CN109936195A

CN109936195A - A kind of charge control system

Info

Publication number: CN109936195A
Application number: CN201910263478.6A
Authority: CN
Inventors: 戢姓美
Original assignee: Jiaxing Yunshijiao Electronic Commerce Co Ltd
Current assignee: Jiaxing Yunshijiao Electronic Commerce Co Ltd
Priority date: 2019-04-02
Filing date: 2019-04-02
Publication date: 2019-06-25

Abstract

The invention discloses a kind of charge control systems, including lead-acid battery, a linkage slot is provided in the lead-acid battery, a testing agency is provided in the linkage slot, the testing agency includes reactive tank and hollow block, and the plumbic acid in the reactive tank, which reacts, provides electric energy for whole device, and the hollow block is gone up and down with the variable density of solution in the reactive tank, it is provided with an output mechanism on the upside of the testing agency, is provided with a disconnecting device on the left of the testing agency；This device provides storage electric energy and discharges the basic function of electric energy; it when device electricity is finished, can sound an alarm automatically when in use, prompt to charge; prevent in the case where not enough power supply device can not normal use; and charging head can be disconnected automatically when fully charged and protect socket, it prevents that device power capacity is caused to lose, extends the service life of device; and it is energy saving; device entirety transmission efficiency is higher, and the degree of automation is higher, is not necessarily to the artificial control charging time.

Description

A kind of charge control system

Technical field

The present invention designs field of power supplies, specially a kind of charge control system.

Background technique

Battery is a kind of for storing electric energy and the when needed equipment of release electric energy, and battery is when electricity electricity is low It needs to charge, needs in time to take out charging cable after charging complete, prevent from overcharging damage, and the charge control of existing battery System is less for the control of its charging, prompt rare for not enough power supply, and can not automatically cut off the power after charging complete, More waste of energy.

Summary of the invention

The purpose of the present invention is to provide a kind of charge control systems, to solve the problems mentioned in the above background technology.

To achieve the above object, the invention provides the following technical scheme: a kind of charge control system, including lead-acid battery, It is provided with a linkage slot in the lead-acid battery, a testing agency is provided in the linkage slot, the testing agency includes anti- Slot and hollow block are answered, the plumbic acid in the reactive tank, which reacts, provides electric energy for whole device, and the hollow block is with the reactive tank The variable density of interior solution and gone up and down, the testing agency further includes swivelling chute, is provided with one on the upside of the testing agency Output mechanism, the output mechanism includes output plug, accessory power outlet, spin magnetization block and translation magnetic block, only when described defeated Plug is inserted into the accessory power outlet Shi Kewei whole device and provides electric energy out, and the spin magnetization block can be inhaled when rotating to lower side Draw the translation magnetic block to move downward, the output mechanism further includes unidirectional bar and trapezoid block, and the unidirectional bar can stop institute State translation magnetic block move downward but the translation magnetic block do not stopped to move right, when the hollow block decline certain distance, The swivelling chute can be driven to rotate to the trapezoid block position, the trapezoid block enters in the swivelling chute, thus described in driving Unidirectional bar is detached from the motion profile of the translation magnetic block, is provided with a disconnecting device, the cutting on the left of the testing agency Device includes two bullet nose rods, charging socket and two skewbacks, and there are attractions between the skewback, when hollow block rising The bullet nose rod can be pushed to rotate, to charging plug be extracted from the charging socket, when the bullet nose rod turns to one When positioning is set, the skewback can attract each other and protect the charging socket.

