KR20150140212A - A wearable device, main unit of the wearable device, fixing unit of the wearable device and control method thereof - Google Patents

Abstract

The present invention relates to a wearable device and a control method of the wearable device. The wearable device includes a replaceable fixing unit which transfers pre-stored user interface (UI) data to a main unit, and the main unit which provides interaction according to the transferred UI data. According to the present invention, the wearable device can automatically downloads proper applications for each thing, not downloads applications respectively.

Description

Technical Field [0001] The present invention relates to a wearable device, a main unit of a wearable device, a fixed unit of a wearable device, and a control method thereof,

Wearable device and a control method thereof.

A wearable device is a device that can be freely worn and carried on the body, such as a clothes, a watch, or a pair of glasses. Such a wearable device includes smart glass, talking shoes, and smart watch.

Among them, the SmartWatch is an embedded system wristwatch equipped with more advanced functions than the conventional watch, and was limited to basic calculation function, translation function, and game function in the past. However, in recent years, due to the spread of smart phones, there has been a stand-alone smart watch capable of performing interlocked smart watch functions and smart phone functions independently in order to facilitate the use of smartphones.

However, as the importance of the Internet of Things (IoT) is emphasized, the conventional smart watch must down-load and set the application suitable for each object individually, and the user's discomfort and optimization of the smart watch There was a problem. Therefore, researches for solving such problems are actively proceeding.

In addition, the smart watch is exposed to the user's wrist and has a great relation to the fashion, unlike the smart phone. However, since the conventional smart watch has studied only the technical and functional aspects and has not been able to meet the consumer's design needs, Has received the outside of. Therefore, research on design aspects of smart watches and studies on designs suitable for individual consumer tastes are actively being conducted.

A wearable device and a wearable device control method for automatically downloading and executing an application suitable for each object without individually downloading the application are provided.

One embodiment of the wearable device may include a main unit that transmits pre-stored UI data to the main unit, a fixed unit that can be replaced, and a main unit that provides an interaction based on the received UI data.

In addition, according to an exemplary embodiment, the main unit can switch to an interaction based on the UI data when the main unit receives the UI data.

In addition, according to an embodiment, the main unit can display a GUI according to the received UI data. According to an embodiment, the main unit may include a first UI data storage unit for storing the received current UI data and previous UI data, Memory, and may provide an interaction according to one of the current UI data and the previous UI data.

In addition, according to one embodiment, the main unit may receive UI data from an external device and provide an interaction according to the received UI data.

Also, according to one embodiment, the power supply unit may be provided in the fixed unit.

According to an embodiment, the wearable device may further include a camera and a sensing unit provided in at least one of the main unit and the fixed unit.

In addition, the wearable device may further include a payment module provided in at least one of the main unit and the fixed unit, according to one embodiment.

In addition, according to an embodiment, the fixed unit may further include an auxiliary function unit including at least one of a power source unit, a sensing unit, a camera, and a payment module.

Another embodiment of the wearable device includes a second memory for storing UI data and a second communication unit for transferring the UI data to the main unit. The wearable device includes a replaceable fixed unit and a receiving unit for receiving the UI data from the second communication unit And a main unit including a first communication unit and a user interface status module for providing an interaction based on the received UI data.

According to another embodiment, when the first communication unit and the second communication unit are in a wireless session, the wearable device can start transmitting UI data.

According to another embodiment of the present invention, the wearable device further comprises a second communication port corresponding to the first communication port, wherein the first communication unit includes a first communication port, and the second communication unit includes a second communication port corresponding to the first communication port, The unit may be connected by the first communication port and the second communication port.

Also, according to another embodiment, when the first communication port and the second communication port are connected, transfer of UI data can be started.

According to another embodiment, when the main unit and the fixed unit are connected, the main unit can indicate that the main unit and the data unit are connected.

In addition, according to another embodiment, the main unit can receive whether the currently connected data unit is connected or newly connected.

In addition, according to another embodiment, the main unit can determine whether the currently connected data unit is connected or newly connected, and display the determined result with a GUI.

According to another embodiment, when the currently connected data unit is newly connected, the main unit can receive the pin number of the data unit.

According to another embodiment, when the main unit receives the UI data from the currently connected data unit, the main unit can receive the switching to the interaction based on the received UI data.

One embodiment of the main unit of the wearable device may include a first communication unit for receiving UI data from a fixed unit and a user interface status module for providing an interaction based on the received UI data.

One embodiment of the fixed unit of the wearable device may include a second memory for storing UI data and a second communication unit for transferring the UI data to the main unit.

One embodiment of a control method of a wearable device includes the steps of sensing a connection between a main unit and a fixed unit, transmitting UI data of the fixed unit to the main unit when it is determined that the main unit and the fixed unit are connected to each other; And providing an interaction according to the transmitted UI data.

Another embodiment of a control method of a wearable device includes the steps of detecting a connection between a main unit and a fixed unit, indicating that the main unit and the fixed unit are connected, indicating that the main unit and the data unit are connected, And transferring the UI data of the main unit to the main unit.

According to the wearable device and the wearable device control method described above, the application and the like are downloaded through communication with the fixed unit corresponding to each object, without downloading the application for each object individually through the central server, Can be executed.

1 is a perspective view of a wearable device according to one embodiment.
2 is a perspective view of a wearable device according to another embodiment.
3 is a block diagram illustrating a simplified configuration of a wearable device according to one embodiment.
4 is a block diagram showing a detailed configuration of a wearable device according to an embodiment.
5 is a block diagram showing a simplified configuration of a wearable device according to another embodiment.
6 is a block diagram showing a simplified configuration of a wearable device according to another embodiment.
FIG. 7 is a conceptual diagram of a wired connection between a first communication unit and a second communication unit by connecting a band and a main unit according to an embodiment.
FIG. 8 is a conceptual diagram of connecting a first communication unit and a second communication unit by connecting a cover and a main unit according to an embodiment.
9A and 9B are conceptual diagrams for connecting a first communication unit and a second communication unit by connecting a cover and a main unit according to another embodiment.
10 is a conceptual diagram of transmitting UI data to a wireless session between a first communication unit and a second communication unit according to an exemplary embodiment of the present invention.
11 shows a concept that the interaction provided by the main unit is switched according to the fixed unit according to an embodiment.
12 illustrates the concept that the interaction provided by the main unit is switched by an externally located data unit according to an embodiment.
FIG. 13 illustrates a user interface indicating that a main unit and a data unit are connected according to an embodiment.
FIG. 14 illustrates a user interface for receiving data units connected to a main unit according to an embodiment, whether they are connected or newly connected.
FIG. 15 illustrates a user interface indicating that an existing connected data unit is connected to a main unit according to an embodiment.
Figure 16 illustrates a user interface indicating that a new data unit is connected to the main unit, in accordance with one embodiment.
17 illustrates a user interface for receiving a pin number when a new data unit is connected to the main unit according to an embodiment.
FIG. 18 illustrates a user interface indicating transfer of UI data after an authentication procedure when a new data unit is connected to the main unit according to one embodiment.
19 illustrates a user interface that receives input as to whether to switch to an interaction based on UI data delivered by a new data unit in accordance with one embodiment.
20 illustrates a user interface for selecting a type of interaction to be provided in a wearable device according to an embodiment.
21A to 21H illustrate an automatic user interface for displaying a GUI on a main unit using UI data for an automobile according to an embodiment.
22A to 22C illustrate a user interface of a movement for displaying a GUI on a main unit using UI data for a movement according to an embodiment.
23A to 23D illustrate a user interface of a watch brand that displays a GUI on a main unit using UI data for a watch brand according to an exemplary embodiment.
24A to 24D illustrate a user interface of a portable terminal that displays a GUI on a main unit using UI data for a portable terminal according to an embodiment.
25A to 25D illustrate an audio user interface for displaying a GUI on a main unit using UI data for sound according to an embodiment.
26A to 26H illustrate a user interface of a home appliance that displays a GUI on a main unit using UI data for home appliances according to an embodiment.
27A and 27B illustrate a user interface of a camera for displaying a GUI on a main unit using UI data for a camera according to an embodiment.
28 and 29 illustrate a user interface for paying a credit card using a payment module according to an embodiment.
30 is a flowchart of a method of receiving UI data and displaying a GUI on a main unit through wired communication according to an embodiment.
31 is a flowchart of a method in which a main unit receives UI data via wireless communication and displays a GUI according to an embodiment.
32 is a flowchart illustrating a method of connecting a main unit and a data unit by inputting whether the data unit is a conventional data unit or a new data unit manually according to an exemplary embodiment.
33 is a flowchart illustrating a method of detecting and determining whether a data unit is a conventional data unit or a new data unit and connecting the main unit and the data unit according to an exemplary embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the like elements throughout. In the following description, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

The terms used in the following description are terms selected in consideration of functions in the embodiments, and the meaning of the terms may vary depending on the user, the intention or custom of the operator, and the like. Therefore, the meaning of the terms used in the following embodiments is defined according to the definition when specifically defined below, and in the absence of a specific definition, it should be construed in a sense generally recognized by ordinary artisans.

In addition, the configurations selectively described below or selectively described embodiments of the embodiments described below are not necessarily mutually exclusive, unless the technical details are apparent to those of ordinary skill in the art, It should be understood.

Hereinafter, an embodiment of a method of controlling a wearable device and a wearable device will be described with reference to the accompanying drawings.

Hereinafter, embodiments of the wearable device will be described with reference to FIGS. 1 to 6. FIG.

Fig. 1 and Fig. 2 show the appearance of the wearable device.

The wearable device 1 is a device that is worn on the wearer's wrist for displaying current time information, information about objects, control of objects, and other operations. The wearable device 1 has a graphical user interface A data unit 200 for transmitting at least one UI data to the main unit 100 and a fixed unit 300 for fixing the wearable device 1 to the user's wrist .

A detailed description of the main unit 100, the graphical user interface (GUI) data unit 200 and the fixed unit 300 will be described with reference to FIGS. 2 to 5 below.

Specifically, the wearable device 1 can be implemented with the user interface 900 of the current time as shown in FIG. The user interface of the current time includes a time image 901 showing the current time, a date image 902 showing the current date, a country image 906 showing the country where the wearable device 1 is currently located, And a window location image 904 that indicates the location of the window of the window.

Also, the wearable device 1 may be circular in the main unit 100 as shown in FIG. 1, or the main unit 100 may be rectangular as shown in FIG.

FIG. 3 shows a simplified configuration of a wearable device according to an embodiment, and FIG. 4 shows a detailed configuration of a wearable device according to an embodiment.

The wearable device 1 is worn on the wearer's wrist and can exchange information and control not only with the current time information but also with other objects, and can also function as a portable terminal, and other convenience functions can be implemented Device. The wearable device 1 may include a main unit 100, a fixed unit 300, a data unit 200, a power supply unit 400, a sensing unit 500, a camera 600 and a network 700 . The above-described configurations can be connected to each other via the bus 800. [

The main unit 100 performs an operation of transitioning the state of the user interface using at least one UI data received from the data unit 200. [ Also, the main unit 100 may display a user interface and receive input signals of a user.

The main unit 100 includes a first communication unit 120, a first memory 110, a controller 130, a user interface status module 140, an I / O module 150 and an acoustic unit 160 ).

The first communication unit 120 may receive at least one UI data from the second communication unit 220 of the data unit 200 and may transmit the at least one UI data to the controller 130 and the first memory 110. The first communication unit 120 may be connected to the network 700 to communicate with the web server 710 and may communicate with the base station 730 or may communicate with other objects You may.

The first communication unit 120 is connected to the network 700 by wire or wireless and includes a web server 710, a home server 720, a base station 730, a portable terminal 740, a car 750, Data can be exchanged with the device 760, the household appliance 770, the 3D printer 780, and other wearable devices 790.

