CN208201702U - It is a kind of using compressed air as the low-power-consumption remote control locker of parking position of power - Google Patents
It is a kind of using compressed air as the low-power-consumption remote control locker of parking position of power Download PDFInfo
- Publication number
- CN208201702U CN208201702U CN201820358144.8U CN201820358144U CN208201702U CN 208201702 U CN208201702 U CN 208201702U CN 201820358144 U CN201820358144 U CN 201820358144U CN 208201702 U CN208201702 U CN 208201702U
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- China
- Prior art keywords
- parking stall
- power
- locking plate
- lock
- storage cylinder
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Abstract
The utility model discloses a kind of using compressed air as the low-power-consumption remote control locker of parking position of power, the device includes, compaction type inflator pump, parking stall upper cover of lock, parking stall bottom-locking plate, pneumatic hose, the compaction type inflator pump is connected with pneumatic hose, the parking stall upper cover of lock is placed on the bottom-locking plate of parking stall, is equipped with control panel, storage cylinder and main mechanical components and pneumatic element on the parking stall bottom-locking plate.It is that storage cylinder is inflated by compaction type inflator pump, control panel controls reversal valve and electromagnetic lock movement, by the high pressure gas pusher cylinder piston motion in storage cylinder and drags U-shaped steel pipe support and rises and falls when work.The remote control of berth lock, automatically working not only may be implemented in such design method, and using compressed air as main power source, control system uses dry cell power supply, operating current is small, battery is long, effectively improves common berth lock battery life short the case where needing to frequently replace.
Description
Technical field
It is specially a kind of distant using compressed air as the low-power consumption of power the utility model relates to locker of parking position technical field
Control locker of parking position.
Background technique
So-called berth lock is a kind of security product that can prevent vehicle from occupying oneself parking stall, with the development of social economy
And the improvement of people's living standards, more and more people select walking-replacing tool of the private car as oneself.With automobile quantity
Increase, parking problem is also further serious.There is vehicle personage selection to purchase private exclusive parking stall, much to prevent other people from occupying vehicle
Position allows the automobile of oneself with to stopping, and berth lock is undoubtedly a kind of selection.
Nowadays there are mainly three types of types for berth lock on the market: manually, remote control, there are also intelligence.Hand operated car position locking device knot
Structure is simple but the degree of automation is low, and inconvenient for use, user experience effect is poor.And it is remotely controlled, its mechanical component of intelligent space lock fortune
Dynamic mode is to be driven by electricity, and driving current is bigger, but general remote control parking stall lock all uses storage battery power supply, due to driving vehicle
The motor power consumption of position lock mechanical component movement is big, and battery has self discharge, so nowadays berth lock on the market
Very universal phenomenon is that battery service life only has tens days, some even more than ten days, so high charge frequency, undoubtedly
It will increase the trouble of user.
Therefore, how to design it is a kind of using compressed air as the low-power-consumption remote control locker of parking position of power become we currently want
It solves the problems, such as.
Utility model content
The purpose of this utility model is to provide a kind of using compressed air as the low-power-consumption remote control locker of parking position of power, with
It solves to be proposed in above-mentioned background technique since the motor power consumption of driving berth lock mechanical component movement is big, there are self discharges for battery
The phenomenon for causing berth lock universal is that battery service life only has tens days, some even more than ten days, leads to charge frequency
Height increases the problem of the trouble of user.
