KR20160122671A - Charger system and the charger for the mobile device with the commercial use - Google Patents

Abstract

Provided is a charger for mobile terminals, which charges a smartphone or portable terminal and includes a display. The charger for the mobile terminals charges the portable terminal in a fast charging mode or slow charging mode. The charger for the mobile terminals has a distinguishing identification code. A server capable of communicating with the charger for the mobile terminals is also provided. The server has a database in which information on the charger for the mobile terminals exists. If an advertisement is displayed on the display of the charger for the mobile terminals, the time when the advertisement is displayed and information on the advertisement is stored in the database of the server. According to the present invention, a portable charger allowing wired/wireless charging can be provided. The portable charger can display a variety of appropriate advertising content according to places and is connected to a server which stores and manages necessary data so that the charger can be lent.

Description

Technical Field [0001] The present invention relates to a charger system and a charger system for a portable terminal used in a business,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a charger and a charger system for a portable terminal used in a business, and more particularly, And more particularly to a charger and a charger system for a portable terminal used in a business where rental is available to a large number of customers.

In the case of mobile phones such as smart phones and tablet PCs, it has established itself as a multimedia device that provides various functions and is becoming a necessity for modern people who are widely used in everyday life such as entertainment, education and business as well as communication functions.

Such a portable terminal (smart phone or tablet PC) is composed of a battery coupled to the main body to supply necessary power for operation of the main body and the main body. Generally, a portable terminal operates in a power saving mode in order to save battery when a user does not operate it. However, a portable terminal such as a smart phone can perform automatic position tracking through GPS, There is an inconvenience that the battery is rapidly consumed even if the battery is not used as a pushing function or the like so that it is necessary to charge the battery from time to time or to carry an extra spare battery.

In order to prevent the above-described battery discharge, the user of the portable terminal charges the battery using the battery charging device using the household power source. In addition, depending on the user, one or two spare batteries charged separately from the portable terminal equipped with the battery are carried, and when the battery installed in the portable terminal is discharged, the discharged battery is replaced with a spare battery .

Also, in view of such a reality, it becomes necessary to provide a charger for a mobile terminal for convenience of customers in a restaurant, a cafe, or a convenience store.

Korean Patent Laid-Open Publication No. 10-2014-0073390 discloses a portable terminal capable of accommodating at least one or more chargers having an output terminal that can be connected to a display and a portable terminal, A charging mode in which the charger is connected to the adapter and supplied with power, and a charging mode in which the charger is connected to the portable terminal while being separated from the adapter, Wherein the display device is operated in a discharge mode for supplying power to the terminal and displays predetermined contents through the display in the discharge mode.

Korean Patent No. 10-1408873 discloses that the connection portion of the charger includes an upper electrode formed on the upper surface of the body portion and including a positive electrode and a negative electrode and a lower electrode formed on the lower portion of the body portion corresponding to the upper electrode, Wherein the upper electrode and the lower electrode are formed at mutually symmetrical positions so that the upper electrode is inserted into the lower electrode so that mutual attraction between the two adjacent chargers And the charger is connected to the portable terminal by being separated from the adapter so that the power charged through the adapter can be supplied to the portable terminal. Quot; portable terminal charging device "

That is, the conventionally proposed patents can be charged at the same time, or the content can be displayed, thereby enhancing the effectiveness of the charger for a portable terminal used in a business.

However, portable chargers, which can provide a portable charger capable of wired and wireless charging to enable wireless charging in a wireless rechargeable era, and which can display various advertisement contents according to the place, The development is urgent.

Prior Art 1: Korean Patent Publication: 10-2014-0073390 (June 16, 2014) Prior Art 2: Korea registered patent: 10-1408873 (June 11, 2014)

A portable charger that can provide a portable charger capable of charging wired and wireless charging, a server that stores and manages the necessary data to enable various advertising contents to be displayed in place, as well as rental. The present invention has been made in view of the above problems.

The above object of the present invention is achieved by a mobile terminal charging device for charging a smart phone or a portable terminal, wherein the portable terminal charger charges the portable terminal in a fast charging mode or a low speed charging mode, And a server capable of communicating with the charger for the portable terminal, wherein the information on the charger for the portable terminal exists in the database of the server, When an ad is displayed on the display, it is resolved by storing the time and advertisement information of the advertisement in the server's database,

In addition, the charger for the portable terminal can charge the portable terminal by wire charging and can wirelessly charge the portable terminal. When the advertisement information to be transmitted to the charger for the portable terminal is stored in the database of the server, Advertisements are separately stored for each area in which the charger for the portable terminal is provided,

According to another embodiment of the present invention, there is provided a portable charger comprising: a portable charger divided into identifiable serial numbers; an affiliate shop system provided in an affiliate store for managing and renting the portable charger; and a terminal unit owned by a manager managing the portable charger, Information about the franchisee, information on the terminal, and information about the charger, information on the charger, information on the charger movement, information on a franchisee that owns the charger, Information on the merchant system is information on the charger owned by the merchant, information on the charger rented from the merchant, and information on the charger returned to the merchant.

