CN106685164B - Kitchen ventilator fan motor - Google Patents

Abstract

The invention discloses kitchen ventilator fan motors, are related to technical field of motors, the rotor of the motor not easy burn-out.Including No.1 round tube, No. two round tubes and No. three round tubes, the rotor of motor body includes No.1 rotor, No. two rotors, No. three rotors, turntable, horizon bar and the right spindle of successively arrangement parallel to each other from left to right；It is equipped with No.1 in No.1 rotor to expand with heat and contract with cold mechanism, is equipped on the right side of No.1 round tube and can be carried out the No.1 telescoping mechanism moved left and right by No.1 mechanism controls of expanding with heat and contract with cold；No. two mechanisms of expanding with heat and contract with cold are equipped in No. two rotors, being equipped on the right side of No. two round tubes can be carried out move left and right No. two telescoping mechanisms by No. two mechanism controls of expanding with heat and contract with cold；No. three mechanisms of expanding with heat and contract with cold are equipped in No. three rotors, being equipped on the right side of No. three round tubes can be carried out move left and right No. three telescoping mechanisms by No. three mechanism controls of expanding with heat and contract with cold.

Description

Kitchen ventilator fan motor

Technical field

The present invention relates to technical field of motors, and in particular to kitchen ventilator fan motor.

Background technique

Kitchen ventilator is typically necessary prolonged work with fan motor, but current kitchen ventilator fan motor is due to only There is a rotor, motor will lead to the rotor heating of motor after working long hours, if the temperature of rotor of motor is excessively high to be burnt The rotor of bad motor, to influence the service life of motor.Therefore, a kind of oil smoke that can extend rotor service life is designed Machine is very necessary with fan motor.

Summary of the invention

The present invention is to provide one to solve the deficiency that rotor after existing motor works long hours easily generates heat and burn out rotor Kind kitchen ventilator fan motor, the motor have multiple rotors, when the temperature of some rotor of motor is higher than the setting of the rotor Then the rotor is just exited and is stopped working after temperature, and when the temperature of each rotor of motor is respectively higher than respective rotor Then the motor stops working after set temperature, and the rotor of motor not easy burn-out, intelligence degree is high, good reliability.

The above technical problem is solved through the following technical scheme:

Kitchen ventilator fan motor, including motor body, which is characterized in that the rotor of the motor body includes horizon bar And successively several rotors of arrangement parallel to each other, the rotor of the motor body further include turntable and right-hand rotation from left to right Axis；Turntable is fixedly connected on the left end of right spindle, is respectively equipped with temperature measuring mechanism in each rotor, the temperature measuring machine on some rotor The rotor is then separated with turntable when the temperature that structure detects is more than set temperature, when the temperature measuring mechanism on some rotor detects Temperature be lower than set temperature when the rotor can be drivingly connected with turntable.

When the motor work when, each rotor can according to respectively set temperature height come judge the rotor whether with to go Drive turntable rotation.The motor has multiple rotors, after the temperature of some rotor of motor is higher than the set temperature of the rotor Then the rotor is just exited and is stopped working, and when the temperature of each rotor of motor is respectively higher than the setting temperature of respective rotor Then the motor stops working after degree, and the rotor of motor not easy burn-out, intelligence degree is high, good reliability.

Preferably, it further includes one that the rotor, which includes No.1 rotor, No. two rotors and No. three rotors, the motor body, Number round tube, No. two round tubes and No. three round tubes, and the length of No.1 round tube is greater than the length of No. two round tubes, the length of No. two round tubes Greater than the length of No. three round tubes；It is connected with the left retaining ring of No.1 and the right retaining ring of No.1, and one respectively at the both ends of horizon bar The height of number right retaining ring is less than the pipe thickness of No.1 round tube；It is connected with respectively on the side pipe wall at No.1 round tube or so end No. two left retaining rings and No. two right retaining rings, and the height of No. two right retaining rings is less than the pipe thickness of No. two round tubes；In No. two round tubes No. three left retaining rings and No. three right retaining rings are connected on the side pipe wall at left and right end respectively, and the height of No. three right retaining rings is less than The pipe thickness of No. three round tubes；No.1 round tube is rotatably connected on the outer wall of the horizon bar between the left retaining ring of No.1 and the right retaining ring of No.1 On, No. two round tubes are rotatably connected on the outer wall of the No.1 round tube between No. two left retaining rings and No. two right retaining rings, and No. three round tubes turn It is dynamic to be connected on the outer wall of No. two round tubes between No. three left retaining rings and No. three right retaining rings；The horizontal fixed and arranged of horizon bar is in motor In the rack of ontology, in the rack for the motor body that right spindle rotation is arranged in horizon bar right, turntable is fixedly connected on right-hand rotation On the left side of axis；The circle center hole inner hole wall of No.1 rotor is integrally attached in the collar wall of No. two left retaining rings, No. two rotors Circle center hole inner hole wall is integrally attached in the collar wall of No. three left retaining rings, and the circle center hole inner hole wall of No. three rotors is integrally attached to three In the collar wall of number left retaining ring；It is equipped with No.1 in No.1 rotor to expand with heat and contract with cold mechanism, is equipped on the right side of No.1 round tube It can be carried out the No.1 telescoping mechanism moved left and right by No.1 mechanism controls of expanding with heat and contract with cold；It is cold that No. two heat expansions are equipped in No. two rotors Contracting mechanism, be equipped on the right side of No. two round tubes by No. two mechanism controls of expanding with heat and contract with cold can be carried out move left and right No. two it is flexible Mechanism；It is equipped with No. three mechanisms of expanding with heat and contract with cold in No. three rotors, is equipped on the right side of No. three round tubes and is expanded with heat and contract with cold by No. three Mechanism controls can be carried out No. three telescoping mechanisms moved left and right.

When motor work, No.1 rotor, No. two rotors and No. three rotors can according to the temperature height respectively set come Corresponding No.1 telescoping mechanism, No. two telescoping mechanisms and No. three telescoping mechanisms are allowed whether to be connected with turntable.The motor has more A rotor, then the rotor is just exited and is stopped working after the temperature of some rotor of motor is higher than the set temperature of the rotor, And then the motor stops working after the temperature of each rotor of motor is respectively higher than the set temperature of respective rotor, motor Rotor not easy burn-out.

Preferably, No.1 is expanded with heat and contract with cold, mechanism includes the left cross-drilled hole of No.1 being equipped in No.1 rotor, in the left cross-drilled hole of No.1 It inside horizontally slips equipped with No.1 temperature-sensitive telescopic block and is fixed with telescopic rod towards left arrangement on the right hole wall of the left cross-drilled hole of No.1 The right side of No.1 cylinder, No.1 temperature-sensitive telescopic block is fixedly connected on the telescopic rod of No.1 cylinder；No.1 telescoping mechanism includes Be axially arranged on the right side of No.1 round tube the right cross-drilled hole of No.1, horizontally slip in the right cross-drilled hole of No.1 equipped with No.1 telescopic rod, It is equipped with No.1 between the left side of No.1 telescopic rod and the left hole wall of the right cross-drilled hole of No.1 and squeezes spring, on the right side of the left cross-drilled hole of No.1 Hole wall is equipped with the No.1 hole road being connected with the left hole wall of the right cross-drilled hole of No.1 and is movably equipped with No.1 drawstring in the road of No.1 hole, The both ends of the No.1 drawstring are respectively fixedly connected on the left side of No.1 temperature-sensitive telescopic block and the left side of No.1 telescopic rod On；No.1 jack corresponding with No.1 telescopic rod is equipped on turntable.

When motor work, if the temperature of No.1 rotor is higher than the temperature of the setting of No.1 rotor, No.1 temperature-sensitive Telescopic block heats up elongation of turning left, and No.1 will be pulled to stretch by No.1 drawstring after the heated elongation of turning left of No.1 temperature-sensitive telescopic block Contracting bar is toward moving left, and No.1 telescopic rod is just separated with turntable when No.1 telescopic rod is greater than set distance toward the distance moved left, No.1 rotor so has just exited working condition.If instead the temperature of No.1 rotor is lower than the temperature of the setting of No.1 rotor When, then No.1 temperature-sensitive telescopic block is turned right shortening, and No.1 temperature-sensitive telescopic block, which is turned right, to be become smaller by the pulling force on No.1 drawstring after shortening, For No.1 telescopic rod toward moving right under the action of No.1 squeezes spring, No.1 telescopic rod is greater than set distance toward the distance moved right When the No.1 jack that is just inserted on turntable with turntable point of No.1 telescopic rod in, such No.1 rotor can drive turntable to rotate Namely No.1 rotor enters working condition.

