KR100972958B1 - A Holder for Electric Machine - Google Patents

Abstract

The present invention discloses a technology related to an electronic device that charges and mounts a battery of an electronic device main body and moves within a short distance as a toy article according to a remote control using a wired or wireless communication network. That is, the electronic device holder according to the present invention includes a power supply unit for converting a power voltage input from the outside into a power signal; A receiver which receives an adjustment signal output from the main body of the electronic device through a wired or wireless communication network; A circuit unit generating a plurality of driving execution signals by inserting the adjustment signal input from the receiving unit into a plurality of pre-formed driving circuit chips; A power generation unit which transmits the power signal output from the power supply unit to the instrumented motor to mechanically operate the motor; And a driving unit configured to apply a predetermined speed value and a direction value to the plurality of driving execution signals to control the mechanical operation speed of the motor and to move an object from a current position to another position according to a movement direction.

In other words, the electronic device holder of the present invention is manufactured to play with a toy as a toy while charging and placing a battery of a mobile phone and various electronic products (PDA, PMP, MP3, etc.) corresponding to the main body of the electronic device. .

Remote control, adjustment signal, multiple driving execution signal,

Description

Electronic Holder Cradle {A Holder for Electric Machine}

The present invention relates to an electronic device holder that moves an object and direction like a toy product within a short distance through a remote control while charging and mounting a battery of an electronic device such as a mobile phone, a PDA, a PMP, and an MP3 player.

There is a cradle for charging or mounting small electronics such as mobile phones, PDAs, PMPs, and MP3 players.

The cradle is literally used as a charger that charges simply by mounting or mounting electronic products.

Taking mobile phones as an example, not all mobile phone users use the mobile phone's cradle for other purposes.

In order to solve the above problems, the present invention is to produce a battery, such as a mobile phone, a battery charging and mounting, in addition to the function of the electronic device cradle through a remote control to make it easy to play with the toy product in the short distance. .

In order to add toys to the cradle, the cradle is equipped with an operation unit such as a receiver and a motor of the control unit so that it can be controlled by wire or wireless.

The control unit is built in a pair of electronic products and a cradle of the electronic product to be built in a wired / wireless control unit interoperating with the main body of the electronic product as a controller, so that the cradle can be used as a working toy.

In order to achieve the above object, the present invention includes the following configuration.

That is, the electronic device holder is coupled to the electronic device body in a pair, and in charging and mounting the battery of the electronic device body, the power supply unit for converting the power voltage input from the outside into a power signal; Receiving unit for receiving the adjustment signal output from the main body of the electronic device through a wired or wireless communication network; A circuit unit for generating a plurality of driving execution signals by inserting an adjustment signal input from the receiving unit into a plurality of pre-formed driving circuit chips; A power generator for transmitting the power signal output from the power supply unit to the instrument-equipped motor to operate the motor; And a driving unit which controls a machine operating speed of the motor by applying a predetermined speed value and a direction value to a plurality of driving execution signals, and moves an object from a current position to another position according to the movement direction.

The driving circuit chip of the circuit unit according to the present invention is characterized by substituting an adjustment signal into an internally designed driving algorithm for signal operation, and outputting a plurality of driving execution signals extracted from the signal operation.

The plurality of driving execution signals according to the present invention may be transmitted to an illuminator, a sounder, or a recorder mounted outside the electronic device holder to control the on / off of the illuminator, the sounder, or the recorder.

The electronic device holder according to the present invention is used as a toy product through a mechanical operation of the drive unit by remotely receiving an adjustment signal, and a magnet fastening means is provided in one side inside or outside of the electronic device holder in a specific place. Or it can be attached to a specific device.

The drive unit according to the present invention is characterized in that it moves to another position in the current position by using a selected one of the wheel, screw, propeller, caterpillar mounted.

The electronic device holder in the present invention can be used as a toy product capable of moving and moving objects within a short distance in accordance with wired / wireless control, which is a remote control in addition to a charging and mounting function, thereby increasing the product utilization and relieving the user's desire to purchase. It is effective to increase sales accordingly.