Purpose is appealed to realize, the utility model provides the following technical solutions: a kind of using compressed air as the low function of power
Remote control parking spot lock device is consumed, including parking stall bottom-locking plate and the parking stall upper cover of lock being installed on the bottom-locking plate of parking stall, and has been installed on
The compaction type inflator pump on ground that wheel passes through.And fixation is bolted in the parking stall bottom-locking plate and parking stall upper cover of lock,
There are two air cylinder supports, the air cylinder support to utilize bolt phase with parking stall bottom-locking plate for installation at parking stall bottom-locking plate central axes
Even, MA20 × 125-S-CA type band magnetic single-acting cylinder is installed, and in the MA20 × 125-S-CA on the air cylinder support
Type band magnetic single-acting cylinder tail portion is equipped with travel switch, berth lock on front side of MA20 × 125-S-CA type band magnetic single-acting cylinder
Coaster guide rail is installed, the coaster guide rail is bolted with parking stall bottom-locking plate on bottom plate central axes.It is led in the coaster
U-shaped steel pipe support is installed, the U-shaped steel pipe support is about parking stall bottom-locking plate central axes pair on the bracket of the parking stall bottom-locking plate of rail two sides
Claim arrangement, and connect composition revolute pair by cylindrical pins with the bracket of parking stall bottom-locking plate.In the mounting rack of the U-shaped steel pipe support
On straight steel pipe is installed, described straight steel pipe one end is flexibly connected with the mounting rack of U-shaped steel pipe support by cylindrical pins, the other end with
Coaster is flexibly connected by cylindrical pins.The setting pulley of the coaster two sides symmetrically, the pulley and coaster pass through spiral shell
Line connection, and in the groove of pulley insertion sliding rail, and can be free to slide wherein, the coaster and MA20 × 125-S-CA
Type is connected through a screw thread fixation with the piston rod of magnetic single-acting cylinder, in the coaster and the band magnetic nonoculture of MA20 × 125-S-CA type
There is reset spring with the upper cover of piston rod between cylinder, MA20 × 125-S-CA type band magnetic single-acting cylinder side is provided with
Storage cylinder, and the storage cylinder is fixed on the bottom-locking plate of parking stall by storage cylinder mounting rack, the storage cylinder mounting rack and berth lock
Bottom plate is bolted.Four-way is installed in the storage cylinder bottle mouth position, and the four-way and storage cylinder bottleneck pass through screw thread
Connection.Safety valve is installed on the four-way, and is connected through a screw thread；Check valve is installed on the four-way, passes through spiral shell
Line connection.Threeway is installed on the check valve, and is connected by screw thread；It is equipped with air filter in the side of the threeway,
There is check valve to connect between the air filter and threeway, and the check valve and air filter and threeway are connected by screw thread
It connects.Electromagnetic lock is provided between the storage cylinder and U-shaped steel pipe support.MA20 × 125-S-CA type is with the another of magnetic single-acting cylinder
Control panel is installed on the parking stall bottom-locking plate of side, two-position five-way electromagnetic switch is installed on the bottom-locking plate of parking stall on front side of the control panel
Valve has air filter in the two-position five-way solenoid directional control valve installed in front, is equipped with threeway on the air filter.
Further, the electromagnetic lock is made of following several parts: including electromagnetic lock pedestal, electromagnet, armature, lock tongue,
Pin, spring.Wherein electromagnetic lock pedestal, which is connected by screw to, is fixed on the bottom-locking plate of parking stall, and electromagnet is fixed on electromagnetic lock pedestal
On, armature is located at right above electromagnet, and is fixedly connected with lock tongue, and lock tongue connect to form rotation by pin with electromagnetic lock pedestal
Pair, spring are connected on lock tongue and electromagnetic lock pedestal.
Further, two exhaust outlets of the two-position five-way solenoid directional control valve and the threeway being installed on air filter
On two ventholes be connected by pneumatic hose；It the air inlet of two-position five-way solenoid directional control valve and is installed on storage cylinder
Four-way is connected by pneumatic hose；The gas outlet of two-position five-way solenoid directional control valve is respectively with MA20 × 125-S-CA type with magnetic nonoculture
It is connected with rodless cavity by pneumatic hose with the rod chamber of cylinder.
Further, the threeway set by the storage cylinder is connected with compaction type inflator pump by pneumatic hose.
Further, the electromagnet of the control panel and battery case, the electromagnet of two-position five-way solenoid directional control valve, electromagnetic lock
And travel switch is electrical connected.To realize five electric change valve of position, the automatic control of electromagnetic lock movement and control letter
Number reception.
Further, have battery case, battery case lid and hinge on the parking stall upper cover of lock, the hinge connection battery case and
Battery case lid makes battery case lid can free-open-close.
Further, the compaction type inflator pump is by inflation pump frame, rubber pneumatic bag, pressing plate, leaf spring, screw and screw thread
Venthole composition.The flange of the rubber pneumatic bag is installed on inflation pump frame, and fit clearance applies sealant to improve sealing
Property, pressing plate is placed on the flange of rubber pneumatic bag, is connected on inflation pump frame with screw to which rubber pneumatic bag is pressed on inflation
On pump frame, to improve leakproofness and bonding strength, the leaf spring is movable to be placed between rubber pneumatic bag and inflation pump frame, with
Air-breathing is resetted after helping rubber pneumatic bag to be rolled by wheel, screw thread venthole is located at compaction type inflator pump side, with pneumatic hose phase
Even.