Preferably, No. two mechanisms of expanding with heat and contract with cold include being equipped with No. two left cross-drilled holes in No. two rotors, in No. two left cross-drilled holes It inside horizontally slips equipped with No. two temperature-sensitive telescopic blocks and is fixed with telescopic rod towards left arrangement on the right hole wall of No. two left cross-drilled holes No. two cylinders, the right side of No. two temperature-sensitive telescopic blocks are fixedly connected on the telescopic rod of No. two cylinders；No. two telescoping mechanisms include Be axially arranged on the right side of No. two round tubes No. two right cross-drilled holes, horizontally slip in No. two right cross-drilled holes equipped with No. two telescopic rods, No. two extruding springs are equipped between the left side of No. two telescopic rods and the left hole wall of No. two right cross-drilled holes, on the right side of No. two left cross-drilled holes Hole wall is equipped with No. two holes road being connected with the left hole wall of No. two right cross-drilled holes and is movably equipped with No. two drawstrings in the road of No. two holes, The both ends of No. two drawstrings are respectively fixedly connected on the left side of No.1 temperature-sensitive telescopic block and the left side of No. two telescopic rods On；No. two jacks corresponding with No. two telescopic rods are equipped on turntable.

When motor work, if the temperature of No. two rotors is higher than the temperature of the setting of No. two rotors, No. two temperature-sensitives Telescopic block heats up elongation of turning left, and will pull No. two by No. two drawstrings after the heated elongation of turning left of No. two temperature-sensitive telescopic blocks and stretch Contracting bar is toward moving left, and No. two telescopic rods are just separated with turntable when No. two telescopic rods are greater than set distance toward the distance moved left, Such No. two rotors have just exited working condition.If instead the temperature of No. two rotors is lower than the temperature of the setting of No. two rotors When, then No. two temperature-sensitive telescopic blocks are turned right shortening, and No. two temperature-sensitive telescopic blocks, which are turned right, to be become smaller by the pulling force on No. two drawstrings after shortening, For No. two telescopic rods toward moving right under the action of No. two extruding springs, No. two telescopic rods are greater than set distance toward the distance moved right When No. two jacks just point being inserted on turntable with turntable of No. two telescopic rods in, such No. two rotors can drive turntable to rotate Namely No. two rotors enter working condition.

Preferably, No. three mechanisms of expanding with heat and contract with cold include being equipped with No. three left cross-drilled holes in No. three rotors, in No. three left cross-drilled holes It inside horizontally slips equipped with No. three temperature-sensitive telescopic blocks and is fixed with telescopic rod towards left arrangement on the right hole wall of No. three left cross-drilled holes No. three cylinders, the right side of No. three temperature-sensitive telescopic blocks are fixedly connected on the telescopic rod of No. three cylinders；No. three telescoping mechanisms include Be axially arranged on the right side of No. three round tubes No. three right cross-drilled holes, horizontally slip in No. three right cross-drilled holes equipped with No. three telescopic rods, No. three extruding springs are equipped between the left side of No. three telescopic rods and the left hole wall of No. three right cross-drilled holes, on the right side of No. three left cross-drilled holes Hole wall is equipped with No. three holes road being connected with the left hole wall of No. three right cross-drilled holes and is movably equipped with No. three drawstrings in the road of No. three holes, The both ends of No. three drawstrings are respectively fixedly connected on the left side of No.1 temperature-sensitive telescopic block and the left side of No. three telescopic rods On；No. three jacks corresponding with No. three telescopic rods are equipped on turntable.

When motor work, if the temperature of No. three rotors is higher than the temperature of the setting of No. three rotors, No. three temperature-sensitives Telescopic block heats up elongation of turning left, and will pull No. three by No. three drawstrings after the heated elongation of turning left of No. three temperature-sensitive telescopic blocks and stretch Contracting bar is toward moving left, and No. three telescopic rods are just separated with turntable when No. three telescopic rods are greater than set distance toward the distance moved left, Such No. three rotors have just exited working condition.If instead the temperature of No. three rotors is lower than the temperature of the setting of No. three rotors When, then No. three temperature-sensitive telescopic blocks are turned right shortening, and No. three temperature-sensitive telescopic blocks, which are turned right, to be become smaller by the pulling force on No. three drawstrings after shortening, For No. three telescopic rods toward moving right under the action of No. three extruding springs, No. three telescopic rods are greater than set distance toward the distance moved right When No. three jacks just point being inserted on turntable with turntable of No. three telescopic rods in, such No. three rotors can drive turntable to rotate Namely No. three rotors enter working condition.

Preferably, total wireless mould that kitchen ventilator fan motor further includes total microcontroller and connect with total microcontroller Block；No.1 telescoping mechanism further includes that the No.1 microcontroller being arranged in the right cross-drilled hole of No.1 and No.1 wireless module and fixation are set Set the No.1 displacement sensor on No.1 telescopic rod, control terminal, No.1 displacement sensor and the wireless mould of No.1 of No.1 cylinder Block is connect with No.1 microcontroller respectively, and No.1 wireless module and total wireless module are wirelessly connected；No. two telescoping mechanisms further include No. two microcontrollers and No. two wireless modules that are arranged in No. two right cross-drilled holes and be fixed on No. two telescopic rods two Number displacement sensor, the control terminal of No. two cylinders, No. two displacement sensors and No. two wireless modules respectively with No. two microcontrollers Connection, No. two wireless modules and total wireless module are wirelessly connected；No. three telescoping mechanisms further include being arranged in No. three right cross-drilled holes No. three microcontrollers and No. three wireless modules and the third place displacement sensor being fixed on No. three telescopic rods, No. three cylinders Control terminal, third place displacement sensor and No. three wireless modules connect respectively with No. three microcontrollers, No. three wireless modules and total Wireless module is wirelessly connected.

It can determine whether the moving distance of No.1 telescopic rod to the left by No.1 displacement sensor, it can by No. two displacement sensors Judge the moving distance of No. two telescopic rods to the left, by third place displacement sensor can determine whether the movement of No. three telescopic rods to the left away from From.

Preferably, the No.1 speed probe connecting with No.1 microcontroller is equipped in the right cross-drilled hole of No.1, at No. two It is equipped with No. two speed probes connecting with No. two microcontrollers in right cross-drilled hole, is equipped with and No. three microcontrollers in No. three right cross-drilled holes No. three speed probes of device connection.

If current dial is to be driven to rotate by No.1 rotor, if No. two rotors will participate in the rotation work of turntable When it is necessary to allowing No. two telescopic rods to be inserted into No. two jacks of turntable.When No. two telescopic rods move right to set distance S, And No. two telescopic rods are inserted into not yet in No. two jacks of turntable at this time.No. two microcontrollers by No. two wireless modules, Total wireless module connects with total microcontroller and issues the revolving speed of the current No.1 rotor of request detection, and total microcontroller passes through total nothing Wire module, No.1 wireless module issue the instruction for detecting current No.1 rotor speed, No.1 microcontroller to No.1 microcontroller The tach signal for the current No.1 rotor that No.1 speed probe detects is uploaded to total microcontroller, total microcontroller should Tach signal give No. two microcontrollers, when No. two microcontrollers judge No. two rotors revolving speed it is identical with the revolving speed of No.1 rotor when No. two telescopic rods are allowed to be inserted into No. two jacks of turntable.Such high reliablity.If current dial is driven by No.1 rotor When rotation, if principle and No. two telescopic rods that No. three telescopic rods will be inserted into No. three jacks of turntable will be inserted into turntable Principle in No. two jacks is identical.

Preferably, being equipped with No.1 semi-conductor thermo-electric generation module in No.1 rotor, it is additionally provided in the right cross-drilled hole of No.1 The power input of No.1 charging module and No.1 energy-storage battery, No.1 semi-conductor thermo-electric generation module and No.1 charging module connects It connects, the power output end of No.1 charging module is connect with No.1 energy-storage battery, and the feeder ear of the No.1 cylinder, No.1 displacement pass The power supply of the feeder ear of sensor, the feeder ear of No.1 wireless module, the feeder ear of No.1 microcontroller and No.1 speed probe End is all connected on No.1 energy-storage battery；No. two semi-conductor thermo-electric generation modules are equipped in No. two rotors, in No. two right cross-drilled holes Inside it is additionally provided with No. two charging modules and No. two energy-storage batteries, the power supply of No. two semi-conductor thermo-electric generation modules and No. two charging modules Input terminal connection, the power output end of No. two charging modules are connect with No. two energy-storage batteries, the feeder ear of No. two cylinders, two The feeder ear of number displacement sensor, the feeder ear of No. two wireless modules, No. two microcontrollers feeder ear and No. two revolution speed sensings The feeder ear of device is all connected on No. two energy-storage batteries；No. three semi-conductor thermo-electric generation modules are equipped in No. three rotors, three No. three charging modules and No. three energy-storage batteries, No. three semi-conductor thermo-electric generation modules and No. three charging moulds are additionally provided in number right cross-drilled hole The power input of block connects, and the power output end of No. three charging modules is connect with No. three energy-storage batteries, No. three cylinders Feeder ear, the feeder ear of third place displacement sensor, the feeder ear of No. three wireless modules, the feeder ear of No. three microcontrollers and No. three The feeder ear of speed probe is all connected on No. three energy-storage batteries.

