CN206938921U

CN206938921U - The positive and negative cycling of integrated lock type

Info

Publication number: CN206938921U
Application number: CN201720511001.1U
Authority: CN
Inventors: 武君
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-05-08
Filing date: 2017-05-08
Publication date: 2018-01-30
Anticipated expiration: 2027-05-08

Abstract

The utility model provides a kind of positive and negative cycling of integrated lock type, including vehicle frame and front-wheel and trailing wheel, is provided with flower-drum and rear sprocket wheel in trailing wheel, rear sprocket wheel is fixedly linked with flower-drum, and locking-type orientation transmission device and main chain are provided with vehicle frame；Lock type orientation transmission device include power transmission shaft, drive link, pedal, preceding sprocket wheel, driven sprocket, drive sprocket, driving chain, oriental toothed gear transmission mechanism, from travelling gear, main drive gear and locking mechanism, locking mechanism is fixed on oriental toothed gear transmission mechanism.The utility model installs locking mechanism on positioning gear drive, when locking mechanism locks positioning gear drive, drive sprocket can be prevented to rotate, and then can lock preceding sprocket wheel, rear sprocket wheel；Because rear sprocket wheel is fixedly linked with flower-drum, then trailing wheel can be locked；Locking mechanism and oriental toothed gear transmission mechanism are integrated into lock type orientation transmission device, so as to survivable locking mechanism, and then playing prevents vehicle to be stolen.

Description

The positive and negative cycling of integrated lock type

Technical field

The utility model belongs to bicycle art, is to be related to a kind of positive and negative cycling of integrated lock type more specifically.

Background technology

Current bicycle generally comprises vehicle frame and the front and back wheel on vehicle frame, and power transmission shaft is installed on vehicle frame, transmission The both ends installation drive link of axle, installs pedal on each drive link, sprocket wheel installed on power transmission shaft simultaneously before, is installed on the flower-drum of trailing wheel Preceding sprocket wheel, is connected by flywheel, sprocket wheel after installing on flywheel using chain with rear sprocket wheel.Pushes pedals forward, drive power transmission shaft and Preceding sprocket wheel is rotated, and sprocket wheel rotates after chain-driving, and drives rear wheel through flywheel, and realization is ridden forward；And it ought step on backward Pedal or when sliding, the latch in flywheel departs from internal tooth, flower-drum is disengaged with rear sprocket wheel, so that bicycle keeps moving ahead. In cycling it is latter as bicycle can be locked using lockset.

Ridden efficiency and enjoyment for lifting, currently also disclose it is a kind of can be with the positive and negative bicycle ridden, such as It bicycle structure disclosed in CN205574210U, when pushes pedals forward or backwards, can drive bicycle to move ahead, and work as When not treading on pedal, due to the effect of flywheel, bicycle can still slide forward.

Current bicycle lock includes two kinds, and one kind is chain-type, is usually to pin wheel when chain-type lockset uses Or vehicle frame is tied up on fixture；Chain-type lockset can typically take larger space, and easily not destroy the feelings of bicycle Chain is destroyed or cut under condition, and causes bicycle to be stolen.Another kind is circular ring type, and circular ring type lockset is generally fixed to vehicle frame On, wheel is passed through by arc dead bolt, wheel lock is lived.This lockset is usually outside, is not being destroyed easily equally In the case of bicycle, lockset is destroyed, and causes bicycle to be stolen.

Utility model content

The purpose of this utility model is to provide a kind of positive and negative cycling of integrated lock type, to solve car in the prior art The problem of locking and be easily destroyed, and causing vehicle to be stolen.

To achieve the above object, the technical solution adopted in the utility model is：There is provided a kind of integrated lock type it is positive and negative ride from Driving, including vehicle frame and the front-wheel that is installed on the vehicle frame and trailing wheel and the rear sprocket wheel for driving the rear wheel, institute State and flower-drum is installed on trailing wheel, the rear sprocket wheel is fixedly linked with the flower-drum, is provided with the vehicle frame and is driven for orienting The master of the lock type orientation transmission device and the connection lock type orientation transmission device and the rear sprocket wheel of the rear wheel Chain；Power transmission shaft that the lock type orientation transmission device includes being articulated on vehicle frame, it is separately mounted to the biography of both ends of the drive shaft Lever, the pedal being respectively arranged on each drive link, preceding sprocket wheel, with the preceding sprocket coaxiality and be fixedly linked driven sprocket, Drive sprocket, the driving chain for connecting the drive sprocket and the driven sprocket, drive the drive sprocket directional rotating Oriental toothed gear transmission mechanism, drive being nibbled from travelling gear, with described from travelling gear for the oriental toothed gear transmission mechanism operating The main drive gear of conjunction and for locking the oriental toothed gear transmission mechanism to stop locking mechanism that the drive sprocket rotates, For the preceding sprocket wheel turning set loaded on the power transmission shaft, the main chain connects the preceding sprocket wheel and the rear sprocket wheel, the master Travelling gear is fixed on the power transmission shaft, and the locking mechanism is fixed on the oriental toothed gear transmission mechanism, the orientation Gear drive is fixed on the vehicle frame.

Further, the oriental toothed gear transmission mechanism include be installed on vehicle frame supporting case, be articulated in the support Driving shaft in box, the output shaft being articulated in the supporting case, the driving output shaft rotate in same direction with the driving shaft Wheel group, the driving output shaft are with the counter-rotational reversing wheel group of the driving shaft and for carrying out gear shift so that the master in the same direction The clutch that moving axis rotates in same direction or rotated backward with the output shaft or neutral gear rotates；The wheel group in the same direction connects the master Moving axis and the output shaft, the reversing wheel group connects the driving shaft and the output shaft, described to be installed on from travelling gear On the driving shaft, the drive sprocket is installed on the output shaft, the wheel group in the same direction, the reversing wheel group and it is described from Close mechanism to be located in the supporting case, the locking mechanism is fixed on the supporting case.

Further, the locking mechanism includes lock box and the lockset being installed in the lock box, and the lock box is fixed on On the supporting case, the perforate that the output shaft is locked for the lockset is offered on the supporting case.

Further, the lockset includes being fixed in the lock box lock body, insert dead bolt in the lock body, push away Push up locking closure, the lock for locking the dead bolt that the dead bolt closes at back-moving spring in the lock body, is placed on the lock body Bar and the locking-valve for driving the locking bar unblock dead bolt；The lockhole, described passed through for the dead bolt is offered in the lock body One end of lock body is placed on the lock in the accommodating cavity that the accommodating back-moving spring is offered in the side wall of lockhole, the back-moving spring On tongue, annular table is convexly equipped with the dead bolt, the both ends of the back-moving spring support the annular table and the accommodating cavity respectively Bottom surface, the annular table is slidably disposed within the accommodating cavity, and the locking closure is placed on the accommodating cavity, is opened up on the dead bolt Have a neck for locking bar insertion, the side of the lock body offers the jack for locking bar insertion, the jack with it is described Lockhole is connected, and the locking-valve is installed on the side of the lock body.