Compared with prior art, the utility model has the beneficial effects that this kind is distant as the low-power consumption of power using compressed air
Control locker of parking position was when rolling compaction type inflator pump by wheel, air is compressed and passes through pneumatic hose is pumped into storage cylinder,
It is stored to convert the gravitional force of automobile to the pressure energy of compressed air, and the compaction type inflator pump principle is similar to nonoculture
Use plunger pump.When control panel receives remote signal, control panel sends electric signal to two-position five-way solenoid directional control valve, makes two
The electromagnet of five electric change valves obtains electric, and pilot valve is opened, the right position of spool, and the compressed air in storage cylinder passes through two-position five-way
Solenoid directional control valve enters rod chamber of MA20 × 125-S-CA type with magnetic single-acting cylinder, and rodless cavity passes through pneumatic hose and sky
Air filter is communicated with atmosphere, so that piston rod of MA20 × 125-S-CA type with magnetic single-acting cylinder be enable to push away in high pressure gas
It is dynamic lower to retract, so that piston rod band fly block be made to slide along sliding rail, and by straight steel pipe affect coaster power is passed to it is U-shaped
On steel pipe frame, rise U-shaped steel pipe support, electromagnetic lock lock tongue catches on lockhole on U-shaped steel pipe support when reaching predetermined position, simultaneously row
Journey switch connection sends electric signal to control panel, makes the electromagnet power loss of two-position five-way solenoid directional control valve, completes parking stall lock
It is fixed, so that other people be prevented to drive into vehicle.When control panel obtains unlocking remote signal, control panel sends electric signal to electromagnetic lock,
Electromagnet obtains electric, and under armature is inhaled, electromagnetic lock lock tongue is made to be detached from lockhole on U-shaped steel pipe support, U-shaped steel pipe support in reset spring and
It is fallen under the action of gravity, realizes and unlock.And automobile self gravity potential energy can be constantly compression by the locker of parking position
The pressure energy of air, and be carrier storage in storage cylinder using compressed air by it, it is moved as berth lock main mechanical components
Main energy sources, therefore only need to provide electric energy for control panel and each control element.Since the locker of parking position controls
The stand-by power consumption of plate is small, and each control element working time is short, small power consumption, therefore uses dry cell power supply, and dry cell service life
It is longer to replace dry cell without frequent.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 is the structural schematic diagram of the utility model compaction type inflator pump；
Fig. 3 is the structural schematic diagram of the utility model electromagnetic lock；
Fig. 4 is the Pneumatic Transmission circuit theory figure of the utility model；
Fig. 5 is the utility model berth lock superstructure figure；
Fig. 6 is the utility model pulley structure schematic diagram；
In figure: the bottom-locking plate of the parking stall 1-；2- air filter；3- check valve；4- threeway；
5- four-way；6- safety valve；7- air cylinder support；8-MA20 × 125-S-CA type band magnetic single-acting cylinder；9- control panel；
10- two-position five-way solenoid directional control valve；11- coaster guide rail；12- reset spring；13- coaster；14-U fashioned iron pipe support；15- straight pin
Nail；16- straight steel pipe；17- pulley；18- electromagnetic lock (includes: 18-1 electromagnetic lock pedestal, 18-2 electromagnet, 18-3 armature, 18-4 lock
Tongue, 18-5 pin, 18-6 spring)；19- storage cylinder；20- storage cylinder mounting rack；21- pneumatic hose；22- compaction type inflator pump
(including: 22-1 inflation pump frame, 22-2 rubber pneumatic bag, 22-3 pressing plate, 22-4 leaf spring, 22-5 screw, 22-6 screw thread venthole)；
23- travel switch；The parking stall 24- upper cover of lock (including: 24-1 battery case, 24-2 battery case lid, 24-3 hinge).
