The application is that name is called: a kind of battery restorative procedure, application number are: 201310228011.0, the applying date is: the divisional application of on 06 08th, 2013.
Summary of the invention
In order to solve the problem, the present invention discloses a kind of battery restorative procedure, and it can realize the regeneration of most of battery, can economize on resources widely, makes environment safer, and the present invention realizes by the following technical solutions.
A kind of battery restorative procedure, is characterized in that it includes following steps:
The first step: initial charge: first get the storage battery that will repair, again the nut on storage battery is all backed out, then storage battery is placed on ventilation and the place of the flames of anger, then temperature-measuring range is not less than the thermometer of 80 degree or the detecting head of temperature probe or remote control temperature measuring equipment stretches in the electrolyte of storage battery, then storage battery high-power charger is charged again, then the temperature value surveyed and fluid injection aperture is observed at any time, when temperature rises within the scope of 40 DEG C ~ 45 DEG C or fluid injection aperture steam bubble time, stop immediately charging;
Second step: process original electrolyte: adopt nature cooling or air-cooled mode that storage battery is cooled, when storage battery Inner electrolysis temperature is down to 20 DEG C, electrolyte and the presumable sediment of bottom of storage battery are poured out together, then recover storage battery and face up;
3rd step: add recovery liquid: recovery liquid is joined in storage battery, addition is as the criterion to flood battery polar plate, adds after recovering liquid and soaks 6-12 hour;
4th step: recover charging: ventilation is placed on and the place of the flames of anger for the storage battery in the 3rd step, then temperature-measuring range is not less than the thermometer of 80 degree or the detecting head of temperature probe or remote control temperature measuring equipment stretches in the electrolyte of storage battery, then storage battery high-power charger is charged again, then the temperature value surveyed is observed at any time, when temperature rises within the scope of 30 DEG C ~ 40 DEG C, stop charging immediately; Subsequently battery filling-hole nut is tightened, storage battery is sidelong on the ground, beat bottom gently with hand hammer, the lead powder come off in bottom is sunk to side, then storage battery was fallen, beat the side that lead powder sinks, make lead powder sink to liquid injection hole direction; Subsequently turning on nut is all poured in clean plastic containers by recovery liquid;
5th step: the three to the four step repeatedly, until naked eyes do not see there is any solid impurity in the recovery liquid poured out, obtains the initial storage battery of reparation;
6th step: add electrolyte and charging: adding commercially available density in the initial storage battery to the reparation obtained in the 5th step is 1.25 ~ 1.3g/cm
3electrolyte; Be added to till exceeding baffle 10 ~ 15cm; Then, normal battery charger is adopted to charge, charge parameter is arranged according to the parameter that storage battery is original, charge after 5-8 hour and stop charging, liquid injection hole nut is tightened, with storage battery Special pressure measuring table to the measuring battery voltage after charging, illustrate that electricity is sufficient when pressure gauge pointer reaches the nominal value of battery tension, obtained the storage battery repaired.
A kind of battery restorative procedure described above, is characterized in that the power of the high-power charger described in the first step is 60 watts ~ 1000 watts; Charging current is 5 amperes ~ 40 amperes, and charging voltage is 12 volts ~ 25 volts.
A kind of battery restorative procedure described above, is characterized in that the recovery liquid described in the 3rd step, and the liquid that the concentrated sulfuric acid, distilled water, the sodium sulphate that are 70% ~ 85% by commercial concentration are mixed to form forms; Wherein, the concentrated sulfuric acid of 70% ~ 85% and the volume ratio of distilled water are 1:14 ~ 1:11, in mass ratio, and sodium sulphate: (concentrated sulfuric acid of 70% ~ 85% and distilled water)=(1:390) ~ (1:210); The density of described recovery liquid is 1.05 ~ 1.15g/cm
3.
A kind of battery restorative procedure described above, is characterized in that described recovery liquid, and the liquid that the concentrated sulfuric acid, distilled water, the sodium sulphate that are 75% by commercial concentration are mixed to form forms; Wherein, the concentrated sulfuric acid of 75% and the volume ratio of distilled water are 1:12, in mass ratio, and sodium sulphate: (concentrated sulfuric acid of 75% and distilled water)=1:275; The density of described recovery liquid is 1.1g/cm
3.