Further, the locking-valve includes valve bonnet, the magnetic conduction being fixed on the locking bar for being fixed on the lock body side Ring, the magnet coil for magnetic guiding loop described in magnetic and the push the spring for promoting the magnetic guiding loop to be moved towards the dead bolt, institute State magnet coil to be installed in the valve bonnet, the magnetic guiding loop is slidably mounted in the valve bonnet, and the push the spring is placed in institute State in magnet coil, the push the spring is placed on the locking bar.

Further, what the locking mechanism also included being used for shaking control lockset unblock shakes control lock controller, described to shake Control lock controller includes circuit board and is installed on the lock provided with the remote control lock control circuit on the circuit board, the circuit board In box.

Further, it is described remote control lock control circuit include process circuit, the opening drive circuit for unblock, with it is described Arrowband wireless communication line that process circuit is electrical connected and the antenna being electrical connected with the arrowband wireless communication line, it is described Opening drive circuit is connected with the process circuit, and the opening drive circuit is electrical connected with the magnet coil.

Further, the clutch includes being used to drive the reversing wheel group to rotate the first ratchet, for driving The second ratchet that wheel group rotates described in the same direction and the Drive ratchet for switching gear；The direction of first ratchet and described The direction of two ratchets is on the contrary, first ratchet, the Drive ratchet and second ratchet are set in the driving shaft successively On, the both ends of the Drive ratchet are respectively provided with the ratchet engaged with first ratchet and second ratchet, described Driving shaft is provided with spiral external tooth, and the spiral internal tooth engaged with spiral external tooth, first ratchet are provided with the Drive ratchet Distance between second ratchet is more than the axial length of the Drive ratchet.

Further, the clutch also includes the mantle being placed on the Drive ratchet, and the mantle is installed on institute State on supporting case.

Further, the positioning bead for positioning the Drive ratchet is installed on the mantle, the Drive ratchet Outer surface offers the annular positioning groove stretched into for the positioning bead.

The beneficial effect of the positive and negative cycling of integrated lock type provided by the utility model is：Compared with prior art, Preceding sprocket wheel is connected by the utility model using main chain with rear sprocket wheel；Preceding sprocket wheel is enclosed on power transmission shaft, it is fixed on preceding sprocket wheel Driven sprocket is connected, sets drive sprocket and driving chain to drive driven sprocket to rotate, and then sprocket wheel rotates before drive；It is fixed to set To gear drive, to drive drive sprocket to rotate；Main drive gear is installed on power transmission shaft, and set from drive gears Dynamic oriental toothed gear transmission mechanism operating, and then in positive and negative rotation power transmission shaft, can be ridden forward；In positioning gear drive Locking mechanism is installed in mechanism, when locking mechanism locks positioning gear drive, drive sprocket can be prevented to rotate, and then Preceding sprocket wheel, rear sprocket wheel can be locked；Because rear sprocket wheel is fixedly linked with flower-drum, then trailing wheel can be locked；Due to that will lock Mechanism is fixed on oriental toothed gear transmission mechanism, so as to which locking mechanism and oriental toothed gear transmission mechanism are integrated into lock type orientation Transmission device, so as to survivable locking mechanism；When damage locking mechanism, oriental toothed gear transmission mechanism, Jin Erqi can be damaged It is stolen to vehicle is prevented.

Brief description of the drawings

, below will be to embodiment or prior art in order to illustrate more clearly of the technical scheme in the embodiment of the utility model The required accompanying drawing used is briefly described in description, it should be apparent that, drawings in the following description are only that this practicality is new Some embodiments of type, for those of ordinary skill in the art, without having to pay creative labor, can be with Other accompanying drawings are obtained according to these accompanying drawings.

Fig. 1 is the structural representation for the positive and negative cycling of integrated lock type that the utility model embodiment provides；

The structural representation of lock type orientation transmission device in the positive and negative cycling of integrated lock type that Fig. 2 is Fig. 1；

Fig. 3 is the decomposition texture schematic diagram of Fig. 2 lock type orientation transmission device；

Fig. 4 is the internal structure schematic diagram of Fig. 2 lock type orientation transmission device；

The structural representation of clutch in the lock type orientation transmission device that Fig. 5 is Fig. 2；

Fig. 6 is the decomposition texture schematic diagram of Fig. 5 clutch；

Preceding sprocket wheel is arranged on structural representation when on power transmission shaft in the lock type orientation transmission device that Fig. 7 is Fig. 2；

Fig. 8 is that Fig. 7 preceding sprocket wheel is arranged on cross section structure diagram when on power transmission shaft；

The decomposition texture schematic diagram of locking mechanism in the lock type orientation transmission device that Fig. 9 is Fig. 2；

Figure 10 is the decomposition texture schematic diagram of lockset in Fig. 9；

Cross section structure diagram during the lockset locking that Figure 11 is Figure 10；

Structural representation when sprocket wheel is connected with flower-drum after in the positive and negative cycling of integrated lock type that Figure 12 is Fig. 1；

Figure 13 is cross section structure diagram when Figure 12 rear sprocket wheel is connected with flower-drum；

The structured flowchart of lock control circuit is remotely controlled in the lock type orientation transmission device that Figure 14 is Fig. 2；

Figure 15 is the wireless control network structured flowchart of Fig. 2 lock type orientation transmission device.

