KR100575051B1 - Mobile phone's charging battery charged by solar cell - Google Patents

Abstract

The present invention is to form a detachable plug having a connecting pin on the other end of the connecting port and the socket having a connecting terminal through which the detachable plug is connected and energized is coupled to the side end of the rechargeable battery, so that the connecting pin of the detachable plug and the connecting terminal of the socket are odd. The battery socket is formed to correspond to the opening, and the battery socket for connecting the charging battery is connected to one side of the body, and the power socket is connected to the power connection port by converting alternating current or direct current into the appropriate voltage and current on the other side of the body of the battery socket. It is formed and has a power connection display device to form a through-hole on the top or bottom of the body and to form a transparent window to seal the through-hole to emit an internal lamp when the power socket and the battery socket is energized, both sides attached to the bottom by a plate An adhesive member is formed and protrudes upward at the left and right ends of the upper surface to form the lower side of the outer surface. A plurality of support protrusions having an inner slope surface is formed, and a support plate having a support jaw is formed at the front and rear sides, and a double-sided adhesive member attached to the upper surface with a plate body, and outer slope surfaces corresponding to the inner slope surfaces of the support plates are formed at the left and right sides. The present invention relates to a rechargeable battery of a mobile phone charged with a solar cell having a detachable plate.

Removable Plug, Socket, Power Connection Display, Removable Plate, Support Plate, Photocell Array

Description

Mobile phone's charging battery charged by solar cell}             

1 is an exploded plan view showing a state in which the connector is an embodiment of the present invention separated from the rechargeable battery,

Figure 2 is a coupling plan view showing a state in which the connector is an embodiment of the present invention coupled to the rechargeable battery,

3 is an exploded plan view showing a separated state of a power connection display device according to an embodiment of the present invention;

4 is a plan view showing a combined state of the power connection display device according to an embodiment of the present invention;

Figure 5 is a perspective view of the detached state showing the state of the removable plate and the support plate according to the embodiment of the present invention,

Figure 6 is a side cross-sectional view showing a state of use of the removable plate and the support plate according to an embodiment of the present invention,

Figure 7 is a side cross-sectional view showing a state of the photovoltaic panel of the present invention.

* Description of the symbols for the main parts of the drawings *

10: rechargeable battery 11: connection port

12: connecting line 14: detachable plug

15: connection pin 16: socket

17: connection terminal 20: mobile phone

30: power connection display device 31: battery socket

32: power socket 33: letter through

34: transparent window 35: lamp

36: power connection port 37: adapter

40: support plate 41: support protrusion

42: inclined surface 43: support jaw

46: double-sided adhesive member 47: release paper

50: removable plate 51: the outer inclined surface

54: double-sided adhesive member 55: release paper

110: photovoltaic cell array plate 111: photovoltaic plate

111a: photocell 112: support plate

113: main part 113a: wall

114: transparent filler 115: floating plate

The present invention relates to a rechargeable battery of a mobile phone charged with a solar cell, wherein the connection line connected to the coin exchanger is separated from the rechargeable battery and is smoothly charged regardless of the direction, and there is no fear of twisting the connection line. The present invention relates to a rechargeable battery of a mobile phone which is charged with a solar cell that can easily attach and detach a rechargeable battery to one side of the mobile phone.

A photocell is a device that converts light energy into electrical energy and uses photovoltaic power due to a photoelectric effect when light is irradiated to a contact surface of a metal and a semiconductor or a pn junction of a semiconductor. Selenium photovoltaic and cuprous oxide photovoltaic cells are used as the contact between metals and semiconductors, and silicon photovoltaic cells used as solar cells are used as pn junctions of semiconductors.

