line (1065a) number 2 through frequency of signals in frequency bands which impedance matching corresponding, delay line (1065a) adjusting the length of the number 1 antenna (116) capable of transmitting/receiving of signal (number 1 antenna (116) a resonate at) which can change the KIPO & number 2 frequency band. The, frequency band and low frequency band number 1, number 2 frequency band is band short high frequency wavelength than the zone frequency said number 1.

The present in the embodiment of antenna number 1 (116) of the 2 coupling pattern (1063, 1064) further includes the high frequency band can be for transmitting and receiving signals of. Also as shown in 11, number 1 coupling pattern (1063) one end of the conductive strip number 1 (1052) is connected to, other conductive strip number 1 (1052) and which extends in the different planes, representing an electric data, number 2 coupling pattern (1064) one end of the main printed circuit board (185) power supply unit (186) is connected and a conductive strip number 1 (1052) and, extending different planes, representing an electric data.

Number 1 coupling pattern (1063) and number 2 coupling pattern (1064) rear case printed on or attached to rear view of rear case (102) by conductive strip number 1 (1052) is electrically connected to the bump. capable of retaining state spaced. Number 1 coupling pattern (1063) one end of the rear case (102) through a screw (1052c) or rear case (102) an external circuit are formed on the inside of the conductive strip number 1 (1052) can be connecting the axial fan to an. Also number 1 as shown in 9 coupling pattern (1065) the stub number 1 (1061) and the path such as (1052c) number 1 through the conductive strip (1052) and a may be connected to.

Number 1 coupling pattern (1063) and number 2 coupling pattern (1064) for transmitting and receiving signals of band at this time, the high frequency transmitting/receiving the length of head transfer circuit, optical head that are to 1/4 resonate at the frequency the corresponding formed from a length of time and thus utilized as a antenna is made can be.

The, plane of the first dielectric block capable of utilizing signal (2. 5GHz - 2. 7GHz) also resonate as shown in 12 a frequency point can be dispersed into the two 2. 2 two evaporation processing equipment is so configured that resonance point in the number 2 to coupling pattern (1064) resonant frequency the number 1 (2 in the present in the embodiment. 5GHz) and a match of wavelength width of the resonance frequency number 1 1/4 capable of forming patterns by the length of the which, number 1 coupling pattern (1063) resonant frequency the number 2 (2 in the present in the embodiment. 7GHz) match and a length of number 2 1/4 of wavelength width of the resonance frequency can be a pattern to the. The number 1 coupling pattern (1063) and number 2 coupling pattern (1064) with an oppositely length of may constitute KIPO &.

Number 1 feeder (1065) for impedance matching with the signal and of a high frequency band also being length adjustable by number 1 1/4 wavelength of resonant frequency power source so that a length of more than supply (186) in can be extending number 1.

Also in the embodiment shown in in 10 number 1 coupling pattern (1063) the slot number 1 (1056) is opened in a direction opposite direction (right direction on drawing) number 2 extends, number 2 coupling pattern (1064) the number 1 direction (left direction on drawing) number 1 coupling pattern bars are supported from the side rails (1063) inputted in the multi input tab of number 2 coupling pattern (1064) to a holding and fixing the end of the other of.

Number 1 coupling pattern (1063) inputted in the multi input tab of number 2 coupling pattern (1064) equalize the amount of heat emitted to the distance between (a) 5 mm hereinafter can be is provided so. Said two of the coupling pattern (1063, 1064) by the lower plate, number 1 antenna (116) has door 12 high frequency band as shown in (2. 5GHz-2. 7GHz). capable of resonating at signal.

In addition, also 9 and 11 as shown in said number 1 feeder (1065), which are connected with the switch (1871) and can comprise of further. Switch (1871) the main plate (185) which as to enable formation of an, power supply unit (186) a connection from number 1 feeder (1065) a switch (1871) number 1 through the conductive strip (1052) is connected to.

Switch (1871) for measuring ON/OFF of number 1 antenna (116) changes of current being applied to and determined different frequency bands. Also consults a surface low frequency band 12 in which it is shown a chart of two 2, switch (1871) ON/OFF of for measuring low frequency of the first dielectric block may change KIPO & frequency band.

The number 1 of Figure 12 S21 antenna (116) and a number 2 antenna (117) simultaneously affect each other in operation (S21) as a graph indicative of the extent to which powder, mid-frequency band antenna number 1 is large in size (116) and a number 2 antenna (117) an interference driving simultaneously is number the door. Just, also number 1 of coupling pattern in the embodiment shown in 9 (1063) and number 2 coupling pattern (1064) of number 1 antenna (116) structure of a high frequency band signal positioned to a neck of a container that can be used, antenna number 2 (117) at medium frequency band resonant frequency of the door cause interference band there is a number of a high frequency band signal in country in which number 1 antenna (116) and a number 2 antenna (117) minimizes interference of include an. in need of improvement.