Preferably, the testing agency includes hollow block, left end wall connection is provided in the reactive tank right end wall The detection slot of the reactive tank is provided with the shifting chute that a left end wall is connected to the detection slot, institute in the detection slot right end wall It states and slidably connects a movable block in shifting chute, it is left through the shifting chute that the movable block left side is fixedly connected with a left end The end wall and mobile bar being located in the detection slot, the mobile bar left end are fixedly connected with a hollow block, on the hollow block End face is placed with a upper end through the detection slot upper end wall and the linkage slot lower end wall and is located at the weight to link in slot Power bar, the gravity rod upper end are fixedly connected with a thin bar, and the linkage slot aft bulkhead is rotatably connected to a guiding axis, described to lead It is fixedly connected with a directive wheel on axis, one is provided on the right side of the guiding axis and is rotatably connected to one with the linkage slot aft bulkhead Torsion shaft is provided with a torsion spring (not shown), the torsion shaft and institute between the torsion shaft and the linkage slot aft bulkhead It states gravity rod upper surface to be fixedly connected by positioning rope, a take-up pulley, the take-up pulley is fixedly connected in the torsion shaft It is provided with the swivelling chute that a lower end wall is connected to the linkage slot in lower end surface, is fixedly connected on the right side of the lead-acid battery lower end surface Leader.

Preferably, the output mechanism includes drive shaft, lower end wall connection is provided in the linkage slot upper end wall It is described linkage slot square groove, it is described linkage slot aft bulkhead in be provided with a front bulkhead be connected to it is described linkage slot transverse groove, it is described The vertical slots that a front bulkhead is connected to the linkage slot and the square groove, sliding in the transverse groove are provided in linkage slot aft bulkhead A front end is connected with through the transverse groove front bulkhead and is located at the lateral blocks to link in slot, lateral blocks in the transverse groove The right side crossed strip symmetrical above and below for being fixedly connected with a right end and being fixedly connected with the transverse groove right end wall, the lateral blocks Front end is fixedly connected with a trapezoid block, and the trapezoid block front end face is rotatably connected to a tilting bar, and sliding connects in the vertical slots Be connected to a front end through the vertical slots front bulkhead and be located at the square groove in vertical block, the vertical block front end face with it is described Tilting bar upper end is rotatablely connected, and vertical block upper surface is fixedly connected with a support rod, setting in the support rod in the square groove Have on one, left and right end wall is connected to the unidirectional groove of the square groove, the unidirectional groove lower end surface is fixedly connected with a barrier plate, described The one-way shaft of one with unidirectional groove aft bulkhead rotation connection are provided on the left of barrier plate, after the one-way shaft and the unidirectional groove It is provided between end wall a torsion spring (not shown), a unidirectional bar is fixedly connected in the one-way shaft；

Wherein, the slot that moves that a front bulkhead is connected to the square groove is provided in the square groove aft bulkhead, it is described to move slot right end wall Be fixedly connected with one and move spring, it is described move spring left end be fixedly connected with one with it is described move that slot is slidably connected move Block, the block front end of moving are moved front of the slot wall described in and are located in the square groove, and the block front end of moving is fixedly connected There is a translation magnetic block, the translation magnetic block left side is fixedly connected with a lateral plug, and the square groove aft bulkhead is fixed to be connected It is connected to an alarm bell, the alarm bell is connected with the translation magnetic block by loose electric wire, and the square groove left side is fixedly connected There is a transverse socket, a circular groove is provided in the wall of the square groove left end, the circular groove is connected with the square groove by medial launder, It is rotatably connected to a left end in the square groove right end wall through square groove left end wall and circular groove left end wall and is located at described Drive shaft in circular groove, the drive shaft right end are located in free surrounding space, and the drive shaft right end is fixedly connected with a derailing switch, The limiting slot that a upper end wall is connected to the medial launder, drive shaft upper end in the medial launder are provided in the medial launder lower end wall The head tank that a upper end wall is connected to the medial launder is provided in face, the head tank lower end wall is fixedly connected with a pressure bullet Spring, the compression spring upper end are fixedly connected with a upper end through the head tank upper end wall and the pressure in the medial launder Power block, the drive shaft left end are fixedly connected with a cam, an accessory power outlet, the circular groove are embedded in the circular groove lower end wall A pressure plare is inside slidably connected, the pressure plare lower end surface bilateral symmetry is fixedly connected with a lower end and the circular groove lower end wall The switch spring being fixedly connected, the output plug that pressure plare lower end surface center is fixedly connected, the output plug with it is described Reactive tank is connected by exporting electric wire.

