Charge pump apparatus for weak power recycling based on connection range control of series capacitor

22-06-2015 дата публикации
Номер:
KR0101530397B1
Принадлежит: 석 영 정, 정진화, 정 석 영, 정진화
Контакты:
Номер заявки: 00-10-102040192
Дата заявки: 29-04-2010

[1]

The present invention refers to when the stored voltage is low generator than battery also to charging of the accumulator cell, Serial a plurality of capacitors are defined. switching control for a car audio.

[2]

Natural phenomenon the-power engineering for reproducing energy source to a decoder by wind, wave, aid, which solar a plurality of tension ribs, each wind power generator, green onion power developmental , aid generator, a solar power generator capable of saving of wet liquid to flow down called (solar cell). (AC) alternating generation power therefrom outputs a necessary to fit load voltage by high or rectified by full-wave, directly charging the storage batteries coupled to the load a power supply to output consists of a direct-current (DC).

[3]

Here for example assault of the existing method when the wall of a wind force and green onion power 'steel' 'about' and of the wavelength and 'and' 'low' change according to, aid in the case of 'wiper' of 'little' and according to change of cleaning off scale in an, of sunlight and clear edge, and when the difference in and cloudy weather and local evening breakfast and well as sunlight and downwardly on a curved portion involving always change according to, factor ultimately these differences (for the overall operative period actually the load the effective power which is is obtained a time rate numeral key, conventional interpreting terms regardless of thus defined a power factor in the present invention) having a non-constant of hope appeared. with the surfactant is checked.

[4]

The power factor height maximum voltage of the generator for setting the relatively high energy low as possible even load a switch operated by large energy while to a higher voltage then unnecessary as pressure slowly rises the automatic voltage regulator portion have been employing inhibiting, in this case less energy low generating voltage difference generating voltage high in steady state and ultimately is lowering the efficiency problem.

[5]

I.e. also 1 can see changes in the large wave or wind collected and the intensity of a situation (e) power properly load only, so that the internal battery lifetime if the generating voltage setting (A) (t) periods in which the overall during period-to-use is valid power plant (power factor) is laminated in the transistor circuit, which the, with one-shot structure to wind or wave is weak, thus the user steps on or off a load even when power generating voltage, so that the internal battery lifetime (e) if the setting (B) (t) periods in which the overall during period-to-use is valid power plant (power factor) a strong but increased energy (point P) occurs via voltage regulator when inhibiting loss (P point and B line difference excessively large becomes numeral key, constitution: the voltage can be hereinafter). is that it is not inactive layer thereby load on the engine is significant. B in A criteria setting in addition that change point between generating voltage that may eventually, as also is that for winding according to the upper (capacity) is connected to the semiconductor layer. problem inefficient of metal deposited layer or inorganic. For example 24V battery with the surface plate, a high load in a 24V A a reference point rechargeable the future notification set to be a high voltage, above the 24V system using in-out port of only during generation time since overall generated by selecting and inserting a name shouldn, in a time period is provided to reduce the 20% the degree (the P point about 30V to name in Figure 1 eye guess also it can be assumed that the 2000). While rechargeable B a reference point when the start set to a 24V entire generator during using in-out port of the period P when but same at least 80% of the voltages a relatively as graph e.g. sprayed by the same method as it can be assumed that the communication with exteriors 100V is/maximum point collected and also having a reduced in voltage regulator automatic in particular since a 100V-24V=76V (76%)loss according to high voltage and is soybean also safety problem if one skilled the art 2000 to the selected piece of data.

[6]

Solar power plant (includes a solar cell) also in the case of the greater the length of time described such as a 2, cloudy panel evening morning edge, and effective in power generation comprises a dispersed phase comprising generating voltage-etched by to B generating voltage i.e. setting point between them need to be always, the incorrect average of a plurality of this case with point P is conveyed into the grader loss. Solar power plant as well as the first group power generation in a power a solar battery cell soon that an annealing process is, increased quantity cell according to (space) burden when the copper tube is buried and location, construction complex and price increase in. that are involved substrate via the wire. Modern the intake about 1 a solar cell 4, which is adapted to be filling time of wet liquid to flow down.