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Fig. 1-6 is please referred to, the utility model provides a kind of technical solution: a kind of distant using compressed air as the low-power consumption of power
Locker of parking position is controlled, is existed including parking stall bottom-locking plate 1 and the parking stall upper cover of lock 24 being mounted on the parking stall bottom-locking plate 1 and setting
There is compaction type inflator pump 22 of the wheel on ground.The parking stall bottom-locking plate 1 and parking stall upper cover of lock 24 are bolted, institute
It states parking stall upper cover of lock 24 and plays the role of protection and be mounted on the parking stall bottom-locking plate 1 each component and installation battery, the vehicle
There are two air cylinder supports 7, the air cylinder support 7 to be connected with parking stall bottom-locking plate 1 using bolt for installation at the central axes of position bottom-locking plate 1
It connects, MA20 × 125-S-CA type band magnetic single-acting cylinder 8, MA20 × 125-S-CA type is installed on the air cylinder support 7
The kinetic energy that the pressure energy of compressed air can be converted to effectively to piston motion with magnetic single-acting cylinder 8, the MA20 ×
125-S-CA type is equipped with travel switch 23 with the tail portion of magnetic single-acting cylinder 8, and the travel switch 23 can be subsidiary in piston
Control signal is effectively issued when magnet reaches desired location, electromagnet 1Y is made to lose point, in MA20 × 125-S-CA type band magnetic
8 front side parking stall bottom-locking plate 1 of single-acting cylinder is equipped with coaster guide rail 11, and the coaster guide rail 11 passes through spiral shell with parking stall bottom-locking plate 1
It tethers and connects.U-shaped steel pipe support 14, the U-shaped steel pipe are installed on the bracket of the parking stall bottom-locking plate 1 of 11 two sides of coaster guide rail
Frame 14 is arranged symmetrically about 1 central axes of parking stall bottom-locking plate, and connect composition by cylindrical pins 15 with the bracket of parking stall bottom-locking plate 1
Revolute pair, and overhead height is higher than to most family car chassis heights when the U-shaped steel pipe support 14 rise, therefore can effectively prevent
Other vehicles drive into parking stall.Straight steel pipe 16 is installed on the mounting rack of the U-shaped steel pipe support 14, described 16 one end of straight steel pipe with
For the mounting rack of U-shaped steel pipe support 14 by the connection composition revolute pair of cylindrical pins 15, the other end and coaster 13 pass through cylindrical pins 15
It is connected, forms revolute pair.13 two sides of coaster symmetrically pulley 17 is installed, the pulley 17 passes through spiral shell with coaster 13
Line connection, and in the groove of 17 coaster guide rail 11 of the pulley, the coaster guide rail 11 can effectively limit 13 position of coaster, and protect
It is free to slide on coaster guide rail 11 to demonstrate,prove coaster 13, the coaster 13 is with MA20 × 125-S-CA type with magnetic single-acting cylinder 8
Piston rod is connected through a screw thread, and above-mentioned setting can guarantee the piston rod of MA20 × 125-S-CA type with magnetic single-acting cylinder 8
Straight-line displacement can effectively by coaster 13 along the sliding of coaster guide rail 11 be transmitted to straight steel pipe 16 and by straight steel pipe 16 drag U
Fashioned iron pipe support 14 is allowed to rise, and 15 level height of straight pin of 13 revolute pair of the coaster is higher than 14 revolute pair of U-shaped steel pipe support
Straight pin 15 level height, the setting can effectively prevent it is stuck, reduce 13 tractive resistance of coaster.The coaster 13 with
MA20 × 125-S-CA type has reset spring 12 with the upper cover of piston rod between magnetic single-acting cylinder 8, U when effectively can help to unlock
Fashioned iron pipe support 14 falls.MA20 × 125-S-CA type band 8 side of magnetic single-acting cylinder is provided with storage cylinder 19, the gas storage
Bottle 19 can effectively store compressed gas, and the storage cylinder 19 is fixed on parking stall bottom-locking plate 1 by storage cylinder mounting rack 20, described
Storage cylinder mounting rack 20 is bolted with parking stall bottom-locking plate 1.Four-way 5 is installed in 19 bottle mouth position of storage cylinder, and logical
Threaded connection to be crossed, safety valve 6 is installed on the four-way 5,6 system pressure of safety valve is opened when being more than set pressure,
System pressure can effectively be limited less than safety value, check valve 3 is installed on the four-way 5, is connected through a screw thread, it is described unidirectional
Valve 3 can efficiently separate pneumatic circuit limitation airflow direction, realize and pump gas into storage cylinder 19, and guarantee the sealing of storage cylinder 19
Property.Threeway 4 is installed on the check valve 3, and is connected by screw thread, air filter 2, institute are provided with by the threeway 4
Impurity protection gas-pressure component in air filtering can effectively be crossed by stating air filter 2, be passed through between the air filter 2 and threeway 4
It is threaded with check valve 3, electromagnetic lock 18 is provided between the storage cylinder 19 and U-shaped steel pipe support 14, the electromagnetic lock 18 can have
Effect locks U-shaped steel pipe support 14, the parking stall bottom-locking plate 1 in the other side of MA20 × 125-S-CA type with magnetic single-acting cylinder 8
On, control panel 9 is installed, the control panel 9 can effectively receive remote signal, receive the electric signal of travel switch 23 and to two
Five electric change valves 10 of position and electromagnetic lock 18 send control signal, are equipped with two on 9 front side parking stall bottom-locking plate 1 of control panel
Airflow direction can be effectively controlled in five electric change valves 10, the two-position five-way solenoid directional control valve 10, transports to realize to piston
The control in dynamic direction, has air filter 2 in 10 installed in front of two-position five-way solenoid directional control valve, in the air filter
On threeway 4 is installed.