Preferably, the disconnecting device includes intermediate bar, an elongated slot, the reaction are provided in the wall of the circular groove left end The two-way chute that a upper end wall is connected to the elongated slot is provided in the wall of slot left end, two-way chute left end wall is symmetrical above and below to be provided with one It is connected to the limiting slot of the two-way chute and free surrounding space, the thin bar upper end is under the linkage slot upper end wall and the elongated slot End wall and be located at the elongated slot in, the elongated slot aft bulkhead is rotatably connected to a jackshaft, is fixedly connected on the jackshaft One intermediate bar, the lead-acid battery left side are fixedly connected with a charging socket, slidably connect one in the upside limiting slot Left end is described positioned at the rectangular of free surrounding space through two-way chute left end wall and limiting slot and positioned at the square block of free surrounding space Block front end face is rotatably connected to a protection axis, is provided with a torsion spring (not between the protection axis and the square block front end face Diagram), a bullet nose rod is fixedly connected on the protection axis, and the right end wall connection external world is provided in the bullet nose rod right side The skewed slot in space, is provided with the movement slots that a right end wall is connected to the skewed slot in the wall of the skewed slot left end, sliding in the movement slots Through the movement slots right end wall and the T-block in the skewed slot, the T-block right end is fixed to be connected the dynamic right end that is connected with It is connected to a skewback, the skewback upper surface is fixedly connected with the oblique spring that a upper end is fixedly connected with the skewed slot upper end wall, institute It states square block front end face in two-way chute and is rotatably connected to a limitation bar, the downside limitation bar upper end and the upside limit on bar End is rotatablely connected by shifting axle, is provided with the slot repeatedly that a front bulkhead is connected to the two-way chute in the two-way chute aft bulkhead, The mobile shaft rear end is slidably connected through the front of the slot wall repeatedly and with the slot repeatedly, upside square block lower end surface A spring repeatedly is fixedly connected between downside square block upper surface.

In conclusion the medicine have the advantages that the basic function of this device offer storage electric energy and release electric energy, works as dress It when setting electricity and being finished, can sound an alarm automatically when in use, prompt to charge, prevent from filling in the case where not enough power supply Set can not normal use, and it is fully charged when can disconnect charging head automatically and protect socket, prevent from causing device electric energy to hold Amount loss, extends the service life of device, and energy saving, device entirety transmission efficiency is higher, and the degree of automation is higher, is filling When electric, it is not necessarily to the artificial control time.

Detailed description of the invention

Below with reference to Fig. 1-3, the present invention is described in detail, wherein for sake of convenience, now to hereafter described orientation Provide as follows: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.

Fig. 1 is a kind of schematic view of the front view of charge control system entirety complete section of the present invention；

Fig. 2 is bullet nose rod enlarged structure schematic diagram in a kind of charge control system of the present invention；

Fig. 3 is support rod enlarged structure schematic diagram in a kind of charge control system of the present invention.

Specific embodiment

All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive Feature and/or step other than, can combine in any way.

Any feature disclosed in this specification (including any accessory claim, abstract and attached drawing), except non-specifically chatting It states, can be replaced by other alternative features that are equivalent or have similar purpose.That is, unless specifically stated, each feature is only It is an example in a series of equivalent or similar characteristics.