That is, the first communication unit 120 may be connected to the web server 710 to perform web surfing, downloading the application 112 from the central server, and other operations through the Internet. Also, the first communication unit 120 may be connected to the home server 720 so as to grasp and control the state of home appliances in the house, display an internal image of the house, open / close the door, and perform other operations. Also, the first communication unit 120 may directly connect with the base station 730 to directly perform telephone conversation, transmission / reception of SMS, and other operations. Also, the first communication unit 120 may be connected to the portable terminal 740 to indirectly transmit and receive phone calls, SMS, and display and control the operation of the connected portable terminal. Also, the first communication unit 120 may be connected to the vehicle 750 to perform an external state and an internal state check of the vehicle, a vehicle location, a smart key, an internal image display, and other operations. In addition, the first communication unit 120 may be connected to the audio equipment 760 to perform display, control, and other operations of the remaining battery power of the speaker, the earphone, and the headphone. The first communication unit 120 may be connected to the home appliance 770 to directly display the status of the home appliance and control the home appliance 720 without being connected to the home server 720. In addition, the first communication unit 120 may be connected to the 3D printer 780 to display the 3D drawing, display the current progress of the print, display the remaining time and the remaining time, notify the supplement of the print material, and perform other operations. In addition, the first communication unit 120 can communicate with the card terminal through MST (Magnetic Secure Transmission) as well as NFC to proceed with payment of the user's card. In addition, the first communication unit 120 may be connected to another wearable device 790 to exchange information between the wearable devices 1 and perform other operations.

The first communication unit 120 may include a first wired communication unit 121, a first wireless communication unit 122, and a first communication port 123.

The first wired communication unit 121 may be connected to the second communication unit 220 of the data unit 200 through a first communication port 123 by wire.

The first wired communication unit 121 is connected to the first communication port 123 and the second communication port 223 so that at least one UI data stored in the second memory 210 of the data unit 200 And displays the GUI on the main unit 100 using at least one UI data received from the first memory 110 or may transmit the GUI data to the controller 130. [

The first wireless communication unit 122 transmits and receives electromagnetic waves. The first wireless communication unit 122 converts an electric signal into an electromagnetic wave or vice versa and communicates with the second wireless communication unit 222 and the network 700 of the data unit 200 via the converted electromagnetic wave.

Specifically, the first wireless communication unit 122 includes an antenna system, an RF transceiver, one or more amplifiers, a tuner, one or more oscillators, a digital signal processor, a CODEC chipset, a Subscriber Identity Module (SIM) card, But are not limited to, well known circuits for performing such functions.

The first wireless communication unit 122 may be a wireless network such as the Internet, an intranet and a network called the World Wide Web (WWW) and / or a cellular telephone network, a wireless LAN, and / or a metropolitan area network And can communicate with the second wireless communication unit 222 and the network of the data unit 200 by wireless communication.

The wireless communication may be implemented in a variety of communication systems such as Global System for Mobile Communication (GSM), Enhanced Data GSM Environment (EDGE), wideband code division multiple access (WCDMA), code division multiple access (CDMA), time division multiple access (TDMA) (Bluetooth Low Energy), Near Field Communication (NFC), Zigbee, Wireless Fidelity (Wi-Fi) (e.g., IEEE 802.11a, IEEE 802.11b, IEEE 802.11g, and / or IEEE 802. 11n, Voice over Internet Protocol (VoIP), Wi-MAX, Wi-Fi Direct, Ultra Wideband (UWB), Infrared Data Association (IrDA), email, instant messaging and / A protocol for Short Message Service (SMS), or any other suitable communication protocol. In addition, various wireless communication methods may be used as an example of wireless communication.

Also, at least one of the above-mentioned wireless communication methods may be used instead of using only one in the first wireless communication unit 122 described above.

The first communication port 123 is connected to the second communication port 223 of the data unit 200 and receives at least one UI data stored in the second memory 210 of the data unit 200 through wired communication 1 wired communication unit 121

The first communication port 123 includes a Pogo pin port, an HDMI port, a DVI port, a D-subminiature port, a UTP cable, An unshielded twisted pair cable port, and a universal serial bus port. In addition, various wired communication ports for receiving at least one UI data of the second memory 210 by wire may be used as an example of the first communication port 123.

The first communication unit 120 checks whether or not the second communication unit 220 is connected to the second communication unit 220. When the first communication unit 120 is connected to the second communication unit 220, .

Specifically, when the UI data is received through the first wired communication unit 121, it is determined whether the first communication port 123 and the second communication port 223 are electrically connected to determine whether or not the connection is established . For example, when it is detected that the main unit 100 is connected to the cover 330, it can start receiving UI data.

On the contrary, when the UI data is received through the first wireless communication unit 122, it can be determined whether or not the wireless session is established by detecting whether or not the wireless session is established.

The first memory 110 stores an OS (Operating System) 111, an application 112, current UI data 113 and previous UI data 114 and implements the operation of the wearable device 1 Can be used.

Specifically, the first memory 110 includes an OS 111 that manages the application 112 in the wearable device 1, a dedicated application 112 that is first provided by the manufacturer, a general-purpose application 112 that is downloaded from the outside The current UI data 113 connected to the current data unit 200 and the main unit 100 and the previous UI data 113 downloaded and connected to the previous data unit 200 and the main unit 100 (114) may be stored.

The UI data includes an application 112 stored in the second memory 210 of the data unit 200, a user interface (UI) associated with the application 112, an object (e.g., image, text, icon Buttons, etc.), user information, documents, databases, or related data.

The first memory 110 may include non-volatile memory such as ROM, high-speed random access memory (RAM), magnetic disk storage, flash memory devices, or other non-volatile semiconductor memory devices.

For example, the first memory 110 may be a semiconductor memory device such as a Secure Digital (SD) memory card, a Secure Digital High Capacity (SDHC) memory card, a mini SD memory card, a mini SDHC memory card, a TF , micro SD memory card, micro SDHC memory card, memory stick, CF (Compact Flach), MMC (Multi-Media Card), MMC micro, XD (eXtreme Digital)

In addition, the first memory 110 may include a network attached storage device accessed via the network 700.

The control unit 130 transmits a control signal to each driver to execute the operation of the wearable device 1 in accordance with the command inputted by the user. In addition, the control unit 130 controls the overall operation and signal flow of the internal components of the wearable device 1 and performs processing of data. The control unit 130 controls the power supplied from the power source unit 400 to be transmitted to the internal components of the wearable device 1. [ The control unit 130 controls the OS 111 and the application 112 stored in the first memory 110 to be executed and stores the UI data 113 or the previous UI data 114 in the user interface And controls the state module 140 to transit the state of the user interface.

The control unit 130 functions as a central processing unit. The central processing unit may be a microprocessor. The microprocessor includes an arithmetic logic unit, a register, a program counter, a command decoder, a control circuit, and the like in at least one silicon chip Lt; / RTI >

In addition, the microprocessor may include a graphics processor (GPU) for graphics processing of images or video. The microprocessor can be implemented as a system on chip (SoC) including a core and a GPU. A microprocessor may include single core, dual core, triple core, quad core and multiples thereof.

In addition, the control unit 130 may include a graphic processing board including a GPU, a RAM, or a ROM in a separate circuit board electrically connected to the microprocessor.

The control unit 130 may include a main control unit 131, a UI control unit 133, a touch screen control unit 132, and other control units 134.

The main control unit 131 transmits an overall control signal for the operation of the wearable device 1 to the driven components, the UI control unit 133, the touch screen control unit 132, and the other control unit 134.

The main control unit 131 detects the connection between the first communication unit 120 and the second communication unit 220 and controls the first communication unit 120 to transmit at least one UI data of the second memory 210 to the main unit 100 . The main control unit 131 determines whether at least one UI data of the second memory 210 is stored in the first memory 110. If the same data is not stored in the first memory 110 The control unit 110 may control to transfer at least one UI data of the second memory 210 to the main unit 100 or to control the stored UI data to be stored in the first memory 110.

In addition, the main control unit 131 can control the OS 111 and the application 112 stored in the first memory 110 to be executed. The main control unit 131 may transmit the control signal to the UI control unit 133 so that the user interface state module 140 transits the user interface state using the current UI data 113. [

The main control unit 131 transmits a control signal to the UI control unit 133 so that the user interface state module 140 transits the user interface state using the current UI data 113 or the previous UI data 114 . In this case, whether or not the GUI is displayed using the current UI data 113 and whether or not the GUI is displayed using the previous UI data 114 is determined based on the user's input, the user UI data having an interface and other circumstances.

The main control unit 131 controls the touch screen 151, the speaker 162, the camera 600, and the user 160 based on the input signal of the user input through the input device such as the touch screen 151 and the microphone 163. [ The interface status module 140, and the like.

The UI control unit 133 may receive the control signal of the main control unit 131 and may control the user interface state module 140 to transit the user interface state using the selected UI data.

For example, if the selected UI data is related to the automobile, the UI control unit 133 may use the UI data related to the automobile so that the user interface status module 140 can be changed to the user interface state of the car as shown in Figs. 21A to 21H So that it can be controlled.

The touch screen control unit 132 transmits a user input signal of the I / O module 150 to the main control unit 131 or an image of the user interface on the touch screen 151 based on the control signal of the main control unit 131 Can be displayed.

The other control unit 134 controls the operation of the components of the wearable device 1 except for the user interface status module 140 and the I / O module 150. For example, the other control unit 134 transmits a voice signal of the user recognized by the microphone 163 to the main control unit 131 or a voice signal from the speaker 162 based on the control signal of the main control unit 131 .

The user interface state module 140 transits or executes the user interface state of the wearable device 1 in accordance with the control signal of the UI control unit 133. [

Specifically, the user interface status module 140 may transition the status to a user interface for the UI data using the selected UI data, and may execute a user interface.

For example, the user interface status module 140 may classify the wearable device 1 according to the selected UI data as a user interface of a car, a user interface of a movement, a user interface of a watch brand, a user interface of a portable terminal, The user interface of the home appliance and the user interface of the camera.

The user interface to be changed will be described with reference to Figs. 21A to 29 below.

The I / O module 150 controls the outputs of the touch screen 151 and other input / output devices and their devices and detects the input.

Specifically, the I / O module 150 may include a touch screen 151, a graphics module 152, a contact module 153, and a motion module 154.

The touch screen 151 receives an input signal from a user based on haptic or tactile contact. The touch screen 151 includes a touch sensing surface for receiving a user's input signal. The touch screen 151, the touch module 153 and the touch screen control 132 detect touches on the touch screen 151 and provide the detected touches with at least one function key ). ≪ / RTI > In addition, the point of contact between the touch screen 151 and the user may correspond to the width of one or more user fingers.

The touch screen 151 may be a light emitting diode (LED) technology, a liquid crystal display (LCD) technology, or a light emitting polymer display (LPD) technology. In addition, various display technologies may be used as an example of a technique used in the touch screen 151.

The touch screen 151 may include a plurality of touch sensing technologies such as capacitive, resistive, infrared and surface acoustic wave technologies as well as a proximity sensor array or touch screen 151, And other elements for determining the point of contact with the object.

In addition, the user may contact the touch screen 151 using appropriate objects or accessories such as a stylus, a finger, and the like.

The graphics module 152 may display all the objects that may be displayed to the user on the touch screen 151, such as text, a web page, an icon (e.g., a user interface target including soft keys), digital images, . The graphics module 152 may include various software for providing and displaying graphics on the touch screen 151.

In addition, the graphics module 152 may include an optical intensity module. The light intensity module controls the intensity of light of a graphic object such as a user interface object displayed on the touch screen 151. Controlling the light intensity in the light intensity module includes increasing or decreasing the intensity of light of the graphic object .

The touch module 153 detects the touch of the touch screen 151 together with the touch screen control part 132. The contact module 153 transfers the contact of the detected touch screen 151 to the motion module 154.

The motion module 154 detects the movement of the contact on the touch screen 151 together with the touch screen control 132. [ The motion module 154 may determine whether to perform various actions related to contact with the touch screen 151, such as determining whether to contact, whether to track the movement of the contact and the movement traversing the touch screen 151, If it has been suspended). ≪ / RTI > The determination of contact point movement can include determining the speed (magnitude), velocity (magnitude and direction) or acceleration (magnitude and direction) of the point of contact.

The acoustic unit 160 provides an audio interface between the wearable device 1 and the user.

Specifically, the acoustic unit 160 outputs a voice signal for the operation of the wearable device 1 to the user based on the control signal of the other control unit 134 or a voice signal from the peripheral interface, converts the voice signal into an electric signal, (130).

The acoustic unit 160 may include a sound circuit 161, a speaker 162, and a microphone 163.

The sound circuit 161 receives a control signal from the other control unit 134, converts the control signal into an electrical signal, and transmits the electrical signal to the speaker 162. The sound circuit 161 receives the converted electrical signal from the microphone 163 and transmits the received electrical signal to the guitar controller 134.

Also, the sound circuit 161 may convert the electrical signal into sound data and transmit it to the peripheral interface. The acoustic data may be retrieved or transmitted from the first memory 110 or the RF circuit by the peripheral interface.