[Example]

The transmitter 210 of the electronic device body 40, 200 generates an adjustment signal, and the electric device holders 20, 300 receive the adjustment signal output from the transmitter 210, and the mechanical power supply unit 310. The object moves in a desired direction using the receiver 320, the circuits 25 and 330, the power generator 340, and the drivers 10 and 350.

As the electronic device main body 40 and 200, a mobile phone is taken as an example. In addition to this, a PDA, a PMP, an MP3 player, a walkie-talkie, a game console, a keyboard, etc. may be included.

The transmitter 210 is a device that transmits a steering signal to the receiver 320 of the electronic device holder 20 or 300 through a wired or wireless network, and belongs to the electronic device body 40 or 200.

The receiver 320, the circuits 25 and 330, the power generator 340, and the drivers 10 and 350 receive a plurality of control signals received from the transmitter 210 of the main body 40 and 200 of the electronic device. After converting into a drive execution signal and mechanically operating the motor 21 mounted in the power generation unit 340 by using a plurality of drive execution signals, the drive units 10 and 350 of the four-wheeled wheels connected to the motor 21. ) To move the electronic device holder (20, 300) in the desired direction and speed.

Here, the wired adjustment means that the electronic device holder (20, 300) is connected to the charging cord plugged into the outlet to be adjusted to the charging line in the state of being directly supplied with the power voltage.

The power supply voltage for operating the motor 21 of the power generator 340 is provided to the electronic body 40, 200 coupled to the battery seating portion 50 or the battery detached from the electronic body 40, 200 The own power supply voltages of the electronic device holders 20 and 300 are supplied to the electronic device holders 20 and 300 having a separate auxiliary battery 23 therein.

Here, the drive unit (10, 350) corresponding to the four-wheeled wheel is used in addition to the wheel, a variety of means such as screw, propeller, caterpillar, the drive unit (10, 350) is the electronic device holder (20, 300) in the current position Operate to change position and move direction to another position.

It is safe to use wheels for automobile toys, screws for boat toys, propellers for helicopter toys, caterpillars for tank toys, and are used as driving units 10 and 350. The driving units 10 and 350 having the motor 21 for moving the device holders 20 and 300 can be more widely used in various application ranges other than the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 (a) is a block diagram showing an electric device cradle according to an embodiment of the present invention. Figure 1 (b) is a view installed as a driving unit four-wheel wheels in the cradle of the electric machine according to an embodiment of the present invention.

Referring to FIG. 1 (a), the battery device holders 20 and 300 of the present invention are coupled to the electronic device main body 40 and 200 in pairs, and charge the batteries of the electronic device main body 40 and 200. And a device for mounting, including a power supply unit 310, a receiving unit 320, a circuit unit 25 and 330, a power generating unit 340, and a driving unit 10. 350.

First, the power supply unit 310 converts a power supply voltage input from the outside into a power signal.

The receiver 320 inputs an adjustment signal output from the main body of the electronic device 40 or 200 through a wired or wireless communication network, and the circuit units 25 and 330 are pre-formed with a plurality of driving circuit chips pre-set an adjustment signal input from the receiver 320. To generate a plurality of drive execution signals.

The driving circuit chips of the circuits 25 and 330 substitute the adjustment signal into the internally designed driving algorithm to perform signal operation, and output a plurality of driving execution signals extracted from the signal operation.

In addition, a plurality of driving execution signals are transmitted to an illuminator, a sounder, or a recorder mounted outside the electronic device holders 20 and 300 to control the on / off of the illuminator, the sounder, or the recorder.

The power generation unit 340 transmits the power signal output from the power supply unit 310 to the instrumented motor 220 to mechanically operate the motor 22, and the driving units 10 and 350 are based on a plurality of driving execution signals. The set speed value and direction value are applied to control the mechanical operation speed of the motor 22, and the object moves from the current position along the moving direction to another position.

Figure 1 (b) is shown in the embodiment showing the device equipped with the corresponding wheel of the four wheels on the drive unit (10, 350) of the electric device holder (20, 300).