The information on the terminal is information on the charger that the employee who owns the terminal has delivered and the charger that has moved the location.

Also, the server stores the mobile phone number of the customer rented the terminal, stores information on the rental time of the customer, and sends the information to the customer's mobile phone to return the charger.

The server also stores information on advertisements displayed through a display provided in the portable charger.

According to the present invention, it is possible to provide a portable charger capable of wired and wireless charging, a server for storing and managing necessary data in order to display various advertisements according to places, Thereby providing a portable charger capable of being connected

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 through Figure 3 are views of embodiments of the portable charger of the present invention.
4 and 5 are views of an embodiment for charging a smartphone with wired / wireless lines.
6 and 7 are views showing an embodiment of a connection method between a server and a charger for a portable terminal.
8 to 10 are views of embodiments showing a block diagram used in the present invention.
11 and 12 are views of an embodiment in which advertisements are displayed on a portable charger display.
13 is a flowchart showing an embodiment of the fast charging method.
Figures 14 and 15 are views of embodiments illustrating how data is stored in a server.
Figures 14 and 15 are views of embodiments illustrating how data is stored in a server.
18 is a view of another embodiment of the portable charger 100 of the present invention.
19 and 20 are views of another embodiment for enabling automatic wireless charging.
FIG. 21 and FIG. 22 are views of still another embodiment showing a wired or wireless charging method.
Figures 23 and 24 are views of embodiments illustrating a block diagram of a stationary charger.
25 is a view of an embodiment showing a method of charging a fixed charger with a wired charger for a portable terminal.
26 and 27 are views showing embodiments in which a portable charger capable of being rented is supplied to a convenience store.
28 and 29 are views of an embodiment showing a management system connected to a server.
30 to 33 are views showing embodiments of a method of storing data in a server of the present invention.

Hereinafter, a charger for a portable terminal used in a business according to an embodiment of the present invention will be described in detail.

The detailed description of common techniques necessary for explaining the present invention can be omitted.

According to the present invention, it is possible to provide a portable charger capable of wired / wireless charging so that wireless charging can be performed in a wireless rechargeable era. Also, various advertisement contents can be centrally controlled according to the place where the business is located, To provide a portable charger that can also be connected to a server that stores and manages the necessary data, respectively.

- Example 1 -

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 through Figure 3 are views of embodiments of the portable charger of the present invention.

1 is a view illustrating an embodiment of a portable charger 100 in which a connection jack is connected through a connection groove 101 to supply power to a smart phone by wire. In addition, the bar code 101a is attached to the outside of the portable charger (in reality, on the side), so that a plurality of portable chargers can be managed and stored.

2 is a perspective view of a charger 100 provided with a display 61. The charger 100 is also provided with a connection groove 101 to supply power to a portable terminal (a smart phone, a tablet PC, or a portable electronic device in which a battery is used) There is a number. The display 61 may display an advertisement or the like.

Of course, it is also possible to attach the contents of the advertisement to the surface of the portable charger without separately providing a display.

3 is a view of an embodiment showing the opposite side of the charger 100 for the portable terminal of the present invention (or the opposite side of the display 61 is provided), and is a diagram of an embodiment in which the wireless coil 62 is provided. In the present invention, the radio coil 62 is displayed in an observable form for convenience of illustration. Actually, however, a radio coil is not observed on the outer side of the outer case (the outer case of the charger 100).

The radio coil 62 may be configured to include a short-range communication antenna for transmitting and receiving data in addition to a wireless charging antenna for wirelessly transmitting power energy.

That is, the display 61 is mounted on the front of the charger 100 for the portable terminal of the present invention so that an advertisement can be displayed on the display, and a charger for the portable terminal of the present invention 100, a wireless coil 62 is provided to charge the portable terminal wirelessly.

4 and 5 are views of an embodiment for charging a smartphone with wired / wireless lines.

FIG. 4 is a view of an embodiment in which charging is performed by wire, in which the connection terminal 101a is inserted in the portable terminal charger 100 and the connection terminal 121a is inserted into the smartphone 120, ) 121a are connected to each other through the connection line 200, so that power is charged by the wire.

At this time, it is a matter of course that the connection line 200 provided with the connection terminals 101a and 121a may be provided according to a model of a smartphone or a portable device.

5 is a diagram of an embodiment in which charging is performed by radio. The portable terminal 120 (or a smartphone) to be charged is placed on the top of the charging device 100 for the portable terminal of the present invention, Do.

Meanwhile. In the present invention, the charging speed can be controlled, so that the button 64 for selecting the fast charging and the low charging speed and the lamp 64a (see the reference numerals of FIG. 5) for displaying the low charging state and the low charging state are respectively provided .

In the embodiment of the present invention, the button 64 and the lamp 64a are mounted on the surface provided with the wireless coil 62. However, the button 64 and the lamp 64a can be mounted anywhere outside the charger 100 for the portable terminal, Do. Also, in the present invention, the charging speed is divided into two levels of low and high speeds, but the steps may be subdivided as the third and fourth steps.