[7]

Particulars, such as landing new solving a problem with a conventional pipe having a non-constant energy source if there is wind, wave, aid, solar as well as other the same non-constant regenerative energy portion greatly power factor results in a visual benefit greater measuring the possible to of the motor is will not.

[8]

The aim of the present invention number 1 a strong to an energy source weak natural phenomenon of the variation of energy source to the adapt to a micricontroller can be obtained for high-efficiency power the power recycling the remote control signal therefor from the charging device is provided.

[9]

The aim of the present invention number 2 the beginning from greater than as power plant of the voltage high-voltage electrical accumulator which generates power by provided directly charged of equipment and activates the value of the reduce, capacitors are prepared production of power means is provided to the remote control signal therefor from.

[10]

Various power plant of the present invention number 3 various an underlying can be used as well as a good method to an instrument to be is utilized the present invention remote control signal therefor from the receiver is provided.

[11]

The above-mentioned, the first and for achieving power recycling of the present invention number 1 e.g. charging device (also 8) according to the difference in voltage between the power generation equipment and battery system for sensing a power sense control unit; and said a power sense under the control of control unit, said voltage for said battery when the family of voltage hereinafter said power sensing control according to the control of the controller the substrate which is provided with a system battery said an inductor and a boosting IC chip includes including a booster section the. Other embodiment of the present invention: an power recycling power generation equipment and battery charging device is connected between system, said voltage for said battery said battery system when the family of voltage hereinafter the substrate which is provided with a an inductor and a boosting IC chip includes including a booster section the. Wherein, said booster section a by a voltage of said power plant a plurality of filled separately, machine comprising such a tool and charging element to a discharge voltage, the voltage boosted said said battery system at charging element to a discharge voltage when provided with said plural charging elements together the charging voltage of said battery system. to supply air into the air valve. Another embodiment of the present invention: an power recycling power generation equipment and battery charging device is connected between system, said voltage for said battery said battery system when the family of voltage hereinafter the substrate which is provided with a an inductor and a boosting IC chip includes including a booster section the. N a booster section said (integer larger than or equal to 2) capacitor and a plurality of switch machine comprising such a tool and, depending upon the structure of the connection of said switch said capacitors on at least a portion of said first comparator compares the first reference voltage for voltage or filled with said 1 minutes for N. filled with first comparator compares the first reference voltage. Another embodiment of the present invention: an power recycling charging device a plural charging non-power plant is connected between system discharge, said voltage for said battery said battery system when the family of voltage hereinafter the substrate which is provided with a an inductor and a boosting IC chip includes including a booster section the. Wherein, a booster section said charging said battery system between said cells said charging cells number 1 connecting one another in series and switches said cells charging said battery system between parallel interlocking connecting said charging cells including switch number 2.

[12]

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[13]

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[14]

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[15]

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[16]

Then a certain amount of energy the present invention refers to weak in situations low electromotive force (voltage) battery charge even entire rechargeable of the body and requires an estimated price to the removing the first and second partition wall, i.e. power factor. supporting portion. Further the high energy generated in the excessive voltage power loss prevention and safety. of the devices enhanced.

[17]

In addition the present invention refers to is lower than that of the generating voltage of the power plant an electroplating material is then generator of reduce the solar cell power plant the cell are connected in series in the case of a more nearly parallel to normal, minimizes solar panel installation area and installed in. reducing first cost.

[18]

In addition the present invention refers to wind, wave, aid, as well as solar, rocking using a cellular phone, vehicle, such as charging function of ship has a non-uniform EMF that can be used for all power plant is as of multipurpose, 2008 a invention to the derived applications effect application techniques are described, the question.

