CN206945921U - It is a kind of battery to be detected and the equipment of self-loopa - Google Patents
It is a kind of battery to be detected and the equipment of self-loopa Download PDFInfo
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- CN206945921U CN206945921U CN201720843712.9U CN201720843712U CN206945921U CN 206945921 U CN206945921 U CN 206945921U CN 201720843712 U CN201720843712 U CN 201720843712U CN 206945921 U CN206945921 U CN 206945921U
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- module
- battery
- circuit module
- detected
- electrical parameter
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- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
Battery can be detected and the equipment of self-loopa the utility model discloses a kind of, including detecting and the housing of self-loopa and the battery to be detected being connected, adaptive synchronicity boost module, power conditioning module and adaptive synchronicity voltage reduction module are connected with each other successively, adaptive synchronicity boost module is connected with adaptive synchronicity voltage reduction module by charge and discharge switch control circuit module, charge and discharge switch control circuit module is connected with energy storage battery, the computer host computer of data acquisition electrical parameter is connected with adaptive synchronicity boost module by polarity identification protection circuit module, polarity identification protection circuit module is connected with miscue circuit module.Its is reasonable in design for the utility model, is easy to recycle the electric flux of battery to be detected, energy-conserving and environment-protective, shows the actual power of battery to be detected, the detection being convenient for people to, suit large area to popularize use.
Description
Technical field
It the utility model is related to technical field of electronic equipment, more particularly to a kind of battery can be detected and self-loopa
Equipment.
Background technology
Known battery be required for before dispatching from the factory by detection, only detect it is qualified after can be only achieved the requirement dispatched from the factory,
The side that the detection of electric flux is generated heat generally by resistance mode, tradition using resistance even load is carried out to battery in the prior art
Formula discharges the electric energy of battery, but its energy is lossy, and civil power is needed during charging, to consume the energy, cause
The waste of electric energy, it is unfavorable for the requirement of sustainable development advocated energetically now, being unfavorable for energy-conservation and environmentally friendly social reality needs
Will, and be also not easy to people simultaneously and clearly watch out the effect for showing detection, it has not been convenient to the grasp detection of common people
As a result, therefore it is unfavorable for promoting the use of for large area.
Utility model content
For deficiency of the prior art, the utility model provides a kind of can be detected to battery and self-loopa is set
Standby, its one side realizes the recycling of the energy content of battery, is participated in without civil power, energy-conservation and environmental protection, is on the other hand also convenient for people
Detection, show the actual power of battery to be detected, improve the qualification rate of product.
To achieve these goals, technical solution adopted in the utility model is：
It is a kind of battery to be detected and the equipment of self-loopa, including the housing of detection and self-loopa and be connected
Battery to be detected, the computer host computer of data acquisition electrical parameter, polarity identification protection circuit module, mistake are provided with the housing
Cue circuit module, adaptive synchronicity boost module, power conditioning module, charge and discharge switch control circuit module, adaptive by mistake
Synchronous buck module and energy storage battery, the computer host computer of data acquisition electrical parameter are connected with polarity identification protection circuit module
Connect, adaptive synchronicity boost module, power conditioning module and adaptive synchronicity voltage reduction module are connected with each other successively, adaptive synchronicity
Boost module is connected with adaptive synchronicity voltage reduction module by charge and discharge switch control circuit module, charge and discharge switch control electricity
Road module is connected with energy storage battery, and the computer host computer of data acquisition electrical parameter is connected with by polarity identification protection circuit module
Adaptive synchronicity boost module, polarity identification protection circuit module are connected with miscue circuit module.Lead in the utility model
Cross with the computer host computer of data acquisition electrical parameter, polarity identification protection circuit module, miscue circuit module, adaptive
Synchronous boost module, power conditioning module, charge and discharge switch control circuit module, adaptive synchronicity voltage reduction module and accumulation of energy electricity
Pond.According to different mesuring battary capacity, discharge and recharge back and forth uses, and loss is minimum, it is not required that civil power, is easy to recycle to be checked
Survey the electric energy of battery, more energy-conserving and environment-protective.
Guidance panel and display are provided with the computer host computer of the data acquisition electrical parameter, can by guidance panel
For being controlled operation, and display can be shown, be easy to being clearly understood that for people.
The battery to be detected is connected by the wire with plug with data acquisition electrical parameter computer host computer, institute
State and be correspondingly provided with jack on data acquisition electrical parameter computer host computer, plug is engaged with jack, the jack position shell
On the front position of body, its battery to be detected passes through corresponding with the data acquisition electrical parameter computer host computer slotting with plug
Hole is connected, the quick connection being convenient for people to, and operates and its simple and convenient, is easy to the operation of common people, suitable large area pushes away
It is wide to use.
