KR101598928B1 - Container unit of apparatus with snippet for highly intelligent object - Google Patents

Abstract

The present invention relates to a container unit of a wired intelligent object device, comprising: a housing frame having an open top and a front face of a wall portion extending vertically at a bottom; A docking part provided on the housing frame to provide a space for loading and sliding the chopsticks through the top and front faces of the wall part; A circuit device mounted in the housing frame and implementing any one of charging, communication, firmware update, and data backup; And a plurality of contact terminals arranged on the inner surface of the docking unit, the plurality of contact terminals being connected to the connection parts of the crookery inserted into the docking unit to mutually transmit and receive a power source or a signal for charging.

Description

[0002] CONTAINER UNIT OF APPARATUS WITH SNIPPET FOR HIGHLY INTELLIGENT OBJECT [0003]

[0001] The present invention relates to a container unit of a smart object device, and more particularly, to a container unit of a smart object device, and more particularly, a smart digital device for charging or storing a snippet intelligent intelligent object device which is divided into a plurality of pieces, To a container unit of a used intelligent object device.

Hyundai, called the Smart Environment, is routinely maintained with the help of numerous portable digital tools.

Generally, portable digital tools are devices that can acquire and use various information through internet connection or communication without regard to place and time.

Such portable digital tools include smart TVs, smart keys, smart cards (personal digital assistants) as well as tablet computers, mobile forms, smart phones, wearable computers, portable multimedia players Smart cards, etc.) that can be used to change or expand functionality substantially through application programs.

In other words, the portable digital tool realizes the functions that are supported by the program after downloading and installing programs such as various software, applications, and applications through the App Store or the Android Market, but in order to realize and support the program Hardware that works with the program is essential.

In addition, there is an inconvenience that the smart digital device according to the related art has to have a hardware each for a necessary use by a user.

For example, a user may have a mobile phone having a portable small mobile phone, a tablet computer having a relatively large display in comparison with a mobile phone in order to use a wide screen for a graphic work, . In addition, in the case of a document work using a keyboard or a mouse, there is an inconvenience that a notebook for a document work other than a mobile phone must be separately owned.

Also, the nature of digital tools is not based on their mechanical, electrical, and electronic characteristics, but on the ergonomic structure of the human body, mind, and lifestyle of the user.

In the multi-segment wearable accessory of Patent Document 1, which is the background of the invention, a technique in which a plurality of segments having a specific function are combined or assembled into a band-shaped frame is disclosed.

However, the technique of Patent Document 1 requires a frame in which the multiple segments are combined with each other. Without such a frame, the use of the multi-segments is impossible, and since the size of the frame is predetermined, , Or it can not be expanded to a size larger than the size of the frame.

Also, as another prior art, a so-called phone block requires a module connection base frame, such as a breadboard, to couple two or more modules together, Since the module for the phone block can be coupled only to the corresponding permitted position, there is a disadvantage in that the expandability or portability is deteriorated.

That is, the user has inconveniences in using the module to connect the module to a predetermined coupling position, and can not expand the phone block to a size larger than the size of the base frame.

In addition, the detachable hinge assemblies for the two component devices of Patent Document 2 are simply a hinge function and a hinge assembly for power and line connection, and can not interconnect and expand two or more components having corresponding functions, It can not provide portability or functionality.

In addition, the dual display mobile communication device of Patent Document 3 has a first display on its main body, and a second display detachably mounted on the main body is used by being coupled to or detached from the main body. There is a problem in that it can not be extended and connected in a direction (e.g., a left-right direction and a back-and-forth direction).

The above-described devices of the prior art can be limited in terms of predetermined means or combination methods or only within a range allowed by the device after the user recognizes the device, It is impossible to recognize the joining position by itself. For example, when a plurality of components or a device for each segment is randomly placed on a plane, the user directly checks the joining position of the corresponding component or the device for each segment, and combines the corresponding component or device for each segment by a predetermined method There is an inconvenience.

Therefore, there is a need for a digital device that accepts the form and structure of the user's body, the consciousness of the user, the unconscious mind, and the way of behavior in daily life.

On the other hand, the conventional terminal charging device often provides only a function of docking and charging only one device. In such a case, it may be difficult to charge a plurality of modules. In addition, in the related art, when a plurality of devices which can be separately used are simultaneously charged or stored, each device must have a receiving hole and can not be stacked directly, which increases the frame size.

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US 20130271351 US US 8437126 US US 20110143769 US

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems of the prior art, and it is an object of the present invention to provide an apparatus and a method for selecting a group of parts by function or user request, Which is capable of charging, storing, updating firmware, and backing up data, which is a highly intelligent object having the function of the intelligent object device.