No.1 semi-conductor thermo-electric generation module, No. two semi-conductor thermo-electric generation modules and No. three semi-conductor thermo-electric generation modules Power supply is provided for corresponding power supply unit, without external to electricity, and is obtained using the heat difference on rotor here Electricity, this can not only reduce temperature of rotor during thermo-electric generation, can also obtain the power supply of needs, also generate to obtain electricity Unexpected technical effect.

Preferably, No.1 energy-storage battery is sequentially connected in series by several mutually independent single batteries；No.1 charging Module includes battery connection module, the respectively charger equal with single battery number, switching switch and current limliting module；Battery connects Connection module includes the bulk charging bindiny mechanism equal with single battery number；Body is respectively equipped in each bulk charging bindiny mechanism Voltage checking chip；The one-to-one terminals for being connected to each switching switch selection end of the power output end of each charger On；On one-to-one one end for being connected to current limliting module of turning end of each switching switch, the other end of each current limliting module is a pair of One is connected in the bulk charging bindiny mechanism of battery connection module；Battery connection module is connected on No.1 energy-storage battery, described What the control terminal of battery connection module, each bulk voltage detection chip, the control terminal of each current limliting module and each switching switched Control terminal is connect with No.1 microcontroller respectively；And under the control of No.1 microcontroller, when not be No.1 energy-storage battery charge When, mutually independent single battery each in No.1 energy-storage battery can be sequentially connected in series by battery connection module to be become together Series-connected cell, when for the charging of No.1 energy-storage battery, battery connection module can will be sequentially connected in series in No.1 energy-storage battery Series-connected cell together becomes mutually independent single battery.

For this programme in charging, voltage checking chip can carry out voltage detecting to corresponding single battery.When some monomer Battery can reduce charging current by current limliting module when being full of, and can pass through current limliting mould when some single battery is not full of far also Block increases charging current.To make voltage contained by single battery identical as far as possible.When each single battery is full of and each monomer The voltage of battery can disconnect charge power supply when identical.Or when each single battery and underfill and each single battery Voltage can also disconnect charge power supply when identical.After allowing single battery to be connected in this way, do not had between the single battery of series connection Electric current flowing, the high reliablity of battery.The charging current or charging voltage of each charger between each other can not be identical.By cutting Different chargers can be selected to some single battery by changing switch.The cooperation of switching switch and current limliting module can preferably need The single battery of charging provides charging current and charging voltage in real time, consequently facilitating the charging progress to each single battery carries out Individually control, is also convenient for individually controlling the charging voltage of each single battery.Pass through temperature detection during the charging process Mechanism can detect the temperature of single battery, and can carry out overheat protector control to single battery in charging.

This programme can make the damage of single single battery will not influence other single battery chargings, and not be No.1 energy storage Mutually independent single battery each in No.1 energy-storage battery can be sequentially connected in series by battery when charging to be become to connect together Battery can become the series-connected cell being sequentially connected in series together in No.1 energy-storage battery when for the charging of No.1 energy-storage battery Mutually independent single battery also can be carried out voltage detecting to the charging process of each single battery, and can be to each monomer electricity The charging progress in pond is individually controlled, can also the charging voltage to each single battery individually controlled, and charging when Overheat protector control can be carried out to single battery.

Preferably, battery connection module includes the output charging connection mechanism equal with single battery number；It is each defeated It is charging connection mechanism includes that telescopic rod is arranged downwards out and control terminal is connect with No.1 microcontroller fluid cylinder, horizontal solid It is scheduled on the level insulation block of fluid cylinder telescopic rod lower end, left conducting block is equipped in the lower surface left end of level insulation block, horizontal exhausted The lower surface right end of edge block is equipped with right conducting block；Left conducting block and the positive terminal of bulk charging bindiny mechanism are conductively connected, right The negative terminals of conducting block and bulk charging bindiny mechanism are conductively connected.

The present invention can reach following effect:

Motor of the invention has multiple rotors, after the temperature of some rotor of motor is higher than the set temperature of the rotor Then the rotor is just exited and is stopped working, and when the temperature of each rotor of motor is respectively higher than the setting temperature of respective rotor Then the motor stops working after degree, the rotor of motor not easy burn-out.Highly-safe, intelligence degree is high, good reliability.

Detailed description of the invention

Fig. 1 is a kind of section attachment structure schematic diagram at embodiment rotor.

Fig. 2 is a kind of attachment structure schematic diagram of embodiment from turntable to the left.

Fig. 3 is a kind of section attachment structure schematic diagram of embodiment turntable.

Fig. 4 is a kind of circuit theory connection structure schematic block diagram of embodiment.

Fig. 5 is a kind of schematic diagram of circuit principle connecting structure of the embodiment from electricity consumption power supply module.

Fig. 6 is that embodiment upper electromagnet from the No.1 bulk charging bindiny mechanism of electricity consumption power supply module is pressed on lower electromagnet A kind of attachment structure schematic diagram when upper.

Fig. 7 is that embodiment upper electromagnet from the No.1 bulk charging bindiny mechanism of electricity consumption power supply module is not pressed in lower electromagnetism A kind of attachment structure schematic diagram when on iron.

Fig. 8 is that charger and No.1 microcontroller are all gone back at the successive control mechanism of energization of embodiment from electricity consumption power supply module A kind of use state attachment structure schematic diagram when not powering on.

Fig. 9 is that the successive control mechanism of energization of embodiment from electricity consumption power supply module is in when powering on, only No.1 microcontroller A kind of use state attachment structure schematic diagram when the power input anode of device has been powered on.

Figure 10 is that the successive control mechanism of energization of embodiment from electricity consumption power supply module is in when powering on, only No.1 microcontroller The power input anode of device powers on one kind when also having been turned on power supply with the power input cathode of No.1 microcontroller Use state attachment structure schematic diagram.

Figure 11 is that the successive control mechanism of energization of embodiment from electricity consumption power supply module is in when powering on, only No.1 microcontroller The power input anode of device powers on, the power input cathode of No.1 microcontroller also has been turned on power supply and charger Power input anode also has been turned on a kind of use state attachment structure schematic diagram when power supply.

Figure 12 is that the successive control mechanism of energization of embodiment from electricity consumption power supply module is in when powering on, No.1 microcontroller Power input anode powers on, the power input cathode of No.1 microcontroller also has been turned on the power supply of power supply, charger A kind of use state when the power input cathode that input anode also has been turned on power supply and charger also has been turned on power supply connects Connect structural schematic diagram.

Figure 13 is a kind of attachment structure schematic diagram at embodiment temperature testing organization.

Figure 14 is a kind of partial enlargement attachment structure schematic diagram of Figure 13.

Figure 15 is a kind of circuit theory connection block diagram at embodiment No.1 microcontroller.

Specific embodiment

The present invention will be further described below with reference to the accompanying drawings and embodiments.

Embodiment, kitchen ventilator fan motor, referring to shown in Fig. 1-Figure 15, including motor body,

The rotor of the motor body includes horizon bar 45 and the successively No.1 rotor of arrangement parallel to each other from left to right 1, No. two rotors 7 and No. three rotors 13, the rotor of the motor body further include turntable 33 and right spindle 34；Turntable is fixedly connected In the left end of right spindle, it is respectively equipped with temperature measuring mechanism in each rotor, when the temperature that the temperature measuring mechanism on some rotor detects The rotor is then separated with turntable when more than set temperature, when the temperature that the temperature measuring mechanism on some rotor detects is lower than setting The rotor can be drivingly connected with turntable when temperature.

The motor body further includes 43, No. two round tubes 40 of No.1 round tube and No. three round tubes 19, and the length of No.1 round tube Degree is greater than the length of No. two round tubes, and the length of No. two round tubes is greater than the length of No. three round tubes；In the both ends of horizon bar difference one It is connected with the left retaining ring 41 of No.1 and the right retaining ring 35 of No.1, and the height of the right retaining ring of No.1 is less than the pipe thickness of No.1 round tube； It is connected with No. two left retaining rings 44 and No. two right retaining rings 36, and No. two right sides respectively on the side pipe wall at No.1 round tube or so end Pipe thickness of the height of retaining ring less than No. two round tubes；It is connected with No. three respectively on the side pipe wall at No. two round tubes or so end Left retaining ring 42 and No. three right retaining rings 39, and the height of No. three right retaining rings is less than the pipe thickness of No. three round tubes；No.1 round tube turns Dynamic to be connected on the outer wall of the horizon bar between the left retaining ring of No.1 and the right retaining ring of No.1, No. two round tubes are rotatably connected on No. two left gears On the outer wall of No.1 round tube between circle and No. two right retaining rings, No. three round tubes are rotatably connected on No. three left retaining rings and No. three right retaining rings Between No. two round tubes outer wall on；The horizontal fixed and arranged of horizon bar is in the rack 37 of motor body, right spindle rotation arrangement In the rack of the motor body of horizon bar right, turntable is fixedly connected on the left side of right spindle；The center of circle of No.1 rotor Hole inner hole wall is integrally attached in the collar wall of No. two left retaining rings, and the circle center hole inner hole wall of No. two rotors is integrally attached to No. three left sides In the collar wall of retaining ring, the circle center hole inner hole wall of No. three rotors is integrally attached in the collar wall of No. three left retaining rings；Turn in No.1 It is equipped with No.1 in sub to expand with heat and contract with cold mechanism, being equipped on the right side of No.1 round tube can be carried out by No.1 mechanism controls of expanding with heat and contract with cold The No.1 telescoping mechanism moved left and right；No. two mechanisms of expanding with heat and contract with cold are equipped in No. two rotors, on the right side of No. two round tubes Equipped with can be carried out move left and right No. two telescoping mechanisms by No. two mechanism controls of expanding with heat and contract with cold；No. three heat are equipped in No. three rotors Swollen shrinkage mechanism, being equipped on the right side of No. three round tubes can be carried out move left and right No. three by No. three mechanism controls of expanding with heat and contract with cold Telescoping mechanism.