6 and 7 are views showing an embodiment of a connection method between a server and a charger for a portable terminal.

Figure 6 is a diagram of an embodiment with a local server. The server 150 is connected to the local server 173 via wired / wireless communication or wired / wireless Internet and the local server 173 is connected to the portable charger 100 through short- do. At this time, wired / wireless communication, wired / wireless Internet, and short distance communication are generally applied to the present invention.

The central server 150 is a server that controls all the local servers 173 and communicates information with the local servers through communication. The local server 173 is installed in each of the sales offices, 1) (100-2) (100-3) - - - (100-n).

7 is a diagram showing an embodiment in which a local server is not provided. The central server 150 performs wired / wireless communication with all the chargers 100-1, 100-2, 100-3, And a method for directly exchanging information therebetween.

8 to 10 are views of embodiments showing a block diagram used in the present invention.

8 is a block diagram of an embodiment of a charger 100 for a portable terminal. A multimedia IC 65 functioning as a central control unit is provided in the charger 100 for a portable terminal. The portable charger 100 is provided with an adapter (not shown in the present invention) for converting an AC power source into a DC power source and ultimately generating an output of 12V 6A, The power supply can be supplied through this. The power supplied to the battery through the adapter is supplied to the battery via the charging IC 68 that adjusts the power supply.

Power is supplied to the portable terminal 120 through the USB 71 via the DC DC Set UP 70 for adjusting the output voltage.

In addition, the memory 68 for storing the operating program algorithm or information of the portable charger 100, the button 64 for controlling the portable charger (in the present invention, the on / off button or the charging speed is adjusted A button is provided,

In addition, the communication unit 67 and the antenna are provided, and the communication module provided in the portable charger 100 can be applied to all communication modules capable of short-range and long-distance communication such as WiFi, NFC, or long-distance communication network.

In addition, a display 61 and a driving unit 61a for driving the display 61 are provided to display predetermined images, information, and moving images. Also, an input device 63 and an input device driver 63a are provided at the upper end of the display 61 to input desired information or to select a desired menu.

 In addition, when the converter includes a converter that supplies power to an external portable terminal through a connection terminal, the converter provides a converter providing 5 V to 1 A output and a 5 V to 2 A output The portable terminal can be charged with a large capacity. In addition, two connection terminals are provided to allow two portable terminals to be charged at the same time through the portable charger of the present invention, an LDO (linear regulator) that supplies a constant current, and a built-in battery 69 A lamp unit including a Green lamp (notifying the full charge of the battery) and a Red lamp (notifying the discharge of the battery) may be further provided.

In addition, a wireless coil 62 and a wireless charging module 62a are provided to enable wireless charging.

Although detailed description of a specific method of supplying or receiving power energy wirelessly is omitted, the wireless charging module 62a includes electronic components necessary for transmitting and receiving power energy. That is, component circuits for transmitting energy through the antenna loop coil and for converting and supplying power to the loop coil to transmit the wireless energy are included. In order to receive the wireless energy, the received power energy is used And the component circuits that convert to enable,

Generally, a wireless charger uses a wireless power consortium (WPC) scheme. In order to transmit a wireless power energy of a WPC scheme, the following conditions are generally satisfied.

"Micro Henry - 12 micro-Henry", inductance value of the coil: 3.5 V, voltage: 7-15 V (receiver part basis), frequency: 100-200 kHz, current: 5 V

On the other hand, the coil and the capacitor are connected in series. In the wireless power energy transmission, the medium is an antenna loop coil 62, and the antenna coil 62 has a structure connected to a capacitor and is connected in series.

Another wireless charging method is as follows.

"Voltage: 7-24V (based on receiver), frequency: 1MHz - 6.78MHz, current: 5V (1A), power: 5W, coil inductance value: 600nH (Nano Henry)

In this case, the voltage and current values shown above do not mean that they exactly correspond to the above numbers, but they do indicate the range.

A part of the wireless charging module 62a also includes a normal system for recognizing the charging status and transmitting the wireless power energy when the portable terminal to be charged is brought close to the portable terminal. The multimedia IC 65 determines whether the current or the voltage difference applied to the wireless coil 62 is recognized or the wireless power energy is transmitted through the communication.

Meanwhile, it is possible to prevent theft by using the short-range communication module provided in the portable charger of the present invention. That is, the local server 170 and the portable charger 100 provided in the store are capable of short-range communication, and when the short-range communication is performed, the communication sensitivity is detected to detect the communication sensitivity, .

That is, the multimedia IC (or the central processing unit or control unit) 65 of the portable charger 100 senses the intensity of the signal received from the communication unit 67, and when the intensity of the signal is lower than a predetermined value, Algorithms can be set to work.

Figure 9 is a diagram of an embodiment that simply shows a block diagram of a server. The server 150 in the communication system constitutes a system for operating various information providing services through the wired and wireless Internet. An input unit 152 for administrating or managing information of an administrator or an operator of the server 150, an output unit 153 for outputting or displaying information, a database unit 151 for storing various information and information on service operation, And a control unit 155 for controlling and controlling and outputting information. Although it is not shown in the drawing, it is needless to say that an interface unit capable of transmitting and receiving data to and from an accessory via the Internet or a communication network is further comprised. On the other hand, information means all information files such as images, moving pictures, and texts.