According to an aspect of the present invention, there is provided a portable terminal comprising: a housing frame which opens at an upper portion and a front portion of a wall portion vertically extending at a bottom portion; A docking portion provided on the housing frame to provide a space for loading and sliding the chopsticks through the opened top and front faces of the wall portion; A circuit device mounted in the housing frame and implementing any one of charging, communication, firmware update, and data backup; And a contact terminal unit arranged on the inner surface of the docking unit so as to be connected to the connection part of the piece of crook inserted into the docking unit.

The circuit device may further include: a power terminal coupled to the housing frame; A power switch connected to the power supply terminal; A central processing unit connected to the power switch and performing communication, firmware update and data backup, and having a memory; A multi-charging circuit connected to the central processing unit for supplying charging power to each of the contact terminal units to charge the battery; And a charge display circuit connected to the multi-charge circuit to check the operation of the central processing unit and the remaining amount of charged charges.

In addition, the multi-charging circuit charges the chopsticks at the same time wirelessly or by wire.

The housing frame may further include a power display unit connected to the central processing unit to display an operating state corresponding to the operation of the central processing unit.

The housing frame further includes a plurality of charge remaining amount display portions connected to the charge display circuit and arranged in the vertical direction corresponding to the spacing of the chopsticks to display the remaining charge amount of the spare battery.

The docking unit may include any one of a hexagon, a quadrangle, a triangle, and a voronoi diagram so that shapes of the dots may be mutually coupled with each other.

Wherein the contact terminal portion is disposed at one side of the inner side surface of the docking portion and includes a terminal protruding portion for contacting the connection groove portion to transmit power and signals; And a terminal groove portion disposed on the other side of the inner side surface so as to be spaced apart from the terminal projection portion and contacting the connection protrusion portion to transmit power and signals.

The terminal protruding portion and the terminal groove portion are arranged in the vertical direction corresponding to the arrangement interval of the chopsticks while being paired at the inner side surface.

An insulating portion is interposed between the engaging portion of the docking portion and the terminal protruding portion or the terminal groove portion.

Also, the shredding unit may be one or more body frames having a circuit board, the unit bodies being assembled or separated by mutual coupling of shapes. A module unit mounted on the circuit board inside the body frame, the module unit expanding its function to interlock with each other when the body frames are connected to each other; An input / output unit provided on an outer surface of the body frame, the input / output unit including a touch screen for displaying the module interface screen or the character or picture information corresponding to the space recognition; A control unit connected to the module unit and implementing an initial operation and a display function for recognizing the spatial position between the modules; And a connection part for recognizing a joining position of the body frame disposed on the space while magnetically coupling or separating the body frame and sharing power and information.

According to the container unit of the intelligent object device of the present invention, it is possible to load, store, transport, and charge the parts which can be assembled or separated according to the number of the users, The user can maximize convenience.

In addition, according to one aspect of the present invention, it is possible to load or unload parts in a vertical direction, or to slide them in a horizontal direction so that they can be separated or loaded at the docking part.

According to an aspect of the present invention, not only charging but also communication with an external device or a communication unit provided in a connection part is possible through a communication module, and a firmware update unit and a data backup unit are provided, It is easy to manage.

According to another aspect of the present invention, there is provided a smart intelligent object device coupled to a container unit, wherein when a number of assemblies is selected according to a user's needs and placed in a space, a selected number of intelligent intelligent objects are spaced from each other It is advantageous to overcome the limitation of the function expansion by physical or hardware because it can recognize and connect the optimal arrangement.

In addition, since the intelligent object device is connected to the container unit of the present invention in a number corresponding to the number of functions desired by the user, the user can select and hold intelligent objects, It is possible to maximize convenience and portability, and it is also advantageous that the function can be expanded in hardware.

In addition, the intelligent object device coupled to the container unit of the present invention has an effect of providing a new means capable of actively responding to a human factor (ergonomic structure) while sharing electrical, electronic or mechanical characteristics have.

In addition, the intelligent intelligent object device coupled to the container unit of the present invention can share electric, electronic, and mechanical resources scattered in existing devices while having an operating structure that accommodates the body, mind, and behavior of the user , The user can increase the utilization of a simple digital device or a digital tool, and actively respond to various daily needs of the user.

1 is a perspective view of a container unit of an intelligent object device according to an embodiment of the present invention;
Fig. 2 is a block diagram of a circuit device portion inside the container unit shown in Fig. 1. Fig.
FIG. 3 is a perspective view of a plurality of wedge-docked docking units of the container unit shown in FIG. 1; FIG.
FIG. 4 is a plan side perspective view showing the chopped portion shown in FIG. 3; FIG.
Fig. 5 is a bottom perspective view of the crook of Fig. 4; Fig.
FIG. 6 is a sectional view showing the internal structure of the crook shown in FIG. 4; FIG.
FIG. 7 is a perspective view of a mobile phone made up of three claws shown in FIG. 4; FIG.
FIG. 8 is a perspective view of a tablet computer made up of 13 claws shown in FIG. 4; FIG.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description, well-known functions or constructions are not described in detail since they may obscure the subject matter of the present invention.

