CN207801497U - Series system nickel-hydrogen cell charging and discharging machine - Google Patents
Series system nickel-hydrogen cell charging and discharging machine Download PDFInfo
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- CN207801497U CN207801497U CN201721704600.1U CN201721704600U CN207801497U CN 207801497 U CN207801497 U CN 207801497U CN 201721704600 U CN201721704600 U CN 201721704600U CN 207801497 U CN207801497 U CN 207801497U
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- charge
- discharge
- probe card
- power supply
- card assemblies
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Abstract
Series system nickel-hydrogen cell charging and discharging machine, include for the charge/discharge unit to nickel-hydrogen cell charging and discharging, the moving cell for clamping Ni-MH battery and the master controller for controlling charge/discharge unit and moving cell work, the charge/discharge unit includes power cabinet, charge and discharge power supply, power supply, power control board, alarm and radiator；The moving cell includes motion cabinet and the clamp system for clamping Ni-MH battery, and the clamp system includes upper probe card assemblies, lower probe card assemblies, driving cylinder, guide rod, clamping support and pallet and controller.The utility model has the beneficial effects that：Carrying out whole disk to cylinder-type nickel-metal hydride battery adds nominal current conditions to carry out constant current charge-discharge flow, can in real time be monitored to parameters such as the electric currents, voltage, temperature of tray of battery in charge and discharge process, and describe corresponding curve.The battery size that cylinder-type nickel-metal hydride battery height and size change in a certain range is adapted to, product is remodeled easy to operate.
Description
Technical field
The utility model is related to a kind of series system nickel-hydrogen cell charging and discharging machines.
Background technology
Cylinder-type nickel-metal hydride battery, which has, is widely used in electric vehicle, electric motor coach, electric tool, energy storage station etc.,
Application field is very extensive.Can in charge-discharge battery series, Ni-MH battery have unique overcharging resisting cross put, high rate discharge energy
The advantages that power is strong, high security, application range is very extensive.In the technological process of production of cylinder-type nickel-metal hydride battery, precharge,
Chemical conversion, partial volume are all wherein highly important process procedures, and charge-discharge machine is main production equipment in this process procedure, right
The outgoing of battery plays an important role.
Invention content
In order to solve it is existing cylinder-type nickel-metal hydride battery precharge, chemical conversion, in partial volume process procedure can not whole disk charge and discharge,
Can not be connect with material flow line piler, the cumbersome inefficiency of batchwise production operations, it is multiple batches of production product consistency be difficult to guarantee,
The shortcomings of protection mechanism is not perfect, it is desirable to provide it is a kind of it is easy to operate, safe, suitable for what is changed within the scope of certain size
Precharge is melted into, the series system nickel-hydrogen cell charging and discharging machine of partial volume.