No.1 expand with heat and contract with cold mechanism include in No.1 rotor be equipped with the left cross-drilled hole 2 of No.1, in the left cross-drilled hole of No.1 left and right slide It is dynamic equipped with No.1 temperature-sensitive telescopic block 3 and be fixed on the right hole wall of the left cross-drilled hole of No.1 telescopic rod towards left arrangement No.1 cylinder 4, the right side of No.1 temperature-sensitive telescopic block is fixedly connected on the telescopic rod of No.1 cylinder；No.1 telescoping mechanism is included in No.1 circle It is axially arranged with the right cross-drilled hole 26 of No.1 on the right side of pipe, horizontally slips in the right cross-drilled hole of No.1 equipped with No.1 telescopic rod 28, one It is equipped with No.1 number between the left side of telescopic rod and the left hole wall of the right cross-drilled hole of No.1 and squeezes spring 27, in the right hole of the left cross-drilled hole of No.1 Wall is equipped with the No.1 hole road 6 being connected with the left hole wall of the right cross-drilled hole of No.1 and is movably equipped with No.1 drawstring 5 in the road of No.1 hole, The both ends of the No.1 drawstring are respectively fixedly connected on the left side of No.1 temperature-sensitive telescopic block and the left side of No.1 telescopic rod On；No.1 jack 32 corresponding with No.1 telescopic rod is equipped on turntable.

No. two mechanisms of expanding with heat and contract with cold include that No. two left cross-drilled holes 8, the left and right cunning in No. two left cross-drilled holes are equipped in No. two rotors It is dynamic equipped with No. two temperature-sensitive telescopic blocks 9 and be fixed on the right hole wall of No. two left cross-drilled holes telescopic rod towards left arrangement No. two cylinders 10, the right side of No. two temperature-sensitive telescopic blocks is fixedly connected on the telescopic rod of No. two cylinders；No. two telescoping mechanisms are included in No. two Be axially arranged on the right side of round tube No. two right cross-drilled holes 23, horizontally slip in No. two right cross-drilled holes equipped with No. two telescopic rods 25, No. two extruding springs 24 are equipped between the left side of No. two telescopic rods and the left hole wall of No. two right cross-drilled holes, on the right side of No. two left cross-drilled holes Hole wall is equipped with No. two holes road 12 being connected with the left hole wall of No. two right cross-drilled holes and is movably equipped with No. two drawings in the road of No. two holes Rope 11, the both ends of No. two drawstrings are respectively fixedly connected on the left side of No.1 temperature-sensitive telescopic block and a left side for No. two telescopic rods On end face；No. two jacks 31 corresponding with No. two telescopic rods are equipped on turntable.

No. three mechanisms of expanding with heat and contract with cold include that No. three left cross-drilled holes 14, the left and right cunning in No. three left cross-drilled holes are equipped in No. three rotors It is dynamic equipped with No. three temperature-sensitive telescopic blocks 15 and be fixed on the right hole wall of No. three left cross-drilled holes telescopic rod towards left arrangement No. three gas Cylinder 16, the right side of No. three temperature-sensitive telescopic blocks are fixedly connected on the telescopic rod of No. three cylinders；No. three telescoping mechanisms are included in three Be axially arranged on the right side of number round tube No. three right cross-drilled holes 20, horizontally slip in No. three right cross-drilled holes equipped with No. three telescopic rods 22, It is equipped with No. three between the left side of No. three telescopic rods and the left hole wall of No. three right cross-drilled holes and squeezes springs 21, in No. three left cross-drilled holes Right hole wall is equipped with No. three holes road 18 being connected with the left hole wall of No. three right cross-drilled holes and is movably equipped with No. three in the road of No. three holes Drawstring 17, the both ends of No. three drawstrings are respectively fixedly connected on the left side of No.1 temperature-sensitive telescopic block and No. three telescopic rods On left side；No. three jacks 30 corresponding with No. three telescopic rods are equipped on turntable.

Kitchen ventilator fan motor further includes total microcontroller 46 and total wireless module 47 for connecting with total microcontroller；One Number telescoping mechanism further includes that the No.1 microcontroller t8 being arranged in the right cross-drilled hole of No.1 and No.1 wireless module 49 and fixation are set Set the No.1 displacement sensor 50 on No.1 telescopic rod, the control terminal of No.1 cylinder, No.1 displacement sensor and No.1 are wireless Module is connect with No.1 microcontroller respectively, and No.1 wireless module and total wireless module are wirelessly connected；No. two telescoping mechanisms also wrap It includes No. two microcontrollers 51 being arranged in No. two right cross-drilled holes and No. two wireless modules 52 and is fixed at No. two telescopic rods On No. two displacement sensors 53, the control terminal of No. two cylinders, No. two displacement sensors and No. two wireless modules respectively with No. two Microcontroller connection, No. two wireless modules and total wireless module are wirelessly connected；No. three telescoping mechanisms further include being arranged on No. three right sides No. three microcontrollers 54 and No. three wireless modules 55 and the third place being fixed on No. three telescopic rods in cross-drilled hole, which move, to be passed Sensor 56, control terminal, third place displacement sensor and No. three wireless modules of No. three cylinders are connect with No. three microcontrollers respectively, and three Number wireless module and total wireless module are wirelessly connected.

The No.1 speed probe 57 connecting with No.1 microcontroller is equipped in the right cross-drilled hole of No.1, in No. two right cross-drilled holes Equipped with No. two speed probes 58 being connect with No. two microcontrollers, it is equipped in No. three right cross-drilled holes and is connect with No. three microcontrollers No. three speed probes 59.

It is equipped with No.1 semi-conductor thermo-electric generation module 60 in No.1 rotor, No.1 charging is additionally provided in the right cross-drilled hole of No.1 Module 61 and No.1 energy-storage battery 62, No.1 semi-conductor thermo-electric generation module are connect with the power input of No.1 charging module, The power output end of No.1 charging module is connect with No.1 energy-storage battery, feeder ear, the No.1 displacement sensing of the No.1 cylinder The feeder ear of device, the feeder ear of No.1 wireless module, the feeder ear of No.1 microcontroller and No.1 speed probe feeder ear It is all connected on No.1 energy-storage battery；No. two semi-conductor thermo-electric generation modules 63 are equipped in No. two rotors, in No. two right cross-drilled holes Inside it is additionally provided with No. two charging modules 64 and No. two energy-storage batteries 65, No. two semi-conductor thermo-electric generation modules and No. two charging modules Power input connection, the power output end of No. two charging modules are connect with No. two energy-storage batteries, the power supply of No. two cylinders End, the feeder ear of No. two displacement sensors, the feeder ear of No. two wireless modules, No. two microcontrollers feeder ear and No. two revolving speeds The feeder ear of sensor is all connected on No. two energy-storage batteries；No. three semi-conductor thermo-electric generation modules are equipped in No. three rotors 66, No. three charging modules 67 and No. three energy-storage batteries 68, No. three semi-conductor thermo-electric generation modules are additionally provided in No. three right cross-drilled holes It is connect with the power input of No. three charging modules, the power output end of No. three charging modules is connect with No. three energy-storage batteries, institute State the feeder ear of No. three cylinders, the feeder ear of third place displacement sensor, the feeder ear of No. three wireless modules, No. three microcontrollers The feeder ear of feeder ear and No. three speed probes is all connected on No. three energy-storage batteries.

Between the outer tube wall of No.1 round tube and the inner tubal wall of No. two round tubes, in the outer tube wall and No. three round tubes of No. two round tubes Inner tubal wall between, between the left retaining ring of No.1 and No.1 round tube left side, the right retaining ring of No.1 and No.1 round tube right side it Between, between No. two left retaining rings and No. three left retaining rings, between No. two right retaining rings and No. three right retaining rings, in No. three left retaining rings and three Ball 38 is all respectively equipped between number round tube left side and between No. three right retaining rings and No. three round tube right sides.