In addition, in order to facilitate the possession of a user, a piece of intelligent object (hereinafter referred to as a " piece ") in the description of the present invention and the claims below includes one or more pieces And is a smart digital device or tool that interconnects, or assembles, the pieces.

In addition, when a plurality of pieces are arranged in a space, they may be connected to each other, or may be assembled or connected to each other by recognizing the spatial relationship between the pieces and indicating optimized connection directions and positions.

Also, the container unit is a means for storing, transporting, storing, or charging one or more pieces of material, and may be used for communication with an external device (e.g., a server of a firmware update site or a backup management cloud server or a cloud supercomputing server) Function (for example, a firmware updater, data backup, etc.).

It can also be stored from a container unit and then placed or laid out on a plane such as on a desk or the like and then physically interconnected by a user to electronically place the finished product (e.g., a mobile phone, a tablet computer, One is a highly intelligent object that can be.

Further, the intelligent intelligent object may be a device that has digital functions such as a mobile phone, a wearable computer, an electronic book, and a portable computer, and is capable of mediating users and cloud supercomputing by connecting to a network anywhere through a communication network.

In addition, the intelligent intelligent object can be divided into individual parts or each function module part, and can be referred to as a unit function or a device which is divided into a module part of unit space and connects and uses it.

FIG. 1 is a perspective view of a container unit of the intelligent object device according to an embodiment of the present invention, FIG. 2 is a block diagram of a circuit device unit inside the container unit shown in FIG. 1, And is a perspective view in which a plurality of scapegoats are docked in a docking unit of the container unit.

1, the present embodiment includes housing frames 50 and 60, a docking unit 61, and a contact terminal unit 70 for storage, charging, firmware update, and data backup of the intelligent intelligent objects 100 and 101, , And a circuit device unit (80).

The housing frames 50 and 60 include a bottom portion 50 for stacking and storing the scraps 100 and 101 and a wall portion 60 extending vertically on both sides and the back side of the bottom portion 50. [ Here, the wall portion 60 opens the upper portion and the front portion to secure the insertion direction (e.g., vertical direction or horizontal direction) of the parts 100 and 101.

The docking portion 61 is provided in the housing frames 50 and 60 and is partitioned by the wall portion 60 so that the split portions 100 and 101 can be loaded and slid through the open top and front faces of the wall portion 60. [ .

The docking unit 61 includes any one of a hexagon, a square, a triangle, and a voronoi diagram so that the shapes of the dots 100 and 101 can be mutually coupled with each other.

A clearance corresponding to the protruding height of the coupling protrusions protruded from the side surfaces of the bits 100 and 101 is formed between the inner side surface of the docking portion 61 and the side surfaces of the bits 100 and 101.

The circuit device portion 80 is mounted inside the housing frames 50 and 60 and is electronically configured to implement any one of charging, communication, firmware update, and data backup.

The contact terminal portions 70 are arranged in pairs in a state of being spaced apart from the inner surface of the docking portion 61 and arranged in a number corresponding to the shreds 100 and 101 in the height direction of the housing frames 50 and 60.

For example, in the case where the pieces 100 and 101 are formed of 13 pieces as shown in FIG. 3, the contact terminal portions 70 may also be composed of 13 pairs.

In addition, the pieces 100 and 101 may be more protruded than the front surface of the wall portion 60 of the housing frames 50 and 60 as container units. Accordingly, the user can hold both side surfaces of the projected parts 100 and 101 with his fingers, and only a specific part of the parts 100 and 101 can be selected and extracted from the docking part 61 outwardly.

The contact terminal unit 70 is physically and electronically connected to the connection part of the parts 100 and 101 inserted in the docking part 61 and supplies the charging power to the parts 100 and 101 or the data backup of the parts 100 and 101. [ Or serves as an input / output terminal for information for firmware update. The connecting portions of the parts 100 and 101 are a connecting protrusion 151 and a connecting groove 152 provided on the parts 100 and 101 as described later. At this time, the connection protrusions 151 and the connection recesses 152 of the parts 100 and 101 are prevented from misconnecting or malfunctioning through a male-female connection method with the contact terminal part 70.

1 and 2, the circuit device portion 80 includes a power source terminal 81 coupled to the housing frames 50 and 60 (e.g., the outer side lower portion of the wall portion 60). The present embodiment may further include an adapter device connected to the power source terminal 81 to convert an external AC power source into a DC power source.

The circuit device portion 80 includes a power switch 82 connected to the power source terminal 81. [ The circuit device unit 80 also includes a central processing unit 83 connected to the power switch 82 and performing communication, firmware update, and data backup, and having a memory. For example, the central processing unit 83 includes a communication module including a plurality of chipsets mounted on a circuit board, a firmware updater, a data backup unit, and a memory. Here, the communication module may be collectively referred to as communication hardware such as a network modem and software for operating communication hardware.