Further, the electromagnetic lock 18 includes: electromagnetic lock pedestal 18-1, electromagnet 18-2, armature 18-3, lock tongue 18-
4, pin 18-5, spring 18-6.Wherein electromagnetic lock pedestal 18-1 is connected by screw on parking stall bottom-locking plate 1；Electromagnet 18-2
It is fixed on electromagnetic lock pedestal 18-1；Armature 18-3 is located at right above electromagnet 18-2, and is fixedly connected with lock tongue 18-4；Lock tongue
18-4 connect to form revolute pair with electromagnetic lock pedestal 18-1 by pin 18-5；Spring 18-6 is connected to lock tongue 18-4 and electricity
On magnetic padlock pedestal 18-1.The electromagnet 18-2 is obtained electric in the control signal for receiving control panel 9 and is inhaled lower armature 18-3 and make
Electromagnetic lock 18 is unlocked.
Further, two exhaust outlets of the two-position five-way solenoid directional control valve 10 respectively be installed on air filter 2
On the two of them venthole of threeway 4 be connected by pneumatic hose 21；The air inlet of two-position five-way solenoid directional control valve 10 with
The four-way 5 being installed on storage cylinder 19 is connected by pneumatic hose 21；The gas outlet of two-position five-way solenoid directional control valve 10 respectively with
Rod chamber of MA20 × 125-S-CA type with magnetic single-acting cylinder 8 is connected with rodless cavity by pneumatic hose 21.
Further, the threeway 4 set by the storage cylinder 19 is connected with compaction type inflator pump 22 by pneumatic hose 21, can
Store compressed air in compaction type inflator pump 22 into storage cylinder 19 through threeway 4, check valve 3, four-way 5.
Further, electromagnet 1Y, the electromagnetism of the control panel 9 and battery case 24-1, two-position five-way solenoid directional control valve 10
The electromagnet 18-2 and travel switch 23 of lock 18 are electrical connected.To effectively realize two-position five-way solenoid directional control valve 10, electromagnetism
18 automatic control of movement of lock and sending and receiving for control signal.
Further, there are battery case 24-1, battery case lid 24-2 and hinge 24-3, the hinge on the parking stall upper cover of lock 24
Chain 24-3 connection battery case 24-1 and battery case lid 24-2, make battery case lid 24-2 can free-open-close.
Further, the compaction type inflator pump 22 is by inflation pump frame 22-1, rubber pneumatic bag 22-2, pressing plate 22-3, plate
Spring 22-4, screw 22-5 and screw thread venthole 22-6 composition.The flange of the rubber pneumatic bag 22-2 is installed on inflation pump frame
On 22-1, fit clearance applies sealant to improve leakproofness, and pressing plate 22-3 is placed on the flange of rubber pneumatic bag 22-2, uses screw
It is connected to inflation pump frame 22-1 and rubber pneumatic bag 22-2 is pressed on inflation pump frame 22-1, improve leakproofness and connection
Intensity, the leaf spring 22-4 is movable to be placed between rubber pneumatic bag 22-2 and inflation pump frame 22-1, to help rubber pneumatic bag 22-
2 rolled by wheel after reset air-breathing, screw thread venthole 22-6 is located at 22 side of compaction type inflator pump, is connected with pneumatic hose 21.