9 is a block diagram showing in detail the function of the server. The server 150 includes a control unit 155. The control unit 155 is connected to a data retrieval unit 155a for retrieving data, a data processing unit 155b and an access device (local server or portable charger) A terminal of a restaurant or a convenience store terminal that operates a portable charger).

The database 151 further includes an operation database 151a in which information related to the operation of the server is stored, an information database 151b in which information on member information point management and the like is stored, And a database 151c in which advertisement information, membership information, portable charger individual information, and the like of the portable charger are stored.

Meanwhile, in the control unit 155 of the server 150, the site operation unit 155c determines information about the connected device, whether to join the membership, information about the use of the advertisement contents, and the like. In the data searching unit 155a, The data processing unit 155b transmits the retrieved data to an access device (a local server or a portable charger) through an interface (a communication module via a wired / wireless communication network).

The server of the present invention provides advertisement information displayed on a display of a local server or a portable charger connected through a wired / wireless Internet or a communication network, Data, and data for convenience stores.

- Example 2 -

11 and 12 are views of an embodiment in which advertisements are displayed on a portable charger display.

FIG. 11 is a view of an embodiment in which an advertisement is displayed when charging the portable terminal by wire (connection line). When LOW (low speed) is displayed on the speed display box 61b as shown in (A) However, if HIGH (high speed) is displayed on the speed display box 61b as shown in FIG. 11B, the advertisement box 61c is displayed on the display 61, and the advertisement is displayed in the advertisement box 61c. That is, when the portable terminal charger 100 charges the portable terminal 120 at a high speed, the advertisement can be displayed, and when the portable terminal charger 100 is charged at a low speed, the advertisement can not be displayed.

In order to proceed with the above process, the charging speed may be displayed on the display 61, the charging speed may be selected through the input device provided at the upper portion of the display 61, or the charging speed may be selected by the button 64 have.

12 is a diagram showing an embodiment in which an advertisement is displayed when charging the wireless terminal wirelessly (with a wireless coil). As shown in the figure, the lamp 64a is provided with a display indicating fast charging ), The advertisement is displayed on the screen of the portable terminal (smartphone) 120 charging the power source.

In this case, the charging mode of the portable terminal charger 100 is selected as the wireless charging mode and the charging mode of the portable terminal is selected as the fast charging mode. (120) is performed through a conventional local data transmission method such as NFC communication or RF tag.

13 is a flowchart showing an embodiment of the fast charging method.

And the fast charge mode is selected while the slow charge mode is being executed. When the fast charging mode is selected through the input device 63 at the upper end of the display 61 or via the button 64, the multimedia IC 65 of the charger 100 for the portable terminal selects the fast charging mode to the server And performs high-speed charging (S270 - S280)

At this time, the method of fast charging is to increase the charging current. For example, the multimedia IC 65 may be changed from 500 mA (charging current in the low-speed charging mode) to 1000 mA (charging current in the fast charging mode).

On the other hand, the multimedia IC 65 can perform fast charging under the control of the server. When the fast charge selection is selected by the server and the fast charge control command is received by the server, a method of increasing the charge current by the multimedia IC 65 can be selected.

If the fast charge current is not selected, continue the low-speed charge. Then, charging is continued (S285 - S290)

Figures 14 and 15 are views of embodiments illustrating how data is stored in a server.

FIG. 14 is a view showing an embodiment in which data is stored for each group and the charger 100 for a portable terminal. In the database of the server 150 of the present invention, the time at which an advertisement is displayed for each charger 100 is stored.

For example, "00 area " refers to areas such as " Gangnam-gu ", and businesses existing in the Gangnam area are classified into " first group ", " second group "

In other words, if a plurality of portable chargers 100 are present in each branch, the number of each charger is divided into a number and an identification of each device, such as "Gangnam area" and "2nd group coffee shop" The code is distinguished.

Then, the charger 100 for all portable terminals is given an identification code, such as "No. 3 (identification code" lOOOO ") portable charger" of the "Gangnam area" and " The time at which the advertisement is displayed for each charger 100 is stored in the database of the server 150. [ At this time, the accumulated value may be given every time the advertisement is displayed, so that the accumulated value may be stored together with the type of the displayed advertisement.

FIG. 15 shows an embodiment in which advertisement information stored for each region is distinguished. In other words, restaurant is the most preferred advertisement in "00 area", and movie is the least preferred advertisement. The "0X area" is the most preferred advertisement for eating out, and the health care is the least preferred advertisement.

That is, in the server 150 of the present invention, the server 150 distinguishes a group or the like according to a restaurant or an area where the charger 100 for the portable terminal is located. In order to differentiate the types of advertisements transmitted from the server by each group, And related advertising preference information can be stored. Therefore, it is also possible to distinguish advertisement information transmitted from the server by region.

16 and 17 are views of embodiments showing a flow chart for implementing the present invention.

16 is a flowchart illustrating a method for the server 150 to transmit an advertisement. The server 150 receives the charging information transmitted from the portable terminal 100. This transfer process is performed through the steps of the embodiment of FIGS. 5 and 6, where the server stores the charge start information for the portable charger that initiated the charge. (For the portable charger, (S160 - S165)

When the server 150 receives information indicating that fast charging has been selected from the portable terminal 100, the controller of the server searches for the advertisement through the database according to the embodiment of FIG. 15 and the previous embodiment of the present invention, . (S170 - S175)

Although the method of transmitting the advertisement is not described in the present invention, the advertisement method uses an ordinary method of sequentially transmitting the advertisement data in order.

The advertisement transmission time, the fast charging time, the charging time, etc. are stored for the unique identification number of the charger 100 for the portable terminal, respectively (S180 - S195)

When the charging is completed, the charging system for the portable terminal charger 100 is terminated (S200 - S205)

17 is a flowchart showing the manner in which the portable terminal charger 100 performs charging under the control of the server 150. [

That is, when the charging mode is confirmed by the method of FIG. 15 (S210 - S220), the wired charging and the wireless charging are performed under the control of the server (S225 - S230)

The multimedia IC 65 and the memory of the portable terminal charger 100 store an algorithm for charging by the control of the server 150. Accordingly, when the multimedia IC 65 confirms the charging mode (wire charging, wireless charging), the multimedia IC 65 transmits the charging mode information to the server 150 and receives the charging control command from the server 150 And charging is started.

The method of confirming whether the multimedia IC 65 is in the wire charging mode is to detect that the smart phone is connected to the USB or the connection terminal or to wind it using a normal method. 62, the smartphone 120 or the portable terminal is placed on the upper end of the wireless coil 62, and the current or voltage applied to the wireless coil 62 is changed. Of course, you can also check the wired and wireless charging modes by manual operation.

When the multimedia IC 65 confirms the fast charge mode, the multimedia IC 65 transmits the charge mode information to the server 150 and receives the charge control command from the server 150, .

Then, after the advertisement is displayed, the charging is terminated (S160 - S165)

- Example 3 -

18 is a diagram of another embodiment of the portable charger of the present invention.

FIG. 3 is a view showing an embodiment in which the portable charger 100 of the present invention is applied to a vibration alarm of a café or restaurant. The vibration alarm is a device that notifies the customer that the food or drink ordered is complete when the food or drink ordered is completed.

The portable charger 100 of the present invention further includes an alarm unit 51 and a short range communication unit 67 that are composed of a lamp or a vibrator so that food and beverage are completed in a restaurant or a cafe When the information is received, the controller 65 of the portable charger 100 senses the signal and activates the alarm unit 51, so that the vibration or the lamp of the alarm unit is activated.

Meanwhile, the short-range communication unit is also used as communication means for transmitting and receiving wireless power energy. Generally, a wireless charging system is composed of a transmitting unit for transmitting power energy and a receiving unit for receiving power energy, and the transmitting unit periodically senses a certain signal to determine whether a charging request signal is sensed. When the charging request signal is detected, the transmission unit of the transmission unit is turned on. Then, the battery voltage on the receiver side is checked through the signal of the receiver, and when the chargeable state is confirmed, the transmission is performed.

At this time, when the above state is entered, the reception unit receives the electric power energy, and the battery of the reception unit is charged with power.

The control unit 65 determines the communication sensitivity through the short-range communication unit 67, thereby preventing theft. In other words, when the communication sensitivity is lowered by sensing the communication sensitivity, the anti-theft system can be constructed by an alarm sounding.

19 and 20 are views of another embodiment for enabling automatic wireless charging.

19 shows a sensor 612 in the wireless output module 62a and the sensor 612 measures the voltage or current value at the coil 62. [ The controller 610 senses the change of the current value or the voltage value through the sensor.

That is, when there is a certain standby voltage or current in the coil 62 of the portable charger 100 of the present invention, when the smartphone 120 is in close contact with the portable charger coil 62 of the present invention, Inducing phenomenon occurs with the coil, and a change in the standby current or the standby voltage value of the coil 62 occurs. When the control unit 610 senses a change in the standby current or the standby voltage value through the sensor 612, the control unit 610 executes a control command to transmit the wireless charging energy, Will begin.

Accordingly, when the smartphone 120 is closely attached to the portable charger 100 of the present invention, charging is automatically started.

20 is a view of an embodiment showing a portion for wirelessly receiving energy to the wireless charging module 62a. Similarly, a sensor 643 is further provided, and the sensor 643 measures a voltage or a current value in a receiving coil 662 that receives power energy by radio. The controller 610 senses the change of the current value or the voltage value through the sensor 643.

That is, the coil of the portable charger 100 according to the present invention has a certain standby voltage or current. At this time, the coil of the main charger (the device for wirelessly charging the portable charger 100 of the present invention) When the receiving coil 662 is brought into close contact with the charging coil 662, induction with the wireless charging transmission coil of the main charger is generated and a change in the standby current or standby voltage value of the coil 662 occurs.