Fig. 1-3 is please referred to, a kind of embodiment provided by the invention: a kind of charge control system, including lead-acid battery 100, It is provided with a linkage slot 101 in the lead-acid battery 100, is provided with a testing agency 180, the inspection in the linkage slot 101 Surveying mechanism 180 includes reactive tank 114 and hollow block 111, and the plumbic acid in the reactive tank 114, which reacts, provides electricity for whole device Can, the hollow block 111 is gone up and down with the variable density of solution in the reactive tank 114, and the testing agency 180 also wraps Swivelling chute 104 is included, an output mechanism 181 is provided on the upside of the testing agency 180, the output mechanism 181 includes that output is inserted First 127, accessory power outlet 133, spin magnetization block 139 and translation magnetic block 159, only when the output plug 127 be inserted into it is described defeated 133 Shi Kewei whole device of socket provides electric energy out, and when spin magnetization block 139 rotation to lower side can attract the translation Magnetic block 159 moves downward, and the output mechanism 181 further includes unidirectional bar 162 and trapezoid block 145, and the unidirectional bar 162 can hinder It keeps off the translation magnetic block 159 to move downward but the translation magnetic block 159 is not stopped to move right, when the hollow block 111 Decline certain distance, the swivelling chute 104 rotation can be driven to 145 position of trapezoid block, described in the trapezoid block 145 enters In swivelling chute 104, so that the unidirectional bar 162 be driven to be detached from the motion profile for translating magnetic block 159, the testing agency 180 left sides are provided with a disconnecting device 182, and the disconnecting device 182 includes two bullet nose rods 121, charging socket 118 and two Skewback 149, there are attractions between the skewback 149, and the bullet nose rod 121 can be pushed to rotate when the hollow block 111 rises, It is described oblique when the bullet nose rod 121 turns to certain position to extract charging plug from the charging socket 118 Block 149 can attract each other and protect the charging socket 118.

Valuably, the testing agency 180 includes hollow block 111, is provided with a left end in the 114 right end wall of reactive tank Wall is connected to the detection slot 168 of the reactive tank 114, and a left end wall is provided in the 168 right end wall of detection slot and is connected to the inspection The shifting chute 107 of slot 168 is surveyed, a movable block 108 is slidably connected in the shifting chute 107,108 left side of movable block is solid Surely a left end is connected with through the 107 left end wall of shifting chute and the mobile bar 110 in the detection slot 168, the shifting 110 left end of lever is fixedly connected with a hollow block 111, and 111 upper surface of hollow block is placed with a upper end through the detection 168 upper end wall of slot and linkage 101 lower end wall of slot and the gravity rod 112 being located in the linkage slot 101, the gravity rod 112 upper ends are fixedly connected with a thin bar 126, and 101 aft bulkhead of linkage slot is rotatably connected to a guiding axis 113, the guiding It is fixedly connected with a directive wheel 109 on axis 113, one is provided on the right side of the guiding axis 113 and is turned with 101 aft bulkhead of linkage slot It is dynamic to be connected with a torsion shaft 103, a torsion spring, which is provided with, between the torsion shaft 103 and 101 aft bulkhead of linkage slot (does not scheme Show), the torsion shaft 103 is fixedly connected with 112 upper surface of gravity rod by positioning rope 106, in the torsion shaft 103 It is fixedly connected with a take-up pulley 102, a lower end wall is provided in 102 lower end surface of take-up pulley and is connected to the linkage slot 101 Swivelling chute 104,100 lower end surface of the lead-acid battery right side are fixedly connected with leader 105.

Valuably, the output mechanism 181 includes drive shaft 169, is provided with a lower end in 101 upper end wall of linkage slot Wall is connected to the square groove 140 of the linkage slot 101, is provided with a front bulkhead in 101 aft bulkhead of linkage slot and is connected to the linkage The transverse groove 170 of slot 101 is provided with a front bulkhead in 101 aft bulkhead of linkage slot and is connected to the linkage slot 101 and the side The vertical slots 167 of slot 140 slidably connect a front end in the transverse groove 170 through 170 front bulkhead of transverse groove and are located at Lateral blocks 146 in the linkage slot 101,146 right side of lateral blocks is symmetrical above and below in the transverse groove 170 is fixedly connected with one The crossed strip 144 that right end is fixedly connected with the 170 right end wall of transverse groove, 146 front end of lateral blocks are fixedly connected with one Trapezoid block 145,145 front end face of trapezoid block are rotatably connected to a tilting bar 143, slidably connect in the vertical slots 167 One front end is through 167 front bulkhead of vertical slots and the vertical block 166 in the square groove 140, vertical 166 front end of block Face and 143 upper end of tilting bar are rotatablely connected, and vertical 166 upper surface of block is fixedly connected with a support rod in the square groove 140 142, it is provided on one in the support rod 142, left and right end wall is connected to the unidirectional groove 156 of the square groove 140, the unidirectional groove 156 lower end surfaces are fixedly connected with a barrier plate 165, and one and 156 aft bulkhead of unidirectional groove are provided on the left of the barrier plate 165 The one-way shaft 163 of rotation connection is provided with a torsion spring between 156 aft bulkhead of the one-way shaft 163 and the unidirectional groove and (does not scheme Show), a unidirectional bar 162 is fixedly connected in the one-way shaft 163；