The present invention associated with the information of the mobile terminal also Figure 13 shows a number 1 antenna (116) other in the embodiment it is shown a plane view and a, is Figure 14 shows a cross-sectional drawing, represents a degree of antenna efficiency is of Figure 15 of Figure 13 13.

The present in the embodiment the number 1 slot (1056) disposed across the a number 1 feeder (1065) connections (1054) number 1 from near conductive strip (1052), extending along the direction number 1. Extended number 1 feeder (1065) ends of the conductive strip number 1 (1052) connected (1052c) is, as shown in switch 14 also (1872) the number 1 feeder (1065) than connection (1054) at the point to the extent that the contact hole number 1 conductive strip (1052) and are connected.

Number 1 conductive strip (1052) and number 1 feeder (1065) and switch (1872) also by as shown in 14 (loop antenna) .form of a loop antenna. Loop antenna (loop antenna) has in a specific orientation to ensure is directional corrosion of a specific portion of a, of the electronic peripherals on the order not to antenna number 2 (117) desires to maintain the effects of stable receive a current from the feed unit by cutting off..

The present in the embodiment of Figure 9 in the embodiment unlike the aforementioned has of a high frequency band receive a current from the feed unit cannot, of a high frequency band signal in locations which don't include communicating with a stably low frequency band signal and mid-frequency band can be for transmitting and receiving signals of.

The present in the embodiment number 1 in stub (1061) the number 1 feeder (1065) power, and then the mixed connected capable of sending and/or receiving the..

Also 15 refers to surface 2 antennas (116, 117) indicative of interference between S21 a graph indicates the a curve relatively flat the, number 1 antenna (116) and a number 2 antenna (117) is simultaneously driven is not greater interference is even capable of confirming the.. The present invention associated with the information of the mobile terminal also Figure 16 shows a number 2 antenna (117) in the embodiment of a it is shown a plane view and, Figure 17 16 antenna efficiency is represents a degree.

Antenna number 2 (117) the number 1 antenna (116) and length is shortened compared to, 2000Hz to transmit and receive signals before and after can be available for. Number 2 slot (1057) only a transmit/receive a signal to the graph shown in 17 during one optimization point (1. 9GHz) only exists so that the horizontal dotted lines (signal strength effective) hereinafter located. narrow which a frequency band. Using various types of communication method for a customer to use for antenna number 2 (117) are available, it is necessary that a frequency band widening.

Number 3 coupling pattern (1068) has one end which antenna number 2 (117) of number 2 conductive strip (1053) is connected to, number 2 conductive strip (1053) and is-spring extend away such as soft and metal frame. Number 3 coupling pattern (1068) rear view of rear case may be formed to, number 3 through the opening in the rear in its casing coupling pattern (1068) one end of the rear case (102) situated inside said number 2 conductive strip (1053) comes in contact with a.

Next, number 4 coupling pattern (1069) the number 2 antenna (117) adjacent location-main plate (185) for main board of are connected to end (185) supplying power via a receive power of the supply part. Number 2 conductive strip (1053) is disposed is arranged spaced apart such as soft and, number 4 coupling pattern (1069) also rear case (102) can be formed to rear view of.

Said number 3 coupling pattern (1068) and said number 4 coupling pattern (1069) the mid-frequency band band range in order to vary the resonator length of band of wavelengths for duplicating high speed 1/4 may have a length in the size. Number 3 coupling pattern (1068) the number 1 resonant frequency (in the present in the embodiment 1. 7GHz) 1/4 wavelength of length can be formed in the by the length of the size, number 4 coupling pattern (1069) 2 in the embodiment the present resonant frequency in the number 2. 1 GHz) 1/4 wavelength of length can be by the length of the size.

The present in the embodiment the main printed circuit board (185) in prolonged number 2 feeder (1066) is number 2 conductive strip (1053) is divided by the barrier rib is directly connected to, number 4 coupling pattern (1069) is turned on to feed current to, magnetic field is formed through the antenna number 2. capable of sending and/or receiving.

Number 3 coupling pattern (1068) and said number 4 coupling pattern (1069) the, also 17, such as mid-frequency band band is that are made wider range of signals 1700MHz - 2100MHz constitution: ID both.

As an error signal occurred, according to at least one in the embodiment of the present invention, mobile terminal (100) is of antenna by a metal section can be minimizes interference, can be improving the performance of antenna.

In addition external metal texture and color of the number can be about is laminated in the transistor circuit, and the design of the can be quality is improved and the design of the, ear jack (162) or USB port (161) and a such as terminal connection (1054) antenna by space between a casing and an inner component not subjected the weak number degrees of layout freedom, can be improved.

As in all of the growth of hematopoietic stem cell, said number not limited to analysis is is not but and illustrated to. have to be considered. Claim of the present invention by issuing an range rational analysis determined by the new device must be powered on, all within close range effects a equivalent of the present invention included a change range of the present invention.