Method of the present invention is adopted to repair battery, only several industrial chemicals easily purchased need be used to be made into recovery liquid, the old and useless battery of more than 95% can be repaired, repair the cost of material 4 ~ 10 yuan that a piece is worth the battery of about 400 yuan, and, prove through a large amount of uses after reparation, at least can continue use 2 years; Therefore the cost repaired is relatively very low, and market is very huge.
In addition, only need during reparation that nonmetal resistance to acid attack container is some, resistance to acid attack rubber gloves, hand hammer, glass bar, handsaw, measuring cup, graduated cylinder are some, funnel, thermometer, balance, battery Special pressure measuring table, large power high efficiency quick charger, motorcycle electric electrolytic battery charger, etc. equipment, fund input is relatively little.
In addition, the poisonous and harmful substance contained in the recovery liquid poured out in the 4th step can centralized recovery process, more effective for environmental protection; After carrying out magazins' layout for the recovery liquid obtained, separately add sodium sulphate and distilled water, being adjusted to density is; 1.05 ~ 1.15g/cm
3in time, recycles, and has effectively saved resource.
Therefore, the present invention has following main beneficial effect: battery recovery is convenient, and success rate is high, less investment, instant effect, more environmental protection, more sustainable development.
Embodiment
In order to make the public have a better understanding for the present invention, now execution mode is elaborated.
embodiment 1
A kind of battery restorative procedure, is characterized in that it includes following steps:
The first step: initial charge: first get the storage battery that will repair, again the nut on storage battery is all backed out, then storage battery is placed on ventilation and the place of the flames of anger, then temperature-measuring range is not less than the thermometer of 80 degree or the detecting head of temperature probe or remote control temperature measuring equipment stretches in the electrolyte of storage battery, then storage battery high-power charger is charged again, then the temperature value surveyed and fluid injection aperture is observed at any time, when temperature rises within the scope of 40 DEG C ~ 45 DEG C or fluid injection aperture steam bubble time, stop immediately charging; The power of described high-power charger is 60 watts ~ 1000 watts; Charging current is 5 amperes ~ 40 amperes, and charging voltage is 12 volts ~ 25 volts;
Second step: process original electrolyte: adopt nature cooling or air-cooled mode that storage battery is cooled, when storage battery Inner electrolysis temperature is down to 20 DEG C, electrolyte and the presumable sediment of bottom of storage battery are poured out together, then recover storage battery and face up;
3rd step: add recovery liquid: recovery liquid is joined in storage battery, addition is as the criterion to flood battery polar plate, adds after recovering liquid and soaks 6-12 hour; The liquid that the concentrated sulfuric acid, distilled water, sodium sulphate that described recovery liquid is 75% by commercial concentration are mixed to form forms; Wherein, the concentrated sulfuric acid of 75% and the volume ratio of distilled water are 1:12, in mass ratio, and sodium sulphate: (concentrated sulfuric acid of 75% and distilled water)=1:275; The density of described recovery liquid is 1.1g/cm
3;
4th step: recover charging: ventilation is placed on and the place of the flames of anger for the storage battery in the 3rd step, then temperature-measuring range is not less than the thermometer of 80 degree or the detecting head of temperature probe or remote control temperature measuring equipment stretches in the electrolyte of storage battery, then storage battery high-power charger is charged again, then the temperature value surveyed is observed at any time, when temperature rises within the scope of 30 DEG C ~ 40 DEG C, stop charging immediately; Subsequently battery filling-hole nut is tightened, storage battery is sidelong on the ground, beat bottom gently with hand hammer, the lead powder come off in bottom is sunk to side, then storage battery was fallen, beat the side that lead powder sinks, make lead powder sink to liquid injection hole direction; Subsequently turning on nut is all poured in clean plastic containers by recovery liquid;
5th step: the three to the four step repeatedly, until naked eyes do not see there is any solid impurity in the recovery liquid poured out, obtains the initial storage battery of reparation;
6th step: add electrolyte and charging: adding commercially available density in the initial storage battery to the reparation obtained in the 5th step is 1.25 ~ 1.3g/cm
3electrolyte; Be added to till exceeding baffle 10 ~ 15cm; Then, normal battery charger is adopted to charge, charge parameter is arranged according to the parameter that storage battery is original, charge after 5-8 hour and stop charging, liquid injection hole nut is tightened, with storage battery Special pressure measuring table to the measuring battery voltage after charging, illustrate that electricity is sufficient when pressure gauge pointer reaches the nominal value of battery tension, obtained the storage battery repaired.