The electronic device holders 20 and 300 form a pair with a battery of a mobile phone and various electronic products (PDA, PMP, MP3, etc.) to be used as charging and mounting, and also have a function of a vehicle toy product.

The electronic device holders 20 and 300 perform object movement and direction movement according to remote control through the following components.

The electronic device holder 20, 300 according to the present invention is used as a toy product through the mechanical operation of the drive unit 10, 350 as receiving the adjustment signal remotely, one of the electronic device holder (20, 300) A magnet fastening means is provided inside or outside the side to be attached to a specific place or a specific device.

In a more emphatic and additional description, the transmitter 210 provided in the electronic device main body 40, 200 generates a predetermined adjustment signal in response to a remote control request of the electronic main body 40, 200. The power supply unit 310 provided in the electronic device holders 20 and 300 receives a power supply voltage used to operate the electronic device holders 20 and 300, thereby generating an entire power source.

In addition, the receiver 320 receives an adjustment signal output from the transmitter 210, and the circuits 25 and 330 substitute the adjustment signal input from the receiver 320 into a driving algorithm to perform a signal calculation and extract from the signal operation. Output a plurality of drive execution signals.

As a result, the driving units 10 and 350 that have received a plurality of driving execution signals from the circuit units 25 and 330 control the mechanical operating speed of the motor 21 provided in the power generating unit 340 and drive the plurality of driving units. The object is moved in the desired direction according to the execution command of the execution signal.

2 is a view schematically showing an interior view of the electronic device holder.

Referring to FIG. 2, the electronic device holder 20 includes a charging unit 22 serving as a charging device of the electronic device holder 20, a receiver for receiving an adjustment signal of the electronic device holder 20 from the electronic device body 40; A driving unit 10 for operating the electronic device holder 20 is further provided.

The power supply voltage required to operate the electronic device holder 20 by receiving the adjustment signal from the electronic device body is mounted on the electronic device holder 20 including the battery, or separated from the electronic device body 40. If only the battery is mounted, it can be supplied from the outside through the battery for this.

However, in case that is not the case, the auxiliary battery 23 is configured inside the electronic device holder 20 separately from the battery included in the electronic device holder 40 in the electronic device holder 20 to support the electronic device holder ( 20) A power supply voltage for operating the device is provided from the outside.

The receiver includes a communication entry and exit terminal collectively referred to as an antenna.

Figure 3 shows the electronic device cradle is operated as a toy car using the main body of the electronic device.

Referring to FIG. 3, there is an electronic device holder 20 having a mobile phone and four-wheeled wheels corresponding to the main body of the electronic device.

In this case, the electronic device holder 20 constituting the four-wheeled wheel serves as an automobile toy product, and a specific program and button manipulation of the mobile phone is made using the electronic device 40 called a mobile phone constituting a pair with the holder 20 as a controller. Send the adjustment signal to the electronic device cradle 20 through, the electronic device cradle 20 receives the adjustment signal according to the operation program of the circuit unit 25, the four wheels included in the drive unit 10 of the electronic device cradle 20 Drive the wheels.

The mobile phone is just one example of the electronic device main body 40, a number of electronic device main body 40 in addition to the mobile phone is included in the implementation area of the present invention, in addition to the charging and mounting functions for toy products (car toys, ship toys, helicopter toys, It can also be used as a tank toy, airplane toy, etc.).

The electronic device holder 20 includes an antenna belonging to the receiver to more efficiently receive the adjustment signal output from the electronic device main body.

4 is a view showing an electronic device holder 20 having a boat-shaped appearance as another embodiment of the electronic device holder.

Referring to FIG. 4, there is an electronic device holder 20 having a boat-shaped appearance when viewed from one side, and the electronic device holder 20 includes a screw at the rear, and the screw belongs to the driving unit 10.

The electronic device holder 20 having such a configuration and function is also available as a boat product, which is a water toy that can be played with water, river, and sea.

In addition to the above description, the following is further described.