The circuit device unit 80 includes a multi-charging circuit 84 connected to the central processing unit 83 to supply the respective contact terminals 70 with charging power to charge the batteries of the parts 100 and 101, And a charge display circuit 85 connected to the central processing unit 83 for checking the operation of the central processing unit 83 and the remaining charge amount of the parts 100 and 101.

Here, the multi-charging circuit 84 simultaneously charges the spoofs wirelessly or by wire. To this end, the multi-charging circuit 84 is provided with a wireless power transmission / reception circuit of a radio wave reception system or a resonance system for charging the wireless system, or a connection protrusion 151 and a connection groove 152 ) And the contact terminal unit 70, or a circuit that supports both wireless and wired lines.

The housing frame 50 is connected to the central processing unit 83 so as to be in an operating state corresponding to the operation of the central processing unit 83 in the housing frames 50 and 60 And a power indicator 86 for displaying the power. For example, the power indicator 86 may comprise an LED lamp, which may be configured to display a red light when the power is connected, a flashing light when an event occurs, and an electronic circuit to turn off the power.

The housing frames 50 and 60 may include a keypad 89 connected to the circuit device 80. Here, the keypad 89 can input a user command to the central processing unit of the circuit unit 80 through the input processing unit.

The housing frames 50 and 60 (for example, the entire outer surface of the front side of the wall portion 60) are connected to the charge display circuit 85 to display the charged amount of the battery of each of the spikes 100 and 101, Further comprising a plurality of charge remaining amount display units (87) arranged in the vertical direction corresponding to the arrangement intervals of the plurality of charge remaining amount display units (100, 101).

For example, the remaining charge amount display unit 87 may be constituted by a plurality of multicolor LED lamps, and may be configured as an electronic circuit so as to be displayed while changing the color of light in proportion to the amount of charge.

The contact terminal portion 70 is provided on one side of the inner side surface of the docking portion 61 and includes a terminal projection portion 71 for contacting the connection groove portion 152 of the parts 100 and 101 to transmit power and signals, And a terminal groove portion 72 which is disposed on the other side of the inner side surface so as to be spaced apart from the terminal projection portion 71 and contacts the connection projection portion 151 of the parts 100 and 101 to transmit power and signals. Here, the terminal protrusion 71 and the terminal groove 72 may be made of a metallic material capable of generating attractive force by a magnetic force.

The terminal protrusions 71 and the terminal groove 72 are arranged in the vertical direction corresponding to the arrangement interval of the parts 100 and 101 while being paired at the inner side.

Insulating portions 73 and 74 may be interposed between the coupling portion of the docking portion 61 and the terminal protruding portion 71 or the terminal groove portion 72.

3, the male type connection between the terminal groove portion 72 and the terminal projection portion 71 corresponding to the connection projection portion 151 and the connection groove portion 152 places the touch screen of the parts 100 and 101 on the upper side . If the connection protrusion 151 contacts the terminal protrusion 71 or the connection groove 152 faces the terminal groove 72, the user can recognize that the connection is abnormal. In this case, 100, 101).

On the other hand, the circuit unit 80 includes various communication terminals 90 (e.g., a LAN cable connection terminal, a USB terminal, a Micro SD card insertion terminal, a USB cable connection terminal, etc.) exposed on the housing frames 50 and 60 around the power supply terminal 81, HDMI connection terminal).

FIG. 4 is a plan side perspective view showing a fragment of a container unit of the intelligent object device of the present invention according to an embodiment of the present invention, FIG. 5 is a bottom perspective view of the part of the object shown in FIG. Fig. 3 is a cross-sectional view showing the internal configuration of the shown part.

Referring to FIGS. 4 to 6, the crook 100 according to the present embodiment includes at least one or a plurality (for example, at least 3 to 40). For example, the crook 100 may be a finished product such as a mobile phone when connected to three, a tablet computer when connected to 13, or a computer or a notebook when connected to 40. Or the basic configuration of the mobile phone 100 is configured in the form of any one of a microphone, a speaker, a mobile communication terminal, and the like, and when combined, the mobile phone becomes a mobile phone. Here, when a display capable of reading character information is attached or combined with another piece having a number of different functions, it becomes an e-book. When more pieces are combined, a pad type computer, i.e., a tablet computer . Once again, a further combination of massive and massive power supply and display expansion chunks with a central control module section, such as a more powerful CPU (eg, a dual core processor or a hexa core processor), can provide notebook or desktop class or supercomputer class computer functions .

Particularly, partridge 100 may be designed to replace some or all of the internal components or to upgrade separately.

Each piece 100 includes a body frame 110, a module unit 120, an input / output unit 130, a control unit 140, and a connection unit 150.

One cube (100) with a cube based on the number of sides can be connected to the other six cube to extend the planarity.