Wherein, each accompanying drawing main mark in figure：

100- integrates the positive and negative cycling of lock type；10- lock type orientation transmission devices；Sprocket wheel before 11-；The axles of 111- the 3rd Hold；12- driven sprockets；13- drive sprockets；14- driving chains；21- power transmission shafts；22- drive links；23- pedals；24- protective covers； 25- main drive gears；26- is from travelling gear；30- oriental toothed gear transmission mechanisms；31- supporting cases；311- the first box shells；312- Two box shells；32- driving shafts；321- spiral external tooths；33- output shafts；The base bearings of 34- first；The base bearings of 35- second；36- first is padded Ring；The gasket rings of 37- second；40- reversing wheel groups；The driving gears of 41- first；The driven gears of 42- first；50- wheel groups in the same direction；51- Two driving gears；The driven gears of 52- second；53- idle pulleys；531- support shafts；60- clutches；The ratchets of 61- first；62- second Ratchet；63- Drive ratchets；631- annular positioning grooves；632- spiral internal tooths；64- mantles；65- positioning beads；66- clutch shaft bearings； 67- second bearings；70- locking mechanisms；71- lock boxes；The housings of 711- first；The housings of 712- second；74- shakes control lock controller；75- It is remotely controlled lock control circuit；751-SOC on-chip systems；752- arrowbands wireless communication line；753- opening drive circuits；754- can fill Battery；755- battery charging management circuits；756- charging inlets；757- antennas；758- working condition indicating circuits；759- sound Optical alarm circuit；76- circuit boards；78- remote control administrative systems；79- mobile phones app；80- locksets；81- lock bodies；811- lockholes； 812- accommodating cavities；813- jacks；82- dead bolts；821- annular tables；822- necks；823- latches；83- back-moving springs；84- locking closures； 85- locking bars；86- locking-valves；861- magnetic guiding loops；862- valve bonnets；863- magnet coils；864- push the springs；841- through holes；91- cars Frame；92- front-wheels；93- trailing wheels；94- flower-drum；Sprocket wheel after 95-；96- main chains.

Embodiment

In order that technical problem to be solved in the utility model, technical scheme and beneficial effect are more clearly understood, with Lower combination drawings and Examples, the utility model is further elaborated.It is it should be appreciated that described herein specific real Example is applied only to explain the utility model, is not used to limit the utility model.

It should be noted that when element is referred to as " being fixed on " or " being arranged at " another element, it can be directly another On one element or it is connected on another element.When an element is known as " being connected to " another element, it can To be directly to another element or be indirectly connected on another element.In addition, term " installation ", " connected ", " company Connect " it should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected, or it is integrally connected；It can be machine Tool connects or electrical connection；Can be joined directly together, can also be indirectly connected by intermediary, can be two members The interaction relationship of connection or two elements inside part.For the ordinary skill in the art, can be according to tool Body situation understands concrete meaning of the above-mentioned term in the utility model.

In addition, term " first ", " second " are only used for describing purpose, and it is not intended that instruction or hint relative importance Or the implicit quantity for indicating indicated technical characteristic.Thus, define " first ", the feature of " second " can be expressed or Implicitly include one or more this feature.In description of the present utility model, " multiple " are meant that two or two More than, unless otherwise specifically defined.

Also referring to Fig. 1 to Figure 13, now the integrated positive and negative cycling 100 of lock type provided by the utility model is carried out Explanation.The integrated positive and negative cycling 100 of lock type, including vehicle frame 91, front-wheel 92, trailing wheel 93, rear sprocket wheel 95, lock type orientation pass Dynamic device 10 and main chain 96；Front-wheel 92 is installed on vehicle frame 91 with trailing wheel 93, and flower-drum 94, rear sprocket wheel 95 are provided with trailing wheel 93 It is fixedly linked with flower-drum 94, rear sprocket wheel 95 is used to drive trailing wheel 93 to rotate.Lock type orientation transmission device 10, which is used to orient, to be driven Trailing wheel 93 is rotated, and lock type orientation transmission device 10 is arranged on vehicle frame 91, and main chain 96 connects lock type orientation transmission device 10 with rear sprocket wheel 95.Lock type orientation transmission device 10 includes power transmission shaft 21, two drive link 22, two pedal 23, preceding sprocket wheel 11st, driven sprocket 12, drive sprocket 13, driving chain 14, oriental toothed gear transmission mechanism 30, from travelling gear 26, main transmission tooth Wheel 25 and locking mechanism 70；Wherein, power transmission shaft 21 is articulated on vehicle frame 91, and main drive gear 25 engages with from travelling gear 26, Main drive gear 25 is arranged on power transmission shaft 21, is connected from travelling gear 26 with oriental toothed gear transmission mechanism 30,21 turns of power transmission shaft When dynamic main drive gear 25 can be driven to rotate, and then drive and rotated from travelling gear 26, oriental toothed gear transmission mechanism 30；Drive chain Wheel 13 is connected with oriental toothed gear transmission mechanism 30, when oriental toothed gear transmission mechanism 30 rotates, can drive 13 turns of drive sprocket It is dynamic and no matter positive and negative from the next rotation direction of the transmission of travelling gear 26, it can be changed by oriental toothed gear transmission mechanism 30 To make drive sprocket 13 be rotated along same direction；Driven sprocket 12 is coaxially connected with preceding sprocket wheel 11, passes through the band of driven sprocket 12 Sprocket wheel 11 rotates before dynamic, to export power；Preceding sprocket wheel 11 is set on power transmission shaft 21, and preceding sprocket wheel 11 can be in power transmission shaft Rotated on 21, to support preceding sprocket wheel 11 by power transmission shaft 21, make the structure of the orientation sprocket transmission device more compact；Transmission The mating connection driven sprocket 12 of chain 14 and drive sprocket 13, when oriental toothed gear transmission mechanism 30 drives drive sprocket 13 to rotate When, through driving chain 14 driven sprocket 12 can be driven to rotate, and then sprocket wheel 11 rotates before drive, exports power.Two transmissions Bar 22 is separately mounted to the both ends of power transmission shaft 21, and two pedals 23 are respectively arranged on each drive link 22, so as in pushes pedals 23 When, through drive link 22 power transmission shaft 21 can be driven to rotate, and then drive main drive gear 25 to rotate.Locking mechanism 70 is used to lock Oriental toothed gear transmission mechanism 30, so as to prevent drive sprocket 13 from rotating, and then driven sprocket 12, preceding sprocket wheel 11 can be prevented And rear sprocket wheel 95 rotates, this is integrated into the positive and negative cycling 100 of lock type and locked.

The positive and negative cycling 100 of integrated lock type provided by the utility model, compared with prior art, the utility model makes Preceding sprocket wheel 11 is connected with rear sprocket wheel 95 with main chain 96；Preceding sprocket wheel 11 is enclosed on power transmission shaft 21, it is fixed on preceding sprocket wheel 11 Driven sprocket 12 is connected, sets drive sprocket 13 and driving chain 14 to drive driven sprocket 12 to rotate, and then sprocket wheel 11 before drive Rotate；Oriental toothed gear transmission mechanism 30 is set, to drive drive sprocket 13 to rotate；Main drive gear is installed on power transmission shaft 21 25, and set and drive oriental toothed gear transmission mechanism 30 to operate from travelling gear 26, and then in positive and negative rotation power transmission shaft 21, can be with Ridden forward；Locking mechanism 70 is installed on positioning gear drive, when locking mechanism 70 locks positioning gear drive During mechanism, drive sprocket 13 can be prevented to rotate, and then preceding sprocket wheel 11, rear sprocket wheel 95 can be locked；Due to rear sprocket wheel 95 with Flower-drum 94 is fixedly linked, then can lock trailing wheel 93；Due to locking mechanism 70 is fixed on oriental toothed gear transmission mechanism 30, So as to which locking mechanism 70 and oriental toothed gear transmission mechanism 30 are integrated into lock type orientation transmission device 10, so as to survivable lock Determine mechanism 70；When damage locking mechanism 70, oriental toothed gear transmission mechanism 30 can be damaged, and then playing prevents vehicle to be stolen.