[19]

[Prior art]

[20]

The present invention refers to be charging of battery electromotive force (voltage) for than even low charge control unit is connected to the in pumping (pumping) provided is is the principle on which corresponding to the prior art can't a ball sought. If using drop natural i.e. for electromotive force (in the present invention electromotive force photolithography mainly power plant-laden water obtained from the generating voltage circulation promoted.) is higher than charging voltage is device charging are excited. Although designed as output of AC generator power one MEMS-up node even when the charge control unit is connected to a can formed between the pair of substrates for the LR is exceeds portion has a normal before power one loss is when having very high input power prior the conveyed into the grader safety, thereby satisfying various having two double bonds as its monomer by a particular fault of the tool.

[21]

[...] 2002-0087100 publication number of Public Patent Notification 25th which (21 November 2002 call ' ultra capacitor based dynamic of the charge pump power converter to the process' relates to pump using capacitor is (pump) in the behaviour of light emitted from at least the each other can be present. A portable electronic device the the prior art converter provides power to load to desired as, flying ultra-capacitor c a (CUF) for dynamically switch matrix of the charge pump including a operating frequency changes as a stable according to demand by the booster to down power structure thereof can be viewed. I.e. ultra capacitor (CUF) of frequency response characteristics and a switching frequency plurality display by an endoscope being achieved control, in control part dynamic course thus is in kernels. In addition said prior art only one pumping capacitor (CF) switching operating frequency (CL) of the output class capacity according 2 back within an annealing process is to adjust the, back pressure in a higher range than 2 the present invention is also directed toward the point and, in addition said prior art the 'single ultra capacitor switching dynamic plurality of operation frequencies' while the, the present invention refers to' a plurality of generic capacitor fixture material, TV monitors, liquid crystal frequency sweep (swing) switching ' general outline from each other from those which the. hereinafter. A single capacitor said prior art operating frequency with a warning lamp by forming a elevated pressures and down while it is intended to find out the simultaneously, the present invention refers to a plurality of capacitors overlapping height of boosting output terminal of the (stack) of increasing in particular different landing in..

[22]

Up boiling ground water comprising alpha-aired the present invention refers to, among other things such as a pump, by which action battery power monolithically family of desired voltage such that a terminal portion of such an annealing process is for pumping in general outline to achieve die as thick as the and die as thick as the detailed not encountered the is a technology by the recording operation.. Said prior art charge of the battery to a load stable range constant supply with a voltage to supply a convenience by mounting a. hereinafter from landing since the general outline.

[23]

The present invention refers to wind, wave, aid, as well as solar, rocking using a cellular phone, vehicle, such as charging function of ship has a non-uniform EMF all power plant capable of controlling a charge of a device or method to load control to causes a synchronization of the invention as well as a good battery charge system information is stored in an EEPROM through product while in addition a utilized directly to industrial utility is connected to the semiconductor layer..

[24]

Also regenerative energy power plant also 1 and Figure 2 shows a an initial distance changes energy side depicting

[25]

Also 3 and Figure 4 shows a battery charge lines timing block diagram of the existing method also

[26]

Figure 5 of the present invention general outline of collectively indicative of the block diagram

[27]

Also indicative of the block diagram 6 and Figure 7 of the present invention embodiment one example

[28]

Other embodiment one example Figure 8 of the present invention indicative of the block diagram

[29]

Also 9 to Figure 13 shows a circuit diagram of Figure 8 various indicating a switch configuration

[30]

Also another embodiment one example of the present invention also Figure 17 shows a to 14 each timing block diagram



[31]

The present invention refers to energy is has a non-uniform regenerative energy power plant generating voltage in charge control unit is connected to the even stubborn 2000.

[32]

The present invention refers to a strong to an energy source weak natural phenomenon of the variation of energy source to the high efficiency and constitutively, even though a load power (load voltage) can be done a micricontroller to having the aim of power recycling.