The input / output unit 130, the control unit 140, and the connection unit 150 in the part 100 may have no built-in battery or a small battery built in to maintain a minimum circuit operation. In other words, when a highly intelligent object with almost no power source is connected to a highly intelligent object having a large capacity battery, it can receive power from a highly intelligent object having a large capacity battery, or an electric field of a high intelligent object And may further include a power management unit that can convert the magnetic field into a power source and use it.

The body frame 110, which forms the external shape of the part 100, is a unit body that is assembled or separated by mutual coupling with respect to the corresponding other body frame 114. A circuit board is provided inside the body frame 110, and the detailed components to be described below are mounted on the circuit board to serve as an electronic product.

As described above, the frame plane 113 of the body frame 110 has a shape that can be assembled or separated by mutual coupling, and a hexagon, a square, a triangle, and a Voronoi diagram (voronoi diagram) shape. However, for ease of explanation, a hexagonal shaped piece 100 is disclosed below.

If there is a best shape that can be assembled or separated by mutual fusion to increase the planarity, the part 100 of the present embodiment can be the best shape. Therefore, any shape can be applied to the piece 100 according to the present embodiment, as long as it is a shape which can be filled with a flat space within a certain range, in addition to being specified by a hexagon, a rectangle, a triangle, a Voronoi diagram shape or the like.

The body frame 110 corresponds to the upper portion of the body frame 110 and is formed vertically at the sides of the frame plane 113 and the frame plane 113 corresponding to the touch screen of the input / output unit 130, And includes a side face 111 having six side faces of the same shape forming the wall of the frame 110 and a frame bottom face 112 in the form of a cover coupled to the lower end of the side face 111. [ Here, the frame plane 113 is a hexagon, the side face 111 is a square, and the frame bottom face 112 is a hexagon.

Here, the frame plane 113 and the side surfaces 111 are made of a transparent material or a tempered glass material so that planar and side displays can be configured at the same time, so that the boundary line between the side surfaces 111 can be removed have.

The internal space of the body frame 110 is divided by a frame plane 113, a side surface 111 and a frame bottom surface 112, and has the following components.

The module unit 120 is mounted on the circuit board 110 inside the body frame 110 and interlocks with the module unit, the control unit, the connection unit, and the input / output unit of the body frame 114 when the body frames 110 and 114 are connected to each other , And to expand functions.

The input / output unit 130 refers to a display (monitor) for projecting character or picture information, a touch screen capable of touch input through a display screen, and a circuit device for driving the touch screen. As shown in FIG.

For example, the input / output unit 130 is installed on the bottom surface of the outer surface (e.g., the frame plane) of the body frame 110 and includes a touch screen to display character or picture information corresponding to the module- Or the input / output unit 130 itself may have a device configuration such as a touch screen.

In addition, the input / output unit 130 is configured to exchange electric energy with all the chapters and to implement a power connection and sharing function capable of receiving electric power wirelessly or by wire.

The input / output unit 130 is configured to implement a connection function that can share or exchange the operation and control of the control unit of all the parts. Here, the connection function may be a communication through the connection unit 150 or a communication by a radio wave signal.

The control unit 140 is electrically connected to the input / output unit 130, the module unit 120, and the connection unit 150. The control unit 140 performs an initial operation for recognizing the spatial position between the module units 120, Implement a wait state to receive input. The control unit 140 may also be provided for each of the chopsticks 100.

In addition, the control unit 140 controls the overall process of connecting the pieces 100 to each other through the communication unit supporting the mechanical connection, the Bluetooth and the NFC (Near Field Communication) . The control unit 140 is a multi-type control unit that interlocks with another piece of control unit to be assembled to the piece 100 by using cloud computing technology. The control unit 140 is a multi-type control unit that identifies an identifier of another piece of the connection unit 150 that comes in through the communication unit of the connection unit 150 Serial number) to implement the mutual recognition function.

For example, the control unit 140 switches the idle state using the minimum power to the basic operation state when the body frames 110 and 114 are disposed close to each other or when the connection unit 150 is connected to the body frames 110 and 114, A relative position with respect to the distal end nerve module part of the clavicle 101 shown in Fig. 4 as a reference for spatial position recognition is recognized through the geomagnetic sensor part and the communication part of the connection part 150 connected to the control part 140 in the basic operation state And displays the combining order of the body frames 110 and 114 on the input / output unit 130 in the form of letters, numbers, symbols (e.g., arrows) and images in correspondence with the recognition result.

The connection unit 150 may couple or separate the body frames 110 and 114 by magnetic force and transmit and share power, signals, and information to recognize the coupling positions of the body frames 110 and 114 when they are disposed in the space can do.

Also, the connection unit 150 may be provided with an identifier or an ID, so that it can be distinguished from a connection unit provided in other parts.

The connection unit 150 includes a communication unit that is a communication circuit that supports Bluetooth and NFC for the control unit 140. [ That is, the communication unit has a communication circuit of the communication standard including the NFC antenna. For example, the NFC antenna connected to the communication unit may be provided on the inner surface of the side surface 111. [

The connection unit 150 includes a language recognition unit and recognizes the oral language of the user so that the user can recognize the oral language of the user through the input and output unit 130, Is displayed. Here, the markers for distinguishing the functional bridges 100 may physically be provided outside the body frame 110.