In general, pn junctions of silicon made by diffusing boron on an n-type silicon substrate surface are used. The photoelectric conversion efficiency is about 22% in theory, but usually 8 to 15% is realized. It is more efficient than other photovoltaic cells and can be used as a power source for equipment. The output voltage of one element is about 0.5V. In practice, several of them are connected in series or in parallel and put together in one frame to obtain the required voltage or current capacity. It is used as a power source for satellites, unmanned repeaters such as broadcasting stations, and unmanned lighthouses.

In addition to the solar cell, there is a mobile rechargeable battery to charge with a battery, but after a certain time has to buy and replace the battery, there was a problem that a battery purchase cost for purchasing a plurality of batteries.

In addition, there is a known method of charging a rechargeable battery of a mobile phone by plugging it into an outlet in a home or an office or by plugging it into a computer main body or a handfree of a vehicle, but there is a problem in that a mobile phone cannot be charged while moving without a vehicle.

As compared with the conventional method, the solar cell is a solar cell attached to both surfaces of the rechargeable battery of the mobile phone, using a solar cell that can easily charge the mobile phone's rechargeable battery while on the go without having to purchase additional costs A comparison circuit for comparing and determining whether the output voltage from the solar cell is a voltage capable of charging a charge battery; and converting the output voltage of the solar cell to DC-DC step up / down based on the output voltage of the comparison circuit. A solar cell comprising: a boosting circuit for boosting the battery to satisfy the charging condition of the rechargeable battery; and a charging control circuit for charging the voltage boosted by the boosting circuit while preventing overcharging of the charging battery. "Charging battery for mobile phone with" "patent application filed on January 22, 2003 It was registered as an arc.

On the contrary, it was configured as a separate case to charge a mobile phone by pre-applying a charging battery charged with a solar cell having a connection means on one side to a connection means when necessary, and the connecting means at this time is one side of the rechargeable battery. When it is fixed to the bar, sometimes the connection means is twisted and connected, the appearance is not beautiful and there was a problem that the connection of the connection means may be broken.

In addition, it is a detachable structure for attaching the rechargeable battery to one side of the mobile phone.A magnetic material is attached to one side of the rechargeable battery, and an iron material is attached to one side of the mobile phone to remove the battery by the magnetic method. When the magnetic material is attached, there is a problem in that information such as the magnetic band of the credit card is erased by the magnetic force of the magnetic material.

In addition, the rechargeable battery that is charged with the solar cell has a problem that it is not possible to achieve the charging by sunlight in the weather does not come out of the cloud due to rain or cloud.

In addition, a rechargeable battery having a photovoltaic cell array panel in which a solar cell is arranged inside the rechargeable battery may cause moisture or rainwater to flow into the cell, causing the PCB substrate of the photovoltaic cell panel to malfunction, or when the rechargeable battery is impacted, The photovoltaic panel is transferred to the photovoltaic cell on the upper surface of the upper surface and the connection between the photovoltaic cells is broken.

The present invention is to solve the above problems, the connection means of the charging battery which is charged by the solar cell connected to the mobile phone is separated from the charging battery and the mobile phone is charged with the solar cell is smoothly charged regardless of the direction The purpose is to provide a rechargeable battery.

In addition, an object of the present invention is to provide a rechargeable battery for a mobile phone charged with a solar cell having a detachable plate for attaching and detaching a rechargeable battery on one side of the mobile phone without using a magnetic material and steel.

In addition, an object of the present invention is to provide a rechargeable battery of a mobile phone which is charged with a cell that can be charged with alternating current and direct current so that it can be used as a reserve power even in rainy or cloudy weather.

In addition, the present invention provides a rechargeable battery for a mobile phone that is charged with a solar cell having a rigid upper sealing structure that does not allow moisture or rainwater to enter, and has a photovoltaic panel that prevents the shock from being transmitted to the photocell. Have a purpose

In order to achieve the above object, the present invention has a solar cell to charge the light energy with electrical energy on one side of the mobile phone is charged with a solar cell that is connected to the mobile phone to the side end is formed by a connection line In the rechargeable battery, a socket having a connection terminal having a connection pin formed at the other end of the connection line of the connection port and a removable plug is connected to the socket is connected to the side of the rechargeable battery, so that the connection pin and the socket of the connection plug are connected. The terminal has a feature formed to correspond to an odd number.