Series system nickel-hydrogen cell charging and discharging machine described in the utility model, it is characterised in that：Including being used for ni-mh electricity
The charge/discharge unit of pond charge and discharge, the moving cell for clamping Ni-MH battery and single for controlling charge/discharge unit and movement
The master controller of member work, the charge/discharge unit includes power cabinet, charge and discharge power supply, power supply, power control board, alarm
Device and radiator, the charge and discharge power supply, power control board, alarm and radiator are installed in the interior of power cabinet
Portion, the control terminal of the charge and discharge power supply are electrically connected with the first signal transmission end of the power control board, the power control board
Second signal transmission end, the control terminal of the moving cell respectively signal transmission corresponding with the master controller end electricity
Even；The feeder ear of the feeder ear of the radiator, the feeder ear of the power control board and the driving motor is and institute
Power supply is stated to be electrically connected；
The power cabinet be equipped with multiple independent power supply charge and discharge electric channels, for air inlet air-guiding aisle and be used for out
The ventilation web plate of wind, the power end of the power supply charge and discharge electric channel and the power connector end of the charge and discharge power supply are electrically connected, described
The control terminal and the control terminal of the power control board of power supply charge and discharge electric channel are electrically connected, the inserted terminal of the power supply charge and discharge electric channel
Mouth is inlaid in the front of power cabinet, and is electrically connected by the transmission end of connecting wire and moving cell；The air-guiding aisle setting exists
The back side of the power cabinet, the air-guiding aisle are connected to power cabinet inner cavity, and the air-guiding aisle extends to radiator
Air inlet；The ventilation web plate is packed in the positive outlet air discharge surface of the power cabinet；
The more sets of charge and discharge power supply setting, and often set works independently, a set of charge and discharge power supply corresponds to a power supply charge and discharge
Electric channel, the two are electrically connected by respective wire；
The power control board include for detect Ni-MH battery by the current detector of electric current, for detecting ni-mh electricity
The voltage detector of cell voltage, for processing detection signal data processor, be used for transmission detection signal signal transmission device,
Alarm module for controlling alarm keying and the human-computer interaction interface for controlling the keying of charge and discharge power supply, the electric current
The signal input part of detector, the voltage detector signal input part pass through conducting wire and the power supply charge and discharge electric channel respectively
Signal transmission end be electrically connected, the signal output end of the current detector, the voltage detector signal output end respectively with
The signal input part of the data processor is electrically connected, the letter of the signal output end of the data processor and the signal transmission device
Number input terminal is electrically connected, and the signal output end of the signal transmission device is connect with the signal input part signal of the master controller；Institute
The signal output end for stating data processor is believed with the control terminal of the signal input part of the alarm module, the radiator respectively
Number connection, the signal output end of the alarm module and the control terminal of the alarm are electrically connected；
The moving cell includes motion cabinet and the clamp system for clamping Ni-MH battery, the motion cabinet
Inner cavity by corresponding diaphragm plate and vertical clapboard be separated into it is several for Ni-MH battery carry out charge and discharge electro-detection battery detectings
Area, wherein the corresponding a set of clamp system for clamping Ni-MH battery of installation in each battery detecting area, often covers battery detecting area
Corresponding a set of independent charge and discharge power supply；The clamp system include upper probe card assemblies, lower probe card assemblies, driving cylinder,
Guide rod, clamping support and pallet and master controller, the driving cylinder are packed on the bottom baffles of respective battery detection zone,
And the piston rod of driving cylinder is kept to move back and forth along longitudinal direction；The guide rod axially installs probe successively from top to bottom along it
Board group part, clamping support and upper probe card assemblies, upper probe card assemblies and guide rod, lower probe card assemblies by respective slide with lead
It is slidably connected to bar, clamping support level is fixed on the guide rod between probe card assemblies and lower probe card assemblies；Upper probe
The contact probe of board group part and the contact probe of lower probe card assemblies correspond, and the contact probe of upper probe card assemblies,
The contact probe of lower probe card assemblies both faces towards the clamping support being disposed there between；The upper probe card assemblies, the test
Needle plate component is affixed with the piston rod of corresponding driving cylinder respectively, and probe card assemblies, lower probe card assemblies are along guide rod in realization
It moves up and down, probe card is controlled by two cylinders, and upper probe card assemblies, lower probe card assemblies move toward one another；The upper spy
The positive contact probe of needle plate component and the cathode contact probe of lower probe card assemblies are connected with each other with conducting wire, are used between conducting wire
Connector is transferred, and probe card assemblies is facilitated to safeguard；The connecting pin of the upper probe card assemblies, the connecting pin of lower probe card assemblies are logical
It crosses conducting wire to be electrically connected with the power supply charge and discharge electric channel respectively so that the two-stage of Ni-MH battery is connected with corresponding charge-discharge battery；
The signal output end of the controller and the control terminal of the driving motor are electrically connected；The feeder ear of the controller and the power supply
The corresponding control terminal of power supply is electrically connected；
The master controller includes turning for receiving the signal picker of detection signal, for handling the data of analysis data
Parallel operation and data storage for storing analysis data, the signal input part of the signal picker and the signal transmission
Device signal output end signal connects, the signal input part electricity of the signal output end of the signal picker and the data converter
Even, the signal output end of the data converter and the signal input part of the data storage are electrically connected.