The connection portion 150 includes a connection protrusion portion 151 and a connection groove portion 152 having a magnetic force like a permanent magnet for mechanical connection.

The connection portion 150 and all the connection protrusions 151 and the connection groove portions 152 are electrically connected through an internal circuit or a system bus.

Further, the connection unit 150 may further comprise a food recognition function, and may be configured to perform magnetic force generation or stop control in response to a user's oral language or oral command.

The connecting protrusion 151 is a semi-spherical protrusion, which is a terminal for connecting a permanent magnet or a permanent magnet and an electromagnet to each other and serving as a power supply or signal transmission path. The connecting recess 152 has a hemispherical shape Or the bottom surface of which is covered with a permanent magnet or a permanent magnet and an electromagnet.

That is, the connection protrusions 151 and the connection recesses 152 are formed in the male protrusions (male and female) that can be connected to the terminal protrusions 71 and the terminal recesses 72 of the contact terminal portions 70 described above with reference to FIGS. Shape) magnet pair.

The magnetic force generated by the coupling protrusions 151 and the coupling recesses 152 or the magnetic forces generated by the terminal protrusions 71 and the terminal recesses 72 are variable so that they are assembled by a small magnetic force when assembled for the first time, Or when the body frames 110 and 114 are in a rest state in which the body frames 110 and 114 do not move, it is converted to a minimum magnetic force, so that power consumption can be minimized. Particularly, in a state in which the body frames 110 and 114 are moving, the magnetic force of the coupling protrusions 151 and the coupling recesses 152 is strongly maintained so that the user can physically handle them as one device.

The connection protrusion 151 and the connection groove 152 and the terminal protrusion 71 and the terminal groove 72 are used as charging terminals.

The connection protrusion 151 may be an S pole or an N pole, and the connection groove 152 may have a polarity opposite to the connection protrusion 151, that is, an N pole or an S pole. For example, when the connection protrusion 151 is made of the S pole, the connection groove 152 is made of N poles.

In further applications, the coupling protrusions 151 and 151a may be permanent magnets and the coupling grooves 152 and 152a may be electromagnets.

The connection protrusions 151 are disposed on one side of the side surface 111 of the body frame 110 and are connected to the connection recesses 152a of the body frame 114 to be assembled by the magnetic force of the permanent magnet or the electromagnet, To transmit power and signals while being mechanically coupled with each other.

The connection groove part 152 is disposed on the other side of the side surface 111 so as to be spaced apart from the connection protrusion part 151 and is connected to the connection protrusion part 151a of the body frame 114 to be assembled by the magnetic force of the permanent magnet or the electromagnet For example, manpower) to transmit power and signals.

The coupling protrusions 151 and the coupling grooves 152 are disposed on the side surfaces 111 so as to be paired and intersected with each other. In other words, the connecting protrusions 151 and the connecting recesses 152 are crossed by the side faces 111. Due to this crossing arrangement, only when the normal connection is made by the action of the attraction force between the body frames 110 and 114, The frame plane 113, which is the touch screen of the display units 110 and 114, can be directed in the same direction.

Of course, when any one of the body frames 110 and 114 is placed in the space in the opposite direction, a repulsive force is generated due to the polarities of the coupling protrusions 151 and 151a and the coupling recesses 152 and 152a, so that normal connection is not performed. A state in which the normal connection is not established is recognized by the control unit 140 through the connection unit 150 and is displayed on the touch screen through the input and output unit 130. The user who has confirmed that the connection can be correctly returned in the opposite direction .

The connection protrusion 151 may be connected to the corresponding terminal groove 72 and the connection groove 152 may be connected to the corresponding terminal protrusion 71. [

In addition, insulation parts 153 and 154 are further installed or interposed in the coupling parts (for example, mounting holes) of the body frame 110 where the coupling protrusions 151 or the coupling recesses 152 are installed, Leakage currents and noise through the frames 110 and 114 can be blocked.

The connecting portion 150 further includes a magnetic force increasing / decreasing portion connected to the coupling protrusion 151 and the coupling groove 152 so as to increase or decrease the relative magnetic force of the coupling protrusion 151 and the coupling groove 152.

The connection unit 150 further includes a power management unit. The power management unit may include a wireless power transmission / reception circuit that wirelessly transmits or receives power by selecting either a radio wave reception system or a resonance system depending on the distance between the parts 100. [

In addition, the power management unit may include a power distribution circuit (e.g., Smart Grid technology) that can transmit and share power through a pair of connection protrusions 151 and connection grooves 152 connected to each other. Here, the wireless power transmission / reception circuit and the power distribution circuit can be implemented using well-known power communication technology or electronic circuit technology, and therefore may not be described in detail in this embodiment.