In addition, a battery socket for connecting the charging battery is connected to one side of the body to form a battery socket, and the other side of the body of the battery socket is converted into an appropriate voltage and current to form a power socket connected to the power supply port and energized. Or a power connection display device which forms a through hole on the bottom of the body and forms a transparent window to seal the through hole to emit an internal lamp when the power socket and the battery socket are energized.

In addition, a double-sided adhesive member is attached to the bottom surface by the plate body and the release paper is attached to the other side, and the upper and left side ends protrude upward and form a plurality of support protrusions having an inclined surface from the top of the inner side to the bottom of the outer side. A support jaw is formed to remove the release paper, and the support plate is attached to the rechargeable battery, and a double-sided adhesive member is attached to the upper surface by the plate body and the release paper is attached to the other side, and the outer inclined surface corresponding to the inner inclined surface of the support plate is formed at the left and right sides. It is formed and has a feature of having a detachable plate to remove the release paper and is attached to the mobile phone is detachably coupled to the inner inclined surface of the support plate.

In addition, in a rechargeable battery of a mobile phone which is charged with a solar cell, a support plate body having a wall having an inner side formed with a recessed portion and a tip end surface thereof protruding upward, a floating plate positioned at a plurality of recessed portions of the support plate body, and a support plate A photovoltaic cell array having a photovoltaic cell seated on the top of the spacer plate inside the body recess and arranged so that a plurality of photovoltaic cells are connected, and a transparent filler which is filled in the recess of the support plate body not to exceed the walls of the support plate body and firmly supports the photovoltaic cell plate. It is characterized by having a plate.

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

1 is an exploded plan view showing a state in which the connector is an embodiment of the present invention separated from the rechargeable battery, Figure 2 is a plan view showing a state in which the connector is connected to the rechargeable battery embodiment of the present invention.

The charging battery of the mobile phone charged with the solar cell of the present invention has a solar cell for charging light energy with electrical energy on one side, and a connector 11 connected to the mobile phone 20 at the side end for charging the connection line 12. It is formed by the extension, the connection plug (12) is formed on the other end of the connection line (12) of the connection port 11 to form a detachable plug 14 having a connecting pin 15, the detachable plug 14 is connected and energized Since the socket 16 having the same is coupled to the side end of the rechargeable battery 10, the connecting pin 15 of the detachable plug 14 and the connecting terminals 17 of the socket 16 are three, five, seven, or the like. It is formed to correspond to an odd number.

Thus, when the connecting pin 15 of the detachable plug 14 and the corresponding connecting terminal 17 of the socket 16 are formed in an odd number, the connecting port 17 when charging the mobile phone 20 through the charging battery 10 Even if the connection line 12 is bound upside down, the detachable plug 14 can be immediately reversed and reconnected to the socket 16 while the connection line 12 is properly aligned. The short circuit of 14 and the connection port 11 can be prevented beforehand.

3 is a separated plan view showing a separated state of the power connection display device according to an embodiment of the present invention, Figure 4 is a coupling plan view showing a combined state of the power connection display device according to an embodiment of the present invention, the body of the charge battery 10 Is connected to the power supply port 36 by converting an alternating current or a direct current into an appropriate voltage and a current on the other side of the body of the battery socket 31. And a power connection display device 30 having a socket 32 formed therein.

The upper and lower bodies of the power connection display device 30 are formed with a letter-shaped through-hole formed in a letter shape, and a transparent window 34 for sealing the through-hole 33 is fixed to an inner surface of the through-hole 33. When the power socket 32 and the battery socket 31 are energized, the lamp 35 inside emits light, and through the letter hole 33 through the transparent window 34, the light inside the lamp 35 is emitted to the outside. Be sure to The letter hole 33 is preferably formed according to the company's logo or brand name.

In addition, the battery socket 31 of the power connection display device 30 into which the connector 11 of the rechargeable battery 10 is inserted or the power socket 32 into which the power connector 36 is inserted are formed by an odd number of terminals. Or it is preferable to configure so that even if the back side is connected upside down.

Figure 5 is a perspective view of a detached state showing the state of the removable plate and the support plate according to an embodiment of the present invention, Figure 6 is a side cross-sectional view showing a state of use of the removable plate and the support plate according to an embodiment of the present invention, attached to the bottom surface of the plate to the other side release paper A double-sided adhesive member 46 to which the 47 is attached is formed, and a plurality of support protrusions 41 are formed at left and right ends of the upper surface to protrude upwards and have an inner inclined surface 42 from the upper end of the inner side to the lower end of the outer side. Support jaw 43 is formed at the front and rear ends to remove the release paper 47 and a support plate 40 made of synthetic resin material having elasticity attached to the rechargeable battery 10 is formed.

On the side corresponding to the support plate 40, a double-sided adhesive member 54 is attached to the upper surface by a plate body, and the release paper 55 is attached to the other side, and the left and right ends of the support plate 40 correspond to the inner inclined surface 42 of the support plate 40. The outer inclined surface 51 is formed, the release paper 55 is removed and attached to the mobile phone 20 is attached to the inner inclined surface 42 of the support plate 40, detachable plate of synthetic resin material having elasticity that is elastically separated ( 50) is formed.

At this time, the outer inclined surface 51 of the detachable plate 50 that is repeatedly detached from the inside of the support protrusion 41 of the support plate 40 attached to the rechargeable battery 10 is at the inner inclined surface 42 of the support protrusion 41. Of course, it should have a thickness and elasticity that is easy to break away.

The user supports the support plate 40 fixed by the double-sided adhesive member 46 on the back of the rechargeable battery 10 to the removable plate 50 fixed by the double-sided adhesive member 54 on the back of the mobile phone (20). When pushed into the protrusion 41, the plurality of support protrusions 41 are pushed by their own repulsive force so that the outer inclined surface 51 of the support plate 40 is in surface contact with the inner inclined surface 42 and is fixed with the charged battery ( It is charged when the connector 11 of 10) is connected to the lower part of the mobile telephone 20.

At this time, the mobile phone 20 is placed on the bottom surface and the solar cell formed on the front of the rechargeable battery 10 is placed in a position where the sunlight can be seen and the mobile phone 20 is charged. 20) At the same time, it converts light energy into electrical energy through the solar cell on the front, and continuously generates reserve power.

7 is a side cross-sectional view showing a photovoltaic cell array plate 110 of the present invention. The photovoltaic cell panel 110 has a wall 113a having an inner side formed with a recessed portion 113 and a tip end surface thereof protruding upward. The support plate body 112, the support plate 115 positioned at a plurality of recesses 113 of the support plate body 112, and the support plate body 112 are mounted on the upper side of the support plate 115 inside the recess 113. The photovoltaic panel 111 is disposed so that a plurality of 111a are connected to each other, and a transparent filler 114 which is a transparent body filling the recess 113 of the support plate body 112 and firmly supporting the photovoltaic panel 111.

The transparent filler 114 is preferably hardened not to exceed the wall 113a of the support plate body 112.

First, in forming the photovoltaic cell array plate 110 of the rechargeable battery 10, a plurality of floating plate 115 is seated on the recess 113 formed inside the support plate body 112 made of rectangular synthetic resin material. The photovoltaic plate 111 on which the photocell 111a is arranged is mounted on the upper surface thereof.

In the state in which the photovoltaic plate 111 having the plurality of photovoltaic cells 111a is positioned inside the wall 113a of the recess 113 of the support plate body 112, the transparent filler 114, which is a transparent material of the transparent material, is attached to the recess 113. Fill slowly.