Between sliding block on the guide rod is respectively matched there are one being used to limit between probe card assemblies and lower probe card assemblies
The limited block of gap height, and two limited blocks contact when, the contact probe of upper probe card assemblies, lower probe card assemblies contact probe
It is connected respectively with the contact pole at the both ends of Ni-MH battery, realizes the Series detectors for being put into the Ni-MH battery in corresponding pallet.
The moving cell further includes pallet to position detecting mechanism, and the pallet to position detecting mechanism includes for being pushed into support
The pallet pushing mechanism of disk, for detect pallet whether position sensor in place and the induction for prompting tray position exception
Device, the pallet pushing mechanism is arranged in the inlet of clamping support, and the direction of motion of pallet pushing mechanism is directed toward clamping support,
The position sensor is arranged in the inside of clamping support, the signal output end of the position sensor and the second of the controller
Signal input part is electrically connected, the control terminal of the position sensor, the control terminal of the pallet pushing mechanism respectively with the control
The corresponding signal output end of device is electrically connected.
The radiator is more cooling fans, and wherein radiator is mounted on the top of power cabinet, the radiation air
The air inlet of machine is connected to air-guiding aisle, and air outlet is located at ventilation web plate, realizes power cabinet from upper air inlet from lower outlet air.
The human-computer interaction interface includes for controlling the start button of charge and discharge power supply start and stop, for there are abnormal conditions
When close power supply charge and discharge electric channel scram button, be used to indicate the status indicator lamp of charge and discharge power work state and be used for
Control power cabinet main power source is spaced apart button, the start button, the scram button and the status indicator lamp respectively with
The corresponding controling end of the data processor is electrically connected, and realizes the control to charge and discharge power supply start and stop and state instruction；Each shape
State indicator light corresponds to a charge and discharge power supply；The button that is spaced apart is connected on the connecting line of power cabinet main power source, is realized to total
The control of power supply.
The bottom of the power cabinet is installed by universal wheel.
It when work, is put at the battery detecting area of motion cabinet for the pallet mounted in Ni-MH battery, opens driving gas
Cylinder, driving cylinder drives upper and lower probe card assemblies to move toward one another, for controlling the battery tray for loading different cell heights, electricity
Pond probe integrally controls compression using driving cylinder, and easy to control, consistency is good.Motion cabinet passes through pallet detection machine in place
Structure can also detect the pallets of various situations and abnormal conditions and propose to warn in place, and safety is good.Power cabinet is positioned over motion
Behind cabinet, line is easy, and every corresponding charge and discharge electric channel of 66 batteries series connection has efficiency for charge-discharge height consistent with electric current
The advantages that property is good.Power supply mainly gives moving cell and charge/discharge unit to provide power demands, is detected in the course of work fact
The working condition of each main function components, alarm module can be uploaded in time by abnormal conditions occur.Is there is abnormal stop in alarm module
Electric situation can preserve current working status in time, ensure that the data of charge and discharge process are not lost, and prompt to believe to operator after incoming call
Breath, the data of detection are uploaded to master controller by router.
The utility model has the beneficial effects that：This charge-discharge machine is applied to preliminary filling, chemical conversion, the partial volume of cylinder-type nickel-metal hydride battery
Etc. battery productions process.Mainly carrying out whole disk to cylinder-type nickel-metal hydride battery adds nominal current conditions to carry out constant current charge-discharge stream
Journey can monitor the parameters such as the electric current, voltage, temperature of tray of battery in real time in charge and discharge process, and describe correspondence
Curve.The battery size that cylinder-type nickel-metal hydride battery height and size change in a certain range is adapted to, product, which is remodeled, operates letter
Just.