The charge and discharge switch control circuit module is connected with charge and discharge switch control circuit module switch, charge and discharge switch
For control circuit module switch on the front position of housing, its is reasonable in design, is easy to people to operate switching switch and is used for controlling
Make and carry out charge/discharge selection to battery to be detected.
The power conditioning module is the adjustable electronic positioning unit of size, is easy to suitable to be checked by electronic positioning unit regulation
Survey the electric current and voltage of battery.
The utility model is upper by the wire with plug and data acquisition electrical parameter computer in the battery to be detected
It is connected on machine, polarity identification protection circuit module is connected with adaptive synchronicity boost module, when the requirement of battery to be detected is entered
During row electric discharge, the output end of adaptive synchronicity boost module is connected with the input of charge and discharge switch control circuit module, charge and discharge
The output end of electric switch control circuit module is connected with the input of energy storage battery, now passes through adaptive synchronicity boost module work
The energy storage battery made and be connected to inside automatically carries out electric discharge storage, and is set on the computer host computer of the data acquisition electrical parameter
Guidance panel and display are equipped with, the electricity ginseng of real-time display collection is capable of on the computer host computer of the data acquisition electrical parameter
Number, can adjust adaptive synchronicity boost module, so as to realize to entering according to required discharge parameter by power conditioning module
Row adjustment, to reach required discharge parameter, the external battery discharge procedure to be detected that above operation is completed.In the process
Before external battery discharge to be detected, the computer host computer of data acquisition electrical parameter is connected with by polarity identification protection circuit module
Adaptive synchronicity boost module, polarity identification protection circuit module are connected with miscue circuit module, protected by polarity identification
Protection circuit can detect connection positive-negative polarity and whether there is reversed, and such as reversed, miscue circuit module will start, internal from dynamic circuit breaker
Battery to be detected and alarm are opened, in trouble shooting, alarm stops；Electric discharge is completed to be calculated according to the electrical parameter of collection to treat
Detect the actual capacity of battery；Adaptive synchronicity boost module works, and boosts to the charging voltage needed for energy storage battery and progress
Charging.
The utility model is upper by the wire with plug and data acquisition electrical parameter computer in the battery to be detected
It is connected on machine, when the requirement of battery to be detected is charged, the input of adaptive synchronicity voltage reduction module is connected with accumulation of energy
The output end of battery, the storage electric energy of energy storage battery is outwards exported, the output end connection of adaptive synchronicity voltage reduction module
There is the computer host computer of the data acquisition electrical parameter, electric energy is returned to by the computer host computer of data acquisition electrical parameter and treated
Battery is detected, and guidance panel and display are provided with the computer host computer of the data acquisition electrical parameter, wherein can pass through
Power conditioning module is next to adjust adaptive synchronicity voltage reduction module, so as to realize to being adjusted according to required charge parameter,
To reach required charge parameter, the external battery charging process to be detected that above operation is completed.It is outer in the process to receive
Before detecting battery discharge, the computer host computer of data acquisition electrical parameter is connected with adaptively by polarity identification protection circuit module
Synchronous boost module, polarity identification protection circuit module are connected with miscue circuit module, pass through polarity identification protection circuit
Can detect connection positive-negative polarity whether there is it is reversed, such as it is reversed, miscue circuit module will start, inside disconnect automatically it is to be checked
Battery and alarm are surveyed, in trouble shooting, alarm stops；Charging complete can calculate electricity to be detected according to the electrical parameter of collection
The actual capacity in pond；Adaptive synchronicity voltage reduction module works, and boosts to the charging voltage needed for energy storage battery and is charged.
The beneficial effects of the utility model：Compared with prior art, the utility model carries out discharge charge primarily directed to battery
When electric, electric flux reusable edible, without civil power participate in, on the one hand can energy-conserving and environment-protective, on the other hand also cause common people
By display can check the actual power of battery to be detected, suit large area to popularize, also to improve product
Qualification rate.
Brief description of the drawings
Fig. 1 is this principle schematic of the present utility model；
Fig. 2 is schematic diagram of the present utility model.