embodiment 2
A kind of battery restorative procedure, is characterized in that it includes following steps:
The first step: initial charge: first get the storage battery that will repair, again the nut on storage battery is all backed out, then storage battery is placed on ventilation and the place of the flames of anger, then temperature-measuring range is not less than the thermometer of 80 degree or the detecting head of temperature probe or remote control temperature measuring equipment stretches in the electrolyte of storage battery, then storage battery high-power charger is charged again, then the temperature value surveyed and fluid injection aperture is observed at any time, when temperature rises within the scope of 40 DEG C ~ 45 DEG C or fluid injection aperture steam bubble time, stop immediately charging; The power of described high-power charger is 60 watts ~ 1000 watts; Charging current is 5 amperes ~ 40 amperes, and charging voltage is 12 volts ~ 25 volts;
Second step: process original electrolyte: adopt nature cooling or air-cooled mode that storage battery is cooled, when storage battery Inner electrolysis temperature is down to 20 DEG C, electrolyte and the presumable sediment of bottom of storage battery are poured out together, then recover storage battery and face up;
3rd step: add recovery liquid: recovery liquid is joined in storage battery, addition is as the criterion to flood battery polar plate, adds after recovering liquid and soaks 6-12 hour; The liquid that the concentrated sulfuric acid, distilled water, sodium sulphate that described recovery liquid is 70% by commercial concentration are mixed to form forms; Wherein, the concentrated sulfuric acid of 70% and the volume ratio of distilled water are 1:11, in mass ratio, and sodium sulphate: (concentrated sulfuric acid of 75% and distilled water)=1:390; The density of described recovery liquid is 1.05g/cm
3;
4th step: recover charging: ventilation is placed on and the place of the flames of anger for the storage battery in the 3rd step, then temperature-measuring range is not less than the thermometer of 80 degree or the detecting head of temperature probe or remote control temperature measuring equipment stretches in the electrolyte of storage battery, then storage battery high-power charger is charged again, then the temperature value surveyed is observed at any time, when temperature rises within the scope of 30 DEG C ~ 40 DEG C, stop charging immediately; Subsequently battery filling-hole nut is tightened, storage battery is sidelong on the ground, beat bottom gently with hand hammer, the lead powder come off in bottom is sunk to side, then storage battery was fallen, beat the side that lead powder sinks, make lead powder sink to liquid injection hole direction; Subsequently turning on nut is all poured in clean plastic containers by recovery liquid;
5th step: the three to the four step repeatedly, until naked eyes do not see there is any solid impurity in the recovery liquid poured out, obtains the initial storage battery of reparation;
6th step: add electrolyte and charging: adding commercially available density in the initial storage battery to the reparation obtained in the 5th step is 1.25 ~ 1.3g/cm
3electrolyte; Be added to till exceeding baffle 10 ~ 15cm; Then, normal battery charger is adopted to charge, charge parameter is arranged according to the parameter that storage battery is original, charge after 5-8 hour and stop charging, liquid injection hole nut is tightened, with storage battery Special pressure measuring table to the measuring battery voltage after charging, illustrate that electricity is sufficient when pressure gauge pointer reaches the nominal value of battery tension, obtained the storage battery repaired.