Further, also referring to Fig. 3 to Fig. 6, ride voluntarily as integrated lock type provided by the utility model is positive and negative A kind of embodiment of car 100, oriental toothed gear transmission mechanism 30 include supporting case 31, driving shaft 32, output shaft 33, in the same direction Wheel group 50, reversing wheel group 40 and clutch 60.Supporting case 31 is installed on vehicle frame 91, and oriental toothed gear transmission mechanism 30 is consolidated It is scheduled on vehicle frame 91；Locking mechanism 70 is fixed on supporting case 31.Driving shaft 32 is articulated in supporting case 31, and output shaft 33 is pivotally connected In supporting case 31, it is installed on from travelling gear 26 on driving shaft 32, drive sprocket 13 is installed on output shaft 33, in the same direction wheel group 50th, reversing wheel group 40 and clutch 60 are located in supporting case 31.Wheel group 50 in the same direction connects driving shaft 32 and output shaft 33, works as master Moving axis 32 drives wheel group 50 in the same direction to rotate, come drive output shaft 33 rotate when, driving shaft 32 can be made to turn in the same direction with output shaft 33 It is dynamic.Reversing wheel group 40 connects driving shaft 32 and output shaft 33, when driving shaft 32 drives reversing wheel group 40 to rotate, to drive output shaft During 33 rotation, driving shaft 32 can be made to be rotated backward with output shaft 33.Clutch 60 is used to carry out gear shift, so that driving shaft 32 Rotate in same direction or rotate backward with output shaft 33 or neutral gear rotates；I.e. when clutch 60 is in neutral gear, output shaft 33 rotates, And driving shaft 32 can not rotated with static, it can be slided so that this integrates the positive and negative cycling 100 of lock type, be driven simultaneously Bar 22 and pedal 23 can not rotate.And when clutch 60 makes driving shaft 32 rotate in same direction with output shaft 33 or make driving shaft 32 When being rotated backward with output shaft 33, output shaft 33 can rotated along same direction, will not change with what driving shaft 32 turned to Become and change, to realize orientation transmission.

Further, also referring to Fig. 2, Fig. 9 to Figure 11, ride as integrated lock type provided by the utility model is positive and negative A kind of embodiment of bicycle 100, locking mechanism 70 include lock box 71 and the lockset 80 being installed in lock box 71, lock box 71 are fixed on supporting case 31, and the perforate (not marked in figure) that output shaft 33 is locked for lockset 80 is offered on supporting case 31.If Lock box 71 is put, locking mechanism 70 is arranged on supporting case 31 with facilitating, and lockset 80 is arranged in lock box 71, can be passed through Lock box 71 protects lockset 80, so as to when destroying lockset 80, it is necessary to which first destruction lock box 71, while can destroy supporting case 31, enters And oriental toothed gear transmission mechanism 30 can be destroyed.Perforate is opened up on supporting case 31, when lockset 80 is inserted in perforate, it is fixed to lock To gear drive 30.

Further, a kind of specific implementation as the integrated positive and negative cycling 100 of lock type provided by the utility model Mode, lockset 80 include lock body 81, dead bolt 82, back-moving spring 83, locking closure 84, locking bar 85 and locking-valve 86；Lock body 81 is fixed on lock In box 71, lockhole 811 is offered in lock body 81, so that dead bolt 82 passes through, and then dead bolt 82 is stretched out lockhole 811, and incite somebody to action Oriental toothed gear transmission mechanism 30 locks；One end of lock body 81 is in offering accommodating cavity 812, accommodating cavity 812 in the side wall of lockhole 811 For housing back-moving spring 83.Dead bolt 82 is inserted in lock body 81, in the lockhole 811 for specifically inserting lock body 81；On dead bolt 82 Annular table 821 is convexly equipped with, annular table 821 is slidably disposed within accommodating cavity 812, and back-moving spring 83 is placed on dead bolt 82, back-moving spring 83 both ends support the bottom surface of annular table 821 and accommodating cavity 812 respectively；The ejection dead bolt 82 of back-moving spring 83 is closed in lock body 81, To unlock.Locking closure 84 is placed on lock body 81, and specific locking closure 84 is placed on accommodating cavity 812, to prevent dead bolt 82 from lockhole 811 Come off.Neck 822 is offered on dead bolt 82, the side of lock body 81 offers jack 813, and jack 813 is connected with lockhole 811；Lock Bar 85 is used to lock dead bolt 82, and when dead bolt 82 stretches out lockhole 811, when oriental toothed gear transmission mechanism 30 is locked, locking bar 85 inserts In the jack 813 of the side of lock body 81, and stretch into the neck 822 of dead bolt 82, dead bolt 82 is locked.Locking-valve 86 is arranged on lock body 81 side, neck 822 is exited for locking bar 85, dead bolt 82 is unlocked.

Further, a kind of specific implementation as the integrated positive and negative cycling 100 of lock type provided by the utility model Mode, locking-valve 86 include valve bonnet 862, magnetic guiding loop 861, magnet coil 863 and push the spring 864；Valve bonnet 862 is fixed on lock body 81 Side, magnetic guiding loop 861 are fixed on locking bar 85, and push the spring 864 is placed in magnet coil 863, and push the spring 864 is placed on lock On bar 85；Magnetic guiding loop 861 is slidably mounted in valve bonnet 862, and magnet coil 863 is installed in valve bonnet 862；Magnet coil 863 is used Dynamic magnetic guiding loop 861 is inhaled in producing magnetic force, and then locking bar 85 can be driven away from dead bolt 82；Push the spring 864 is used to promote magnetic conduction Ring 861 moves towards dead bolt 82, so that when dead bolt 82 stretches out, locking bar 85 may be inserted into the neck 822 of dead bolt 82, by dead bolt 82 lockings.During unblock, magnet coil 863 inhales dynamic magnetic guiding loop 861, to drive locking bar 85 locking bar 85 is exited lock away from dead bolt 82 Neck 822 on tongue 82, and then back-moving spring 83 can promote locking bar 85 to close in lock body 81 when magnet coil 863 powers off. Locking bar 85 is driven using magnet coil 863, automatically controls or is remotely controlled so as to realize.Such as controlled by way of mobile phone barcode scanning The unblock of lockmaking tool 80.

Further, a kind of specific implementation as the integrated positive and negative cycling 100 of lock type provided by the utility model Mode, through hole 841 is offered on locking closure 84, so that dead bolt 82 stretches out close to the end of the one end of annular table 821.So as to lock When, the other end of dead bolt 82 can be released into lock body 81, make locking bar 85 will by pressing dead bolt 82 close to one end of locking closure 84 Dead bolt 82 locks, and dead bolt 82 locks oriental toothed gear transmission mechanism 30.

Further, a kind of specific implementation as the integrated positive and negative cycling 100 of lock type provided by the utility model Mode, the one end of dead bolt 82 away from annular table 821 are provided with latch 823.Latch 823 is set on dead bolt 82, so as to by dead bolt 82 Insert in some gear of oriental toothed gear transmission mechanism 30, oriental toothed gear transmission mechanism 30 is locked.Certainly implement at some Latch 823 in example, can be inserted in on the retarder location on output shaft 33 (figure omits), to lock output shaft 33.

Further, a kind of specific implementation as the integrated positive and negative cycling 100 of lock type provided by the utility model Mode, magnetic guiding loop 861 are to be integrally formed with locking bar 85, to increase magnetic guiding loop 861 and the bonding strength of locking bar 85, while convenient processing Make.In addition, locking bar 85 can be magnetic conduction locking bar, so as to so that magnet coil 863 directly inhales dynamic locking bar.Similarly, further Ground, annular table 821 are to be integrally formed with dead bolt 82.

Further, Fig. 9, Figure 14 and Figure 15 are referred to, as integrated lock type provided by the utility model it is positive and negative ride from A kind of embodiment of driving 100, locking-valve 86 have used magnetic guiding loop 861 and magnet coil 863, the locking-valve 86 is formed electricity Magnet valve.Control lock is shaken so as to which the lockset 80 can be formed.

Further, the locking mechanism 70 also includes shaking control lock controller 74, so as to carry out remote control lockset 80 Unlock.Shaking control lock controller 74 includes circuit board 76 and the remote control lock control circuit 75 on circuit board 76.Circuit board 76 is pacified In lock box 71, with by lock box come protection circuit plate 76.

Further, remote control lock control circuit 75 includes SOC 751, opening drive circuit 753, arrowband is wireless Communicating circuit 752 and antenna 757, antenna 757 are connected with arrowband wireless communication line 752, arrowband wireless communication line 752 with SOC 751 carries out data and is connected, and opening drive circuit 753 is connected with SOC 751, to pass through SOC pieces Upper system 751 controls opening drive circuit 753, and the magnet coil 863 of opening drive circuit 753 and lockset 80 is electrical connected, And then locking-valve 86 is controlled, to be unlocked to lockset 80.Using arrowband wireless communication line 752, it can facilitate and be carried out with smart mobile phone It is connected, and then can be communicated using mobile phone app 79 with shaking remote control lock controller 74, controls lockset 80.Meanwhile if Putting arrowband wireless communication line 752 can also realize that the positive and negative cycling 100 of multiple integrated lock types carries out voluntarily networking, be formed Arrowband wireless communication networks, enter without current wifi or 4G/3G networks.Arrowband wireless communication line 752 greatly reduces The cost and energy consumption of communicating circuit, and can voluntarily relay networking, for bicycle position.In addition, use arrowband wireless communication line 752 can also carry out data communication with remote control administrative system 78, with the remote monitoring positive and negative cycling of integrated lock type 100.Certainly, in other embodiments, SOC 751 can also become logic circuit with FPGA, and ASIC is mutatis mutandis integrated Circuit, and the processing circuit realiration such as MCU microprocessors and single chip circuit.Remote control administrative system 78 can pass through wireless network Each voluntarily truck position, operation information implementation supervision are obtained, while obtains each registration mobile phone (or other mobile communication equipments) Information with supervise user with car, payment situation.

Further, Fig. 9, Figure 14 and Figure 15 are referred to, as integrated lock type provided by the utility model it is positive and negative ride from A kind of embodiment of driving 100, remote control lock control circuit 75 also include rechargeable battery 754, battery charging management electricity Road 755 and charging inlet 756, to be powered by rechargeable battery 754, and pass through battery charging management circuit 755 and charging The control of mouth 756 is charged to rechargeable battery 754.Further, remote control lock control circuit 75 also includes the He of sound light alarming circuit 759 It is used to refer to the working condition indicating circuit 758 of lockset working condition.Sound light alarming circuit 759 is set, when unlocking or needs to make Controlled with mobile phone app 79 in use, sound light alarming circuit 759 can play reminding effect.In addition, working condition is set to refer to Show that circuit 758 can will unlock-shut and battery operating regime is shown to remote control administrative system 78 or mobile phone app 79, with It is easy to management and control.Specifically, SOC 751 is through arrowband wireless communication line 752 and mobile phone, remote monitoring and administration System 78 exchanges information, report voluntarily truck position, unlock-shut and battery operating regime, receive unlocking information, unlocked with controlling Drive circuit 753 is unlocked and (is powered for unlocking apparatus), meets problem sound and light alarm.

Further, a kind of specific implementation as the integrated positive and negative cycling 100 of lock type provided by the utility model Mode, lock box 71 include the first housing 711 and the second housing 712, and the first housing 711 fastens with the second housing 712 to be connected.The knot Structure lock box 71 is simple in construction, processing and fabricating is convenient.