In addition, the sound circuit 161 may include a headset jack. The headset jack provides an interface between a sound circuit 161 and a headset having both a removable input / output peripheral, e.g., output-only headphone or output (headphone for one or two ears) and an input (microphone 163).

The speaker 162 converts an electric signal received by the sound circuit 161 into a sound wave, and provides an auditory signal to the user.

The microphone 163 detects sound waves around the user and other wearable device 1, converts the detected sound waves into electrical signals, and provides them to the other control unit 134.

The fixing unit 300 provides a fixing force for fixing the wearable device 1 to the user's wrist. The fixed unit 300 may include a band 310, a buckle 320, a cover 330, and an auxiliary function 340.

The band 310 is formed in the form of a plurality of straps so as to surround the wearer's wrist and one end is fixed by the buckle 320 to provide a fixing force to the user's wrist. In addition, the band 310 may have a receiving structure at the other end so that the main unit 100 is connected.

The band 310 may be flexible to fit around a user ' s wrist. Specifically, the band 310 may be injection molded with a flexible polymer material and may be formed of leather. In addition, the inner side of the band 310 contacting the user's wrist may be formed with protrusions of polymer material for anti-slip properties. In addition, various materials having flexibility to provide a clamping force to the user's wrist may be used as an example of the material of the band 310. [

The buckle 320 connects between the ends of the band 310 to generate a clamping force on the wearer's wrist and adjusts the length of the band 310 to match the thickness of the wearer's wrist.

In detail, the buckle 320 is inserted into at least one connection groove formed in the band 310 so as to correspond to the connection protrusion with at least one connection protrusion, thereby connecting the plurality of bands 310 and providing a fixing force to the wrist of the user can do. 1, the buckle 320 is formed as a hinge member, and the radius of the band 310 is reduced by the rotation of the hinge member, thereby providing a fixing force to the user's wrist. In addition, various forms for connecting one end of the plurality of bands 310 and creating a clamping force that the band 310 provides to the user's wrist may be used as an example of the shape of the buckle 320. [

The cover 330 is a receiving structure for the main unit 100 to be seated and fixed to the fixed unit 300, as shown in FIG.

The cover 330 may be formed with a protrusion or a groove to correspond to the shape of the side surface of the main unit 100. Also, the cover 330 may be formed of a material having flexibility to facilitate coupling and fixing with the main unit 100. For example, the cover 330 may be formed of a polymeric material. In addition, various shapes and materials for seating and fixing the main unit 100 may be used as an example of the cover 330.

The auxiliary function unit 340 is a receiving structure in which a configuration for performing the auxiliary function of the wearable device 1 can be accommodated.

The auxiliary function unit 340 is provided with a data unit 200, a power supply unit 400, a sensing unit 500, and a camera 600, and can perform the functions of the corresponding components. In addition, a component for performing a specific function to be implemented in the wearable device 1 may be provided in the auxiliary function unit 340.

In addition, the auxiliary function unit 340 may be provided with a tag to display the company name of the company that manufactured the band or the trademark of the corresponding product. In addition, various types of tags may be displayed for displaying certain characters in the auxiliary function unit 340 to secure visibility.

The auxiliary function unit 340 may be provided on the band of the fixed unit 300, the buckle 320, or the cover 330. In addition, various positions for facilitating a function to be implemented by a corresponding component provided in the auxiliary function unit 340 may be used as an example of a position where the auxiliary function unit 340 is provided.

The data unit 200 is a device for delivering at least one stored UI data to the main unit 100. The data unit 200 may be included in the fixed unit 300 or may be provided outside. The data unit 200 may include a second memory 210 and a second communication unit 220.

The second memory 210 stores at least one piece of UI data for displaying a GUI on the main unit 100.

Specifically, the second memory 210 stores at least one piece of UI data for providing a user interface for an individual object, and transmits the UI data to the main unit 100 through the second communication unit 220.

At least one UI data of the second memory 210 is information for implementing a user interface according to the data unit 200. The UI data may be one UI data as needed, have. For example, at least one UI data may include first UI data to (210_1) n UI data 210_n.

The type of the second memory 210 may be the same as or different from that of the first memory 110 described with reference to FIG.

The second communication unit 220 transmits at least one UI data stored in the second memory 210 to the main unit 100.

The second communication unit 220 transmits at least one UI data stored in the second memory 210 to the main unit 100 when it is determined that the second communication unit 220 is connected to the first communication unit 120, 2 Display the GUI using UI data of the memory 210. [ If it is determined that at least one UI data of the second memory 210 is the same as the UI data stored in the first memory 110, the second communication unit 220 does not transmit the UI data to the first communication unit 120 .

The second communication unit 220 may include a second wired communication unit 221, a second wireless communication unit 222, and a second communication port 223.

The types and communication methods of the second wired communication unit 221 and the second wireless communication unit 222 may be the same as or different from those of the first wired communication unit 121 and the first wireless communication unit 122. [

The second communication port 223 is a shape that can be physically and electrically coupled with the shape of the first communication port 123. The type of the second communication port 223 may be the same as or different from the type of the first communication port 123. [

In addition, the data unit 200 may be provided in the fixed unit 300 so that the user can change the design of the watch while replacing the fixed unit 300, and a user interface for the object can be implemented. That is, the data unit 200 may be provided in the band 310, the buckle 320, or the cover 330.

The data unit 200 may also be provided in the replaceable buckle 320 and the auxiliary function unit 340 so that the user can transition to the user interface for the object while maintaining the design of the band 310. [

The data unit 200 may be located near the object outside the fixed unit 300 so that the main unit 100 can be shifted to the user interface for the object when the user approaches the object. For example, if the data unit 200 is for a particular automobile, the data unit 200 is located in a particular automobile and the main unit 100 may transition to a user interface for a particular automobile when the user accesses the automobile .

The data unit 200 may be the same as the manufacturer of the main unit 100. However, the data unit 200 may be developed and manufactured by a company that develops and manufactures a user interface for a corresponding object, It is also possible to develop and manufacture in a company that manufactures, etc.

The power supply unit 400 transmits electric energy supplied from the outside to each component of the wearable device 1 to provide energy necessary for driving the component, or converts chemical energy into electrical energy, And transmits energy to each component of the wearable device 1 to provide energy required for driving the component. The power supply unit 400 may include a charging unit 410 and a battery 420.

The charging unit 410 may supply power to one or a plurality of batteries 420 disposed in the main unit 100 or the fixed unit 300 of the wearable device 1 under the control of the controller 130. [ In addition, the charging unit 410 can supply power to the wearable device 1 from an external power source through a wired cable connected to the connector.

The battery 420 is composed of one or a plurality of batteries, and the battery 420 supplies power to the components of the wearable device 1. [ The battery 420 may be provided in the main unit 100 or may be provided in the fixed unit 300 and may be provided in both the main unit 100 and the fixed unit 300 have. Also, the battery 420 may be a flexible battery and a flexible lithium secondary battery may be used.

The power supply 400 also includes other components related to power generation, management and distribution in the power fault detection circuit, power converter, inverter, power status indicator (e.g., light emitting diode) can do.

The sensing unit 500 senses the user's biometric information, movement, and various situations necessary for implementing the function of the wearable device 1, and uses the detected information to implement and control the wearable device 1.

For example, the sensing unit 500 may include a biosensor 510, a movement sensor 520, a gyroscope 530, a temperature sensor 540, and a humidity sensor 550.

The biometric sensor 510 senses the user's body condition. Specifically, the living body detection sensor 510 can measure a user's heart rate, body temperature, blood pressure, blood sugar, inflammation, and body fat.

The movement detection sensor 520 senses the movement of the wearer wearing the wearable device 1. Specifically, the movement detection sensor 520 detects the movement speed and direction of the user by using the acceleration sensor, and converts the movement speed and direction of the user into the movement of the user, thereby detecting the movement of the user. In addition, the movement detection sensor 520 receives radio waves from a plurality of GPS satellites on the earth orbit, and detects the movement of the wearable device 1 from the GPS satellites to the wearable device 1 using the time of arrival (Time of Arrival) The position and the moving distance can be calculated. In addition, the movement detection sensor 520 calculates the transmission / reception time of a signal between the wearable device 1 in the directional antenna of each base station, instantaneously senses the position of the wearable device 1, To detect the movement of the user. For example, the distance between each base station can be measured and position and movement can be sensed using triangulation.

The gyro sensor 530 measures the inertia of the wearable device 1. Specifically, the gyro sensor 530 measures the inertia of the wearable device 1 at present and can detect the position and direction of the wearable device 1, the motion of the wearer wearing the wearable device 1, and the like.

The temperature sensor 540 and the humidity sensor 550 can measure the temperature and humidity of the area where the wearable device 1 is currently located or can measure the temperature of the wearer's body and the temperature of the wearable device 1. [

In addition, the sensing unit 500 may include a proximity sensor that detects whether or not the user accesses the wearable device 1, an illuminance sensor that detects the amount of light around the wearable device 1, 500 may generate a signal corresponding to the detection and transmit the signal to the controller 130. The sensor of the sensing unit 500 may be added or deleted depending on the performance of the wearable device 1. [

The camera 600 supports the static image and the dynamic image photographing of the subject. The camera 600 photographs an arbitrary subject under the control of the control unit 130 and transmits the photographed image data to the touch screen 151 and the control unit 130.

The camera 600 may be provided in the main unit 100 or the fixed unit 300 or may be provided in both the main unit 100 and the fixed unit 300. [

In addition, the camera 600 includes a camera sensor that converts an input optical signal into an electrical signal, a signal processing unit that converts an electrical signal input from the camera sensor into digital image data, and an auxiliary light source that provides an amount of light necessary for capturing an image , Flash).

The camera sensor may include a sensor using a scheme such as a CCD (Charge-Coupled Device) or a CMOS (Complementary Metal-Oxide-Semiconductor).

One embodiment of the wearable device 1 described with reference to FIGS. 3 and 4 is for the case where the data unit 200, the sensing unit 500, and the camera 600 are provided separately from the fixed unit 300.

However, the data unit may be included in the fixed unit as shown in FIG. 5, and the data unit, the sensing unit, and the camera may be included in the fixed unit as shown in FIG. In this case, the functions and shapes of the respective configurations of the wearable device may be the same as or different from those described with reference to Figs. 3 and 4 above.

In addition, the data unit, the sensing unit, the camera, and the payment module may be provided at various positions.

Hereinafter, an embodiment in which UI data is transmitted between the data unit of the wearable device and the main unit will be described with reference to FIGS. 7 to 10. FIG.

FIG. 7 shows a concept of connecting the first communication unit 120 and the second communication unit by connecting the band and the main unit.

7, the first communication port 123 and the second communication port 223 are configured as USB ports, and the first communication port 123 and the second communication port 223 correspond to each other And are formed to be physically and electrically connectable. In addition, the data unit 200 may be provided in the band 310.

Therefore, when the second communication port 223 is connected to the first communication port 123, the main unit 100 detects the connection between the first communication port 123 and the second communication port 223, It is possible to transmit at least one UI data stored in the second memory 210 to the main unit 100 through the first communication port 123 and the second communication port 223. For example, the second wired communication unit 221 transmits a connection detection signal to the first wired communication unit 121, and when the connection detection signal is recognized in the first wired communication unit 121, 2 communication port 223 is connected.

Then, the main unit 100 can display the GUI using at least one transmitted UI data.

8 shows an example of a concept of connecting the first communication unit and the second communication unit by connecting the cover and the main unit by wire.

8, the fixed unit 300 is integrally formed so that the band 310 and the cover 330 are not detached from each other, and the first communication port 123 and the second communication port 223 And are physically and electrically connected to each other. In addition, the data unit 200 may be provided on the cover 330 or the band 310. [

When the main unit 100 and the cover 330 are connected to each other and the second communication port 223 is connected to the first communication port 123, the main unit 100 can communicate with the first communication port 123 and the second communication port 123, If at least one of the UI data stored in the second memory 210 is connected to the main unit via the first communication port 123 and the second communication port 223, 100). For example, the second wired communication unit 221 transmits a connection detection signal to the first wired communication unit 121, and when the connection detection signal is recognized in the first wired communication unit 121, 2 communication port 223 is connected.

Then, the main unit 100 can display the GUI using at least one transmitted UI data.