Wherein, be provided with that a front bulkhead is connected to the square groove 140 in 140 aft bulkhead of square groove moves slot 155, described to move 155 right end wall of slot is fixedly connected with one and moves spring 160, it is described move 160 left end of spring and be fixedly connected with one moved with described What slot 155 was slidably connected moves block 158, and 158 front end of block of moving moves 155 front bulkhead of slot described in and is located at the side In slot 140,158 front end of block of moving is fixedly connected with a translation magnetic block 159, and 159 left side of translation magnetic block is solid Surely be connected with a lateral plug 157,140 aft bulkhead of square groove is fixedly connected with an alarm bell 164, the alarm bell 164 with it is described Translation magnetic block 159 is connected by loose electric wire 161, and 140 left side of square groove is fixedly connected with a transverse socket 154, A circular groove 130 is provided in the 140 left end wall of square groove, the circular groove 130 is connected with the square groove 140 by medial launder 138 It is logical, a left end is rotatably connected in the 140 right end wall of square groove through the 140 left end wall of square groove and 130 left end of circular groove Wall and the drive shaft 169 being located in the circular groove 130,169 right end of drive shaft is located in free surrounding space, the drive shaft 169 right ends are fixedly connected with a derailing switch 141, and a upper end wall is provided in 138 lower end wall of medial launder and is connected to the centre The limiting slot 137 of slot 138 is provided with a upper end wall in 169 upper surface of drive shaft in the medial launder 138 and is connected to the medial launder 138 head tank 136,136 lower end wall of head tank are fixedly connected with a compression spring 135,135 upper end of compression spring It is fixedly connected with the pressure block 134 that a upper end is run through 136 upper end wall of head tank and is located in the medial launder 138, it is described 169 left end of drive shaft is fixedly connected with a cam 129, and an accessory power outlet 133 is embedded in 130 lower end wall of circular groove, described Slidably connect a pressure plare 131 in circular groove 130,131 lower end surface of the pressure plare bilateral symmetry be fixedly connected with a lower end with The switch spring 132 that 130 lower end wall of circular groove is fixedly connected, the output that the 131 lower end surface center of pressure plare is fixedly connected Plug 127, the output plug 127 are connected with the reactive tank 114 by exporting electric wire 128.