When No.1 expands with heat and contract with cold the temperature in mechanism more than set temperature value, No.1 telescoping mechanism can be drivingly connected On turntable, when No.1 No.1 telescoping mechanism when lower than set temperature value of the temperature in mechanism that expands with heat and contract with cold cannot be drivingly connected On turntable；When the temperature that No. two expand with heat and contract with cold in mechanism is more than set temperature value, No. two telescoping mechanisms, which can be drivingly connected, is turning On disk, when the temperature that No. two expand with heat and contract with cold in mechanism be lower than set temperature value when No. two telescoping mechanisms cannot be drivingly connected turn On disk；When the temperature that No. three expand with heat and contract with cold in mechanism is more than set temperature value, No. three telescoping mechanisms can be drivingly connected in turntable On, when being lower than set temperature value, No. three telescoping mechanisms cannot be drivingly connected in turntable the temperature that No. three expand with heat and contract with cold in mechanism On.

Guide cone is all respectively equipped in the right end of the right end of No.1 telescopic rod, the right end of No. two telescopic rods and No. three telescopic rods Point 29.

Shown in Figure 5, No.1 energy-storage battery t26 is sequentially connected in series by several mutually independent single batteries；One Number charging module includes battery connection module t22, respectively charger, switching switch and the current limliting mould equal with single battery number Block；Battery connection module includes the bulk charging bindiny mechanism equal with single battery number；In each bulk charging bindiny mechanism It is respectively equipped with bulk voltage detection chip t101；The power output end of each charger is one-to-one to be connected to each switching switch selection On one terminals at end；On one-to-one one end for being connected to current limliting module of turning end of each switching switch, each current limliting mould In the one-to-one bulk charging bindiny mechanism for being connected to battery connection module of the other end of block；Battery connection module is connected to No.1 storage On energy battery, the control of the control terminal of the battery connection module t22, each bulk voltage detection chip t101, each current limliting module The control terminal of end processed and each switching switch is connect with No.1 microcontroller respectively；And under the control of No.1 microcontroller, when For No.1 energy-storage battery charging when, battery connection module can by mutually independent single battery each in No.1 energy-storage battery according to Secondary be connected in series becomes series-connected cell, and when for the charging of No.1 energy-storage battery, battery connection module can be by No.1 energy storage The series-connected cell being sequentially connected in series in battery together becomes mutually independent single battery.

Charger in this example is charger t2, charger t3 and charger t4.Switching switch in this example is to cut Change switch t5, switching switch t6 and switching switch t7.Current limliting module in this example be limited flow module t9, current limliting module t10 and Current limliting module t11.The selection end of each switching switch includes terminals d, terminals e and terminals f.

If there are three the single battery of the present embodiment No.1 energy-storage battery is total, and setting these three single batteries is respectively No.1 Single battery t19, No. two single battery t20 and No. three single battery t21；The bulk charging bindiny mechanism of battery connection module is shared Three, and setting these three bulk charging bindiny mechanisms is respectively No.1 bulk charging bindiny mechanism t12, No. two bulk charging bindiny mechanisms 13 With No. three bulk charging bindiny mechanism t14；Battery connection module further includes a group power output interface t15, No.1 single-pole double-throw switch (SPDT) T17, No. two single-pole double-throw switch (SPDT) t18 and single knife switch t16；The anode of No.1 single battery is connected to No.1 single-pole double-throw switch (SPDT) Turning end on, the No.1 contact of No.1 single-pole double-throw switch (SPDT) is connected on the positive terminal of No.1 bulk charging bindiny mechanism, No. two contacts of No.1 single-pole double-throw switch (SPDT) are connected on No. two contacts of No. two single-pole double-throw switch (SPDT)s, and No.1 single battery is born Pole is connected in the negative terminals of No.1 bulk charging bindiny mechanism, and the cathode of No.1 single battery is also connected to a group power supply output In the negative terminals of interface；The anode of No. two single batteries is connected on the positive terminal of No. two bulk charging bindiny mechanisms, The anode of No. two single batteries is also connected on the positive terminal of group power output interface, the cathode connection of No. two single batteries In the negative terminals of No. two bulk charging bindiny mechanisms, the cathode of No. two single batteries is also connected to one end of single knife switch On；The cathode 25 of No. three single batteries is connected in the turning end of No. two single-pole double-throw switch (SPDT)s, and the one of No. two single-pole double-throw switch (SPDT)s Number contact is connected in the negative terminals of No. three bulk charging bindiny mechanisms, and the positive t23 of No. three single batteries is connected to No. three On the positive terminal of bulk charging bindiny mechanism, the anode of No. three single batteries is also connected on the other end of single knife switch；Institute The control terminal of the control terminal of No.1 single-pole double-throw switch (SPDT), the control terminal of No. two single-pole double-throw switch (SPDT)s and single knife switch is stated respectively with one The connection of number microcontroller.

No. two contacts of the No.1 single-pole double-throw switch (SPDT) and No. two contacts of No. two single-pole double-throw switch (SPDT)s are normally closed touching Point, No. two contacts of No.1 single-pole double-throw switch (SPDT) and No. two contacts of No. two single-pole double-throw switch (SPDT)s in the charging of No.1 energy-storage battery It is in off-state, No. two contacts of No.1 single-pole double-throw switch (SPDT) and No. two single-pole double throws when No.1 energy-storage battery and do not charge No. two contacts of switch are in closed state；The No.1 contact of the No.1 single-pole double-throw switch (SPDT) and No. two single-pole double-throw switch (SPDT)s No.1 contact be normally opened contact, No.1 energy-storage battery charging when No.1 single-pole double-throw switch (SPDT) No.1 contact and No. two lists The No.1 contact of double-pole double throw switch is in closed state, the one of No.1 single-pole double-throw switch (SPDT) when No.1 energy-storage battery and do not charge Number contact and the No.1 contact of No. two single-pole double-throw switch (SPDT)s are in off-state；The single knife switch is filled in No.1 energy-storage battery It is in an off state when electric, closed state is in when No.1 energy-storage battery does not charge.

Referring to shown in Fig. 6, Fig. 7, each bulk charging bindiny mechanism includes sliding chamber t29, the lower horizontal block t30 that insulate, insulation cunning Horizontal block t36, sliding bar t32 and activity horizontal block t31, the positive terminal of bulk charging bindiny mechanism include upper on motion block t38, insulation Positive terminal end t28 and lower positive terminal end t27, the negative terminals of bulk charging bindiny mechanism include upper negative terminals Head t39 and lower negative terminal end t40；Insulated slide block is slidably arranged in intracavitary, and the lower horizontal block that insulate is fixed at insulation Cunning below sliding shoe is intracavitary, and the cunning that horizontal block is fixed above insulated slide block in insulation is intracavitary, activity horizontal block activity cloth The cunning set above the upper horizontal block that insulate is intracavitary, and upper positive terminal end and upper negative terminal end are arranged at insulated slide block On lower surface, lower positive terminal end and lower negative terminal end are arranged on the upper surface for the lower horizontal block that insulate, in insulation Horizontal block is equipped with vertical through-hole t34, and sliding bar is slidably arranged in vertical through-hole, and sliding bar upper end is fixedly connected on activity horizontal block On, sliding bar lower end is fixedly connected in the upper horizontal block of insulation, is set on the sliding bar between upper horizontal block and insulated slide block insulating Spring t37 is pulled open, the both ends for pulling open spring are press-connected on the lower surface for the upper horizontal block that insulate and insulated slide block respectively On upper surface；It is fixed with lower electromagnet t35 on the upper surface for insulating upper horizontal block, upper electromagnet is equipped in activity horizontal block T33, and the electromagnetic force generated when the energization of upper electromagnet attracts each other with the lower electromagnet electromagnetic force that electricity generates when logical, and powers on The electromagnetic force that electricity generates when the electromagnetic force and lower electromagnet that magnet generates when being powered are logical can push insulated slide block after attracting each other It moves down, and upper positive terminal end can be compressed and be conductively connected on lower positive terminal end and can be by upper negative terminals Head, which compresses, to be conductively connected on lower negative terminal end.

The anode of each single battery is one-to-one to be connected electrically on lower positive terminal end, the cathode one of each single battery It is connected electrically on lower negative terminal end to one, positive terminal in the one-to-one electrical connection of anode of the other end of each current limliting module On end, in the one-to-one electrical connection of cathode of the other end of each current limliting module on negative terminal end.

Referring to shown in Fig. 8-Figure 12, the power input of each charger and the power input of No.1 microcontroller are led It is connected electrically in one to be powered on successive control mechanism t75, and the successive control mechanism that is powered when powering on first gives No.1 microcontroller Device is powered, and is then powered again to charger；In lower electricity, the successive control mechanism that is powered first allows charger to power off, and then allows No.1 again Microcontroller power-off.