Description of the drawings
Fig. 1 is the structure chart of the utility model.
Fig. 2 is the front view of the utility model.
Fig. 3 is the rearview of the utility model.
Fig. 4 is the front view of the clamp system of the utility model.
Fig. 5 is the side view of the clamp system of the utility model.
Fig. 6 is the vertical view of the utility model.
Specific implementation mode
The utility model is further illustrated below in conjunction with the accompanying drawings
With reference to attached drawing：
1 series system nickel-hydrogen cell charging and discharging machine described in the utility model of embodiment, including be used to fill Ni-MH battery
The charge/discharge unit 1 of electric discharge, the moving cell 2 for clamping Ni-MH battery and for controlling charge/discharge unit and moving cell
The master controller of work, the charge/discharge unit 1 include power cabinet 11, charge and discharge power supply, power supply, power control board, report
Alert device and radiator 12, the charge and discharge power supply, power control board, alarm and radiator are installed in power cabinet
Inside, the control terminal of the charge and discharge power supply is electrically connected with the first signal transmission end of the power control board, the power supply control
The second signal transmission end of making sheet, the control terminal of the moving cell signal transmission corresponding with master controller end respectively
It is electrically connected；The feeder ear of the feeder ear of the radiator, the feeder ear of the power control board and the driving motor with
The power supply is electrically connected；
The power cabinet 11 is equipped with 8 independent power supply charge and discharge electric channels, air-guiding aisle 111 and use for air inlet
In the ventilation web plate 112 of outlet air, the power connector end electricity of the power end of the power supply charge and discharge electric channel and the charge and discharge power supply
Even, the control terminal and the control terminal of the power control board of the power supply charge and discharge electric channel are electrically connected, the power supply charge and discharge electric channel
Grafting port be inlaid in the front of power cabinet 11, and be electrically connected by the transmission end of connecting wire and moving cell；The wind-guiding
Channel 111 is arranged at the back side of the power cabinet 11, and the air-guiding aisle 111 is connected to 11 inner cavity of power cabinet, and described leads
Wind channel 111 extends to the air inlet of radiator 12；The ventilation web plate 112 be packed in the power cabinet 11 it is positive go out
Air port surface；
The charge and discharge power supply is arranged 8 sets, and often set works independently, and a set of charge and discharge power supply corresponds to a power supply charge and discharge
Channel, the two are electrically connected by respective wire；
The power control board include for detect Ni-MH battery by the current detector of electric current, for detecting ni-mh electricity
The voltage detector of cell voltage, for processing detection signal data processor, be used for transmission detection signal signal transmission device,
Alarm module for controlling alarm keying and the human-computer interaction interface 13 for controlling the keying of charge and discharge power supply, the electricity
The signal input part of current sensor, the signal input part of the voltage detector are logical by conducting wire and the power supply charge and discharge respectively
The signal transmission end in road is electrically connected, the signal output end of the current detector, the voltage detector signal output end difference
It is electrically connected with the signal input part of the data processor, the signal output end of the data processor and the signal transmission device
Signal input part is electrically connected, and the signal output end of the signal transmission device is connect with the signal input part signal of the master controller；
The signal output end of the data processor control terminal with the signal input part of the alarm module, the radiator respectively
Signal connects, and the signal output end of the alarm module and the control terminal of the alarm are electrically connected；
The moving cell 2 includes motion cabinet 21 and the clamp system 22 for clamping Ni-MH battery, the movement
The inner cavity of mechanism cabinet 21 is separated into several for carrying out charge and discharge to Ni-MH battery by corresponding diaphragm plate 211 and vertical clapboard 212
The battery detecting area 213 of detection, wherein the corresponding a set of clamping for clamping Ni-MH battery of installation in each battery detecting area 213