Further, Fig. 1, Fig. 3 are referred to Figure 11, is ridden voluntarily as integrated lock type provided by the utility model is positive and negative A kind of embodiment of car 100, clutch 60 include the first ratchet 61, the second ratchet 62 and Drive ratchet 63；First Ratchet 61 is used to drive reversing wheel group 40 to rotate, and the second ratchet 62 is used to drive wheel group 50 in the same direction to rotate；The court of first ratchet 61 To the direction with the second ratchet 62 on the contrary, the first ratchet 61, the ratchet 62 of Drive ratchet 63 and second are set in driving shaft 32 successively On, the both ends of Drive ratchet 63 are respectively provided with the ratchet engaged with the first ratchet 61 and the second ratchet 62.Drive ratchet 63 The ratchet of one end be used for engaging with the first ratchet 61, the ratchet of the other end of Drive ratchet 63 is used for nibbling with the second ratchet 62 Close, and then drive reversing wheel group 40 or wheel group 50 in the same direction to rotate.Driving shaft 32 is provided with spiral external tooth 321, in Drive ratchet 63 Provided with the spiral internal tooth 632 engaged with spiral external tooth 321.Distance between first ratchet 61 and the second ratchet 62 is more than Drive ratchet 63 axial length.When being rotated from travelling gear 26, drive driving shaft 32 rotate, the spiral internal tooth 632 of Drive ratchet 63 with Spiral external tooth 321 engages on driving shaft 32, then Drive ratchet 63 can be promoted to be moved on driving shaft 32.When driving shaft 32 inverts When, Drive ratchet 63 can be promoted to be moved to the direction of the first ratchet 61, so that Drive ratchet 63 engages with the first ratchet 61, with band Dynamic first ratchet 61 rotates, and drives and drive reversing wheel group 40 to rotate, and then output shaft 33 is rotated backward with driving shaft 32；When When driving shaft 32 rotates forward, Drive ratchet 63 can be promoted to be moved to the direction of the second ratchet 62, so that the spine of Drive ratchet 63 and second The engagement of wheel 62, to drive the second ratchet 62 to rotate, and drives wheel group 50 in the same direction to rotate, and then make output shaft 33 and driving shaft 32 same To rotation.When not rotating drive shaft 21, and when bicycle coasting, sprocket wheel 95 rotates after trailing wheel 93 drives, through the band of main chain 96 Sprocket wheel 11 rotates before dynamic, and drives driven sprocket 12 to rotate, and drives drive sprocket 13 to rotate through driving chain 14, and drives defeated Shaft 33, reversing wheel group 40 and wheel group 50 in the same direction rotate；And Drive ratchet 63 is promoted to be in the first ratchet 61 and the second ratchet 62 Between, then Drive ratchet 63 is in neutral position, then driving shaft 32 does not rotate, and then power transmission shaft 21 will not also rotate, i.e., this When clutch 60 be in neutral gear.

Further, Fig. 3 to Fig. 6 is referred to, as the integrated positive and negative cycling 100 of lock type provided by the utility model A kind of embodiment, clutch 60 also includes being placed on mantle 64 on Drive ratchet 63, and mantle 64 is installed on support On box 31.Set mantle 64 to play a part of supporting Drive ratchet 63, and can preferably support Drive ratchet 63. Further, the positioning bead 65 for positioning transmission ratchet 63 is installed, the outer surface of Drive ratchet 63 opens up on mantle 64 There is the annular positioning groove 631 stretched into for positioning bead 65.Positioning bead 65 is installed on mantle 64, annular is set on Drive ratchet 63 Locating slot 631, so as to when Drive ratchet 63 is in neutral position, be positioned Drive ratchet 63, prevent Drive ratchet 63 rock collision both ends ratchet.

Fig. 3 is referred to Fig. 6, and is always specifically described with right and left in scheming, but left and right directions herein is only pin To the convenient practical application direction for describing, not limiting each structural member of figure：When power transmission shaft 21 rotates forward, driving shaft 32 is driven to invert When, Drive ratchet 63 is acted on by spiral external tooth 321 on driving shaft 32 and slided to the right, is disengaged with the second ratchet 62, is then driven spine Wheel 63 engages with the first ratchet 61, drives reversing wheel group 40 to rotate, and then under the drive of reversing wheel group 40, drives output shaft 33 Rotated backward with driving shaft 32, output shaft 33 is rotate in same direction with power transmission shaft 21；When power transmission shaft 21 inverts, driving shaft 32 is driven During rotating forward, Drive ratchet 63 is acted on by spiral external tooth 321 on driving shaft 32 and slided to the left, is disengaged with the first ratchet 61, Ran Houchuan Dynamic ratchet 63 engages with the second ratchet 62, drives wheel group 50 in the same direction to rotate, and then under the drive of wheel group 50 in the same direction, drives output Axle 33 rotates in same direction with driving shaft 32, output shaft 33 is rotated backward with power transmission shaft 21.The structure can be realized according to driving shaft 32 rotation directions, automatic switchover is to drive wheel group 50 in the same direction, or drives reversing wheel group 40 to rotate；And simple in construction, making side Just, motion is reliable.

Further, a kind of specific implementation as the integrated positive and negative cycling 100 of lock type provided by the utility model Mode, the clutch 60 also include clutch shaft bearing 66 and second bearing 67, and clutch shaft bearing 66 and second bearing 67 are mounted on On driving shaft 32, and Drive ratchet 63 supports first between clutch shaft bearing 66 and second bearing 67 by clutch shaft bearing 66 Ratchet 61, the second ratchet 62 is supported by second bearing 67, so that the first ratchet 61 and the second ratchet 62 can be in driving shafts 32 Upper flexible rotating, while the abrasion between the ratchet 61 of driving shaft 32 and first and the second ratchet 62 can be reduced.

Further, a kind of specific implementation as the integrated positive and negative cycling 100 of lock type provided by the utility model Mode, reversing wheel group 40 include the first driving gear 41 and the first driven gear 42, and the first driving gear 41 is set in driving shaft On 32, the first ratchet 61 is fixed on the first driving gear 41 close to the side of Drive ratchet 63, the first driven gear 42 and output Axle 33 is connected.The structure fabrication is simple, structure is compact.First driven gear 42 is connected with output shaft 33, and the first driven tooth Wheel 42 engages with the first driving gear 41.Engaged by the first driven gear 42 with the first driving gear 41, so as to which first is driven Gear 42 rotates backward with the first driving gear 41, drives output shaft 33 to be rotated backward with driving shaft 32 to realize.The present embodiment In, reversing wheel group 40 is only two gears, simple in construction, cost is low.Further, in other embodiments, reversing wheel group 40 It is even number gear that engagement successively, which can be included, can ensure that two gears of initial and end rotate backward, thus can drive output Axle 33 rotates backward with driving shaft 32, and the gear for being now placed in stem is the first driving gear 41, and the gear positioned at afterbody is The first driven gear 42 being connected with output shaft 33.