Embodiment
As depicted in figs. 1 and 2, it is a kind of battery to be detected and the equipment of self-loopa, including detection and self-loopa
Housing 10 and the battery to be detected 20 being connected, be provided with the housing 10 data acquisition electrical parameter computer host computer 2,
Polarity identification protection circuit module 3, miscue circuit module 4, adaptive synchronicity boost module 5, power conditioning module 6, fill
Discharge switch control circuit module 7, adaptive synchronicity voltage reduction module 8 and energy storage battery 9, the computer of data acquisition electrical parameter are upper
Machine 2 is connected with polarity identification protection circuit module 3, adaptive synchronicity boost module 5, power conditioning module 6 and adaptive same
Step voltage reduction module 8 is connected with each other successively, and adaptive synchronicity boost module 6 is established by cable with adaptive synchronicity voltage reduction module 8 by charge and discharge
Close control circuit module 7 to be connected, charge and discharge switch control circuit module 7 is connected with energy storage battery 9, data acquisition electrical parameter
Computer host computer 2 is connected with adaptive synchronicity boost module 5, polarity identification protection electricity by polarity identification protection circuit module 3
Road module 3 is connected with miscue circuit module 4, and operating surface is provided with the computer host computer 2 of the data acquisition electrical parameter
Plate and display 21, control operation can be utilized for by guidance panel, and display 21 can be shown, be easy to people's
It is clearly understood that, the battery 20 to be detected passes through on the wire with plug and data acquisition electrical parameter computer host computer 2
It is connected, is correspondingly provided with jack on the data acquisition electrical parameter computer host computer 2, plug is engaged with jack, described
On the front position of jack position housing 10, its battery 20 to be detected passes through with plug and the data acquisition electrical parameter computer
Jack corresponding to host computer 2 is connected, the quick connection being convenient for people to, and operates and its simple and convenient, is easy to the behaviour of common people
Make, suit large area to popularize use, and the charge and discharge switch control circuit module 7 is connected with charge and discharge switch control circuit module
Switch 71, charge and discharge switch control circuit module switch 71 are arranged on the front position of housing 10, and its is reasonable in design, is easy to people
Operate switching switch be used for control give battery 20 to be detected carry out charge/discharge selection, the power conditioning module 6 is big I
The electronic positioning unit of tune, it is easy to adjust the electric current and voltage for being adapted to battery to be detected by electronic positioning unit.In the utility model
By the computer host computer 2 with data acquisition electrical parameter, polarity identification protection circuit module 3, miscue circuit module 4,
Adaptive synchronicity boost module 5, power conditioning module 6, charge and discharge switch control circuit module 7, adaptive synchronicity voltage reduction module 8
With energy storage battery 9.According to the different capacity of mesuring battary 20, discharge and recharge back and forth uses, and loss is minimum, it is not required that civil power, is easy to
Recycle the electric energy of battery 20 to be detected, more energy-conserving and environment-protective.
The utility model passes through on the wire with plug and data acquisition electrical parameter computer in the battery 20 to be detected
It is connected on the machine 2 of position, polarity identification protection circuit module 3 is connected with adaptive synchronicity boost module 5, when battery 20 to be detected
It is required that when being discharged, the output end of adaptive synchronicity boost module 5 is connected with the input of charge and discharge switch control circuit module 7
End, the output end of charge and discharge switch control circuit module 7 are connected with the input of energy storage battery 9, now pass through adaptive synchronicity
Boost module 5, which works and is connected to internal energy storage battery 9 automatically, carries out electric discharge storage, and the electricity of the data acquisition electrical parameter
Guidance panel and display 21 are provided with brain host computer 2, can be real-time on the computer host computer 2 of the data acquisition electrical parameter
The electrical parameter of collection is shown, adaptive synchronicity boost module 5 can be adjusted by power conditioning module 6, so as to realize to basis
Required discharge parameter（Discharge voltage, electric current, power, the amount of storage of mesuring battary percentage）It is adjusted, needed for reaching
Discharge parameter, the above operation i.e. complete the external discharge process of battery 20 to be detected.External battery to be detected in the process
Before 20 electric discharges, the computer host computer 2 of data acquisition electrical parameter is connected with adaptive synchronicity by polarity identification protection circuit module 3
Boost module 5, polarity identification protection circuit module 3 are connected with miscue circuit module 4, pass through polarity identification protection circuit energy
It is reversed that enough detection connection positive-negative polarities whether there is, and such as reversed, miscue circuit module 4 will start, and inside disconnects to be checked automatically
Battery 20 and alarm are surveyed, in trouble shooting, alarm stops；Electric discharge completion can calculate to be detected according to the electrical parameter of collection
The actual capacity of battery；Adaptive synchronicity boost module 5 works, and boosts to the charging voltage needed for energy storage battery 9 and is filled
Electricity.