Referring to the successive control mechanism that shown in Fig. 8-Figure 12, is powered include right end sealing insulation tube t62, insulation bearing piece t64, Insulated slide bar t63 and handle t61, insulation bearing piece are fixed on t66 in insulation tube, are transversely provided with slide opening t65 in insulation bearing piece, Insulated slide bar is slidably arranged in sliding block, and handle is fixedly connected on the left end of insulated slide bar；Under the inner tubal wall of insulation tube No.1 positive terminal end t71, No.1 negative terminal end t72, No. two anodes are from left to right successively fixed on bottom surface to connect Line end t73 and No. two negative terminal end t74, and the height of No.1 positive terminal end is higher than No.1 negative terminal end Height it is high, the height that the height of No.1 negative terminal end is higher than No. two positive terminal ends is high, No. two positive terminal ends Height height be higher than No. two negative terminal ends height it is high；From a left side on the lower surface of the insulated slide bar of insulation bearing piece right To the right side be successively fixed with No. three positive terminal end t67, No. three negative terminal end t68, No. four positive terminal end t69 and No. four negative terminal end t70, and when insulated slide bar is moved to setting position, No. three positive terminal ends, which can compress, leads It is connected electrically on No.1 positive terminal end, No. three negative terminal ends can compress conductive connection in No.1 negative terminal end On, No. four positive terminal ends can compress conductive connection on No. two positive terminal ends, and No. four negative terminal ends can compress It is conductively connected on No. two negative terminal ends；The power input anode of No.1 microcontroller is connected electrically in No.1 positive terminal The lower end of end, the power input cathode of No.1 microcontroller are connected electrically in the lower end of No.1 negative terminal end, charger Power input anode be connected electrically in the lower ends of No. two positive terminal ends, the power input cathode of charger is connected electrically in The lower end of No. two negative terminal ends；No. three positive terminal ends and No. four positive terminal ends are both electrically connected in the successively control that is powered On the anode of the power input of mechanism processed；No. three negative terminal ends and No. four negative terminal ends, which are both electrically connected with, to be powered first Afterwards on the cathode of the power input of control mechanism.

Referring to shown in Figure 13, Figure 14, temperature testing organization is respectively equipped on each single battery of No.1 energy-storage battery T24, each temperature testing organization are connect with No.1 microcontroller respectively.Temperature testing organization includes insulation guide pipe t41, temperature-sensitive Telescopic rod t42 and limit temperature insulation sliding block t43；Insulation guide pipe is fixed on the list of the positive grade connector lug right side side of corresponding single battery On body battery, temperature-sensitive telescopic rod and limit temperature insulation sliding block are all slidably arranged in the lumen t44 of insulation guide pipe, temperature-sensitive telescopic rod Left end compress be connected on the right surface of positive grade connector lug of single battery, the right end of temperature-sensitive telescopic rod be fixedly connected on limit temperature It insulate on the left side of sliding block.The present embodiment is described by taking No. three single battery t21 as an example.Temperature testing organization further includes pushing away Bar t49, lever t50, No.1 cooling squeeze spring t51, fixed block t52, slide rheostat t48 and can detect slide rheostat electricity The current sensor t53 of stream, the rotating fulcrum and slide rheostat of lever are all separately fixed at the exhausted of limit temperature insulation sliding block right In the lumen of edge guide pipe, fixed block is fixed in the lumen of insulation guide pipe of lever right, and the left end of push rod is fixedly connected On the right side of limit temperature insulation sliding block, the right end of push rod is press-connected on the power arm of lever, the sliding of slide rheostat Needle is fixedly connected on the resistance arm of lever, and the left end that No.1 cooling squeezes spring is fixedly connected on the right surface of power arm of lever On, the right end that No.1 cooling squeezes spring is fixedly connected on fixed block, and current sensor is connect with No.1 microcontroller；And The power arm lengths of lever are less than the resistance arm lengths of lever.

Slide rheostat includes conductive segment t45 and non-conductive section of t47, and slide rheostat slides needle t46 in the band of lever It can slidably reciprocate on the conductive segment of slide rheostat and on non-conductive section under dynamic, when the sliding needle of slide rheostat is only in cunning Moving slide rheostat when sliding on rheostatic conductive segment just allows to have electric current to flow through, and the size of current that can be flowed through is with sliding The movement of pointer and change；When the sliding needle of slide rheostat only slides variable resistance when above sliding for non-conductive section of slide rheostat Device no current flows through.

Shown in Figure 13, battery connection module includes the output charging connection mechanism equal with single battery number；Often The fluid cylinder that a output charging connection mechanism includes that telescopic rod is arranged downwards and control terminal is connect with No.1 microcontroller T57, the level insulation block t58 for being horizontally fixed on the lower end fluid cylinder telescopic rod t56 are equipped with a left side in the lower surface left end of level insulation block Conducting block t55 is equipped with right conducting block t59 in the lower surface right end of level insulation block；Left conducting block and bulk charging bindiny mechanism Positive terminal is conductively connected, and the negative terminals of right conducting block and bulk charging bindiny mechanism are conductively connected.

In the present embodiment, left conducting block is conductive by conducting wire t54 and the lower positive terminal end t27 of bulk charging bindiny mechanism Connection, right conducting block are conductively connected by conducting wire t60 and the lower negative terminal end t40 of bulk charging bindiny mechanism.

When temperature testing organization detects the temperature of corresponding single battery higher than setting value, No.1 microcontroller is to fluid cylinder Issue and shrink instruction, the telescopic rod of fluid cylinder is shunk, allow left conducting block and right conducting block respectively with corresponding single battery anode and bear Pole disconnects.When temperature testing organization detects that the temperature of corresponding single battery is below setting value, No.1 microcontroller is to liquid Cylinder, which issues, shrinks elongation instruction, and the telescopic rod elongation of fluid cylinder allows left conducting block and right conducting block to compress conductive connection respectively right On the single battery anode answered and on cathode.To realize single battery in charging because charging causes single battery temperature excessively high Overheat protector control.Charging security is high.

For the present embodiment in charging, voltage checking chip can carry out voltage detecting to corresponding single battery.When some list Body battery can reduce charging current by current limliting module when being full of, and can pass through current limliting when some single battery is not full of far also Module increases charging current.To make voltage contained by single battery identical as far as possible.When each single battery is full of and each list The voltage of body battery can disconnect charge power supply when identical.Or when each single battery and underfill and each single battery Voltage it is identical when can also disconnect charge power supply.It, will not between the single battery of series connection after allowing single battery to be connected in this way There are electric current flowing, the high reliablity of battery.The charging current or charging voltage of each charger between each other can not be identical.Pass through Switching switch can select different chargers to some single battery.The cooperation of switching switch and current limliting module can be needed preferably The single battery to be charged provides charging current and charging voltage in real time, consequently facilitating to the charging progress of each single battery into Row individually control, is also convenient for individually controlling the charging voltage of each single battery.It is examined during the charging process by temperature The temperature of single battery can be detected by surveying mechanism, and can carry out overheat protector control to single battery in charging.Pass through Dual power supply mechanism makes the present embodiment have the function of dual power supply, substantially increases dependable with function.

The present embodiment can make the damage of single single battery will not influence other single battery chargings, and not be that No.1 is stored up Mutually independent single battery each in No.1 energy-storage battery can be sequentially connected in series when energy battery charging and become to go here and there together Join battery, for No.1 energy-storage battery charging when can by be sequentially connected in series in No.1 energy-storage battery together series-connected cell change At mutually independent single battery, voltage detecting also can be carried out to the charging process of each single battery, and can be to each monomer The charging progress of battery is individually controlled, can also the charging voltage to each single battery individually controlled.And it is charging When can to single battery carry out overheat protector control.It is powered using dual power supply mechanism and realizes the uninterrupted power supply of electrical equipment.Peace Quan Xinggao, good reliability.

The battery connection module of the present embodiment can allow No.1 energy-storage battery can will be in No.1 energy-storage battery when charging well Each mutually independent single battery is sequentially connected in series becomes series-connected cell together, energy when for the charging of No.1 energy-storage battery The series-connected cell for being sequentially connected in series together in No.1 energy-storage battery is become into mutually independent single battery, high reliablity.

The present embodiment, which can improve No.1 energy-storage battery in use, can remain each in No.1 energy-storage battery Mutually independent single battery is sequentially connected in series becomes series-connected cell together, high reliablity.

The bulk charging bindiny mechanism of the present embodiment has prevented that current limliting module and list can be allowed when No.1 energy-storage battery does not charge Body battery carries out completely insulated separation, improves reliability and safety.