When the control unit 610 senses a change in the standby current or the standby voltage value through the sensor 643, the control unit 610 executes a control command to receive the wireless charging energy, Electric energy storage is started in the charger 100.

Therefore, when the portable charger 100 according to the present invention is closely attached to the main charger, the portable charger receives energy automatically and starts charging the portable charger.

FIG. 21 and FIG. 22 are views of still another embodiment showing a wired or wireless charging method.

As shown in FIG. 21, at least two portable chargers 100 may be piled up in a stacked manner to be chargeable. That is, assuming that five portable chargers 100 are stacked, if the portable charger at the bottom is called a fifth portable charger and the transmitter of the fifth portable charger 100-5 outputs wireless charging energy, The receiving unit of the charger 100-4 can receive the wireless charging energy.

Similarly, when the fourth portable charger 100-4 transmits the wireless charging energy, the third portable charger 100-3 receives the wireless charging energy. In this way, the receiver of the first portable charger 100-1 located at the top also receives wireless charging energy.

Such a plurality of wireless charging methods can be performed by two methods.

In the first method, the five portable chargers are placed on top of the main charger (charging device for charging the portable charger of the present invention), so that all of the five wireless chargers can be charged.

In the second method, the power is directly supplied to the fifth portable charger 100-5, which is the lowermost portable charger, so that all of the five wireless chargers can be charged as shown in FIG.

Also, the portable charger 100 of the present invention is provided with a protrusion 663 at its upper end, and the protrusion 663 is provided with a power terminal 663a. Although not shown in the drawing for the sake of convenience in the present invention, a groove is provided at a position where the protrusion can be coupled to the lower end of the portable charger 100, and a power terminal capable of connecting the power terminal to the power terminal is also provided do.

Therefore, since the power terminal of the protrusion 663 of the fifth portable charger 100-5 is connected to the power terminal of the groove of the fourth portable charger, the wired charging from the fifth portable charger to the fourth portable charger 100-4 . Similarly, wired charging from the second portable charger to the first portable charger 100-1 is performed.

22 is a view of an embodiment equipped with magnets. In order to prevent the overlapping portable charger 100 from being disturbed when a plurality of portable chargers 100 are positioned to overlap with each other, a magnet 665 is provided so that the overlapped portable charger is firmly fixed.

22A is a view showing an embodiment showing the position of the magnet 665 in a plane, and FIG. 22B is a view showing a position on the side of the magnet 665. FIG. It can be seen that the magnet 65 is provided at the corner portion of the wireless charger 100 out of the position of the wireless coil 62 (662) as seen from the position of the plane.

In addition, magnets are provided at the upper and lower portions of the wireless charger 100 to allow the magnets to interact with the wireless charger 100 existing up and down.

Example 4 -

Figures 23 and 24 are views of embodiments illustrating a block diagram of a stationary charger.

23 is a block diagram showing a method of charging a plurality of portable chargers 100 by wire. When an external AC power source (220 V) comes in, it converts the alternating current into direct current (or alternatively, AC power can be used as it is). A converter that converts the input voltage into a desired voltage and a converter divider And the distributor 265 is connected to the plurality of connection terminals 280-n so that the portable charger 100 can be charged at the same time.

FIG. 24 is a block diagram showing a method of wirelessly charging a plurality of portable chargers 100. FIG. 24 is also provided with a converter distributor 285 having the same function as that of FIG. 23, and the distributor 285 is connected to a plurality of wireless charging units 281-n to simultaneously charge a plurality of portable chargers 100 It becomes possible.

23 and FIG. 24 for the sake of convenience of the present invention, the present invention provides a fixed charger including the functions of FIGS. 23 and 24 in practice.

25 is a view of an embodiment showing a method of charging a fixed charger with a wired charger for a portable terminal.

The charger 100 for a portable terminal according to the present invention has a connection terminal (not shown in the present invention for the sake of simplicity) on the front side thereof and receives power from the fixed charger 290 through the connection terminal. Accordingly, the charger for portable terminal of the present invention is installed in the charging groove 291 of the stationary charger 290 and is connected to the connection terminal of the stationary charger 290 by connecting the connection terminal of the charger 100 for the portable terminal .

In addition, the fixed charger 290 of the present invention includes a plurality of charging grooves 291 to charge a plurality of portable terminal chargers 100 simultaneously. In addition, the LED lamp 140 is provided on the opposite side of the connection terminal so that the state of charge can be easily confirmed.

- Example 5 -

The portable charger of the present invention can be used only inside a business, but can be rented for use outside a business (for example, a convenience store). Therefore, the embodiment of FIG. 5 has described a portable charger capable of renting.

26 and 27 are views showing embodiments in which a portable charger capable of being rented is supplied to a convenience store.

And a portable charger is delivered to each convenience store (business). In other words, the head office (company head office) and each supplier make a contract, and according to the agreement, the supplier will send the portable charger directly to each center. Therefore, the order center delivers the order to each supplier at the center where the order book for each shop is collected. In the center itself, classified items are sorted and distributed, and the items are shipped directly from the center itself to the stores (convenience stores or shops) as logistics delivery vehicles.