Valuably, the disconnecting device 182 includes intermediate bar 125, is provided with an elongated slot in the 130 left end wall of circular groove 123, the two-way chute 115 that a upper end wall is connected to the elongated slot 123, the two-way chute are provided in the 114 left end wall of reactive tank 115 left end walls are symmetrical above and below to be provided with the limiting slot 122 of the connection two-way chute 115 and free surrounding space, in the thin bar 126 End is through 101 upper end wall of linkage slot and 123 lower end wall of elongated slot and is located in the elongated slot 123, after the elongated slot 123 End wall is rotatably connected to a jackshaft 124, and an intermediate bar 125, the lead-acid battery are fixedly connected on the jackshaft 124 100 left sides are fixedly connected with a charging socket 118, and a left end is slidably connected in the upside limiting slot 122 through described 115 left end wall of two-way chute and limiting slot 122 and the square block 153 for being located at free surrounding space, the square block positioned at free surrounding space 153 front end faces are rotatably connected to a protection axis 151, are provided with a torsion between 153 front end face of the protection axis 151 and the square block Square spring (not shown) is fixedly connected with a bullet nose rod 121 on the protection axis 151, is arranged in 121 right side of bullet nose rod There is the skewed slot 150 of right end wall connection free surrounding space, is provided with a right end wall in the 150 left end wall of skewed slot and is connected to the skewed slot 150 movement slots 147 slidably connect a right end in the movement slots 147 through the 147 right end wall of movement slots and are located at institute The T-block 148 in skewed slot 150 is stated, 148 right end of T-block is fixedly connected with a skewback 149, and 149 upper surface of skewback is solid Surely the oblique spring 152 that a upper end is fixedly connected with 150 upper end wall of skewed slot, square block 153 in the two-way chute 115 are connected with Front end face is rotatably connected to a limitation bar 117, and downside limitation 117 upper end of bar passes through with upside limitation 117 upper end of bar Shifting axle 120 is rotatablely connected, and is provided with a front bulkhead in 115 aft bulkhead of two-way chute and is connected to the two-way chute 115 repeatedly Slot 119,120 rear end of shifting axle is slidably connected through 119 front bulkhead of slot repeatedly and with the slot repeatedly 119, described Spring 116 repeatedly are fixedly connected between 153 lower end surface of upside square block and 153 upper surface of downside square block.

In the following, applicant will be with reference to the specific of attached drawing 1-3 and a kind of charge control system of the application described above Composition to introduce a kind of application method of charge control system of the application in detail: firstly, in the initial state, the torque bullet Spring and the crossed strip 144 are in compressive state, and the spring repeatedly 116 is in normal condition；

In use, insert a key into the derailing switch 141 and rotate, so that the drive shaft 169 is driven to rotate, the driving Axis 169 drives the spin magnetization block 139, the pressure block 134 and the cam 129 to rotate, and the rotation of pressure block 134 is extremely At the limiting slot 137, the compression spring 135 resets downwards, so that the pressure block 134 be driven to enter the limiting slot Stuck in 137, the rotation of spin magnetization block 139 attracts the translation magnetic block 159 to move downward, the translation to downside Magnetic block 159 can not be moved downward by the unidirectional blocking of bar 162, and the cam 129 rotates, and pushes under the pressure plare 131 Drop, the pressure plare 131 drives the decline of output plug 127 to be inserted into the accessory power outlet 133, by exporting electric wire 128 The lead-acid battery 100 can be made to discharge so that solution density reduces in the reactive tank 114, the hollow block 111 by Buoyancy reduces, and the gravity rod 112 declines a distance under self gravitation effect, and the torsion spring is compressed, described heavy Power bar 112 pulls the positioning rope 106, so that the torsion shaft 103 be driven to rotate, the torsion shaft 103 drives the receipts Line wheel 102 rotates, until solution density reduces to a certain extent in the reactive tank 114, represents 100 electricity of lead-acid battery In short supply, the swivelling chute 104 is rotated with the take-up pulley 102 to 145 position of trapezoid block, and the crossed strip 144 is to the left It resets, so that the trapezoid block 145 be driven to move downward to the swivelling chute 104；