9A and 9B show another example of the concept of connecting the first communication unit and the second communication unit by connecting the cover and the main unit by wire.

9A and 9B, the fixed unit 300 is integrally formed so that the band 310 and the cover 330 are not detached from each other, and the first communication port 123 and the second communication port 223 are formed so as to be physically and electrically connected to each other. In addition, the data unit 200 may be provided on the cover 330 or the band 310. [

In addition, the first communication port 123 and the second communication port 223 may be connected to each other via a pogo pin. 9A and 9B, when the main unit 100 is attached to the cover 330 in the form of a slide, the opening of the cover 330 and the second communication port 223 located on the other side of the cover 330, The data unit 200 and the main unit 100 can be electrically connected to the first communication port 123 of the communication unit 100. [

FIG. 10 shows a concept of transmitting UI data in a wireless session between the first communication unit and the second communication unit.

10, the fixed unit 300 and the main unit 100 are connected to each other so as not to be attached and detached. An auxiliary function unit 340 is provided on one band 310, and an auxiliary function unit 340 A data unit 200 is provided.

Accordingly, when the first wireless communication unit 122 and the second wireless communication unit 222 become wireless sessions, the second wireless communication unit 222 transmits at least one UI data stored in the second memory 210 to the first wireless To the communication unit (122). For example, the second wireless communication unit 222 transmits a connection detection signal to the first wireless communication unit 122. When the connection detection signal is recognized in the first wireless communication unit 122, 2 wireless communication unit 222 can determine that the wireless session is established.

Then, the main unit 100 can display the GUI using at least one transmitted UI data.

When the at least one UI data described above is transmitted to the main unit 100, the touch screen 151 of the main unit 100 can display through the image that wireless transmission is in progress as shown in FIG.

Hereinafter, an embodiment in which the main unit is converted according to the fixed unit connected to the main unit will be described with reference to FIG.

11, when the fixed unit 300a including the data unit 200 storing the UI data for the vehicle is connected to the main unit 100, the main unit 100 provides the interaction with the vehicle can do.

When the fixed unit 300b including the data unit 200 storing UI data for household appliances is connected to the main unit 100 by separating the fixed unit 300a related to the automobile from the main unit 100, The main unit 100 may provide an interaction with the household appliance.

In addition, the main unit 100 may receive the UI data for the home appliance, and may provide the interaction with the previous vehicle by the user's choice. In addition, the main unit 100 can then be converted into an interaction for a home appliance according to the needs of the user.

Hereinafter, an embodiment in which UI data is received from an externally located data unit and converted into an interaction according to the corresponding UI data will be described with reference to FIG.

FIG. 12 shows a concept that an interaction provided by the main unit 100 is switched by an externally located data unit 200 according to an embodiment.

12, when the second wireless communication unit 222 of the data unit 200 and the first wireless communication unit 122 of the main unit 100 are wirelessly connected, the data unit 200 is connected to the second memory 210 to the main unit 100. Accordingly, the main unit 100 can provide the corresponding interaction based on the received UI data.

Specifically, data measured by measuring dust, humidity, temperature, etc. in the home can be transmitted to the main unit 100, and the number and kind of foods and the like in the refrigerator can be grasped and data can be obtained, .

In the above description, the configuration of the wearable device and the transmission of at least one UI data stored in the data unit to the main unit have been described.

Hereinafter, an example of the graphical user interface displayed on the main unit according to the graphical user interface when the data unit is connected to the main unit and the type of the UI data stored in the data unit will be described.

In addition, the user interface is not limited to the types of the user interface implemented in the wearable device due to an example of the user interface described below.

FIG. 13 illustrates a user interface indicating that a main unit and a data unit are connected according to an embodiment.

13, when the main unit 100 recognizes that the data unit 200 is connected or when the data unit 200 is connected to the main unit 100 by a user's command, (G1) that the data unit (200) is connected to the network (100).

Specifically, when it is recognized that the fixed unit 300 including the data unit 200 is connected to the main unit 100, the main unit 100 can determine that the fixed unit 300 is connected to the data unit 200. Thus, the main unit 100 can provide the text "Data unit is connected" to the touch screen 151.

FIG. 14 illustrates a user interface for receiving data units connected to a main unit according to an embodiment, whether they are connected or newly connected.

14, the main unit 100 displays a text indicating that the data unit 200 is connected and displays a graphical user interface G2 to receive an input specifying the type of the currently connected data unit 200 .

The graphical user interface G2 of the present embodiment may include a data unit connection text G2a, an existing data unit selection window G2b and a new data unit selection window G2c.

The main unit 100 displays the text "Data unit connected" to the touch screen 151 in order to provide the user with a message that the main unit 100 and the data unit 200 are connected, .

The existing data unit selection window G2b is a button for selecting the data unit 200 connected to the main unit 100 when the data unit 200 connected to the main unit 100 is already connected to the main unit 100 and the UI data is stored in the main unit 100 to be. When the user inputs the existing data unit selection window G2b, it is possible to provide the interaction through the UI data stored in advance.

When the UI data is not stored in the main unit 100 because the data unit 200 currently connected to the main unit 100 is not connected to the main unit 100, the new data unit selection window G2c is selected Button. When the user inputs a new data unit selection window G2c, the UI data stored in the data unit 200 connected to the main unit 100 is transferred to the main unit 100, and the main unit 100 transmits UI data Lt; / RTI >

FIG. 15 illustrates a user interface that indicates that a previously connected data unit is connected to a main unit according to one embodiment, and FIG. 16 illustrates a user interface that indicates that a new data unit is connected to a main unit, Respectively.

When the user does not select whether the data unit 200 currently connected to the main unit 100 is connected or newly connected and the main unit 100 recognizes the data unit 200 itself, And a graphical user interface G4 as shown in FIG. 16 can be provided.

Specifically, when the data unit 200 to which the main unit 100 is currently connected is already connected or when the UI data stored in the first memory 110 of the main unit 100 is included in the currently connected data unit 200 , The main unit 100 may provide a graphical user interface (G3) for informing the user as shown in FIG.

In this case, the main unit 100 can provide the touch screen 151 with the text "an already connected data unit is connected ".

Conversely, when the data unit 200 to which the main unit 100 is currently connected is newly connected, or when data matching the UI data stored in the currently connected data unit 200 is stored in the first memory 110 of the main unit 100 , The main unit 100 may provide a graphical user interface (G4) to inform the user of the status as shown in FIG.

In this case, the main unit 100 may provide the touch screen 151 with the text "New data unit is connected ".

17 illustrates a user interface for receiving a pin number when a new data unit is connected to the main unit according to an embodiment.

When the data unit 200 connected to the main unit 100 is a new data unit 200 that is not connected to the main unit 100, it is necessary to perform authentication before transmitting the UI data stored in the data unit 200 to the main unit 100 , So that the main unit 100 can provide a graphical user interface G5 for authentication,

Specifically, the graphical user interface G5 for authentication may include a pin number input guidance text G5a, an input pin number display window G5b, and a pin number selection window G5c.

The PIN number input guidance text G5a may provide a message to input the PIN number of the currently connected data unit 200 in order to transfer the UI data stored in the new data unit 200 to the main unit 100. [ Specifically, the pin number input guidance text G5a can provide a text of "Please enter the pin number of the currently connected data unit" on the touch screen 151. [

The entered pin number display window (G5b) can display the number of the currently input pin number and the last entered pin number. In addition, the entered pin number display window (G5b) can display the previously input pin number as "*" for security, except for the last inputted pin number.

The pin number selection window G5c is a selection window for inputting a pin number to be input by the user, and the user can input 12 kinds of characters 6 times as shown in Fig.

FIG. 18 illustrates a user interface indicating transfer of UI data after an authentication procedure when a new data unit is connected to the main unit according to an embodiment.

17, the UI data stored in the data unit 200 may be transferred to the main unit 100. In this case, In this case, the main unit 100 may provide a message to the user that the UI data is being transferred. Specifically, the main unit 100 may provide a graphical user interface (G6) containing the text "UI Data Acquisition ??" on the touch screen 151. [

19 illustrates a user interface that receives input as to whether to switch to an interaction based on UI data delivered by a new data unit in accordance with one embodiment.

When the data unit 200 connected to the main unit 100 finishes transferring the UI data to the main unit 100, the main unit 100 notifies the user of the transfer of the UI data, And can provide a graphical user interface G7 to receive the input.

In this case, the graphical user interface G7 may include the reception completion and interaction switching guidance text G7a, the interaction switching selection window G7b, and the interaction ratio switching selection window G7c.

The reception completion and interaction switching guidance text G7a can provide a guidance message indicating whether reception of the UI data has been completed and switching to an interaction based on the received UI data. Specifically, the main unit 100 can display a text saying "reception of UI data is completed, change to UI of connected data unit ?,"

The interaction switching selection window G7b and the interaction ratio switching selection window G7c are windows for inputting a user's command as to whether or not to switch to the interaction based on the received UI data. Specifically, when the user intends to switch to the interaction based on the received UI data, the interaction switching selection window G7b can be pressed. Conversely, when the user does not want to switch to the interaction based on the received UI data, he can press the interaction ratio switching selection window G7c.

20 illustrates a user interface for selecting a type of interaction to be provided in a wearable device according to an embodiment.

The graphical user interface G8 is a screen for selecting the kind of interaction that can be switched according to the UI data currently stored in the main unit. The graphical user interface G8 includes a brief time image 903, an automobile user interface selection key G8a ), An exercise user interface selection key G8b, a clock brand user interface selection key G8c, a portable terminal user interface selection key G8d, a sound user interface selection key G8e, a home appliance user interface selection key G8f, A camera user interface selection key G8g, and a payment user interface selection key G8h.

The shorthand time image 903 may be an image representing the time information of the area where the wearable device 1 is currently located.

The vehicle user interface selection key G8a is a function key for inputting a command of the user to switch to a graphic user interface that provides an interaction with the vehicle based on the UI data for the vehicle, And the clock brand user interface selection key G8c is a function key for inputting a command of the user to switch to a graphic user interface for providing an interaction with the movement based on the UI data for the clock brand, The portable terminal user interface selection key G8d is a function key for inputting a command of a user to switch to a graphic user interface for providing an interaction with a brand, and the portable terminal user interface selection key G8d provides an interaction with the portable terminal based on UI data for the portable terminal Switch to graphical user interface And the sound user interface selection key G8e is a function key for inputting a command of the user to switch to a graphic user interface that provides an interaction with sound based on the UI data for the sound , The home appliance user interface selection key G8f is a function key for inputting a command of the user to switch to a graphic user interface for providing an interaction with the home appliance based on the UI data for the home appliance, G8g) is a function key for inputting a command of the user to switch to a graphic user interface for providing an interaction with the camera based on the UI data for the camera, and the settlement user interface selection key G8h is a function key based on UI data for settlement A graphic metaphor that provides an interaction for card payment It can function kiil receiving the user's instruction to switch to the interface.

Hereinafter, an embodiment of a user interface of an automobile will be described with reference to FIGS. 21A to 21H.

The main unit 100 may receive at least one UI data stored in the second memory 210 and display a graphical user interface for the specific vehicle.

For example, a user interface for a specific vehicle is implemented so that the user can check the external damage status of the vehicle, view the inside or outside images at that point, and alert the vehicle to an object The damage may be reported to the user.

In addition, the user can easily grasp the position of the vehicle in the parking lot, adjust the internal environment of the vehicle (e.g., air, smell, temperature, vehicle seat, etc.) Can be set.

In addition, the user can grasp the external state of the vehicle (e.g., opening / closing of the door, lighting of the light, tire air pressure, Washer fluid, leaked oil, whether or not to replace the filter).

Also, the wearable device 1 can be used as a smart key of the vehicle and can be used as a smart key of a vehicle, such as a start, a window, a top roof opening / closing, a door opening / closing, Opening and closing of the trunk can be controlled.

Further, the user can grasp the position of the parking lot, use convenient functions such as call-up of surrogate articles, and the wearable device 1 can function as a toll payment system such as a high pass.

21A to 21H illustrate an automatic user interface for displaying a GUI on the main unit 100 using UI data for a car.

FIG. 21A shows a first screen 910 of the car in the user interface of the car.