Further, a kind of specific implementation as the integrated positive and negative cycling 100 of lock type provided by the utility model Mode, wheel group 50 in the same direction include the second driving gear 51, the second driven gear 52 and idle pulley 53, and the second driving gear 51 is set in On driving shaft 32, the second ratchet 62 is fixed on the second driving gear 51 close to the side of Drive ratchet 63, the second driven gear 52 Be arranged at intervals with the second driving gear 51, fit engagement the second driving gear 51 of idle pulley 53 and the second driven gear 52, second from Moving gear 52 is connected with output shaft 33.The structure fabrication is simple, structure is compact.Pass through the second driving gear of fit engagement of idle pulley 53 51 and second driven gear 52, the second driving gear 51 rotates backward with idle pulley 53, and idle pulley 53 and the second driven gear 52 are anti- To rotation, then the second driven gear 52 is rotate in same direction with the second driving gear 51, and output shaft 33 and driving shaft 32 are driven to realize Rotate in same direction.In the present embodiment, wheel group 50 in the same direction is only three gears, simple in construction, cost is low.When wheel group 50 in the same direction include according to It during the odd number gear of secondary engagement, then can ensure that two gears of initial and end rotate in same direction, thus output shaft 33 and master can be driven Moving axis 32 rotates in same direction.Then in other embodiments, wheel group 50 in the same direction can include the odd number gear engaged successively, then be located at The gear of stem is the second driving gear 51, and the gear for being located at afterbody is the second driven gear 52 being connected with output shaft 33, Middle odd number gear is idle pulley 53.

Further, a kind of specific implementation as the integrated positive and negative cycling 100 of lock type provided by the utility model Mode, oriental toothed gear transmission mechanism 30 also include support shaft 531, and support shaft 531 is arranged on supporting case 31, and idle pulley 53 rotates peace In support shaft 531, idle pulley 53 is supported by support shaft 531.

Further, Fig. 3, Fig. 4 and Figure 11 are referred to, is ridden voluntarily as integrated lock type provided by the utility model is positive and negative A kind of embodiment of car 100, lockset 80 is located at position corresponding to the first driven gear 42 of reversing wheel group 40, so as to lock Tool 80 is used for locking the first driven gear 42, with locked orientation gear drive 30.It is driven for locking first to make lockset 80 Gear 42, the dead bolt 82 of lockset 80 can make it is relatively large, to increase the intensity of lockset 80.

In the present embodiment, the first driving gear 41 is integrally formed with the first ratchet 61, can be by clutch shaft bearing 66 simultaneously Support the first driving gear 41 and the first ratchet 61.Second driving gear 51 is integrally formed with the second ratchet 62, can pass through Two bearings 67 support the second driving gear 51 and the second ratchet 62 simultaneously.

Further, Fig. 1, Fig. 2 and Fig. 3 are referred to, is ridden voluntarily as integrated lock type provided by the utility model is positive and negative A kind of embodiment of car 100, the lock type orientation transmission device 10 are also included protective cover 24, covered in using protective cover 24 Main drive gear 25 with from travelling gear 26, can play a part of protecting main drive gear 25 with from travelling gear 26.Separately Outside, in rotating drive shaft 21, main drive gear 25 is covered with from travelling gear 26, being also prevented from main biography by protective cover 24 Moving gear 25 and the effect from the scratch user of travelling gear 26, play safety protection function.Further, guarantor can also be passed through Shield 24 supports power transmission shaft 21, the power transmission shaft 21 is more stably rotated.Further, protective cover 24 is connected with power transmission shaft 21 Place can also install bearing, so that protective cover 24 supports power transmission shaft 21 through bearing.It is possible to further by protective cover 24 with branch Support box 31 is fixedly linked.

Further, Fig. 1, Fig. 2, Fig. 7 and Fig. 8 are referred to, is ridden as integrated lock type provided by the utility model is positive and negative A kind of embodiment of bicycle 100, preceding sprocket wheel 11 include at least one output chain gear, need during multiple output chain gears coaxial Set, and the diameter of the multiple output chain gears in axial direction along power transmission shaft 21 is sequentially reduced.Multi-sprocket structure design, when in use, lead to Different output chain gear output is crossed, different rotating ratios can be exported, to realize the function of speed governing.In the present embodiment, by being driven The middle part of axle 21 increases successively to the direction away from the one end of oriental toothed gear transmission mechanism 30, the diameter of multiple output chain gears.At it In its embodiment, the direction from the middle part of power transmission shaft 21 to remote one end of oriental toothed gear transmission mechanism 30, multiple output chain gears Diameter is sequentially reduced.In the present embodiment, output chain gear be three, in other embodiments, output chain gear can also be one, two Individual or more.

Further, a kind of specific implementation as the integrated positive and negative cycling 100 of lock type provided by the utility model Mode, is also equipped with supporting the 3rd bearing 111 of driven sprocket 12 on power transmission shaft 21, and the preceding sprocket wheel 11 is arranged on driven sprocket On 12.3rd bearing 111 is set, driven sprocket 12 and preceding sprocket wheel 11 flexible rotating on power transmission shaft 21 can be allow, is reduced Abrasion to power transmission shaft 21.

Further, Fig. 1, Fig. 2 and Fig. 3 are referred to, is ridden voluntarily as integrated lock type provided by the utility model is positive and negative A kind of embodiment of car 100, the both ends of output shaft 33 are respectively installed with the first base bearing 34, and each first base bearing 34 is pacified In supporting case 31, so as to support output shaft 33 by the first base bearing 34, it is easy to output shaft 33 neatly to prop up Rotated in support box 31.

Further, a kind of specific implementation as the integrated positive and negative cycling 100 of lock type provided by the utility model Mode, the both ends of output shaft 33 are respectively installed with the first gasket ring 36, and each first gasket ring 36 is located at the phase of corresponding first base bearing 34 To inner side, the first base bearing 34 and adjacent wheel group 50 and reversing wheel group 40 in the same direction are separated, to reduce abrasion.

Further, Fig. 1, Fig. 2 and Fig. 3 are referred to, is ridden voluntarily as integrated lock type provided by the utility model is positive and negative A kind of embodiment of car 100, the both ends of driving shaft 32 are respectively installed with the second base bearing 35, and each second base bearing 35 is pacified In supporting case 31, so as to support driving shaft 32 by the second base bearing 35, it is easy to driving shaft 32 neatly to prop up Rotated in support box 31.

Further, a kind of specific implementation as the integrated positive and negative cycling 100 of lock type provided by the utility model Mode, the both ends of driving shaft 32 are respectively installed with the second gasket ring 37, and each second gasket ring 37 is located at the phase of corresponding second base bearing 35 To inner side, the second base bearing 35 and adjacent wheel group 50 and reversing wheel group 40 in the same direction are separated, to reduce abrasion.

Further, a kind of specific implementation as the integrated positive and negative cycling 100 of lock type provided by the utility model Mode, supporting case 31 include the first box shell 311 and the second box shell 312, and the first box shell 311 is fixedly linked with the second box shell 312, should Structure processing and fabricating is convenient, while is easy to oriental toothed gear transmission mechanism 30 to be arranged in supporting case 31.