The utility model passes through on the wire with plug and data acquisition electrical parameter computer in the battery 20 to be detected
It is connected on the machine 2 of position, when the requirement of battery 20 to be detected is charged, the input connection of adaptive synchronicity voltage reduction module 8
Have the output end of energy storage battery 9, the storage electric energy of energy storage battery 9 outwards exported, adaptive synchronicity voltage reduction module 8 it is defeated
Go out end and be connected with the computer host computer 2 of the data acquisition electrical parameter, by the computer host computer 2 of data acquisition electrical parameter by electricity
Battery 20 to be detected can be returned to, and guidance panel and display are provided with the computer host computer 2 of the data acquisition electrical parameter
Device, wherein adaptive synchronicity voltage reduction module can be adjusted come so as to realize to according to required charging by power conditioning module
Parameter（Charging voltage, electric current, power, the amount of storage of mesuring battary percentage）It is adjusted, to reach required charge parameter,
The external charging process of battery 20 to be detected that operation is completed above.Before external battery to be detected 20 discharges in the process, number
Adaptive synchronicity boost module 5 is connected with by polarity identification protection circuit module 3 according to the computer host computer 2 of collection electrical parameter,
Polarity identification protection circuit module 3 is connected with miscue circuit module 4, and connection can be detected by polarity identification protection circuit
It is reversed that positive-negative polarity whether there is, and such as reversed, miscue circuit module 4 will start, and inside disconnects battery 20 to be detected simultaneously automatically
Alarm, in trouble shooting, alarm stops；Charging complete can calculate the reality of battery 20 to be detected according to the electrical parameter of collection
Border capacity；Adaptive synchronicity voltage reduction module 8 works, and boosts to the charging voltage needed for energy storage battery 9 and is charged.
The beneficial effects of the utility model：Compared with prior art, the utility model carries out discharge charge primarily directed to battery
When electric, electric flux reusable edible, without civil power participate in, on the one hand can energy-conserving and environment-protective, on the other hand also cause common people
By display can check the actual power of battery to be detected, suit large area to popularize, also to improve product
Qualification rate.
Claims (5)
- Battery can be detected and the equipment of self-loopa 1. a kind of, it is characterised in that：Including detect and self-loopa housing with And the battery to be detected being connected, computer host computer, the polarity identification protection of data acquisition electrical parameter are provided with the housing Circuit module, miscue circuit module, adaptive synchronicity boost module, power conditioning module, charge and discharge switch control circuit Module, adaptive synchronicity voltage reduction module and energy storage battery, computer host computer and the polarity identification protection electricity of data acquisition electrical parameter Road module is connected, and adaptive synchronicity boost module, power conditioning module and adaptive synchronicity voltage reduction module are connected with each other successively, Adaptive synchronicity boost module is connected with adaptive synchronicity voltage reduction module by charge and discharge switch control circuit module, discharge and recharge ON-OFF control circuit module is connected with energy storage battery, and the computer host computer of data acquisition electrical parameter passes through polarity identification protection circuit Module is connected with adaptive synchronicity boost module, and polarity identification protection circuit module is connected with miscue circuit module.
- 2. a kind of as claimed in claim 1 can be detected and the equipment of self-loopa to battery, it is characterised in that：The data are adopted Collect and be provided with guidance panel and display on the computer host computer of electrical parameter.
- 3. a kind of as claimed in claim 1 can be detected and the equipment of self-loopa to battery, it is characterised in that：It is described to be detected Battery is connected by the wire with plug with the computer host computer of data acquisition electrical parameter, the data acquisition electrical parameter Computer host computer on be correspondingly provided with jack, plug is engaged with jack, on the front position of the jack position housing.
- 4. a kind of as claimed in claim 1 can be detected and the equipment of self-loopa to battery, it is characterised in that：The discharge and recharge ON-OFF control circuit module is connected with charge and discharge switch control circuit module switch, charge and discharge switch control circuit module switch peace On the front position of housing.
- 5. a kind of as claimed in claim 1 can be detected and the equipment of self-loopa to battery, it is characterised in that：The power is adjusted Section module is the adjustable electronic positioning unit of size.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720843712.9U CN206945921U (en) | 2017-07-12 | 2017-07-12 | It is a kind of battery to be detected and the equipment of self-loopa |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720843712.9U CN206945921U (en) | 2017-07-12 | 2017-07-12 | It is a kind of battery to be detected and the equipment of self-loopa |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206945921U true CN206945921U (en) | 2018-01-30 |
Family
ID=61369406
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720843712.9U Expired - Fee Related CN206945921U (en) | 2017-07-12 | 2017-07-12 | It is a kind of battery to be detected and the equipment of self-loopa |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206945921U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113009370A (en) * | 2021-02-22 | 2021-06-22 | 哈尔滨理工大学 | Low-energy-consumption power battery cycle life testing system and method |
-
2017
- 2017-07-12 CN CN201720843712.9U patent/CN206945921U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113009370A (en) * | 2021-02-22 | 2021-06-22 | 哈尔滨理工大学 | Low-energy-consumption power battery cycle life testing system and method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180130 Termination date: 20200712 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |