With the portable power source of super capacitor
Technical field
The present invention relates to storage battery field, especially, is a kind of portable power source.
Background technology
At present, along with developing rapidly of mobile device, portable power source has also become one of essential product of going out, so that charge to mobile phone, panel computer, Intelligent worn device etc.And current portable power source is overall structure, when giving charging of mobile devices, entirety must be plugged in mobile device, this causes, when to charging of mobile devices, being difficult to use mobile device, as mobile phone; Current situation is, user holds portable power source on the other hand, and hold mobile phone on the other hand, connected by USB line between the two, this obviously brings great inconvenience to user.
Summary of the invention
For the problems referred to above, the object of the present invention is to provide a kind of portable power source with super capacitor, this portable power source is convenient to charging limit, mobile device limit and is used, and can, close to giving charging of mobile devices continuously, make mobile device maintain continuous print high-power operation.
The technical scheme that actualizing technology object of the present invention adopts is: the portable power source of this band super capacitor comprises main battery, and this main battery comprises main casing, electric power storage inner core, charge and discharge control module; Described main casing is provided with charging inlet, electric discharge interface, and described charging inlet, electric discharge interface are coupled to electric power storage inner core by described charge and discharge control module; This portable power source also comprises super capacitor, and the input interface of described super capacitor and the electric discharge interface of described main battery match, and super capacitor can be made to be plugged on main battery; The output interface of described super capacitor and the charging end of mobile device match, and super capacitor can be made to be plugged on mobile device.
As preferably, described super capacitor is strip, and length is 50mm ~ 60mm, and width is 10mm ~ 20mm; Long limit central authorities are shaped with output interface; So that be directly plugged in the bottom of main flow mobile phone, as serial mobile phones such as apple, Samsung, Huawei.
As preferably, between the inner core of described super capacitor and output interface, there is Voltage stabilizing module, make output voltage stabilization at about 5V.
As preferably, in the electric power storage inner core of described main battery, heeling-in has heat storage container, is full of solid-liquid phase height at the heat-storage agent of 60 DEG C ~ 80 DEG C in described heat storage container.
As preferably, one end of the main casing of described main battery forms groove, and the bottom of this groove is sealed by metal reinforcing plates, and the electric discharge interface of described main battery is located at described bottom portion of groove; When described super capacitor is plugged in the electric discharge interface of described main battery, be just absorbed in described groove, and super capacitor is shaped with the mechanics weak area that intensity is obviously weaker than all the other positions towards the end outside groove.
Beneficial effect of the present invention is: super capacitor in use, can be extracted from main battery, directly be plugged on mobile device by the portable power source of this band super capacitor, as on mobile phone, makes super capacitor to while charging mobile phone battery, for mobile phone; When super capacitor electric energy exhausts, turned back to main battery, due to capacitor charging feature, it will complete power taking rapidly on main battery, and then is plugged on mobile device, electric energy is passed to constantly the battery of mobile device; Visible, by described super capacitor, can quick power taking from main battery continuously, and maintain charging and the operation of mobile device; For portable power source, mobile device, especially mobile phone, required electric energy is less, maintain it to run and only need an a small amount of electric energy, therefore the volume of described super capacitor only needs very little relative to portable power source, when its grafting on the mobile apparatus time, while giving mobile power supply equipment, affect the normal use of mobile device hardly.
Accompanying drawing explanation
Fig. 1 is embodiment one schematic diagram of the portable power source of this band super capacitor.
Fig. 2 is embodiment two schematic diagram of the portable power source of this band super capacitor.
Embodiment
Below in conjunction with drawings and Examples, the present invention is further described:
Embodiment one:
Embodiment one shown in Fig. 1 is a kind of basic engineering of this portable power source, and it comprises main battery 1, and this main battery comprises main casing, electric power storage inner core, charge and discharge control module (not shown); Described main casing is provided with charging inlet 10, electric discharge interface 11, and described charging inlet 10, electric discharge interface 11 are coupled to electric power storage inner core by described charge and discharge control module; This portable power source also comprises super capacitor 2, and the input interface 20 of described super capacitor 2 matches with the electric discharge interface 11 of described main battery 1, and super capacitor 2 can be made to be plugged on main battery 1; The output interface 21 of described super capacitor 2 matches with the charging end of mobile device, and super capacitor 2 can be made to be plugged on mobile device.
In the present embodiment one, described super capacitor 2 is in strip, and length is 50mm ~ 60mm, and width is 10mm ~ 20mm; Long limit central authorities are shaped with output interface 21; So that be directly plugged in the bottom of main flow mobile phone, as serial mobile phones such as apple, Samsung, Huawei.
In addition, between the inner core (not shown) of described super capacitor 2 and output interface, there is Voltage stabilizing module, make output voltage stabilization at about 5V, to meet the charging voltage demand of common mobile device, be generally 5V.Super capacitor 2 in use, can be extracted from main battery 1, directly be plugged on mobile device by the portable power source of above-mentioned band super capacitor, as on mobile phone, makes super capacitor 2 to while charging mobile phone battery, for mobile phone; When super capacitor 2 electric energy exhausts, turned back to main battery 1, due to capacitor charging feature, it will complete power taking (relative to charge in batteries rapidly on main battery 1, almost complete instantaneously), and then be plugged on mobile device, electric energy is passed to constantly the battery (being now a process of slowly discharging) of mobile device; Visible, by described super capacitor 2, can quick power taking from main battery 1 continuously, and maintain charging and the operation of mobile device; For portable power source, mobile device, especially mobile phone, required electric energy is less, maintain it to run and only need an a small amount of electric energy, therefore the volume of described super capacitor only needs very little relative to portable power source, when its grafting on the mobile apparatus time, while giving mobile power supply equipment, affect the normal use of mobile device hardly.It directly applies performance: plugged one time on main battery 1 by described super capacitor 2 at every turn, can be inserted in mobile phone end part and continue to use (comprise to charging mobile phone battery and maintain mobile phone running) longer a period of time; Mobile phone is charged while the process used becomes extremely convenient.
Embodiment two:
For the embodiment two shown in Fig. 2, in the electric power storage inner core 11 of described main battery 1, heeling-in has heat storage container 3, is full of solid-liquid phase height at the heat-storage agent of 60 DEG C ~ 80 DEG C in described heat storage container 3.Mainly consider in the charging process of super capacitor 2, will produce instantaneous large-current, may make electric power storage inner core 11 fast heating, after configuring described heat storage container 3, moment, high heat can be converted into the phase transition energy of heat-storage agent, thus improved the fail safe of portable power source; And at super capacitor 2 in the process of giving charging of mobile devices, this heat produced instantaneously is enough to slowly leave, and heat-storage agent recovers again solid-state, wait for that heat impacts next time.
Same for security consideration, in the present embodiment two, one end of the main casing 13 of described main battery forms groove, and the bottom of this groove is sealed by metal reinforcing plates 131, and the electric discharge interface 11 of described main battery is located at described bottom portion of groove; When described super capacitor 2 is plugged in the electric discharge interface 11 of described main battery, be just absorbed in described groove, and super capacitor 2 be shaped with towards the end outside groove intensity be obviously weaker than all the other positions mechanics weak area 200,200 '.By this scheme, if when super capacitor 2 is because of various fortuitous event generation explosion, first explosion air-flow is gone out from described mechanics weak area 200,200 ', makes super capacitor 2 press to the metal reinforcing plates 131 forming described bottom portion of groove, thus prevent super capacitor 2 from outwards flying, harm is formed to human body.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.