When temperature testing organization detects that the temperature of corresponding single battery is below setting value, No.1 microcontroller is to liquid Cylinder, which issues, shrinks elongation instruction, and the telescopic rod elongation of fluid cylinder allows left conducting block and right conducting block to compress conductive connection respectively right On the single battery anode answered and on cathode.To realize single battery in charging because charging causes single battery temperature excessively high Overheat protector control.Charging security is high, and intelligence degree is high, good reliability.

When motor work, No.1 rotor, No. two rotors and No. three rotors can according to the temperature height respectively set come Corresponding No.1 telescoping mechanism, No. two telescoping mechanisms and No. three telescoping mechanisms are allowed whether to be connected with turntable.The motor has more A rotor, then the rotor is just exited and is stopped working after the temperature of some rotor of motor is higher than the set temperature of the rotor, And then the motor stops working after the temperature of each rotor of motor is respectively higher than the set temperature of respective rotor, motor Rotor not easy burn-out.

When motor work, if the temperature of No.1 rotor is higher than the temperature of the setting of No.1 rotor, No.1 temperature-sensitive Telescopic block heats up elongation of turning left, and No.1 will be pulled to stretch by No.1 drawstring after the heated elongation of turning left of No.1 temperature-sensitive telescopic block Contracting bar is toward moving left, and No.1 telescopic rod is just separated with turntable when No.1 telescopic rod is greater than set distance toward the distance moved left, No.1 rotor so has just exited working condition.If instead the temperature of No.1 rotor is lower than the temperature of the setting of No.1 rotor When, then No.1 temperature-sensitive telescopic block is turned right shortening, and No.1 temperature-sensitive telescopic block, which is turned right, to be become smaller by the pulling force on No.1 drawstring after shortening, For No.1 telescopic rod toward moving right under the action of No.1 squeezes spring, No.1 telescopic rod is greater than set distance toward the distance moved right When the No.1 jack that is just inserted on turntable with turntable point of No.1 telescopic rod in, such No.1 rotor can drive turntable to rotate Namely No.1 rotor enters working condition.

When motor work, if the temperature of No. two rotors is higher than the temperature of the setting of No. two rotors, No. two temperature-sensitives Telescopic block heats up elongation of turning left, and will pull No. two by No. two drawstrings after the heated elongation of turning left of No. two temperature-sensitive telescopic blocks and stretch Contracting bar is toward moving left, and No. two telescopic rods are just separated with turntable when No. two telescopic rods are greater than set distance toward the distance moved left, Such No. two rotors have just exited working condition.If instead the temperature of No. two rotors is lower than the temperature of the setting of No. two rotors When, then No. two temperature-sensitive telescopic blocks are turned right shortening, and No. two temperature-sensitive telescopic blocks, which are turned right, to be become smaller by the pulling force on No. two drawstrings after shortening, For No. two telescopic rods toward moving right under the action of No. two extruding springs, No. two telescopic rods are greater than set distance toward the distance moved right When No. two jacks just point being inserted on turntable with turntable of No. two telescopic rods in, such No. two rotors can drive turntable to rotate Namely No. two rotors enter working condition.

When motor work, if the temperature of No. three rotors is higher than the temperature of the setting of No. three rotors, No. three temperature-sensitives Telescopic block heats up elongation of turning left, and will pull No. three by No. three drawstrings after the heated elongation of turning left of No. three temperature-sensitive telescopic blocks and stretch Contracting bar is toward moving left, and No. three telescopic rods are just separated with turntable when No. three telescopic rods are greater than set distance toward the distance moved left, Such No. three rotors have just exited working condition.If instead the temperature of No. three rotors is lower than the temperature of the setting of No. three rotors When, then No. three temperature-sensitive telescopic blocks are turned right shortening, and No. three temperature-sensitive telescopic blocks, which are turned right, to be become smaller by the pulling force on No. three drawstrings after shortening, For No. three telescopic rods toward moving right under the action of No. three extruding springs, No. three telescopic rods are greater than set distance toward the distance moved right When No. three jacks just point being inserted on turntable with turntable of No. three telescopic rods in, such No. three rotors can drive turntable to rotate Namely No. three rotors enter working condition.

It can determine whether the moving distance of No.1 telescopic rod to the left by No.1 displacement sensor, it can by No. two displacement sensors Judge the moving distance of No. two telescopic rods to the left, by third place displacement sensor can determine whether the movement of No. three telescopic rods to the left away from From.

If current dial is to be driven to rotate by No.1 rotor, if No. two rotors will participate in the rotation work of turntable When it is necessary to allowing No. two telescopic rods to be inserted into No. two jacks of turntable.When No. two telescopic rods move right to set distance S, And No. two telescopic rods are inserted into not yet in No. two jacks of turntable at this time.No. two microcontrollers by No. two wireless modules, Total wireless module connects with total microcontroller and issues the revolving speed of the current No.1 rotor of request detection, and total microcontroller passes through total nothing Wire module, No.1 wireless module issue the instruction for detecting current No.1 rotor speed, No.1 microcontroller to No.1 microcontroller The tach signal for the current No.1 rotor that No.1 speed probe detects is uploaded to total microcontroller, total microcontroller should Tach signal give No. two microcontrollers, when No. two microcontrollers judge No. two rotors revolving speed it is identical with the revolving speed of No.1 rotor when No. two telescopic rods are allowed to be inserted into No. two jacks of turntable.Such high reliablity.If current dial is driven by No.1 rotor When rotation, if principle and No. two telescopic rods that No. three telescopic rods will be inserted into No. three jacks of turntable will be inserted into turntable Principle in No. two jacks is identical.

No.1 semi-conductor thermo-electric generation module, No. two semi-conductor thermo-electric generation modules and No. three semi-conductor thermo-electric generation modules Power supply is provided for corresponding power supply unit, without external to electricity, and is obtained using the heat difference on rotor here Electricity, this can not only reduce temperature of rotor during thermo-electric generation, can also obtain the power supply of needs, also generate to obtain electricity Unexpected technical effect.

Embodiments of the present invention are described above in conjunction with attached drawing, however, the implementation is not limited to the above embodiments, this field Those of ordinary skill can be with various changes and modifications may be made within the scope of the appended claims.

Claims (2)