The module unit mounted on the parts 100 and 101 includes a central control module unit, a distal end nerve module unit, a first communication module unit, a second communication module unit, a first camera module unit, a second camera module unit, , The sensor module unit, the power bank module unit, and the projection module unit, the functions of the intelligent intelligent object are expanded through assembly of the body frames of the individual scions (100, 101).

Hereinafter, the operation of the container unit of the intelligent object device is described.

As shown in FIG. 3, the user places a plurality of (for example, thirteen) pieces of wastes 100 and 101 on the docking unit 61. The terminal protruding portion 71 and the terminal groove portion 72 of the docking portion 61 are brought into contact with the connection groove portion 152 and the connection protruding portion 151 of the scraps 100 and 101, respectively.

In this case, the uppermost partile 101 is activated, and the touch screen of the partile 101 can perform the display function of the container unit of this embodiment.

The circuit device unit 80 charges the batteries of the parts 100 and 101 through the connection state.

The user connects the external system and the circuit unit 80 via the communication terminal 90 to download the firmware and update the firmware of the parts 100 and 101 through the keypad 89. [

At this time, when the user operates the keypad 89, the firmware update status can be displayed through the touch screen of the chopsticks 100 and 101.

In addition, the user can operate the touch screen of the uppermost partile 101 to back up various data stored in the parts 100 and 101 to the data backup unit of the circuit device unit 80. [

On the other hand, since the chopsticks 100 and 101 have markers such as a hue, a symbol and the like corresponding to respective functions, they are distinguished and selected by the user through the markings.

In addition, among the chopsticks 100 and 101, a user's oral command is inputted by the language recognition unit of the connection unit, and a mark such as a piece of color body, symbol or the like having a function corresponding to the inputted command is displayed on the touch screen, You can also identify and select those chunks.

That is, when the user tries to use the part 100,101 for communication purpose and purpose, the oral language which can recognize the oral language is transmitted, and the module part having the function corresponding to the oral language is used to distinguish from the other module part .

Accordingly, the user can construct a highly intelligent object having a desired objective function by pulling out and combining parts (100, 101) having a module part for communication purpose and use.

FIG. 7 is a perspective view of a mobile phone made up of three claws shown in FIG. 1. FIG.

The user selects the crook 101 having the terminal nerve module part and the crook 102 having the first communication module and the crook 105 having the second communication module from the docking part of the housing frame of the container unit described above, To be close to each other.

These parts (101, 102, 105) set positions based on their functions and propose them to the user.

At this time, the parts (101, 102, 105) are in a situation where the user does not know which parts (102, 105) are to be assembled at a certain assembling position based on one piece (101).

At this time, the chopper 101 having the terminal nerve module part transmits the recognition result to the other choppers 102 and 105 as described above.

More specifically, the piece 102 on one side includes a microphone 102-1, an antenna, an acceleration sensor, and a battery as a first communication module unit having hardware and software for mobile communication. Here, the mobile communication hardware is composed of a main chipset for processing a transmission signal and a memory for storing data as a core part of a mobile phone. The main chipset includes RF chips (eg RFL, RFR, RFT, etc.) and CPUs for mobile phones. The flash memory stores the main software, the user profile, the telephone book, etc., which are not written in the memory even when the power is turned off, and the SRAM is a main storage device for writing and reading data by designating the address arbitrarily. Only Memory), the contents disappear when the power is turned off.

The other part 105 is a second communication module for mobile communication. The second communication module 105 includes an interface that can be electrically connected and interlocked with the first communication module and the distal nerve module, a speaker 105-1, Chipset, ambient light sensor, proximity sensor, USB port, and battery.

The chopper 101 having the terminal nerve module part recognizes the function, position and direction of the chopsticks 102 and 105 to be assembled using the geomagnetic sensor part, magnetic generator, NFC or Bluetooth as described above.

In other words, the chopper 101 having the terminal nerve module part analyzed the recognized contents. As a result, the side where the microphone 102-1 of the chopper 102 is located and the side of the chopper 101 having the terminal nerve module part are in contact with each other And optimizes the connection direction and position capable of disposing the speaker 105-1 of the piece 105 having the second communication module portion to the opposite side of the microphone 102-1 as much as possible.

As a result, arrows, numerals or marks 10, 20 of the same color can be displayed on the touch screen of the piece of crook 101 having the terminal nerve module part in correspondence with the optimized connection direction and position have. For example, one mark 10 of the piece of crook 101 having a terminal nerve module part may be a green bar image, and the other mark 20 may be a red bar image, and a position where the power switch 101-1 is not covered may be referred to as a reference Can be displayed on the touch screen opposite to the touch screen.

At the same time, the chopper 101 having the terminal nerve module part transmits the optimized connection direction and position, which is the recognition result, to the chopper 105 having the chopper 102 and the second communication module part having the first communication module part.