Mechanism 22 often covers battery detecting area 213 and corresponds to a set of independent charge and discharge power supply；The clamp system 22 includes upper probe card
Component 221, lower probe card assemblies 222, driving cylinder 223, guide rod 224, clamping support 225, pallet 226 and controller, it is described
Driving cylinder is packed on the bottom diaphragm plate 211 of respective battery detection zone 213, and keeps the piston rod edge of driving cylinder 223
Longitudinally reciprocating motion；The guide rod 224 axially installs probe card assemblies 221,225 and of clamping support successively from top to bottom along it
Lower probe card assemblies 222, upper probe card assemblies 221 pass through respective slide and guiding with guide rod 224, lower probe card assemblies 222
Bar 224 is slidably connected, and 225 level of clamping support is fixed in the guide rod between probe card assemblies 221 and lower probe card assemblies 222
On；The contact probe of probe card assemblies and the contact probe of lower probe card assemblies correspond, and upper probe card assemblies 221
Contact probe, lower probe card assemblies 222 contact probe both face towards the clamping support 225 being disposed there between；The upper probe
Board group part 221, the lower probe card assemblies 222 are affixed with the piston rod of respective drive cylinder 223 respectively, probe board group in realization
Part 221, lower probe card assemblies 222 are moved up and down along guide rod 224, and upper probe card assemblies 221, lower probe card assemblies 222
It moves toward one another；It is serially connected between the contact probe of the upper probe card assemblies 221, and is drawn and be used as by a total connecting pin
Upper probe card assemblies are used for and the channel attached connecting pin of power supply charge and discharge；Phase between the contact probe of lower probe card assemblies 222
Mutually series connection, and drawn by a total connecting pin and be used as lower probe card assemblies and be used for and the channel attached connecting pin of power supply charge and discharge；
The connecting pin of the upper probe card assemblies 221, the connecting pin of lower probe card assemblies 222 by conducting wire respectively with the power supply charge and discharge
Electric channel is electrically connected so that the two-stage of Ni-MH battery is connected with corresponding charge-discharge battery；The signal output end of the controller with
The control terminal of the driving motor is electrically connected；The feeder ear of controller control terminal corresponding with the power supply is electrically connected；
The master controller includes turning for receiving the signal picker of detection signal, for handling the data of analysis data
Parallel operation and data storage for storing analysis data, the signal input part of the signal picker and the signal transmission
Device signal output end signal connects, the signal input part electricity of the signal output end of the signal picker and the data converter
Even, the signal output end of the data converter and the signal input part of the data storage are electrically connected.
The upper sliding block of the guide rod 224 respectively match there are one for limit probe card assemblies and lower probe card assemblies it
Between clearance height limited block 227, and when two limited blocks contact, driving cylinder is stopped, and the contacts of upper probe card assemblies is visited
Needle, lower probe card assemblies contact probe respectively with the contact pole at the both ends of Ni-MH battery connect, realization be put into corresponding support
The Series detectors of Ni-MH battery in disk.
The moving cell further includes pallet to position detecting mechanism, and the pallet to position detecting mechanism includes for being pushed into support
The pallet pushing mechanism of disk and for detect pallet whether in place and prompt prompt tray position exception position sensor, it is described
Pallet pushing mechanism is arranged in the inlet of clamping support, and the direction of motion of pallet pushing mechanism is directed toward clamping support, institute's rheme
It sets inductor to be arranged in the inside of clamping support, the signal output end of the position sensor and the second signal of the controller are defeated
Enter end to be electrically connected, the control terminal of the position sensor, the control terminal of the pallet pushing mechanism phase with the controller respectively
The signal output end answered is electrically connected.
The radiator 12 is 6 cooling fans, and wherein radiator is mounted on the top of power cabinet, the radiation air
The air inlet of machine is connected to air-guiding aisle 111, and air outlet is located at ventilation web plate 112, realizes power cabinet 11 from upper air inlet under
Outlet air.