Working principle: firstly, the utility model includes parking stall upper cover of lock 24, parking stall bottom-locking plate 1 and compaction type inflator pump
22, the parking stall upper cover of lock 24, parking stall bottom-locking plate 1 are bolted, fixed when automobile is driven out to parking stall in order to dismantle
In compaction type inflator pump 22 of the wheel on ground at when being rolled by wheel, inner air is squeezed, compressed air is led to
It crosses the check valve 3 that pneumatic hose 21 is connected on four-way 5 through threeway 4 and opens and be pressed into the storage of storage cylinder 19, be connected at this time
The check valve 3 of air filter 2 is closed, and the compaction type inflator pump 22 completes exhaust process, storage cylinder inflation, in this process
In, if system pressure is excessively high, then safety valve 6 opens pressure release, limits system pressure and is less than rated pressure.After wheel leaves, rubber
Air bag 22-2 resets air-breathing with the help of leaf spring 22-4, and the check valve 3 being connected on four-way 5 at this time is closed, and is connected to sky
The check valve 3 of air filter 2 is opened, and the air in environment enters through air filter 2, check valve 3, threeway 4, pneumatic hose 21
Compaction type inflator pump 22, (22 working principle of compaction type inflator pump is similar to nonoculture for the so far completion of compaction type inflator pump 22 breathing process
With piston pump), it prepares for next compression exhaust, realizes cycle operation.
After automobile leaves parking stall, remote signal is sent to control panel 9 using remote controler from people and locks parking stall, control panel 9 connects
After the collection of letters number, control signal is sent from control panel to two-position five-way solenoid directional control valve 10, obtains electromagnet 1Y electric, two-position five-way electricity
The right position of magnetic reversal valve 10, compressed air enters MA20 × 125-S-CA type band magnetic through two-position five-way solenoid directional control valve 10 in storage cylinder
The rod chamber of single-acting cylinder 8, piston rod are shunk, and extension pulley 13 is slided along coaster guide rail 11, and by straight steel pipe 16 by power
It is transmitted to U-shaped steel pipe support 14, rises U-shaped steel pipe support 14, the lockhole of U-shaped steel pipe support 14 is embedded in by 18 lock tongue 18-4 of electromagnetic lock,
U-shaped steel pipe support 14 is lockked, piston reaches predetermined position at this time, and attached magnetic piston touches travel switch 23 and is allowed to connect, and to control
Plate 9 sends signal, sends signal from control panel 9 to two-position five-way solenoid directional control valve 10, makes electromagnet 1Y power loss, two-position five-way electricity
Magnetic reversal valve 10 connects middle position, and rod chamber of MA20 × 125-S-CA type with magnetic single-acting cylinder 8, rodless cavity are through two five at this time
Electric change valve 10 and air filter 2 connect environment, and piston is hanging, and control panel is standby, and parking stall is lockked.
When automobile parking stall to be driven into, remote signal is sent to control panel 9 with remote controler from people, after control panel 9 receives signal,
Obtain electromagnet 18-2 to the transmission control signal of electromagnetic lock 18 electric, armature 18-3 is detached from U-shaped steel pipe 14 by suction downlink, lock tongue 18-4
Lockhole on frame, since rod chamber of MA20 × 125-S-CA type with magnetic single-acting cylinder 8, rodless cavity at this time are through two-position five-way electricity
Magnetic reversal valve 10 and air filter 2 connect environment, and piston hangs hole, therefore piston rod can move freely, under the help of reset spring 12,
Coaster 13 moves forward, and under the effect of gravity falls, U-shaped steel pipe support 14, and berth lock is unlocked, and vehicle drives into.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired
Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.