On the other hand, another embodiment for delivering the portable charger is to transmit one set of ANNIS SPOT (cell 10ea, cradle 1ea, adapter 1ea, and gender 20ea) to each of the entire stores directly from the head office under server management.

In the center, the quantity according to the additional inventory for each store can be input (5ea per store).

Each center can be staffed by a person who owns a terminal that can be managed by the server.

The barcode system is introduced in each center (the barcode system is one embodiment, and the code system for managing the product can be included in the embodiment of the present invention).

The other stores returned to the store are transported to the center through the logistics vehicle (once or twice a day). Employees placed in the center will use the barcode to identify the sorting and LOSS parts, and will be confirmed to secure the number of ANY spots per shop belonging to the center and to be further shipped through the logistics vehicle.

At this time, the Ani-spots cell returned to other centers will be sent by each center-affiliated staff member at each center. Therefore, it is easy to determine the quantity of each center store through the barcode system. AnySpot Cell Immediately after the input barcode is taken, it is possible to know the quantity of each center and the number of stores that have been received on the internet screen connected to the barcode system. By cross-checking with this system, the customer can check the cell that has not been returned after renting, and the residual quantity remaining in the distribution center can be grasped through the cell number of each shop entered in the bar code.

28 and 29 are views of an embodiment showing a management system connected to a server.

28 is a diagram of an embodiment showing that a plurality of systems and a plurality of terminals may be connected to a server. For example, a system provided in a first merchant store (convenience store or business establishment) is referred to as a first system 270-1, a system provided in a second merchant store is referred to as a second system 270-2, When a system provided at an affiliate shop is referred to as an n-th system 270-n, all of the plurality of systems can communicate with the server 252.

The first terminal 250-1 owned by the employee is referred to as a first terminal 250-1, the second terminal owned by the employee is referred to as a second terminal 250-1, n terminal 250-n, all of the plurality of terminals can communicate with the server 252.

In addition, each system is associated with a terminal, for example, if the first system 270-1 is associated with a first terminal, the first system can be managed through the first terminal. That is, each system is associated with a corresponding terminal, and terminal information associated with the system is stored in a database 151 of the server.

29 is a diagram of another embodiment showing a communication method of a server. In the present invention, the server 150 also communicates with or controls the plurality of center systems 350. At this time, the terminal 150 communicates with the merchant system 270 (terminal, computer, charging device, etc.) Communication. Therefore, the system provided in the first center is referred to as a first system 350-1, the system provided in the second center is referred to as a second system 350-2, n system 350-n, all of the plurality of systems can communicate with the server (252).

The communication of the server 150 of the present invention with the merchant system 270, the terminal 250 owned by the employee, and the center system 350 means that the server 150 is automated, , The terminal 250 owned by the employee, and the center system 350. For example, the server 150 may communicate with an administrator and an associated party related to the institution provided in the server 150, communicate with the server 150 by storing the communicated contents in the server, and obtaining the information to be communicated from the server 150 There is a number.

That is, in the present invention, the communication of the server 150 is controlled by the control unit 155 of the server 150, by using the database 151 of the server, 350 in order to provide information. When new information is generated for the system 270, the terminal 150 and the UAV 350, storing new information in the database 151 of the server 150 also communicates with the server 150 .

30 to 33 are views showing embodiments of a method of storing data in a server of the present invention.

30 is a diagram of an embodiment showing how merchant information is stored in a database of a server. As shown in the figure, each merchant (convenience store or business) is managed by a serial number, and the serial number of the merchant stores information about the merchant address (000 (city or county)) and the location on the map where the merchant is located Information about the coordinates is stored.

Then, information on the charger provided in each merchant is stored. The information on the charger is a serial number (e.g., " 001 - 0001 - 01 ") of the charger 100. The serial number includes an area (group) where the merchant is located, The serial number of the charger is stored.

For example, "001 - 0001 - 02" In this example, "001" is the area code where the merchant is located, "0001" is the merchant number in the area, and "02" is the serial number of the charger in the merchant.

In addition, information about charger inventory that currently exists for each merchant is also stored. That is, if the charger number such as "001 - 0001 - 01" is stored in the stock information of the merchant, "001 - 0001 - 01" charger 100 exists in the current merchant store.

On the other hand, there is a rental record list for each merchant. In the rental record list, the charger 100 of the serial number " 001 - 0001 - 01 " is "000-000-00000; It is a record of being rented to a customer with a mobile number.

In addition, it is natural that the information on the return record list is also stored, that is, the charger 100 of the serial number " 001 - 0001 - 01 " is " 000 - A record of returning from the customer is stored.

The change in the charger that is transferred to the merchant can be stored in the database of the server 150 because the merchant system 270 can directly communicate with the server 150 through the wired / wireless communication network.

31 is an embodiment of a method of storing information on charger movement in a server. That is, information on the movement of all the chargers is stored in the database of the server 150. At this time, information about all terminal movements from the serial number "001 - 0001 - 01" to "n - n - n" is stored.