The human-computer interaction interface 13 includes for controlling the start button 131 of charge and discharge power supply start and stop, different for occurring
The scram button 132 of power supply charge and discharge electric channel is closed when reason condition, is used to indicate the state instruction of charge and discharge power work state
Lamp 133 and be spaced apart button 134 for control power cabinet main power source, the start button 131, the scram button 132 with
And corresponding controling end of the status indicator lamp 133 respectively with the data processor is electrically connected, and realizes to charge and discharge power supply start and stop
Control and state instruction；Each status indicator lamp corresponds to a charge and discharge power supply；The button that is spaced apart is connected on power cabinet
On the connecting line of main power source, the control to general supply is realized.
The bottom of the power cabinet 11 is installed by universal wheel 113.
The lower surface of upper probe card assemblies is uniformly provided with 66 contact probes, is uniformly set with the upper surface of lower probe card assemblies
66 contact probes set correspond.
It when work, is put at the battery detecting area of motion cabinet for the pallet mounted in Ni-MH battery, opens driving gas
Cylinder, driving cylinder drives upper and lower probe card assemblies to move toward one another, for controlling the battery tray for loading different cell heights, electricity
Pond probe integrally controls compression using driving cylinder, and easy to control, consistency is good.Motion cabinet passes through pallet detection machine in place
Structure can also detect the pallets of various situations and abnormal conditions and propose to warn in place, and safety is good.Power cabinet is positioned over motion
Behind cabinet, line is easy, and every corresponding charge and discharge electric channel of 66 batteries series connection has efficiency for charge-discharge height consistent with electric current
The advantages that property is good.Power supply mainly gives moving cell and charge/discharge unit to provide power demands, is detected in the course of work fact
The working condition of each main function components, alarm module can be uploaded in time by abnormal conditions occur.Is there is abnormal stop in alarm module
Electric situation can preserve current working status in time, ensure that the data of charge and discharge process are not lost, and prompt to believe to operator after incoming call
Breath, the data of detection are uploaded to master controller by router.
Content described in this specification embodiment is only enumerating for the way of realization conceived to utility model, this practicality is new
The protection domain of type is not construed as being only limitted to the concrete form that embodiment is stated, the scope of protection of the utility model is also wrapped
Include those skilled in the art according to the utility model design it is conceivable that equivalent technologies mean.
Claims (6)
1. series system nickel-hydrogen cell charging and discharging machine, it is characterised in that：Include for the charge and discharge list to nickel-hydrogen cell charging and discharging
Member, the moving cell for clamping Ni-MH battery and the master controller for controlling charge/discharge unit and moving cell work,
The charge/discharge unit includes power cabinet, charge and discharge power supply, power supply, power control board, alarm and radiator, institute
State the inside that charge and discharge power supply, power control board, alarm and radiator are installed in power cabinet, the charge and discharge power supply
Control terminal and the first signal transmission end of the power control board be electrically connected, the second signal transmission end of the power control board,
The control terminal of the moving cell is electrically connected at signal transmission corresponding with master controller end respectively；The confession of the radiator
The feeder ear at electric end, the feeder ear of the power control board and driving motor is electrically connected with the power supply；
The power cabinet is equipped with multiple independent power supply charge and discharge electric channels, for the air-guiding aisle of air inlet and for outlet air
Ventilation web plate, the power end of the power supply charge and discharge electric channel and the power connector end of the charge and discharge power supply are electrically connected, the power supply
The control terminal of charge and discharge electric channel and the control terminal of the power control board are electrically connected, and the grafting port of the power supply charge and discharge electric channel is embedding
It is electrically connected mounted in the front of power cabinet, and by the transmission end of connecting wire and moving cell；The air-guiding aisle is arranged described
The back side of power cabinet, the air-guiding aisle are connected to power cabinet inner cavity, and the air-guiding aisle extend to radiator into
At air port；The ventilation web plate is packed in the positive outlet air discharge surface of the power cabinet；