[33]

It achieves the object of designing a solve such a has high power a plurality of capacitors are connected in series whereby in use the pumping action as, further a plurality cells solar cell power plant in the parallel and series, and utilising achieves consisting of.

[34]

The present invention refers to weak energy service related with a position of low electromotive force (voltage) battery charge even entire rechargeable of the body and requires an estimated price to the removing the first and second partition wall, i.e. key material. power factor.



The difference in voltage between the system discharge power plant for sensing a power sense control unit; and

Said a power sense under the control of control unit, said voltage for said battery when the family of voltage hereinafter said power sensing control according to the control of the controller the substrate which is provided with a system battery said an inductor and a boosting IC chip includes including a booster section the,

Said booster section a,

A plurality of capacitors; and

Said battery system one end connected to said both ends of said each capacitors a power plant comprising a switches number 1,

Said voltage for said battery family of voltage hereinafter said capacitors when the charging voltage of the at least one said battery is supplied lineage, when charging capacitors said corresponding number 1 is turn-on switches are capacitors are said battery in discharge lineage said said number 1 switches turn-on at least a portion of power recycling is characterized by charging device.

According to Claim 1, said control unit a power sense said said battery system and power plant according to a voltage difference between a voltage at said battery system the substrate which is provided with a voltage having stress reduced word line driving connected to to determine a range from power recycling characterized by charging device.

According to Claim 1, a booster section said said voltage for said battery family of voltage if the reacquisition time is greater than a battery by using a multi-voltage for said at least one charging element to a discharge voltage to charging power recycling device characterized by including.

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According to Claim 1, said when charging said capacitors each said voltage for voltage power recycling characterized by filled with a charging device.

According to Claim 1, said booster section a,

Each said ground terminal and a ground is connected other end of electrical capacitors connecting said power installation is further includes a switch number 2,

Said voltage for said battery family of voltage a length different from each said battery said number 2 switch is turned on and a provided voltage between said power plant and route from forming in the absorber characterized by charging power recycling device.

The difference in voltage between the system discharge power plant for sensing a power sense control unit; and

Said a power sense under the control of control unit, said voltage for said battery when the family of voltage hereinafter said power sensing control according to the control of the controller said battery has an inductor and a boosting IC the substrate which is provided with a system, including a booster section having plurality of capacitors includes,

Said booster section a,

Said battery system of the capacitors said number 1 capacitor connected to said anode of a power plant number 1 switch, of fibres arranged according to cathode of capacitor said number 1 number 2 capacitor distinct positive electrodes or number 2 switch connected to a power plant, said number 1 capacitor of cathodes with an anode connected to a ground is a number 3 further includes a switch,

Said voltage for said battery family of voltage hereinafter said capacitors when the charging voltage of the at least one said battery is fed to the system, said number 1 when charging is is turned on and a switch said number 3 switch and said number 2 switch off, is turned on and a switch said number 2 level in said is said number 1 switch and said number 3 switch is turned off to interworking configuration characterized by having at least one charging power recycling device.

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The difference in voltage between the system discharge power plant for sensing a power sense control unit; and

Said a power sense under the control of control unit, said voltage for said battery when the family of voltage hereinafter said power sensing control according to the control of the controller has an inductor and a boosting IC the substrate which is provided with a system battery said, plural capacitors that are serially connected each other includes including a booster section having,

Said booster section a,

A first capacitor is connected to said battery system of a power plant said anode number 1 switch;

Nodes between said power plant and for connecting said capacitors number 2 switch; and

Said capacitors last of the capacitor of the connected to a ground cathode comprising a further switch number 3,

Said voltage for said battery family of voltage hereinafter said capacitors when the charging voltage of the at least one said battery is supplied lineage, said level in said number 2 switch at least a portion of said number 1 switch and turn-on is characterized by charging power recycling device.

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