The automobile first screen 910 is a main screen of the user interface of the car. The automobile first screen 910 includes a brief time image 903, a window position image 904, a window page image 905, A second function key 912, an automobile third function key 913, a fourth automobile function key 914, a fifth automobile function key 915, an automobile sixth function key 911, An automobile seventh function key 917, an automobile eighth function key 918, and an automobile ninth function key 919. In this case,

The shorthand time image 903 is an image for displaying the time information of the area where the wearable device 1 is currently located and the window position image 904 indicates the position of the currently displayed window to the position of the window currently displayed in the image of the circle shape And the window page image 905 may be an image in which the number of total windows and the number of pages of the currently displayed window are represented by numerals.

The first function key of the vehicle is a function key for performing the door locking of the vehicle, the second function key 912 of the vehicle is a function key for performing door opening of the vehicle, and the third function key 913 of the vehicle is a trunk open The fourth function key 914 is a function key for performing trunk lock of the vehicle, the fifth function key 915 is a function key for performing an operation for turning on the start of the vehicle, The seventh function key 917 is a function key for adjusting the seat of the vehicle, and the eighth function key 918 is a function key for controlling the operation of the air conditioner and the heater of the vehicle. The ninth function key 919 is a function key for controlling the direction of the vehicle, and the ninth function key 919 may be a function key for opening the top loop in the convertible vehicle.

The first screen 910 shown in Fig. 21A can be moved to the next page by the finger motion in the left direction from the right side of the user, and can be moved to the previous page in the right direction from the user's finger motion.

Fig. 21B shows a second automobile screen 920 of the user interface of the automobile.

The automobile second screen 920 is a simplified screen for the automobile condition, and the automobile second screen 920 may include a brief condition image.

The second screen 920 of the car will allow the user to grasp the approximate state of the car without having to look at detailed car status screens.

The simplified status image can indicate whether the vehicle is in a state of charge and charge, damage to the outside of the vehicle, opening and closing of the door and trunk, and whether the light is on or off.

21B can be moved to the next page by the finger motion in the left direction from the right side of the user, and can be moved to the previous page by the finger motion in the right direction from the left side of the user.

21C shows a third automobile screen 921 of the user interface of the automobile.

The third automobile screen 921 is a screen displaying the fuel status of the automobile. The third automobile screen 921 includes a brief time image 903, a window position image 904, a window page image 905, A state of charge image 923, a state of charge image 922, and a travelable distance image 924.

The user can grasp the fuel state of the current vehicle before boarding the vehicle in advance and grasp the travelable distance due to the third screen 921 of the car.

The short time image 903, the window position image 904 and the window page image 905 are the same as the shorthand time image 903, window position image 904 and window page image 905 described with reference to FIG. It may or may not be different.

The gasoline state image 923 is an image representing the gasoline state currently filled in the gasoline tank, and the capacity of the gasoline tank and the capacity of the oil filled in the gasoline tank 923 may be expressed as a percentile, or the ratio may be expressed visually as a circular rod shape .

The charged state image 922 is an image representing the state of the electric energy charged in the battery. The charged state image 922 may represent the capacity of the battery and the capacity of the charged electric energy as a percentile or may be expressed visually as a circular rod have.

The travelable distance image 924 may be an image indicative of the distance the vehicle can travel based on the current state of the vehicle or the amount of electric energy charged.

Further, the third automobile screen 921 of FIG. 21C can move to the next page by the finger motion in the left direction from the right side of the user, and can move to the previous page by the finger motion in the left direction from the left side of the user.

FIG. 21D shows the fourth automobile screen 925 of the user interface of the car.

The automobile fourth screen 925 is a screen for displaying the vehicle position in the parking lot. The fourth automobile screen 925 includes a brief time image 903, a window position image 904, a window page image 905, Location text 926, parking image 927, parking location image 928, and location image 929 of the user.

The fourth screen 925 of the car will allow the user to easily grasp the location of the vehicle in the parking lot.

The short time image 903, the window position image 904 and the window page image 905 are the same as the shorthand time image 903, window position image 904 and window page image 905 described with reference to FIG. It may or may not be different.

The vehicle parking position text 926 is an image showing the number of floors and parked parking lots in which the vehicle is currently parked, the parking lot image 927 is an image showing a map of the parking lot where the vehicle is currently parked, The image 928 is an image showing the parking area where the current vehicle is parked in the parking lot image 927 and the location image 929 of the user may be an image indicating the location where the current user is located.

In addition, the fourth automobile screen 925 of FIG. 21D can move to the next page by the finger motion in the left direction from the right side of the user, and can move to the previous page by the finger motion in the left direction from the user side.

21E shows the fifth automobile screen 930 of the user interface of the automobile.

The fifth screen 930 of the vehicle is a screen for a route guidance program of the vehicle. The fifth screen 930 of the car includes a brief time image 903, a window position image 904, a window page image 905, A destination setting prompt 932, a voice input function key 933, and a keyboard input function key 934. [0052] FIG.

With the fifth screen 930 of the car, the user can set the route guidance program before boarding the vehicle and depart for the destination without delay after boarding the vehicle.

The short time image 903, the window position image 904 and the window page image 905 are the same as the shorthand time image 903, window position image 904 and window page image 905 described with reference to FIG. It may or may not be different.

The route guidance image 931 is an image for displaying to the user that the current window means a window for setting a destination in advance on the route guidance terminal. The destination setting prompt 932 instructs the user to set a destination requested by the user, The voice input function key 933 is a function key for inputting a destination requested by the user through voice recognition, and the keyboard input function key 934 is a function for inputting a destination requested by the user through keyboard input Key.

In addition, the fifth automobile screen 930 of FIG. 21E can move to the next page by the finger motion in the left direction from the right side of the user, and can move to the previous page by the finger motion in the right direction from the left side of the user.

FIG. 21F shows a sixth automobile screen 935 of the user interface of the automobile.

The automobile sixth screen 935 is a screen for displaying the internal state of the automobile. The sixth automobile screen 935 includes a brief time image 903, a window position image 904, a window page image 905, 935a, an engine oil state image 935b, a washer fluid state image 935c, a leak check image 935d, and a filter replacement image 935e.

The sixth screen 935 of the automobile allows the user to open a bonnet of the vehicle to check the state of the engine room or reduce the time wasted in checking the internal state of the vehicle through the vehicle display after boarding the vehicle.

The short time image 903, the window position image 904 and the window page image 905 are the same as the shorthand time image 903, window position image 904 and window page image 905 described with reference to FIG. It may or may not be different.

The cooling water status image 935a is an image showing the capacity of the cooling water filled in the present cooling water tank. The capacity of the cooling water tank and the capacity of the cooling water filled can be expressed as a percentage, and the ratio can be visually expressed as a linear bar have.

The engine oil state image 935b is an image showing the capacity of the engine oil filled in the engine oil tank at present and may represent the capacity of the engine oil tank and the capacity of the engine oil filled in the percentile, As shown in FIG.

The washer liquid state image 935c is an image representing the capacity of the washer liquid currently filled in the washer liquid tank. The capacity of the washer liquid tank and the capacity of the filled washer liquid can be expressed by percentiles, and the ratio can be visually expressed in a linear bar shape have.

The oil leakage image 935d is an image showing whether or not a fuel, engine oil and other liquids have leaked into the engine room. The filter replacement image 935e indicates whether or not the air purifying filter or the air conditioner filter is replaced Image.

Further, the sixth automobile screen 935 of FIG. 21F can be moved to the next page by the finger motion in the left direction from the right side of the user, and can move to the previous page by the finger motion in the left direction from the user side.

FIG. 21G shows the seventh automobile screen 940 of the user interface of the automobile.

The automobile seventh screen 940 is a screen for displaying the external state of the vehicle. The seventh automobile screen 940 includes a brief time image 903, a window position image 904, a window page image 905, A door open / closed state image 943, and a tire air pressure image 942. [

The seventh screen 940 of the automobile allows the user to grasp the external state of the vehicle without having to look directly at the vehicle.

The short time image 903, the window position image 904 and the window page image 905 are the same as the shorthand time image 903, window position image 904 and window page image 905 described with reference to FIG. It may or may not be different.

The state image 941 of the light is an image indicating whether the light of the current vehicle is on or off, and the door opening / closing image 943 may be an image indicating whether the door of the current vehicle is open or closed.

The tire air pressure image 942 represents the front tire left air pressure image 942FL, the front right tire pressure air image 942FR, and the front tire right air pressure image 942. The tire air pressure image 942 represents an air pressure of the individual wheels, Rear left tire air pressure image 942RL and rear right tire air pressure image 942RR.

In addition, the seventh automobile screen 940 of FIG. 21G can move to the next page by the finger motion in the left direction from the right side of the user, and can move to the previous page by the finger motion in the left direction from the user side.

FIG. 21H shows an eighth screen 945 of the automobile user interface.

The car eighth screen 945 is a screen for displaying the damage state on the outside of the vehicle. The eighth screen 945 of the car includes a brief time image 903, a window position image 904, a window page image 905, A display function key 946, a video function key 947 and an alarm sound function key 948. [

The eighth screen 945 of the vehicle allows the user to easily detect the external damage of the vehicle, that is, the external damage of the vehicle caused by closing the door of the nearby vehicle, such as a door lock, There will be.

The short time image 903, the window position image 904 and the window page image 905 are the same as the shorthand time image 903, window position image 904 and window page image 905 described with reference to FIG. It may or may not be different.

The vehicle damage prompt 946 is a text indicating the time when the vehicle is damaged and whether the vehicle is damaged. The image function key 947 is a function key for displaying the inside or outside of the vehicle near the time when the outside of the vehicle is damaged. And the alarm sound function key 948 may be a function key for generating an alarm sound of the vehicle to recognize the vehicle damage to the vehicle damaged.

In addition, the eighth screen 945 of the car in Fig. 21H can move to the next page by the finger motion in the left direction from the right side of the user, and can move to the previous page in the finger motion in the left direction from the left side of the user.

Hereinafter, one embodiment of the user interface of the motion will be described with reference to FIGS. 22A to 22C.

The main unit 100 may receive at least one UI data stored in the second memory 210 and display a graphical user interface for the exercise.

For example, a user interface for exercise can be implemented so that the user can know the walking distance, the average speed, and the like while walking, running, etc., and check the user's body fat amount through an instant heart rate and an in- .

In addition, the user can recognize the calories consumed by the exercise and the calories to be consumed, schedule the diet, and check the shop of the exercise goods.

In addition, the user can coach the exercise according to the schedule set by the exercise coaching application or the trainer.

For example, the user may set dead weight, bent over row and lat pull down when performing a back exercise by setting a weight for each part of the day, A dumbbell fly and a chest press, a squat, a leg press and a lunge for lower body exercises, a shoulder motion for a shoulder motion, An overhead dumbbell press, a dumbbell side lateral and an upright row may be used in the case of a bicep movement, a barbell curl, a hammer curl Cable trimming, cable trimming, cable trimming, cable trimming, cable trimming, cable trimming, cable trimming, cable trimming and cable trimming. Number and number of sets Can be calculated.

In addition, the user can grasp the record of the previous exercise.

In addition, when the user performs weighting based on the heart rate, the user can recognize the point of time when the maximum muscle power is used and perform effective exercise.

22A to 22C illustrate a user interface of a movement for displaying a GUI on the main unit 100 by using UI data on the movement.

FIG. 22A shows a motion first screen 950 of the user interface of motion.

The exercise first screen 950 is a main screen of the user interface of the exercise. The first exercise screen 950 includes a brief time image 903, a window position image 904, a window page image 905, Key 951, a motion second function key 952, a motion third function key 953, a motion fourth function key 954, a motion fifth function key 955, and a motion sixth function key 956 .

The shorthand time image 903 is an image for displaying the time information of the area where the wearable device 1 is currently located and the window position image 904 indicates the position of the currently displayed window to the position of the window currently displayed in the image of the circle shape And the window page image 905 may be an image in which the number of total windows and the number of pages of the currently displayed window are represented by numerals.

The exercise first function key 951 is a function key for executing an application for weight, the exercise second function key 952 is a function key for executing an application for running, the exercise third function key 953, The exercise fourth function key 954 is a function key for executing an application for a cycle and the exercise fifth function key 955 is a function key for executing an application for walking, And the exercise sixth function key 956 may be a function key for executing an application for checking the consumed calories.

In addition, the first exercise screen 950 shown in FIG. 22A can move to the next page by the finger motion in the left direction from the right side of the user, and can move to the previous page by the finger motion in the right direction from the left side of the user.

FIG. 22B shows a motion second screen 960 of the user interface of the motion.