1. kitchen ventilator fan motor, including motor body, which is characterized in that the rotor of the motor body include horizon bar with And successively several rotors of arrangement parallel to each other, the rotor of the motor body further include turntable and right spindle from left to right； Turntable is fixedly connected on the left end of right spindle, is respectively equipped with temperature measuring mechanism in each rotor, the temperature measuring mechanism on some rotor The rotor is then separated with turntable when the temperature detected is more than set temperature, is detected when the temperature measuring mechanism on some rotor The rotor can be drivingly connected with turntable when temperature is lower than set temperature；The rotor includes No.1 rotor, No. two rotors and No. three Rotor, the motor body further includes No.1 round tube, No. two round tubes and No. three round tubes, and the length of No.1 round tube is greater than No. two The length of round tube, the length of No. two round tubes are greater than the length of No. three round tubes；It is connected with No.1 respectively at the both ends of horizon bar Left retaining ring and the right retaining ring of No.1, and the height of the right retaining ring of No.1 is less than the pipe thickness of No.1 round tube；In No.1 round tube or so No. two left retaining rings and No. two right retaining rings are connected on the side pipe wall at end respectively, and the height of No. two right retaining rings is less than No. two The pipe thickness of round tube；It is connected with No. three left retaining rings and No. three right gears respectively on the side pipe wall at No. two round tubes or so end Circle, and the height of No. three right retaining rings is less than the pipe thickness of No. three round tubes；No.1 round tube be rotatably connected on the left retaining ring of No.1 and On the outer wall of horizon bar between the right retaining ring of No.1, No. two round tubes are rotatably connected between No. two left retaining rings and No. two right retaining rings On the outer wall of No.1 round tube, No. three round tubes are rotatably connected on the outer wall of No. two round tubes between No. three left retaining rings and No. three right retaining rings On；For the horizontal fixed and arranged of horizon bar in the rack of motor body, right spindle rotates the motor body for being arranged in horizon bar right Rack on, turntable is fixedly connected on the left side of right spindle；The circle center hole inner hole wall of No.1 rotor is integrally attached to No. two In the collar wall of left retaining ring, the circle center hole inner hole wall of No. two rotors is integrally attached in the collar wall of No. three left retaining rings, and No. three turn The circle center hole inner hole wall of son is integrally attached in the collar wall of No. three left retaining rings；No.1 is equipped in No.1 rotor to expand with heat and contract with cold machine Structure, being equipped on the right side of No.1 round tube can be carried out the No.1 telescopic machine moved left and right by No.1 mechanism controls of expanding with heat and contract with cold Structure；It is equipped with No. two mechanisms of expanding with heat and contract with cold in No. two rotors, is equipped on the right side of No. two round tubes by No. two machines that expand with heat and contract with cold Structure control can be carried out No. two telescoping mechanisms moved left and right；No. three mechanisms of expanding with heat and contract with cold are equipped in No. three rotors, in No. three circles The right side of pipe, which is equipped with, can be carried out move left and right No. three telescoping mechanisms by No. three mechanism controls of expanding with heat and contract with cold；No.1 heat expansion is cold Contracting mechanism includes being equipped with the left cross-drilled hole of No.1 in No.1 rotor, horizontally slipping in the left cross-drilled hole of No.1 equipped with No.1 temperature-sensitive telescopic block With No.1 cylinder of the telescopic rod towards left arrangement, the right end of No.1 temperature-sensitive telescopic block are fixed on the right hole wall of the left cross-drilled hole of No.1 Face is fixedly connected on the telescopic rod of No.1 cylinder；No.1 telescoping mechanism includes being axially arranged with one on the right side of No.1 round tube Number right cross-drilled hole horizontally slips in the right cross-drilled hole of No.1 equipped with No.1 telescopic rod, in the left side of No.1 telescopic rod and the right cross of No.1 Equipped with No.1 extruding spring, on the right hole wall of the left cross-drilled hole of No.1 equipped with the left hole wall with the right cross-drilled hole of No.1 between the left hole wall in hole The No.1 hole road that is connected and No.1 drawstring is movably equipped in the road of No.1 hole, the both ends of the No.1 drawstring are respectively fixedly connected with On the left side of No.1 temperature-sensitive telescopic block and on the left side of No.1 telescopic rod；It is equipped on turntable corresponding with No.1 telescopic rod No.1 jack；No. two mechanisms of expanding with heat and contract with cold include that No. two left cross-drilled holes, the left and right in No. two left cross-drilled holes are equipped in No. two rotors Sliding be equipped with No. two temperature-sensitive telescopic blocks and be fixed on the right hole wall of No. two left cross-drilled holes telescopic rod towards left arrangement No. two gas Cylinder, the right side of No. two temperature-sensitive telescopic blocks are fixedly connected on the telescopic rod of No. two cylinders；No. two telescoping mechanisms are included in No. two It is axially arranged with No. two right cross-drilled holes on the right side of round tube, horizontally slips in No. two right cross-drilled holes equipped with No. two telescopic rods, at No. two No. two extruding springs are equipped between the left side of telescopic rod and the left hole wall of No. two right cross-drilled holes, on the right hole wall of No. two left cross-drilled holes It is movably equipped with No. two drawstrings equipped with No. two holes road being connected with the left hole wall of No. two right cross-drilled holes and in the road of No. two holes, described two The both ends of number drawstring be respectively fixedly connected on the left side of No.1 temperature-sensitive telescopic block and the left side of No. two telescopic rods on；Turning Disk is equipped with No. two jacks corresponding with No. two telescopic rods；No. three mechanisms of expanding with heat and contract with cold include that No. three left sides are equipped in No. three rotors Cross-drilled hole horizontally slips equipped with No. three temperature-sensitive telescopic blocks in No. three left cross-drilled holes and is fixed on the right hole wall of No. three left cross-drilled holes Towards No. three cylinders of left arrangement, the right side of No. three temperature-sensitive telescopic blocks is fixedly connected on the telescopic rod of No. three cylinders telescopic rod； No. three telescoping mechanisms include being axially arranged with No. three right cross-drilled holes on the right side of No. three round tubes, horizontally slipping in No. three right cross-drilled holes Be equipped with equipped with No. three telescopic rods, between the left side of No. three telescopic rods and the left hole wall of No. three right cross-drilled holes No. three extruding springs, No. three holes road being connected with the left hole wall of No. three right cross-drilled holes is equipped on the right hole wall of No. three left cross-drilled holes and in the road of No. three holes No. three drawstrings are movably equipped with, the both ends of No. three drawstrings are respectively fixedly connected on the left side of No.1 temperature-sensitive telescopic block and three On the left side of number telescopic rod；No. three jacks corresponding with No. three telescopic rods are equipped on turntable；Kitchen ventilator with fan motor also Including total microcontroller and the total wireless module being connect with total microcontroller；No.1 telescoping mechanism further includes being arranged in the right cross of No.1 No.1 microcontroller and No.1 wireless module in hole and the No.1 displacement sensor being fixed on No.1 telescopic rod, one Control terminal, No.1 displacement sensor and the No.1 wireless module of number cylinder are connect with No.1 microcontroller respectively, No.1 is wireless mould Block and total wireless module are wirelessly connected；No. two telescoping mechanisms further include No. two microcontrollers and two being arranged in No. two right cross-drilled holes Number wireless module and No. two displacement sensors being fixed on No. two telescopic rods, the control terminal of No. two cylinders, No. two positions Displacement sensor and No. two wireless modules are connect with No. two microcontrollers respectively, and No. two wireless modules wirelessly connect with total wireless module It connects；No. three telescoping mechanisms further include that No. three microcontrollers being arranged in No. three right cross-drilled holes and No. three wireless modules and fixation are set Set the third place displacement sensor on No. three telescopic rods, control terminal, third place displacement sensor and No. three wireless moulds of No. three cylinders Block is connect with No. three microcontrollers respectively, and No. three wireless modules and total wireless module are wirelessly connected；It is equipped in the right cross-drilled hole of No.1 The No.1 speed probe connecting with No.1 microcontroller is equipped with No. two connect with No. two microcontrollers in No. two right cross-drilled holes Speed probe is equipped with No. three speed probes connecting with No. three microcontrollers in No. three right cross-drilled holes；In No.1 rotor Equipped with No.1 semi-conductor thermo-electric generation module, it is additionally provided with No.1 charging module and No.1 energy-storage battery in the right cross-drilled hole of No.1, one Number semi-conductor thermo-electric generation module is connect with the power input of No.1 charging module, the power output end of No.1 charging module with The connection of No.1 energy-storage battery, the confession of the feeder ear, the feeder ear, No.1 wireless module of No.1 displacement sensor of the No.1 cylinder The feeder ear at electric end, the feeder ear of No.1 microcontroller and No.1 speed probe is all connected on No.1 energy-storage battery；Two It is equipped with No. two semi-conductor thermo-electric generation modules in number rotor, No. two charging modules and No. two energy storage are additionally provided in No. two right cross-drilled holes Battery, No. two semi-conductor thermo-electric generation modules are connect with the power input of No. two charging modules, the power supply of No. two charging modules Output end is connect with No. two energy-storage batteries, the feeder ear of No. two cylinders, the feeder ear of No. two displacement sensors, No. two it is wireless The feeder ear of the feeder ear of module, the feeder ear of No. two microcontrollers and No. two speed probes is all connected to No. two energy-storage batteries On；In No. three rotors be equipped with No. three semi-conductor thermo-electric generation modules, be additionally provided in No. three right cross-drilled holes No. three charging modules and No. three energy-storage batteries, No. three semi-conductor thermo-electric generation modules are connect with the power input of No. three charging modules, No. three charging moulds The power output end of block is connect with No. three energy-storage batteries, the feeder ears of No. three cylinders, third place displacement sensor feeder ear, The feeder ear of the feeder ear of No. three wireless modules, the feeder ear of No. three microcontrollers and No. three speed probes is all connected to No. three On energy-storage battery；No.1 energy-storage battery is sequentially connected in series by several mutually independent single batteries；No.1 charging module packet Include battery connection module, the respectively charger equal with single battery number, switching switch and current limliting module；Battery connection module Including the bulk charging bindiny mechanism equal with single battery number；Bulk voltage inspection is respectively equipped in each bulk charging bindiny mechanism Survey chip；On the one-to-one terminals for being connected to each switching switch selection end of the power output end of each charger；Often On one-to-one one end for being connected to current limliting module of turning end of a switching switch, the one-to-one connection of the other end of each current limliting module In the bulk charging bindiny mechanism of battery connection module；Battery connection module is connected on No.1 energy-storage battery, and the battery connects The control terminal of connection module, each bulk voltage detection chip, the control terminal of the control terminal of each current limliting module and each switching switch It is connect respectively with No.1 microcontroller；And under the control of No.1 microcontroller, when not being the charging of No.1 energy-storage battery, battery Mutually independent single battery each in No.1 energy-storage battery can be sequentially connected in series by link block becomes series electrical together Pond, when for the charging of No.1 energy-storage battery, battery connection module can will be sequentially connected in series together in No.1 energy-storage battery Series-connected cell becomes mutually independent single battery.

2. kitchen ventilator fan motor according to claim 1, which is characterized in that battery connection module includes and monomer is electric The equal output charging connection mechanism of pond number；Each output charging connection mechanism includes that telescopic rod is arranged downwards and controls Fluid cylinder that end processed is connect with No.1 microcontroller, the level insulation block for being horizontally fixed on fluid cylinder telescopic rod lower end, in level insulation The lower surface left end of block is equipped with left conducting block, is equipped with right conducting block in the lower surface right end of level insulation block；Left conducting block and body The positive terminal of charging connection mechanism is conductively connected, and the negative terminals conduction of right conducting block and bulk charging bindiny mechanism connects It connects.