Wherein, the trapezoid block 145 drives the tilting bar 143 to rotate, so that the vertical block 166 is driven to decline, it is described perpendicular Straight block 166 drives the support rod 142 to decline, so that driving the unidirectional bar 162 to drop to does not stop the translation magnetic block 159 movement positions, the translation magnetic block 159 moves downward under 139 attraction of spin magnetization block, described to move spring 160 are stretched, and the transverse direction plug 157 moves downward in the insertion transverse socket 154 with the translation magnetic block 159, lead to The conduction of the loose electric wire 161 is crossed, so that the alarm bell 164 is powered on, to sound an alarm, prompts user need to be to institute It states lead-acid battery 100 to charge, charging head is inserted into the charging socket 118 and is charged, it is molten in the reactive tank 114 Liquid density becomes larger, and the hollow block 111 is become larger by buoyancy, and the gravity rod 112 is driven to rise, all clear, the gravity Bar 112 drives the thin bar 126 to rise, so that the intermediate bar 125 be pushed to rotate counterclockwise, the intermediate bar 125 pushes institute It states upside square block 153 to move downward, so that the upside limitation bar 117 be driven to move downward, the upside limitation bar 117 is drawn Downside limitation bar 117 is moved to move downward, the spring repeatedly 116 is compressed, thus pull the downside square block 153 to Upper movement, the square block 153 drive the bullet nose rod 121 to swing, so that the charging head is released into charging socket 118, from Dynamic circuit breaker electricity indicates that electricity has been filled with, and when the bullet nose rod 121 is rocked to certain position, attracting each other between the skewback 149 will be described Charging socket 118 protects.

The beneficial effects of the present invention are: this device provides storage electric energy and discharges the basic function of electric energy, when device electricity It when being finished, can sound an alarm automatically when in use, prompt to charge, prevent in the case where not enough power supply that device can not Normal use, and it is fully charged when can disconnect charging head automatically and protect socket, prevent from causing device power capacity to lose, Extending the service life of device, and energy saving, device entirety transmission efficiency is higher, and the degree of automation is higher, in charging, nothing Need the artificial control time.

The above, the specific embodiment only invented, but invent protection scope be not limited thereto, it is any without The change or replacement that creative work is expected are crossed, should all be covered within the protection scope of invention.Therefore, the protection scope of invention It should be determined by the scope of protection defined in the claims.

Claims

1. a kind of charge control system, including lead-acid battery, it is characterised in that: a linkage slot is provided in the lead-acid battery, A testing agency is provided in the linkage slot, the testing agency includes reactive tank and hollow block, the lead in the reactive tank Acid reaction provides electric energy for whole device, and the hollow block is gone up and down, institute with the variable density of solution in the reactive tank Stating testing agency further includes swivelling chute, and an output mechanism is provided on the upside of the testing agency, and the output mechanism includes output Plug, accessory power outlet, spin magnetization block and translation magnetic block, only can be whole when the output plug is inserted into the accessory power outlet A device provides electric energy, and the spin magnetization block can attract the translation magnetic block to move downward when rotating to lower side, described Output mechanism further includes unidirectional bar and trapezoid block, and the unidirectional bar can stop the translation magnetic block to move downward but do not stop institute It states translation magnetic block to move right, when hollow block decline certain distance, the swivelling chute can be driven to rotate to described trapezoidal Block position, the trapezoid block enter in the swivelling chute, so that the unidirectional bar be driven to be detached from the movement for translating magnetic block Track, the testing agency left side are provided with a disconnecting device, and the disconnecting device includes two bullet nose rods, charging socket and two A skewback, there are attractions between the skewback, and the bullet nose rod can be pushed to rotate when the hollow block rises, thus will charging Plug is extracted from the charging socket, and when the bullet nose rod turns to certain position, the skewback can attract each other and will The charging socket protects.

2. a kind of charge control system according to claim 1, it is characterised in that: the testing agency includes hollow block, The detection slot that a left end wall is connected to the reactive tank, setting in the detection slot right end wall are provided in the reactive tank right end wall There is a left end wall to be connected to the shifting chute of the detection slot, a movable block is slidably connected in the shifting chute, the movable block is left End face is fixedly connected with a left end through shifting chute left end wall and the mobile bar in the detection slot, the mobile bar Left end is fixedly connected with a hollow block, the hollow block upper surface be placed with a upper end through the detection slot upper end wall with it is described Link slot lower end wall and the gravity rod in the linkage slot, and the gravity rod upper end is fixedly connected with a thin bar, described Dynamic slot aft bulkhead is rotatably connected to a guiding axis, and a directive wheel is fixedly connected on the guiding axis, is set on the right side of the guiding axis It is equipped with one and is rotatably connected to a torsion shaft with the linkage slot aft bulkhead, be arranged between the torsion shaft and the linkage slot aft bulkhead Have a torsion spring (not shown), the torsion shaft is fixedly connected with the gravity rod upper surface by positioning rope, the torsion It is fixedly connected with a take-up pulley on power axis, the rotation that a lower end wall is connected to the linkage slot is provided in the take-up pulley lower end surface Slot, the lead-acid battery lower end surface right side are fixedly connected with leader.