The exercise second screen 960 is a screen for the strength exercise guide and the exercise second screen 960 includes a brief time image 903, a window position image 904, a window page image 905, 961, 962, 963, 961, 962, 963, 963, 963, 963, 963, 963, A first motion number 964a, a third motion number and set number image 964b, and a current number of motion motion images 965.

The exercise second screen 960 will allow the user to receive the correct number of times and exercise coaches during exercise.

The shorthand time image 903, the window position image 904 and the window page image 905 are the same as the shorthand time image 903, window position image 904 and window page image 905 described with reference to FIG. It may or may not be different.

The weight movement part image 961 is an image of a part of the muscle movement desired by the user. In addition, the first motion image name 962a is an image for one motion name for the corresponding region, the first motion number and set number image 962b is an image representing the number of motions and the number of sets of the first motion , The second motion name image 963a is an image for another motion name for the corresponding region, the second motion number and set number image 963b image is an image representing the number of motions and the number of sets of the second motion, The third motion image name 964a is an image for another motion name for the region, the third motion number and set number image 964b image is an image for indicating the number of motion and the number of sets of the third motion, The current number of motion images 965 may be an image representing the number of motions in motion at the present time.

In addition, the second exercise screen 960 of FIG. 22B can move to the next page by the finger motion in the left direction from the right side of the user, and can move to the previous page by finger motion in the right direction from the left side of the user.

22C shows a third exercise screen 970 of the user interface of the exercise.

The exercise third screen 970 is a screen for displaying the heart rate. The exercise third screen 970 includes a brief time image 903, a window position image 904, a window page image 905, An image 971, a heart rate measurement icon 972, and a measured heart rate image 973.

The exercise third screen 970 allows the user to grasp the instantaneous heart rate during exercise.

The shorthand time image 903, the window position image 904 and the window page image 905 are the same as the shorthand time image 903, window position image 904 and window page image 905 described with reference to FIG. It may or may not be different.

The information image 971 for the current window is an image indicating that the current window is a window for measuring heart rate, the heart rate icon 972 is an image for visually displaying a window for measuring heart rate, The heart rate image 973 may be an image indicating the current instantaneous heart rate of the user sensed through the biometric sensor 510.

The third exercise screen 970 shown in FIG. 22C can be moved to the next page by the finger motion in the left direction from the right side of the user, and can move to the previous page by the finger motion in the right direction from the left side of the user.

Hereinafter, one embodiment of a user interface according to a brand will be described with reference to FIGS. 23A to 23D.

The main unit 100 may receive at least one UI data stored in the second memory 210 and display a graphical user interface for fashion.

For example, a user interface for fashion can be implemented so that a user can change to a display and clock design designed by a particular brand, and display a logo of a particular brand.

In addition, the user can manage items possessed by a specific brand, and can recommend personalized coordination.

In addition, the user can check the schedule of the reception or the fashion show of a specific brand, receive an invitation, and issue information and a discount coupon for a specific brand's family sale.

23A to 23D show a user interface of a watch brand that displays a GUI on the main unit 100 using UI data for a watch brand.

The design and trademark of a specific brand may be displayed on the touch screen 151 of the main unit 100 according to UI data of a specific watch brand.

For example, as shown in FIG. 23A, the touch screen 151 can inform the time in the form of an analog clock. Further, as shown in FIGS. 23C and 23D, at least one chronograph 1005 may be displayed to display a date, a world time, or a stop watch.

Hereinafter, one embodiment of the user interface of the portable terminal will be described with reference to FIGS. 24A to 24D.

The main unit 100 may receive at least one UI data stored in the second memory 210 and display the graphical user interface for the portable terminal.

For example, the graphical user interface to the handheld terminal allows the user to send and receive short messages, and make calls. In this case, a mobile terminal manufactured by a company different from the manufacturer of the wearable device 1, or a portable terminal using another OS may be interlocked.

24A to 24D show a user interface of a portable terminal that displays a GUI on the main unit 100 using UI data for the portable terminal.

24A shows the first screen 1110 of the portable terminal in the user interface of the portable terminal, FIG. 24B shows the second screen 1120 of the portable terminal in the user interface of the portable terminal, FIG. A third screen 1130 of the portable terminal of the user interface is shown, and FIG. 24D shows the fourth screen 1140 of the portable terminal of the user interface of the portable terminal.

The portable terminal first screen 1110 provides a user interface so that a user can enter a dial to make a phone call.

The portable terminal second screen 1120 displays a prompt to the wearable device 1 indicating that the call has been received and informs the user that the call has been received.

The portable terminal third screen 1130 displays a prompt to the wearable device 1 that a text message has been received to inform the user that a text message has been received.

The portable terminal fourth screen 1140 can notify the details of the received text message displayed when the portable terminal third screen 1130 is released.

Hereinafter, one embodiment of the user interface of sound will be described with reference to Figs. 25A to 25D.

The main unit 100 may receive at least one UI data stored in the second memory 210 and display a graphical user interface for the sound.

For example, a graphical user interface for the sound is displayed so that the user can control the playback of music or moving pictures, and can change the equalizer settings and listening modes.

In addition, the user may be connected to at least one peripheral acoustic apparatus to control the peripheral acoustic apparatus and determine the remaining battery capacity of the peripheral acoustic apparatus.

25A to 25D show a user interface of the sound displaying GUI on the main unit 100 using UI data for sound.

25A shows a first sound screen 1150 of a sound user interface.

The first sound screen 1150 is a main screen of a sound user interface. The first sound screen 1150 includes a brief time image 903, a window position image 904, a window page image 905, Key 1151, a sound second function key 1152, a sound third function key 1153, and a sound fourth function key 1154. [

The shorthand time image 903 is an image for displaying the time information of the area where the wearable device 1 is currently located and the window position image 904 indicates the position of the currently displayed window to the position of the window currently displayed in the image of the circle shape And the window page image 905 may be an image in which the number of total windows and the number of pages of the currently displayed window are represented by numerals.

The acoustic first function key 1151 is a function key for executing a music reproducing application and the acoustic second function key 1152 is a function key for executing an application for controlling a speaker built in the wearable device 1 , The sound third function key 1153 is a function key for executing an application for an external headphone or earphone and the sound fourth function key 1154 is a function key for executing an application for an external speaker.

25A can be moved to the next page by the finger motion in the left direction from the right side of the user, and can be moved to the previous page in the finger motion in the left direction from the left side of the user.

25B shows the acoustic second screen 1160 of the acoustic user interface.

The second sound screen 1160 is a screen for music playback. The second sound screen 1160 includes a window position image 904, a window page image 905, a volume control function key 1161, A play title image 1166, a play time image 1167, and a play state image 1168, as well as a play / pause function key 1163, a previous song function key 1164, a next song function key 1165, .

The second sound screen 1160 allows the user to conveniently control the music reproduction.

The window location image 904 and the window page image 905 may be the same as or different from the window location image 904 and the window page image 905 described with reference to Fig. 25A.

The play list function key 1162 is a function key for displaying and editing the play list, and the play / pause function key 1163 is a function key for controlling the size of sound during music reproduction. The previous song function key 1164 is a function key for returning to the previous song from the play list, and the next song function key 1165 is a function key for pausing or pausing music currently being played, And the song title image 1166 is a function key for skipping from the list to the next song. The song title image 1166 is an image for displaying the title and artist name of the currently playing song, and the play time image 1167 is a function key for skipping the current play time And the reproduction state image 1168 is an image obtained by displaying the position of the current reproduction time with respect to the total reproduction time of the song currently being played through the linear bar Can.

25B can move to the next page by the finger motion in the left direction from the right side of the user, and can move to the previous page in the finger motion in the left direction from the left side of the user.

FIG. 25C shows a third acoustic screen 1170 of the user interface of the sound.

The third sound screen 1170 is a screen for control and status of the earphone and headphones and the third sound screen 1170 includes a short time image 903, a window position image 904, a window page image 905, Battery image 1175. < / RTI >

The third acoustic screen 1170 allows the user to grasp and control the status of the earphone and headphone.

The short time image 903, window position image 904 and window page image 905 are identical to the shorthand time image 903, window position image 904 and window page image 905 described with reference to Figure 25a It may or may not be different.

The remaining battery image 1175 may be an image currently displaying the capacity of the earphone or the battery charged in the headphone.

25C can be moved to the next page by the finger motion in the left direction from the right side of the user, and can move to the previous page in the finger motion in the left direction from the left side of the user.

25D shows the fourth sound screen 1180 of the user interface of the sound.

The sound fourth screen 1180 is a screen for the control and status of the speaker and the sound fourth screen 1180 includes a brief time image 903, a window position image 904, a window page image 905, (1185).

The fourth sound screen 1180 allows the user to grasp and control the state of the speaker.

The short time image 903, window position image 904 and window page image 905 are identical to the shorthand time image 903, window position image 904 and window page image 905 described with reference to Figure 25a It may or may not be different.

The remaining battery image 1185 may be an image indicating the capacity of the battery charged in the current speaker.

25D can be moved to the next page by the finger motion in the left direction from the right side of the user, and can move to the previous page in the finger motion in the left direction from the left side of the user.

Hereinafter, one embodiment of the user interface of the home appliance will be described with reference to FIGS. 26A to 26H.

The main unit 100 may receive at least one UI data stored in the second memory 210 and display a graphical user interface for the home appliance.

For example, the user can grasp and control the state of the home appliance from the outside of the home appliance through the user interface to the home appliance, and replace the remote controller with the wearable device 1 without having the remote control of each home appliance .

In addition, the user can open / close the door before reaching the front porch of the household appliance, view the inside of the house, or talk with the visitor.

26A to 26H show a user interface of a home appliance that displays a GUI on the main unit 100 using UI data for home appliances.

26A shows a home appliance first screen 1200 of the user interface of the home appliance.

The home appliance first screen 1200 includes a brief time image 903, a window position image 904, a window page image 905, a home appliance first screen 1200, The first function key 1201 of the appliance, the second function key 1202 of the household appliance, the third function key 1203 of the household appliance, the fourth function key 1204 of the household appliance, the fifth function key 1205 of the household appliance, A device sixth function key 1206, a home appliance seventh function key 1207, a home appliance eighth function key 1208, and a home appliance ninth function key 1209. [

The shorthand time image 903 is an image for displaying the time information of the area where the wearable device 1 is currently located and the window position image 904 indicates the position of the currently displayed window to the position of the window currently displayed in the image of the circle shape And the window page image 905 may be an image in which the number of total windows and the number of pages of the currently displayed window are represented by numerals.

The home appliance first function key 1201 is a function key for opening and closing the door entrance and door. The home appliance second function key 1202 is a function key for controlling the television and grasping the state. The home appliance third function key 1202 The fourth function key 1204 is a function key for controlling the boiler and grasping the state. The fifth function key 1205 for home appliances is a function key for controlling the air conditioner, The sixth function key 1206 is a function key for controlling the refrigerator and grasping the state of the refrigerator. The seventh function key 1207 of the household appliance controls the robot cleaner The home appliance eighth function key 1208 is a function key for viewing an in-house home image, and the home appliance ninth function key 1209 may be a function key for contacting a visitor.

26A can be moved to the next page by the finger motion in the left direction from the right side of the user and can be moved to the previous page in the finger motion in the left direction from the left side of the user.

FIG. 26B shows a home appliance second screen 1210 of the user interface of the home appliance.

The home appliance second screen 1210 is a screen for opening and closing the front door. The home appliance second screen 1210 includes a brief time image 903, a window position image 904, a window page image 905, A name 1211, a password dial 1212, a fingerprint recognition function key 1213, a card recognition function key 1214 and an iris recognition function key 1215. [

Due to the home appliance second screen 1210, the user will be able to open and close the door before arriving at the entrance door.

The short time image 903, the window position image 904 and the window page image 905 are identical to the shorthand time image 903, window position image 904 and window page image 905 described with reference to Fig. It may or may not be different.

A password dial 1212 is an input unit for inputting a password for opening and closing the door, and the fingerprint recognition function key 1213 is used for inputting the password, And the card recognizing function key 1214 is a function key for opening and closing the door by recognizing the entrance and exit of the door, and the iris recognition function key 1215 is a function key for opening and closing the door And the door can be opened and closed through the recognition of the iris.

26B can be moved to the next page by the finger motion in the left direction from the right side of the user and can be moved to the previous page in the finger motion in the left direction from the left side of the user.

FIG. 26C shows a home appliance third screen 1220 of the user interface of the home appliance.