In this case, the part mark 102 having the first communication module part is displayed on the touch screen near the side of the opposite side of the microphone 102-1 with the connection mark 11 of the same green bar image as the one side mark 10.

The piece of crook 105 having the second communication module is displayed on the touch screen near the opposite side of the speaker 105-1 with the connection mark 21 of the same red bar image as the other mark 20.

Therefore, the user can be guided through the marks 10, 11, 20 and 21, which can be paired with each other, to the connection direction and position of the scrapers 101, 102 and 105, 102 and 105, respectively, so as to face each other so as to have a level intelligence object corresponding to the finished product mobile phone.

The combined parts (101, 102, 105) can recognize the positions of each other and can be a touch input device and a displayable device as if integrating each touch screen, or can be a mobile phone having increased computing capability through interoperation between the control parts have.

FIG. 8 is a perspective view of a tablet computer composed of 13 claws shown in FIG. 1; FIG.

Referring to FIG. 8, thirteen chapters may be assembled into a pad type computer or tablet computer 200, with the connection direction and position being optimized by the chopper 101 having terminal nerve module parts.

At this time, the chopper (103) having the first camera module and the chopper (104) having the second camera module is a stereo camera using a kind of two front cameras, and it can grasp the pupil motion and position of the user, It is possible to move the screen contents of the touch screen of all the chopsticks to the left and right corresponding to the pupil movement so as to eliminate the user's bodily sensation boundary line, or to use an iris recognition function, a video chat function, and the like.

In addition, when 40 pieces are assembled, they may be finished products such as a computer or a notebook.

8 may be connected to the cloud supercomputing server through a communication module of the circuit unit 80 of the container unit to implement functions as a medium for users and cloud supercomputing .

50, 60: housing frame 61:
70: contact terminal part 80: circuit device part
100, 101, 102, 103, 104, 105: chopsticks 110, 114:
111: side 112: frame bottom
113: frame plane 120:
130 input / output unit 140 control unit
150: connection part 151,151a: connection protrusion part
152, 152a:

Claims (10)

A housing frame having an open top and a front wall portion extending vertically at the bottom;
A docking portion provided on the housing frame to provide a space for loading and sliding the chopsticks through the opened top and front faces of the wall portion;
A circuit device mounted in the housing frame and implementing any one of charging, communication, firmware update, and data backup; And
And a plurality of contact terminal portions arranged on an inner surface of the docking portion so as to be connected to the connection portions of the split wires inserted into the docking portion,
The contact terminal portion
A terminal protrusion disposed on one side of the inner side surface of the docking unit, the terminal protrusion contacting the connection groove and transmitting power and signals; And
And a terminal groove portion which is disposed on the other side of the inner side surface so as to be spaced apart from the terminal projection portion and contacts the connection protruding portion to transmit power and signals.
The method according to claim 1,
The circuit device unit includes:
A power terminal coupled to the housing frame;
A power switch connected to the power supply terminal;
A central processing unit connected to the power switch and performing communication, firmware update and data backup, and having a memory;
A multi-charging circuit connected to the central processing unit for supplying charging power to each of the contact terminal units to charge the battery; And
And a charge display circuit connected to the multi-charge circuit to check the operation of the central processing unit and the amount of remaining charge of the piece of cigarette.
3. The method of claim 2,
Wherein the multi-charging circuit charges the chopsticks at the same time either wirelessly or by wire.
3. The method of claim 2,
Wherein the housing frame further includes a power display unit connected to the central processing unit and displaying an operation state corresponding to the operation of the central processing unit.
5. The method of claim 4,
Wherein the housing frame further includes a plurality of charge remaining amount display portions connected to the charge display circuit and arranged in the vertical direction corresponding to the arrangement interval of the spare parts so as to display the remaining charge amount of the spare battery. A container unit of an intelligent object device.
The method according to claim 1,
Wherein the docking unit includes any one of a hexagon, a quadrangle, a triangle, and a Voronoi diagram so that shapes of the docking unit can be mutually coupled to each other.
delete The method according to claim 1,
Wherein the terminal protruding portion and the terminal groove portion are vertically arranged in a pair in the inner side surface in correspondence to the spacing of the chopsticks.
9. The method of claim 8,
Wherein an insulating portion is interposed between the engaging portion of the docking portion and the terminal protruding portion or the terminal groove portion.
The method according to claim 1,
The above-
1. A unit body assembled or separated by mutual coupling of shapes, comprising: at least one body frame having a circuit board;
A module unit mounted on the circuit board inside the body frame, the module unit expanding its function to interlock with each other when the body frames are connected to each other;
An input / output unit provided on an outer surface of the body frame, the input / output unit including a touch screen for displaying the module interface screen or the character or picture information corresponding to the space recognition;
A control unit connected to the module unit and implementing an initial operation and a display function for recognizing the spatial position between the modules; And
And a connection unit for recognizing a joining position of the body frame disposed on the space while electrically coupling and separating the body frame and sharing power and information.

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