3. a kind of charge control system according to claim 1, it is characterised in that: the output mechanism includes drive shaft, It is provided with the square groove that a lower end wall is connected to the linkage slot in the linkage slot upper end wall, is provided in the linkage slot aft bulkhead One front bulkhead is connected to the transverse groove of the linkage slot, is provided with a front bulkhead in the linkage slot aft bulkhead and is connected to the linkage slot With the vertical slots of the square groove, a front end is slidably connected in the transverse groove through the transverse groove front bulkhead and is located at described The lateral blocks to link in slot, lateral blocks right side is symmetrical above and below in the transverse groove is fixedly connected with a right end and the transverse groove The crossed strip that right end wall is fixedly connected, the lateral blocks front end are fixedly connected with a trapezoid block, and the trapezoid block front end face turns It is dynamic to be connected with a tilting bar, a front end is slidably connected in the vertical slots through the vertical slots front bulkhead and is located at the side Vertical block in slot, the vertical block front end face and the tilting bar upper end are rotatablely connected, vertical block upper surface in the square groove It is fixedly connected with a support rod, is provided on one in the support rod, left and right end wall is connected to the unidirectional groove of the square groove, it is described Unidirectional groove lower end surface is fixedly connected with a barrier plate, and one is provided on the left of the barrier plate and is connected with unidirectional groove aft bulkhead rotation The one-way shaft connect is provided with a torsion spring (not shown), the one-way shaft between the one-way shaft and the unidirectional groove aft bulkhead On be fixedly connected with a unidirectional bar；

4. a kind of charge control system according to claim 1, it is characterised in that: the disconnecting device includes intermediate bar, It is provided with an elongated slot in the wall of the circular groove left end, a upper end wall is provided in the wall of the reactive tank left end and is connected to the double of the elongated slot To slot, the wall limiting slot symmetrical above and below for being provided with the connection two-way chute and free surrounding space in the two-way chute left end is described thin Bar upper end is through the linkage slot upper end wall and the elongated slot lower end wall and is located in the elongated slot, the elongated slot aft bulkhead rotation It is connected with a jackshaft, an intermediate bar is fixedly connected on the jackshaft, the lead-acid battery left side is fixedly connected with one Charging socket slidably connects a left end in the upside limiting slot through two-way chute left end wall and limiting slot and is located at outer The square block in boundary space, the square block front end face positioned at free surrounding space are rotatably connected to a protection axis, the protection axis with It is provided between the square block front end face torsion spring (not shown), is fixedly connected with a bullet nose rod, institute on the protection axis The skewed slot for being provided with right end wall connection free surrounding space in bullet nose rod right side is stated, is provided with a right end in the wall of the skewed slot left end Wall is connected to the movement slots of the skewed slot, and a right end is slidably connected in the movement slots through the movement slots right end wall and is located at T-block in the skewed slot, the T-block right end are fixedly connected with a skewback, and the skewback upper surface is fixedly connected on one The oblique spring being fixedly connected with the skewed slot upper end wall is held, square block front end face is rotatably connected to a limitation in the two-way chute Bar, the downside limitation bar upper end and upside limitation bar upper end are rotatablely connected by shifting axle, the two-way chute aft bulkhead Inside be provided with the slot repeatedly that a front bulkhead is connected to the two-way chute, the mobile shaft rear end through the front of the slot wall repeatedly and with The slot repeatedly is slidably connected, and it is anti-that one is fixedly connected between upside square block lower end surface and downside square block upper surface Multiple spring.