The home appliance third screen 1220 includes a window position image 904, a window page image 905, a selected home appliance name 1211, A power function key 1224, a volume control function key 1222, and a channel control function key 1223. [

The third screen 1220 of the home appliance will allow the user to control the television without a separate television remote control.

The window location image 904 and the window page image 905 may be the same as or different from the window location image 904 and window page image 905 described with reference to Fig.

The selected home appliance name 1211 is a text indicating the name of the home appliance to be controlled at present. The power function key 1224 is a function key for turning on / off the power of the television. And the channel control function key 1223 may be a function key for controlling the channel of the television.

Specifically, the volume control function key 1222 includes a volume image 1222a for displaying an object to be adjusted, a volume increasing function key 1222b for increasing the sound of the television, and a volume reducing function key 1222c ). The channel control function key 1223 includes a channel image 1223a for displaying an object to be adjusted, a channel increase function key 1223b for increasing a channel of the television, a channel decrease function key 1223c for decreasing a channel of the television, . ≪ / RTI >

26C can be moved to the next page by the finger motion in the left direction from the right side of the user and can be moved to the previous page in the finger motion in the left direction from the left side of the user.

FIG. 26D shows a home appliance fourth screen 1230 of the user interface of the home appliance.

The home appliance fourth screen 1230 displays a window position image 904, a window page image 905, a selected home appliance name 1231, A power control function key 1234, a mode control function key 1235, a dehumidification setting function key 1236, a temperature control function key 1232 and a wind direction control function key 1233. [

The user can control the air conditioner without a separate air conditioner remote controller due to the home appliance fourth screen 1230.

The window location image 904 and the window page image 905 may be the same as or different from the window location image 904 and window page image 905 described with reference to Fig.

The selected device name 1231 is a text indicating the name of the home appliance to be controlled. The power function key 1234 is a function key for turning on / off the power of the air conditioner. The dehumidifying setting function key 1236 is a function key for selecting the dehumidifying operation. The temperature adjusting function key 1232 is a function key for adjusting the desired temperature of the air conditioner. The dehumidifying setting function key 1236 is a function key for selecting the operation mode. The function key 1233 may be a function key for controlling the air volume of the air conditioner.

Specifically, the temperature control function key 1232 includes a temperature image 1232a indicating an object to be controlled, a temperature increasing function key 1232b for increasing the desired temperature of the air conditioner, and a temperature decreasing function key (1232c). The air volume control function key 1233 includes an air volume image 1233a for displaying an object to be adjusted, an air volume increasing function key 1233b for increasing the air volume of the air conditioner, a volume reduction function key 1233c for reducing the air volume of the air conditioner, . ≪ / RTI >

26D can move to the next page by the finger motion in the left direction from the right side of the user and can move to the previous page in the finger motion in the left direction from the left side of the user.

FIG. 26E shows a fifth home screen device 1240 of the user interface of the home appliance.

The home appliance fifth screen 1240 is a screen for the state and control of the boiler. The home appliance fifth screen 1240 includes a window position image 904, a window page image 905, a heating temperature image 1241, An image 1242, a mode state image 1243, an outgoing state image 1244, a reserved state image 1245, a heating control function key 1246, a hot water control function key 1247 and a boiler setting function key 1248 .

The fifth home appliance screen 1240 allows the user to grasp the state of the boiler from the outside and control the boiler.

The window location image 904 and the window page image 905 may be the same as or different from the window location image 904 and window page image 905 described with reference to Fig.

The heating temperature image 1241 is an image representing the user's desired heating temperature, the water temperature image 1242 is an image representing the user's desired water temperature, and the mode state image 1243 is an image representing the set mode of the current boiler , The outgoing state image 1244 is an image indicating whether or not the current outgoing state has been transitioned, and the reserved state image 1245 is an image displayed for the currently reserved state. The heating control function key 1246 is a function key for controlling the desired heating temperature. The hot water control function key 1247 is a function key for controlling the desired water temperature. The boiler setting function key 1248 is used for setting For example.

26E can be moved to the next page by the finger motion in the left direction from the right side of the user and can be moved to the previous page by the finger motion in the left direction from the left side of the user.

FIG. 26F shows a sixth home screen device screen 1250 of the user interface of the home appliance.

The home appliance sixth screen 1250 includes a brief time image 903, a window position image 904, a window page image 905, A wash function key 1256, a reservation function key 1254, and a timer image 1255. The washing operation menu image 1253 may include a wash function key 1251, a wash stroke menu image 1253, a wash stroke selection image 1252, a power function key 1256,

The user can grasp the state of the washing machine from the outside and control the washing machine by the sixth home appliance screen 1250.

The short time image 903, the window position image 904 and the window page image 905 are identical to the shorthand time image 903, window position image 904 and window page image 905 described with reference to Fig. It may or may not be different.

The operation / pause function key 1251 is a function key for starting and stopping the selected washing cycle. The washing cycle menu image 1253 is an image for displaying to the user the type of washing cycle performed by the washing machine. A power function key 1256 is a function key for turning on / off the power of the washing machine, and a reservation function key 1254 is an image for indicating a washing function selected by the user Function key, and the timer image 1255 may be an image indicating the washing time, the remaining time, and the reservation time.

26F can be moved to the next page by the finger motion in the left direction from the right side of the user and can be moved to the previous page by the finger motion in the left direction from the left side of the user.

FIG. 26G shows the home appliance seventh screen 1260 of the user interface of the home appliance.

The home appliance seventh screen 1260 is a screen for the state and control of the refrigerator. The home appliance seventh screen 1260 includes a brief time image 903, a window position image 904, a window page image 905, A door open notification image 1265, a sexuality notification image 1266, a refrigerator room image function key 1267, a freezer room image function key 1268, a refrigeration temperature control key 1264, A function key 1261 and a freezing temperature control function key 1262. [

The user can grasp the state of the refrigerator from the outside and control the refrigerator by the seventh appliance 1260 screen.

The short time image 903, the window position image 904 and the window page image 905 are identical to the shorthand time image 903, window position image 904 and window page image 905 described with reference to Fig. It may or may not be different.

The carbonated water producing function key 1263 is a function key for controlling the carbonic acid production. The ice making status grasping function key 1264 is a function key for grasping the state of ice generated in the refrigerator. And the frangible image function key 1267 is an image indicating whether or not the door of the refrigerator compartment is appropriately closed. The malfunction notification image 1266 is an image indicating whether or not sexual intercourse has occurred in the refrigerator, The freezing room image function key 1268 is a function key for displaying the current internal image of the freezing room, the refrigeration temperature control function key 1261 is a function key for controlling the desired temperature of the refrigerator room, The adjustment function key 1262 may be a function key for adjusting the desired temperature of the refrigerator compartment.

Specifically, the cold storage temperature control function key 1261 includes a cold storage temperature image 1261a indicating the temperature of the current refrigerator room and a desired refrigeration temperature, a cold storage temperature increase function key 1261b for increasing the desired temperature of the cold storage room, And a refrigeration temperature reduction function key 1261c for reducing the temperature of the refrigerator. Also, the freezing temperature control function key 1262 includes a freezing temperature image 1262a indicating the current freezing room temperature and a desired freezing temperature, a freezing temperature increasing function key 1262b for increasing the desired temperature of the freezing room, The refrigeration temperature reduction function key 1262c.

Also, the home appliance seventh screen 1260 of Fig. 26G can move to the next page by the finger motion in the left direction from the right side of the user, and can move to the previous page by finger motion in the left direction from the user side.

FIG. 26H shows an eighth screen 1270 of the home appliance of the user interface of the home appliance.

The home appliance eighth screen 1270 is a screen for status and control of the robot cleaner. The home appliance eighth screen 1270 includes a brief time image 903, a window position image 904, a window page image 905, A start function key 1271, an automatic operation function key 1272, a direction adjustment function key 1273, and a battery state image 1274. [

The user can control the robot cleaner without knowing the remote controller of the robot cleaner, and can grasp the state of the robot cleaner.

The short time image 903, the window position image 904 and the window page image 905 are identical to the shorthand time image 903, window position image 904 and window page image 905 described with reference to Fig. It may or may not be different.

The start function key 1271 is a function key for starting the operation of the robot cleaner. The automatic operation function key 1272 is a function key for an input for performing cleaning by the robot cleaner itself without the user's control. ) Is a function key for manually operating the operation of the robot cleaner by the user, and the battery state image 1274 may be an image indicating the battery charge state of the robot cleaner at present.

26H can be moved to the next page by the finger motion in the left direction from the right side of the user and can be moved to the previous page by the finger motion in the left direction from the left side of the user.

Hereinafter, one embodiment of the user interface of the camera will be described with reference to FIGS. 27A to 27B.

The main unit 100 may receive at least one UI data stored in the second memory 210 and display a graphical user interface for the home appliance.

For example, a user interface for a home appliance is implemented so that a user can take an image using a home appliance provided in the fixed unit 300 or the main unit 100, and can connect an external home appliance to an external home appliance And can store and transmit the photographed image.

27A and 27B show a user interface of a camera for displaying a GUI on the main unit 100 using UI data for the camera.

27A shows a camera first screen 1300 of the user interface of the camera.

The camera first screen 1300 is a main screen of the camera user interface. The camera first screen 1300 includes a brief time image 903, a window position image 904, a window page image 905, Key 1301, a camera second function key 1302, and a camera third function key 1303, as shown in FIG.

The shorthand time image 903 is an image for displaying the time information of the area where the wearable device 1 is currently located and the window position image 904 indicates the position of the currently displayed window to the position of the window currently displayed in the image of the circle shape And the window page image 905 may be an image in which the number of total windows and the number of pages of the currently displayed window are represented by numerals.

The camera first function key 1301 is a function key for executing an application for photographing a camera built in the wearable device 1 and the camera second function key 1302 is a function key for executing an application for photographing a camera built in the wearable device 1, And the camera third function key 1303 may be a function key for executing an application for another camera connected to the wearable device 1. In this case,

27A can be moved to the next page by the finger motion in the left direction from the right side of the user, and can be moved to the previous page by the finger motion in the left direction from the left side of the user.

27B shows a camera second screen 1310 of the user interface of the camera.

The camera second screen 1310 is a screen for capturing a picture and a moving picture of the camera. The second screen 1310 of the camera has a picture taking mode function key 1312, a picture taking function key 1313, a moving picture taking function key 1314 And a photographic image image 1311 to be photographed.

The second camera screen 1310 allows the user to take a picture with the built-in camera or take a picture with an external camera.

The photographing mode function key 1312 is a function key for selecting a photographing mode in which a photograph is to be photographed. The photographing function key 1313 is a function key for photographing an image displayed on the current screen. The moving picture photographing function key 1314 ) Is a function key for transition to a moving image shooting mode, and a photographic image image 1311 to be photographed may be an image for displaying photographic images to be photographed through a camera lens.

28 and 29 show a payment user interface for displaying a GUI on the main unit 100 using UI data for settlement.

28 shows a graphical user interface for card settlement.

The graphical user interface 1400 for card payment includes a summary time image 903, a window location image 904, a window page image 905, a card payment first function key 1401, a card payment second function key 1402 , A card payment third function key 1403, and a card payment fourth function key 1404.

The shorthand time image 903 is an image for displaying the time information of the area where the wearable device 1 is currently located and the window position image 904 indicates the position of the currently displayed window to the position of the window currently displayed in the image of the circle shape And the window page image 905 may be an image in which the number of total windows and the number of pages of the currently displayed window are represented by numerals. In addition, the window location image 904 and the window page image 905 may provide for selecting and displaying the type of card the user has.

The card payment first function key 1401 can display information on domestic card companies, the card payment second function key 1402 can display information on overseas card companies, and the card payment third function key 1403 ) Can display the valid period of the selected card, and the card settlement fourth function key 1404 can display the owner name of the selected card.

29 illustrates a concept in which a user uses a payment user interface according to one embodiment.

29, when a user selects a card to be used and places it in the vicinity of the card terminal 1450, the payment module of the wearable device 1 transmits an NFC radio signal to the card terminal 1450, You can pay the amount,

If the user selects a card to be used and places the card in the vicinity of the card terminal 1450, the payment module of the wearable device 1 can transmit the MST wireless signal to the card terminal 1450 to settle the amount the user wants to pay Specifically, the same magnetic field as the magnetic signal on the back face of the real card may be transmitted to the card terminal 1450 to recognize and settle the card to be used.