The more sets of charge and discharge power supply setting, and often set works independently, it is logical that a set of charge and discharge power supply corresponds to a power supply charge and discharge
Road, the two are electrically connected by respective wire；
The power control board include for detect Ni-MH battery by the current detector of electric current, for detecting Ni-MH battery electricity
The voltage detector of pressure, for processing detection signal data processor, be used for transmission detection signal signal transmission device, be used for
The alarm module that control alarm opens and closes and the human-computer interaction interface for controlling the keying of charge and discharge power supply, the current detecting
The signal input part of device, the voltage detector signal input part pass through the letter of conducting wire and the power supply charge and discharge electric channel respectively
Number transmission end is electrically connected, the signal output end of the current detector, the voltage detector signal output end respectively with it is described
The signal input part of data processor is electrically connected, and the signal output end of the data processor and the signal of the signal transmission device are defeated
Enter end to be electrically connected, the signal output end of the signal transmission device is connect with the signal input part signal of the master controller；The number
Connect respectively with the control end signal of the signal input part of the alarm module, the radiator according to the signal output end of processor
It connects, the signal output end of the alarm module and the control terminal of the alarm are electrically connected；
The moving cell includes motion cabinet and the clamp system for clamping Ni-MH battery, the motion cabinet it is interior
Chamber is separated into several battery detecting areas for carrying out charge and discharge electro-detection to Ni-MH battery by corresponding diaphragm plate and vertical clapboard,
In the corresponding a set of clamp system for clamping Ni-MH battery of installation in each battery detecting area, often cover battery detecting area and correspond to one
Cover independent charge and discharge power supply；The clamp system include upper probe card assemblies, lower probe card assemblies, driving cylinder, guide rod,
Clamping support and pallet and controller, the driving cylinder is packed on the bottom baffles of respective battery detection zone, and keeps driving
The piston rod of cylinder of taking offence moves back and forth along longitudinal direction；The guide rod along its axially install successively from top to bottom probe card assemblies,
Clamping support and lower probe card assemblies, upper probe card assemblies are slided with guide rod, lower probe card assemblies by respective slide and guide rod
Dynamic connection, clamping support level are fixed on the guide rod between probe card assemblies and lower probe card assemblies；Upper probe card assemblies
The contact probes of contact probe and lower probe card assemblies correspond, and the contact probe of upper probe card assemblies, lower probe
The contact probe of board group part both faces towards the clamping support being disposed there between；The upper probe card assemblies, the lower probe card group
Part is affixed with the piston rod of respective drive cylinder respectively, and probe card assemblies, lower probe card assemblies move down along guide rod in realization
It is dynamic, and upper probe card assemblies, lower probe card assemblies move toward one another；It is mutually gone here and there between the contact probe of the upper probe card assemblies
Connection, and drawn by a total connecting pin and be used as upper probe card assemblies and be used for and the channel attached connecting pin of power supply charge and discharge；Test
It is serially connected between the contact probe of needle plate component, and is drawn by a total connecting pin and to be used as lower probe card assemblies and be used for and power supply
The channel attached connecting pin of charge and discharge；The connecting pin of the upper probe card assemblies, the connecting pin of lower probe card assemblies pass through conducting wire
It is electrically connected respectively with the power supply charge and discharge electric channel so that the two-stage of Ni-MH battery is connected with corresponding charge-discharge battery；The control
The signal output end of device processed and the control terminal of the driving motor are electrically connected；The feeder ear of the controller and the power supply phase
The control terminal answered is electrically connected；
The master controller includes for receiving the signal picker of detection signal, for handling the data converter for analyzing data
And the data storage for storing analysis data, the signal input part of the signal picker are believed with the signal transmission device
The connection of number output end signal, the signal output end of the signal picker and the signal input part of the data converter are electrically connected,
The signal output end of the data converter and the signal input part of the data storage are electrically connected.