For example, the serial number of a merchant who owns a charger with serial number "001 - 0001 - 01" is "001 - 0001". The charger stores the record currently rented by the customer number " 000-000-00000 " at " 00:00 00:00 ". Or a continuous rental record, a telephone number of a rented customer, and information on an affiliated store storing the charger after returning.

The reason why the above information can be stored in the server is that the merchant system or the terminal owned by the employee communicates with the server, and the server can store the movement information of the terminal in the database.

32 is a diagram of an embodiment showing a method of storing information about a terminal capable of communicating with a server.

The information on the n-th terminal includes information on the employee who owns the n-th terminal 250-n. That is, information on the ID of the employee and information on a center or an affiliate shop managed by the employee. Therefore, the nth terminal also means a terminal owned and managed by the employee.

34, the charger 100 managed by the terminal (the terminal owned by the employee) is in charge of "001 - 0001 - 01", "001 - 0001 - 02" and "001 - n - n" Is a charger 100 having a serial number.

The charger 100 delivered to the server 150 by the employee having the terminal stores the terminal in the form of a terminal having the serial number " 001 - 0001 - 05 " at the time of " do.

When the charger 100 is returned to a place other than the originally owned franchise, the charger 100 should be moved to the originally owned franchisee, and such charger movement information is also stored in the server.

That is, an employee of the n-th terminal stores information on a charger in which the mobile terminal has moved, and the employee who owns the n-th terminal inputs information through the terminal, So that the server can store the information about the movement.

At this time, the form of the information about the position movement is as follows: "001 - 0007 - 05" terminal moves from "001 - 0003" to "001 - 0007" at "00:00 00:00 00".

As a result, the above information can be stored in the server because the staff member managing the terminal recognizes the charger 100 through a recognizer (for example, a barcode reader) and transmits the recognized information to the terminal through the server.

33 is a diagram of an embodiment showing another function of the server.

When chartering a portable charger, the following procedure is usually followed.

Rental request → Enter battery barcode through POS (Merchant Store system) → Enter customer's mobile phone number → Send letter to customer (normal customer confirmation procedure) Certification

That is, the server can secure the cellular phone information of the customer through the above-

33 is a diagram of an embodiment showing a method by which a server can transmit a character to a cellular phone 120 of a customer. That is, when the return time of the portable charger 100 approaches, the server 150 can transmit the letter 129b informing the customer's cellular phone (or smartphone) 120 of the return.

Information on the location 129a of the merchant near the point where the customer is located can also be transmitted so that the smartphone display 129 can display the information.

In addition, when the customer returns the portable charger, the POS (merchant system) 270 recognizes the bar code and transmits the recognized information to the server.

100: wireless charger 100a: bar code
61: display 62: wireless coil
120: Smartphone 101: Connect Home
101a: Connection terminal 121: Smartphone connection home
200: Connection line 121a: Smartphone connection terminal
150: server 173: local server
63: input device 61C: advertisement display
285; Converter Splitter 662: Wireless Charge Receiving Coil
101: connection terminal 662: wireless charge receiving coil
120: Smartphone 663: Charger protrusion
663a: power terminal 665: magnet
260: stationary charger 150: server
270; Merchant system 250: Administrator terminal
350: center system 252: communication network

Claims (7)

A charger for a portable terminal for charging a smart phone or a portable terminal is provided with a display,
The portable terminal charger charges the portable terminal in a fast charging mode or a low-speed charging mode,
The portable terminal charger has an identification code for distinguishing each of the portable terminals,
Wherein the server further comprises a server capable of communicating with the portable terminal charger, wherein information on the portable terminal charger exists in the database of the server,
Wherein when the advertisement is displayed on the display of the charger for the portable terminal, the time and advertisement information of the advertisement are displayed in the database of the server. The charger for a portable terminal as claimed in claim 1, wherein the charger for the portable terminal is capable of charging the portable terminal by wire charging and charging the portable terminal by wireless. 2. The portable terminal as claimed in claim 1, wherein, when the advertisement information to be transmitted to the charger for the portable terminal is stored in the database of the server, Charger for terminal. A portable charger divided into identifiable serial numbers, an affiliate shop system provided in an affiliate store for managing and renting the portable charger, and a terminal unit owned by a manager managing the portable charger,
A server is further provided to store information on the franchisee, information on the terminal and the charger,
The information about the charger is information about the charger movement, information about the merchant who owns the charger,
Wherein the information on the merchant system is information on the charger owned by the merchant, information on the charger rented from the merchant, and information on the charger returned to the merchant. [5] The system of claim 4, wherein the information on the terminal is information on a charger delivered by an employee who owns the terminal and a charger that relocated the terminal. The mobile communication terminal of claim 4, wherein the server stores a mobile phone number of a customer rented the terminal, stores information on a rented time of the customer, and transmits information to the customer's mobile phone to return the charger. A charger system for a portable terminal. 5. The system of claim 4, wherein the server also stores information about advertisements displayed through a display provided in the portable charger.

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