Hereinafter, an example of a user interface implemented by using each UI data, which is not shown in the drawings, will be described.

The main unit 100 may receive at least one UI data stored in the second memory 210 and display a graphical user interface for medical treatment.

For example, a user interface for medical treatment is implemented so that a user can identify heart diseases, blood pressure, blood sugar, inflammation, and other physical conditions through the biometric sensor 510 to identify diseases and diagnose a treatment method.

In addition, the user can receive the guidance of the hospital and the pharmacy related to the diagnosed disease, and when the user judges the emergency situation based on the user's biological signal, I can call an ambulance and inform it around.

In addition, the main unit 100 may receive at least one UI data stored in the second memory 210 and display a graphic user interface for the performance.

For example, a user interface for a show can be implemented so that a user can receive a movie preview ticket and a discount coupon for the performance, and can check the performance schedule and festival schedule of overseas celebrities.

In addition, the user can use the wearable device 1 as a cheering tool by floating the cheering text on the touch screen 151 of the wearable device 1. [

In addition, the main unit 100 may receive at least one UI data stored in the second memory 210 and display a graphical user interface for the trip.

For example, a user interface for travel is implemented so that the user can view the world time, the time of flight, the time of flight, the departure time of the airplane, the accommodation, the restaurant, the forecast information of the travel destination, traffic information, Can be obtained.

In addition, the user can easily recognize the map of the airport, the boarding gate, and the route guidance to the boarding gate.

In addition, the main unit 100 may receive at least one UI data stored in the second memory 210 and display a graphical user interface for traffic.

For example, a user interface for traffic can be implemented so that the user can acquire information on the public transportation information, the dispatch time and the remaining time up to the destination, and the user can use the wearable device 1 as the transportation fee payment means .

In addition, the main unit 100 may receive at least one UI data stored in the second memory 210 and display a graphical user interface for leisure.

For example, a user interface for leisure can be implemented so that the user can receive guidance and compass guidance on the trail when climbing, and obtain information on the shelter.

In addition, when golfing, the user obtains information on the distance of the drive, wood, and iron, the wind direction of the hole being rounded, the remaining distance, the slope, and the height, acquires information on the number of strokes so far, have.

In addition, when the user rides a ski or a snowboard, it can acquire information about the current weather and slope conditions of the ski area, and the waiting time of each lift.

In addition, the main unit 100 may receive at least one UI data stored in the second memory 210 and display a graphical user interface for the 3D printer.

For example, a user interface for a 3D printer can be implemented so that a user can view a 3D drawing to be printed, obtain information about the progress of the present printing, the required time and the remaining time, You can be informed.

Hereinafter, a method of transmitting UI data and displaying a GUI will be described with reference to FIGS. 30 to 31. FIG.

FIG. 30 shows a flowchart of a method in which a main unit receives UI data via wired communication and displays a GUI.

First, the main unit and the fixed unit are connected to connect the first communication port and the second communication port (S 10), and the first wired communication unit and the second wired communication unit connect the first wired communication unit of the main unit and the second wired communication unit of the data unit It is determined whether the wired communication unit is connected through each port (S 20).

If it is determined that the first communication port and the second communication port are not connected, the wearable device terminates UI data transfer and UI state transition.

Conversely, if it is determined that the first communication port and the second communication port are connected, the first wired communication unit and the second wired communication unit transmit (at step S30) at least one UI data stored in the second memory to the first memory .

Then, the control unit checks whether the transmitted UI data is stored in the first memory (S40).

If the transmitted UI data is stored in the first memory, the main unit changes the user interface state using the UI data stored in the first memory (S60).

Conversely, if the transmitted UI data is not stored in the first memory, the first memory stores the transmitted UI data (S50), and the main unit transitions the user interface state using the UI data stored in the first memory (S60).

FIG. 31 shows a flowchart of a method in which a main unit receives UI data via wireless communication and displays a GUI.

First, the first wireless communication unit and the second wireless communication unit determine whether the first wireless communication unit of the main unit and the second wireless communication unit of the data unit are connected in a wireless session (S110).

If it is determined that the first wireless communication unit and the second wireless communication unit are not connected through a wireless session, the wearable device terminates UI data transfer and UI state transition.

On the other hand, if it is determined that the first wireless communication unit and the second wireless communication unit are connected in a wireless session, the first wireless communication unit and the second wireless communication unit transmit at least one UI data stored in the second memory to the first memory 120).

Then, the control unit checks whether the transmitted UI data is stored in the first memory (S 130).

If the transmitted UI data is stored in the first memory, the main unit transitions the user interface state using the UI data stored in the first memory (S 150).

On the other hand, if the transferred UI data is not stored in the first memory, the first memory stores the transferred UI data (S 140), and the main unit changes the user interface state using the UI data stored in the first memory (S 150).

Hereinafter, referring to FIGS. 32 to 33, embodiments of a method of determining whether a data unit connected to the current main unit is connected or new, and authenticating if it is a new data unit will be described.

32 is a flowchart illustrating a method of manually connecting a main unit and a data unit by inputting data units that are manually connected or a new data unit.

First, if the data unit is recognized as being connected to the main unit or is inputted, the main unit may display the connection screen of the data unit on the touch screen (S 210).

Then, the main unit may determine whether the user's signal that the existing data unit is connected to the current main unit is received (S220).

If the main unit determines that the user's signal that the existing data unit is connected to the current main unit has been received, the main unit can immediately terminate without passing the authentication procedure and the UI data transmission process.

Conversely, if the main unit determines that the user's signal that the existing data unit is connected to the current main unit has not been received, the main unit determines whether or not the user's signal that the new data unit is connected to the current main unit is input S 230).

If the main unit determines that the user's signal that the new data unit is connected to the current main unit has not been received, the main unit can perform steps S 210 to S 230 again.

Conversely, if the main unit determines that it has received a user's signal that the new data unit is currently connected to the main unit, the main unit may provide a request message (S 240) to input the pin number of the data unit currently connected to the touch screen have.

When the main unit receives the PIN number from the user (S250), the authentication procedure may be terminated. Then, the main unit can receive UI data stored in the data unit (S260) and store the same.

FIG. 33 is a flowchart illustrating a method of detecting and determining whether a data unit is automatically connected to a data unit or a new data unit and connecting the main unit and the data unit.

First, the main unit may detect whether a data unit is connected (S 310).

Then, the main unit can determine whether the currently connected data unit is a previously connected data unit (S 320).

If the main unit determines that the existing data unit is connected to the current main unit, the main unit can immediately terminate without passing the authentication procedure and the UI data transmission process.

Conversely, if the main unit determines that the existing data unit is not connected to the current main unit, the main unit may provide a request message (S 330) to input the pin number of the data unit currently connected to the touch screen.

When the main unit receives the PIN number from the user (S340), the authentication procedure may be terminated. Then, the main unit can receive and store the UI data stored in the data unit (S 350).

The foregoing description is merely illustrative of the technical idea of the present invention, and various modifications, alterations, and permutations thereof may be made without departing from the essential characteristics of the present invention. Therefore, the embodiments and the accompanying drawings described above are intended to illustrate and not limit the technical idea, and the scope of the technical idea is not limited by these embodiments and the accompanying drawings. The scope of which is to be construed in accordance with the following claims, and all technical ideas which are within the scope of the same shall be construed as being included in the scope of the right.

1: wearable device
100: main unit
110: first memory
120: first communication section
130:
140: User interface status module
200: data unit
210: second memory
220: second communication section
300: fixed unit
400:
500:
600: camera
700: Network

Claims (34)

A fixed unit that transmits the pre-stored UI data to the main unit and can be replaced; And
A main unit for providing an interaction according to the received UI data;
Lt; / RTI > The method according to claim 1,
And the main unit is switched to an interaction according to the UI data when receiving the UI data. The method according to claim 1,
Wherein the main unit displays a GUI according to the received UI data. The method according to claim 1,
Wherein the main unit comprises a first memory for storing the received current UI data and previous UI data. 5. The method of claim 4,
Wherein the main unit provides an interaction according to at least one of the current UI data and the previous UI data. The method according to claim 1,
Wherein the main unit receives UI data from an external device and provides an interaction according to the received UI data. The method according to claim 1,
A power supply unit provided in the fixed unit to supply power;
And a wearable device. The method according to claim 1,
A camera provided on at least one of the main unit and the fixed unit;
And a wearable device. The method of claim 1,
A sensing unit provided on at least one of the main unit and the fixed unit and including at least one of a biosensor, a movement sensor, a gyro sensor, a temperature sensor, and a humidity sensor;
And a wearable device. The method according to claim 1,
A payment module provided in at least one of the main unit and the fixed unit;
And a wearable device. The method according to claim 1,
Wherein the fixed unit further comprises an auxiliary function unit including at least one of a power unit, a sensing unit, a camera, and a payment module. A second memory for storing UI data, and a second communication unit for transferring the UI data to the main unit, wherein the fixed unit is replaceable; And
A main unit including a first communication unit for receiving the UI data from the second communication unit and a user interface status module for providing an interaction based on the received UI data;
Lt; / RTI > 13. The method of claim 12,
Wherein when the first communication unit and the second communication unit are in a wireless session, transfer of UI data is started. 13. The method of claim 12,
Wherein the first communication unit includes a first communication port,
Wherein the second communication unit includes a second communication port corresponding to the first communication port,
Wherein the main unit and the fixed unit are connected by the first communication port and the second communication port. 15. The method of claim 14,
Wherein when the first communication port and the second communication port are connected, transmission of the UI data starts. 13. The method of claim 12,
Wherein the main unit indicates that the main unit and the data unit are connected when the main unit and the fixed unit are connected. 17. The method of claim 16,
Wherein the main unit receives whether the currently connected data unit is connected or not. 17. The method of claim 16,
Wherein the main unit determines whether a currently connected data unit is connected or newly connected, and displays the determined result in a GUI. 17. The method of claim 16,
Wherein the main unit receives the pin number of the data unit when the currently connected data unit is newly connected.
Enter pin number 17. The method of claim 16,
Wherein the main unit receives the UI data from the currently connected data unit and receives the switching to the interaction based on the received UI data. A first communication unit receiving UI data from a fixed unit; And
A UI state module for providing an interaction according to the received UI data;
The wearable device comprising: A second memory for storing UI data; And
A second communication unit for transmitting the UI data to the main unit;
Wherein the replaceable wearable device comprises: Sensing a connection between the main unit and the fixed unit;
Transmitting UI data of the fixed unit to the main unit when it is determined that the main unit and the fixed unit are connected; And
Providing an interaction according to the delivered UI data;
And controlling the wearable device. 24. The method of claim 23,
Wherein the providing of the interaction is switched to an interaction based on the transferred UI data upon receipt of the UI data. 24. The method of claim 23,
Wherein the providing of the interaction displays a GUI according to the delivered UI data. 24. The method of claim 23,
Storing the delivered current UI data and previous UI data in a main unit;
The wearable device further comprising: 27. The method of claim 26,
Wherein providing the interaction provides an interaction according to at least one of the current UI data and the previous UI data. Sensing a connection between the main unit and the fixed unit;
If it is determined that the main unit and the fixed unit are connected, indicating that the main unit and the data unit are connected; And
Transferring UI data of the data unit to the main unit;
And controlling the wearable device. 29. The method of claim 28,
Wherein the fixed unit includes a second communication unit,
Wherein the main unit includes a first communication unit,
Wherein the main unit and the fixed unit are determined to be connected to each other when the first communication unit and the second communication unit are in a wireless session. 29. The method of claim 28,
The fixed unit comprising a second communication port,
The main unit including a first communication port,
Wherein it is determined that the main unit and the fixed unit are connected to each other when the first communication port and the second communication port are connected. 29. The method of claim 28,
Receiving a UI data of the data unit before transmitting the UI data to the main unit, whether the currently connected data unit is already connected or newly connected;
The wearable device further comprising: 29. The method of claim 28,
Determining whether the currently connected data unit is connected or newly connected to the currently connected data unit before transferring the UI data of the data unit to the main unit, and displaying the determined result with a GUI;
The wearable device further comprising: 29. The method of claim 28,
Receiving a PIN number of a data unit when the currently connected data unit is newly connected before transferring the UI data of the data unit to the main unit;
The wearable device further comprising: 29. The method of claim 28,
Receiving a UI data from a currently connected data unit and receiving a switch to an interaction according to the received UI data;
The wearable device further comprising:

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