1. The present invention is provided with a separate controller for remote control of the electronic device holder 20 in the external portion of the electronic device main body (40).

2. Regulators configured in the enclosure of the electronics body include an additional port line connecting the connector and the USB port.

3. The electronic device holder of the present invention can further add a lighting function, a sound function or a recording function formed on a general toy.

4. One side of the electronic device holder 20 of the present invention is further composed of a fastening means such as a magnet, it is possible to attach the electronic device holder 20 in a specific place and a specific device.

1 (a): a block diagram showing an electric device holder according to an embodiment of the present invention

1 (b): a view in which the four-wheel wheel is installed as a driving unit in the cradle of the electric machine according to an embodiment of the present invention;

2 is a simplified view showing the internal view of the electronic device holder according to an embodiment of the present invention.

3: Electronic device cradle which is operated as a car toy using the main body of the electronic device according to an embodiment of the present invention

4 is a view showing an electronic device holder 20 having a boat-shaped appearance as another embodiment of the holder according to an embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

10: drive unit 20: electric equipment holder

21: motor 22: live part

23: battery 24: connector

25: circuit portion 40: electronic device body

50: battery seat

Claims (5)

delete A power supply unit coupled to the main body of the electronic device and configured to charge and mount the battery of the main body of the electronic device, and convert a power voltage input from the outside into a power signal; A receiver which receives an adjustment signal output from the main body of the electronic device through a wired or wireless communication network; A circuit unit generating a plurality of driving execution signals by inserting the adjustment signal input from the receiving unit into a plurality of pre-formed driving circuit chips; A power generation unit which transmits the power signal output from the power supply unit to the instrumented motor to mechanically operate the motor; In the electronic device cradle including a drive unit for controlling the mechanical operation speed of the motor by applying a predetermined speed value and a direction value to the plurality of driving execution signals, and moving the object from the current position to another position along the movement direction. , And a driving circuit chip of the circuit unit inserts the adjustment signal into an internally designed driving algorithm to perform a signal operation, and outputs a plurality of driving execution signals extracted from the signal operation. The method of claim 2, wherein the plurality of driving execution signals, The electronic device holder, characterized in that the transfer to the illuminator, sounder or recorder mounted on the outside of the electronic device holder to control the on-off of the illuminator, sounder, or recorder. A power supply unit coupled to the main body of the electronic device and configured to charge and mount the battery of the main body of the electronic device, and convert a power voltage input from the outside into a power signal; A receiver which receives an adjustment signal output from the main body of the electronic device through a wired or wireless communication network; A circuit unit generating a plurality of driving execution signals by inserting the adjustment signal input from the receiving unit into a plurality of pre-formed driving circuit chips; A power generation unit which transmits the power signal output from the power supply unit to the instrumented motor to mechanically operate the motor; In the electronic device cradle including a drive unit for controlling the mechanical operation speed of the motor by applying a predetermined speed value and a direction value to the plurality of driving execution signals, and moving the object from the current position to another position along the movement direction. , The electronic device holder is used as a toy product through the mechanical operation of the drive unit in response to receiving the adjustment signal remotely, a magnet fastening means is provided in one side or the outside of the electronic device holder in a specific place or An electronic device holder, which can be attached to a specific device. A power supply unit coupled to the main body of the electronic device and configured to charge and mount the battery of the main body of the electronic device, and convert a power voltage input from the outside into a power signal; A receiver which receives an adjustment signal output from the main body of the electronic device through a wired or wireless communication network; A circuit unit generating a plurality of driving execution signals by inserting the adjustment signal input from the receiving unit into a plurality of pre-formed driving circuit chips; A power generation unit which transmits the power signal output from the power supply unit to the instrumented motor to mechanically operate the motor; In the electronic device cradle including a drive unit for controlling the mechanical operation speed of the motor by applying a predetermined speed value and a direction value to the plurality of driving execution signals, and moving the object from the current position to another position along the movement direction. , The driving unit is an electronic device cradle, characterized in that to move to a different position in the current position using a selected wheel, screw, propeller, caterpillar.

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