embodiment 3
A kind of battery restorative procedure, is characterized in that it includes following steps:
The first step: initial charge: first get the storage battery that will repair, again the nut on storage battery is all backed out, then storage battery is placed on ventilation and the place of the flames of anger, then temperature-measuring range is not less than the thermometer of 80 degree or the detecting head of temperature probe or remote control temperature measuring equipment stretches in the electrolyte of storage battery, then storage battery high-power charger is charged again, then the temperature value surveyed and fluid injection aperture is observed at any time, when temperature rises within the scope of 40 DEG C ~ 45 DEG C or fluid injection aperture steam bubble time, stop immediately charging; The power of described high-power charger is 60 watts ~ 1000 watts; Charging current is 5 amperes ~ 40 amperes, and charging voltage is 12 volts ~ 25 volts;
Second step: process original electrolyte: adopt nature cooling or air-cooled mode that storage battery is cooled, when storage battery Inner electrolysis temperature is down to 20 DEG C, electrolyte and the presumable sediment of bottom of storage battery are poured out together, then recover storage battery and face up;
3rd step: add recovery liquid: recovery liquid is joined in storage battery, addition is as the criterion to flood battery polar plate, adds after recovering liquid and soaks 6-12 hour; The liquid that the concentrated sulfuric acid, distilled water, sodium sulphate that described recovery liquid is 85% by commercial concentration are mixed to form forms; Wherein, the concentrated sulfuric acid of 85% and the volume ratio of distilled water are 1:14, in mass ratio, and sodium sulphate: (concentrated sulfuric acid of 85% and distilled water)=1:210; The density of described recovery liquid is 1.15g/cm
3;
4th step: recover charging: ventilation is placed on and the place of the flames of anger for the storage battery in the 3rd step, then temperature-measuring range is not less than the thermometer of 80 degree or the detecting head of temperature probe or remote control temperature measuring equipment stretches in the electrolyte of storage battery, then storage battery high-power charger is charged again, then the temperature value surveyed is observed at any time, when temperature rises within the scope of 30 DEG C ~ 40 DEG C, stop charging immediately; Subsequently battery filling-hole nut is tightened, storage battery is sidelong on the ground, beat bottom gently with hand hammer, the lead powder come off in bottom is sunk to side, then storage battery was fallen, beat the side that lead powder sinks, make lead powder sink to liquid injection hole direction; Subsequently turning on nut is all poured in clean plastic containers by recovery liquid;
5th step: the three to the four step repeatedly, until naked eyes do not see there is any solid impurity in the recovery liquid poured out, obtains the initial storage battery of reparation;
6th step: add electrolyte and charging: adding commercially available density in the initial storage battery to the reparation obtained in the 5th step is 1.25 ~ 1.3g/cm
3electrolyte; Be added to till exceeding baffle 10 ~ 15cm; Then, normal battery charger is adopted to charge, charge parameter is arranged according to the parameter that storage battery is original, charge after 5-8 hour and stop charging, liquid injection hole nut is tightened, with storage battery Special pressure measuring table to the measuring battery voltage after charging, illustrate that electricity is sufficient when pressure gauge pointer reaches the nominal value of battery tension, obtained the storage battery repaired.
By the repeated tests of applicant, applicant finds, the recovery liquid described in above-mentioned arbitrary embodiment, and the liquid that the concentrated sulfuric acid, distilled water, the sodium sulphate that are 70% ~ 85% by commercial concentration are mixed to form forms; Wherein, the concentrated sulfuric acid of 70% ~ 85% and the volume ratio of distilled water are 1:14 ~ 1:11, in mass ratio, and sodium sulphate: (concentrated sulfuric acid of 70% ~ 85% and distilled water)=(1:390) ~ (1:210); The density of described recovery liquid is 1.05 ~ 1.15g/cm
3time, the object used in the present invention can be reached.
Method of the present invention is adopted to repair battery, only several industrial chemicals easily purchased need be used to be made into recovery liquid, the old and useless battery of more than 95% can be repaired, repair the cost of material 4 ~ 10 yuan that a piece is worth the battery of about 400 yuan, and, prove through a large amount of uses after reparation, at least can continue use 2 years; Therefore the cost repaired is relatively very low, and market is very huge.
In addition, only need during reparation that nonmetal resistance to acid attack container is some, resistance to acid attack rubber gloves, hand hammer, glass bar, handsaw, measuring cup, graduated cylinder are some, funnel, thermometer, balance, battery Special pressure measuring table, large power high efficiency quick charger, motorcycle electric electrolytic battery charger, etc. equipment, fund input is relatively little.
In addition, the poisonous and harmful substance contained in the recovery liquid poured out in the 4th step can centralized recovery process, more effective for environmental protection; After carrying out magazins' layout for the recovery liquid obtained, separately add sodium sulphate and distilled water, being adjusted to density is; 1.05 ~ 1.15g/cm
3in time, recycles, and has effectively saved resource.
Therefore, the present invention has following main beneficial effect: battery recovery is convenient, and success rate is high, less investment, instant effect, more environmental protection, more sustainable development.
The present invention is not limited to above-mentioned preferred forms, and should be appreciated that design of the present invention can be implemented to use by other various forms, they drop in protection scope of the present invention equally.