Further, Fig. 1, Figure 12 and Figure 13 are referred to, as integrated lock type provided by the utility model it is positive and negative ride from A kind of embodiment of driving 100, rear sprocket wheel 95 include at least one accessary sprocket wheel, need to be coaxially disposed during multiple accessary sprocket wheels, And the diameter of the output chain gears multiple axially outward along flower-drum 94 is sequentially reduced, i.e. the output chain gear diameter change with preceding sprocket wheel 11 Conversely.The structure design, when in use, it is connected by different output chain gears, accessary sprocket wheel with main chain 96, it is possible to achieve multistage The function of speed governing.

Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model All any modification, equivalent and improvement made within the spirit and principle of utility model etc., should be included in the utility model Protection domain within.

Claims

1. the integrated positive and negative cycling of lock type, including vehicle frame and the front-wheel that is installed on the vehicle frame are with trailing wheel and for driving The rear sprocket wheel of the rear wheel, flower-drum is installed on the trailing wheel, it is characterised in that：Sprocket wheel is fixed with the flower-drum after described It is connected, the lock type orientation transmission device that the rear wheel is driven for orienting is installed on the vehicle frame and connects the band The main chain of locking-type orientation transmission device and the rear sprocket wheel；The lock type orientation transmission device includes being articulated on vehicle frame Power transmission shaft, the drive link for being separately mounted to both ends of the drive shaft, the pedal being respectively arranged on each drive link, preceding sprocket wheel, with it is described The transmission of preceding sprocket coaxiality and the driven sprocket, drive sprocket, the connection drive sprocket and the driven sprocket that are fixedly linked Chain, the oriental toothed gear transmission mechanism of the driving drive sprocket directional rotating, the drive oriental toothed gear transmission mechanism operating From travelling gear, with the main drive gear engaged from travelling gear and for lock the oriental toothed gear transmission mechanism with Stop the locking mechanism that the drive sprocket rotates, loaded on the power transmission shaft, the main chain connects the preceding sprocket wheel turning set The preceding sprocket wheel and the rear sprocket wheel are connect, the main drive gear is fixed on the power transmission shaft, and the locking mechanism is fixed on On the oriental toothed gear transmission mechanism, the oriental toothed gear transmission mechanism is fixed on the vehicle frame.

2. the positive and negative cycling of integrated lock type as claimed in claim 1, it is characterised in that：The oriental toothed gear transmission mechanism Including the supporting case being installed on vehicle frame, the driving shaft being articulated in the supporting case, the output being articulated in the supporting case Wheel group in the same direction, the driving output shaft and the driving shaft that axle, the driving output shaft rotate in same direction with the driving shaft are anti- Reversing wheel group to rotation and for carry out gear shift so that the driving shaft rotate in same direction or rotate backward with the output shaft or The clutch that neutral gear rotates；The wheel group in the same direction connects the driving shaft and the output shaft, and the reversing wheel group connects institute Driving shaft and the output shaft are stated, described to be installed on from travelling gear on the driving shaft, the drive sprocket is installed on described On output shaft, wheel group, the reversing wheel group and the clutch in the same direction are located in the supporting case, the locking mechanism It is fixed on the supporting case.

3. the positive and negative cycling of integrated lock type as claimed in claim 2, it is characterised in that：The locking mechanism includes lock box With the lockset being installed in the lock box, the lock box is fixed on the supporting case, is offered on the supporting case described in confession Lockset locks the perforate of the output shaft.

4. the positive and negative cycling of integrated lock type as claimed in claim 3, it is characterised in that：The lockset includes being fixed on institute State the lock body in lock box, insert dead bolt in the lock body, dead bolt described in ejection closes at back-moving spring, lid in the lock body In the locking closure on the lock body, the locking bar for locking the dead bolt and the locking-valve for driving the locking bar unblock dead bolt；Institute State that the lockhole passed through for the dead bolt, one end of the lock body are offered in lock body is accommodating described in being offered in the side wall of lockhole The accommodating cavity of back-moving spring, the back-moving spring are placed on the dead bolt, and annular table, the reset bullet are convexly equipped with the dead bolt The both ends of spring support the bottom surface of the annular table and the accommodating cavity respectively, and the annular table is slidably disposed within the accommodating cavity, The locking closure is placed on the accommodating cavity, the neck for locking bar insertion is offered on the dead bolt, the side of the lock body is opened Provided with the jack for locking bar insertion, the jack is connected with the lockhole, and the locking-valve is installed on the side of the lock body Side.

5. the positive and negative cycling of integrated lock type as claimed in claim 4, it is characterised in that：The locking-valve includes being fixed on institute State the valve bonnet of lock body side, the magnetic guiding loop being fixed on the locking bar, the magnet coil for magnetic guiding loop described in magnetic and promotion The push the spring that the magnetic guiding loop moves towards the dead bolt, the magnet coil are installed in the valve bonnet, the magnetic guiding loop It is slidably mounted in the valve bonnet, the push the spring is placed in the magnet coil, the push the spring is placed on the locking bar On.

6. the positive and negative cycling of integrated lock type as claimed in claim 5, it is characterised in that：The locking mechanism also includes using Control lock controller is shaken in shake control lockset unblock, the control lock controller that shakes includes circuit board and provided with the circuit board Remote control lock control circuit, the circuit board is installed in the lock box.

7. the positive and negative cycling of integrated lock type as claimed in claim 6, it is characterised in that：The remote control lock control circuit bag Include process circuit, the opening drive circuit for unblock, the arrowband wireless communication line being electrical connected with the process circuit and The antenna being electrical connected with the arrowband wireless communication line, the opening drive circuit is connected with the process circuit, described Opening drive circuit is electrical connected with the magnet coil.

8. the positive and negative cycling of integrated lock type as described in claim any one of 2-7, it is characterised in that：The clutch Including the first ratchet, the second ratchet and use for driving the rotation of wheel group in the same direction for driving the reversing wheel group to rotate In the Drive ratchet of switching gear；The direction of the direction of first ratchet and second ratchet on the contrary, first ratchet, The Drive ratchet and second ratchet are set on the driving shaft successively, and the both ends of the Drive ratchet are respectively equipped with use In the ratchet engaged with first ratchet and second ratchet, the driving shaft is provided with spiral external tooth, the transmission spine The spiral internal tooth engaged with spiral external tooth is provided with wheel, the distance between first ratchet and second ratchet is more than the biography The axial length of dynamic ratchet.

9. the positive and negative cycling of integrated lock type as claimed in claim 8, it is characterised in that：The clutch also includes set Mantle on the Drive ratchet, the mantle are installed on the supporting case.

10. the positive and negative cycling of integrated lock type as claimed in claim 9, it is characterised in that：Use is installed on the mantle In the positioning bead for positioning the Drive ratchet, the outer surface of the Drive ratchet offers the annular stretched into for the positioning bead and determined Position groove.