After filling the empty space inside the recess 113 of the support plate 112 with the transparent filler 114, and then hardening the transparent filler 114 after a certain time, the photovoltaic panel 110 of the present invention is Is completed.

At this time, the top of the transparent filler 114 is filled so that the upper end of the wall 113a of the support plate body 112 does not deviate so that the photovoltaic panel 110 that the transparent filler 114 firmly supports the photocell 111 is the tip end thereof. Is coupled to tightly sealed with the inner surface of the upper case of the rechargeable battery 10.

As described above, the rechargeable battery of the present invention is connected to the mobile phone and connected to the connected battery is separated from the rechargeable battery and smoothly charged regardless of the direction, there is no fear of twisting the connection line, and charges on one side of the mobile phone without using a magnetic material. The effect is that the battery can be easily removed.                     

In addition, there is an effect that can be used as a reserve power even in rainy or cloudy weather.

In addition, the photovoltaic panel of the rechargeable battery of the present invention has a rigid upper sealed structure that moisture or rainwater does not flow in, and has an effect of preventing the shock from being transmitted to the photovoltaic cell at the time of impact.

Claims (4)

delete A mobile phone 20 having a solar cell charging light energy with electrical energy on one side and a connection port 11 connected to the mobile phone 20 at the side end and charging with a solar cell extended by a connection line 12. In the rechargeable battery 10 of; A battery socket 31 is connected to the connection port 11 of the rechargeable battery 10 and energized on one side of the body, and an alternating current or direct current is applied to the other side of the body of the battery socket 31 by an adapter 37 with an appropriate voltage and current. A power socket 32 is formed to be connected to the power connection port 36 through which the power is connected, and a transparent window 34 is formed on the upper surface and the lower surface of the body to form a letter hole 33 and seal the letter hole 33. And a power connection display device (30) which emits a lamp (35) therein when the power socket (32) and the battery socket (31) are energized. A mobile phone 20 having a solar cell charging light energy with electrical energy on one side and a connection port 11 connected to the mobile phone 20 at the side end and charging with a solar cell extended by a connection line 12. In the rechargeable battery 10 of; A plurality of double-sided adhesive members 46 are attached to the bottom by a plate body to which the release paper 47 is attached to the other side, and a plurality of inner side inclined surfaces 42 protrude upward from the left and right ends of the upper surface to the lower side of the outer surface. The support protrusion 41 is formed and the support jaw 43 is formed at the front and rear end to remove the release paper 47 and the support plate 40 is attached to the rechargeable battery 10; The double-sided adhesive member 54 is attached to the upper surface by the plate body and the release paper 55 is attached to the other side, and the outer inclined surface 51 corresponding to the inner inclined surface 42 of the support plate 40 is formed at both left and right ends thereof. Mobile phone charged with a solar cell, characterized in that the release paper 55 has a removable plate 50 attached to the mobile phone 20 and elastically coupled to and separated from the inner inclined surface 42 of the support plate 40. Of rechargeable battery. In the charging battery 10 of the mobile phone 20 to be charged by the cell; A support plate body 112 having an inner side surface formed of a recessed portion 113 and a front end surface of which has a wall 113a protruding upward; A floating plate 115 positioned at a plurality of recesses 113 of the supporting plate body 112; A photovoltaic plate 111 seated on an upper portion of the spacer plate 115 inside the recessed portion 113 of the support plate body 112 and disposed so that a plurality of photo cells 111a are connected to each other; A photovoltaic cell array plate 110 having a recess 113 of the support plate 112 not filled beyond the wall 113a of the support plate 112 and having a transparent filler 114 that is a transparent body that firmly supports the photovoltaic plate 111. Rechargeable battery of a mobile phone being charged with a solar cell characterized in that it comprises a.

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