2. series system nickel-hydrogen cell charging and discharging machine as described in claim 1, it is characterised in that：Sliding block on the guide rod
Limited block there are one respectively matching for limiting clearance height between probe card assemblies and lower probe card assemblies, and two limited blocks connect
Touch when, the contact probe of upper probe card assemblies, lower probe card assemblies contact probe respectively with the contact at the both ends of Ni-MH battery
Pole connects, and realizes the Series detectors for being put into the Ni-MH battery in corresponding pallet.
3. series system nickel-hydrogen cell charging and discharging machine as described in claim 1, it is characterised in that：The moving cell further includes
For pallet to position detecting mechanism, the pallet to position detecting mechanism includes pallet pushing mechanism for being pushed into pallet and for detecting
In place and the position sensor that prompts tray position whether abnormal, the pallet pushing mechanism are arranged in clamping support whether pallet
Inlet, and the direction of motion of pallet pushing mechanism is directed toward clamping support, and the position sensor is arranged in the inside of clamping support,
The signal output end of the position sensor and the second signal input terminal of the controller are electrically connected, the control of the position sensor
End processed, the pallet pushing mechanism control terminal be electrically connected respectively with the corresponding signal output end of the controller.
4. series system nickel-hydrogen cell charging and discharging machine as described in claim 1, it is characterised in that：The radiator is more
Cooling fan, wherein radiator are mounted on the top of power cabinet, and the air inlet of the cooling fan is connected to air-guiding aisle, goes out
Air port is located at ventilation web plate, realizes power cabinet from upper air inlet from lower outlet air.
5. series system nickel-hydrogen cell charging and discharging machine as described in claim 1, it is characterised in that：The human-computer interaction interface packet
Include start button for controlling charge and discharge power supply start and stop, for there are abnormal conditions when close the emergency stop of power supply charge and discharge electric channel
It button, the status indicator lamp for being used to indicate charge and discharge power work state and is pressed for controlling being spaced apart for power cabinet main power source
Button, the control corresponding to the data processor respectively of the start button, the scram button and the status indicator lamp
End is electrically connected, and realizes the control to charge and discharge power supply start and stop and state instruction；Each status indicator lamp corresponds to a charge and discharge electricity
Source；The button that is spaced apart is connected on the connecting line of power cabinet main power source, realizes the control to general supply.
6. series system nickel-hydrogen cell charging and discharging machine as described in claim 1, it is characterised in that：Pacify the bottom of the power cabinet
Fill universal wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721704600.1U CN207801497U (en) | 2017-12-08 | 2017-12-08 | Series system nickel-hydrogen cell charging and discharging machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721704600.1U CN207801497U (en) | 2017-12-08 | 2017-12-08 | Series system nickel-hydrogen cell charging and discharging machine |
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| Publication Number | Publication Date |
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| CN207801497U true CN207801497U (en) | 2018-08-31 |
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ID=63282901
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721704600.1U Withdrawn - After Issue CN207801497U (en) | 2017-12-08 | 2017-12-08 | Series system nickel-hydrogen cell charging and discharging machine |
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| CN (1) | CN207801497U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108011419A (en) * | 2017-12-08 | 2018-05-08 | 浙江杭可科技股份有限公司 | Series system nickel-hydrogen cell charging and discharging machine |
| CN109617176A (en) * | 2018-12-27 | 2019-04-12 | 浙江杭可科技股份有限公司 | A kind of charging/discharging thereof and charger suitable for large capacity square power battery |
-
2017
- 2017-12-08 CN CN201721704600.1U patent/CN207801497U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108011419A (en) * | 2017-12-08 | 2018-05-08 | 浙江杭可科技股份有限公司 | Series system nickel-hydrogen cell charging and discharging machine |
| CN109617176A (en) * | 2018-12-27 | 2019-04-12 | 浙江杭可科技股份有限公司 | A kind of charging/discharging thereof and charger suitable for large capacity square power battery |
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| AV01 | Patent right actively abandoned | ||
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Granted publication date: 20180831 Effective date of abandoning: 20231013 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20180831 Effective date of abandoning: 20231013 |