Claims (7)
1. a kind of using compressed air as the low-power-consumption remote control locker of parking position of power, including parking stall bottom-locking plate (1) and it is mounted on institute
Stating the parking stall upper cover of lock (24) on parking stall bottom-locking plate (1) and ground is arranged in has compaction type inflator pump of the wheel at
(22)；It is characterized in that parking stall bottom-locking plate (1) and parking stall upper cover of lock (24) are bolted, in the parking stall bottom-locking plate (1)
There are two air cylinder support (7), the air cylinder support (7) to be bolted with parking stall bottom-locking plate (1) for installation at axis；The gas
MA20 × 125-S-CA type band magnetic single-acting cylinder (8), MA20 × 125-S-CA type band magnetic list are installed on jar support (7)
The tail portion of active cylinder (8) is equipped with travel switch (23), on front side of MA20 × 125-S-CA type band magnetic single-acting cylinder (8)
Parking stall bottom-locking plate (1) central axes on be equipped with coaster guide rail (11), the coaster guide rail (11) and parking stall bottom-locking plate (1) are logical
It crosses and is bolted, and be equipped with U-shaped steel pipe support (14) on the parking stall bottom-locking plate (1) of the coaster guide rail (11) two sides, it is described U-shaped
Steel pipe frame (14) is symmetrically installed about the central axes of parking stall bottom-locking plate (1), and passes through cylindrical pins (15) with parking stall bottom-locking plate (1)
Connection composition revolute pair；It is equipped with straight steel pipe (16) on the mounting rack of the U-shaped steel pipe support (14), described straight steel pipe (16) one end
It is connect composition revolute pair by cylindrical pins (15) with U-shaped steel pipe support (14), the other end and coaster (13) pass through cylindrical pins
(15) connection composition revolute pair, the setting pulley (17) of coaster (13) two sides symmetrically, the pulley (17) and coaster
(13) it is connected through a screw thread；And in the groove of pulley (17) the coaster guide rail (11), and can be free to slide wherein；The cunning
Vehicle (13) is connected through a screw thread with MA20 × 125-S-CA type with the piston rod of magnetic single-acting cylinder (8), the coaster (13) with
MA20 × 125-S-CA type has reset spring (12) with the upper cover of piston rod between magnetic single-acting cylinder (8)；The MA20 ×
125-S-CA type band magnetic single-acting cylinder (8) side is provided with storage cylinder (19), and the storage cylinder (19) is installed by storage cylinder
Frame (20) is fixed on parking stall bottom-locking plate (1), and the storage cylinder mounting rack (20) is bolted with parking stall bottom-locking plate (1)；
Storage cylinder (19) bottle mouth position is equipped with four-way (5), and the four-way (5) is connected through a screw thread with storage cylinder (19) bottleneck,
Safety valve (6) are installed on the four-way (5), and are connected through a screw thread, check valve (3) are installed on the four-way (5), are led to
Cross threaded connection；It is equipped on the check valve (3) threeway (4), and is connected by screw thread；In the other setting of the threeway (4)
Have air filter (2), between the air filter (2) and threeway (4) be equipped with check valve (3), and the check valve (3) with
Air filter (2) and threeway (4) are connected through a screw thread；Described, it is provided between storage cylinder (19) and U-shaped steel pipe support (14)
Electromagnetic lock (18)；On the parking stall bottom-locking plate (1) of the other side of the MA20 × 125-S-CA type with magnetic single-acting cylinder (8),
Control panel (9) are installed, installed in front has two-position five-way solenoid directional control valve (10) in control panel (9), the two-position five-way electromagnetism
Reversal valve (10) installed in front has air filter (2), and threeway (4) are equipped on the air filter.
2. according to claim 1 a kind of using compressed air as the low-power-consumption remote control locker of parking position of power, feature exists
In: the electromagnetic lock (18) is made of following several parts: including electromagnetic lock pedestal (18-1), electromagnet (18-2), armature (18-
3), lock tongue (18-4), pin (18-5), spring (18-6)；Wherein electromagnetic lock pedestal (18-1) is connected by screw in berth lock
On bottom plate (1), electromagnet (18-2) is fixed on electromagnetic lock pedestal (18-1), armature (18-3) be located at electromagnet (18-2) just on
Side, and be fixedly connected with lock tongue (18-4), lock tongue (18-4) connect formation by pin (18-5) with electromagnetic lock pedestal (18-1)
Revolute pair, spring (18-6) are connected on lock tongue (18-4) and electromagnetic lock pedestal (18-1).
3. according to claim 1 a kind of using compressed air as the low-power-consumption remote control locker of parking position of power, feature exists
In: two ventholes of the exhaust outlet of two-position five-way solenoid directional control valve (10) and the threeway (4) being installed on air filter (2)
Be connected by pneumatic hose (21), the air inlet of two-position five-way solenoid directional control valve (10) be installed on storage cylinder (19) four
Logical (5) are connected by pneumatic hose (21), the gas outlet of two-position five-way solenoid directional control valve (10) respectively with MA20 × 125-S-CA
Rod chamber of the type with magnetic single-acting cylinder (8) is connected with rodless cavity by pneumatic hose (21).
4. according to claim 1 a kind of using compressed air as the low-power-consumption remote control locker of parking position of power, feature exists
In: the screw thread venthole (22-6) of the threeway (4) set by storage cylinder (19) and compaction type inflator pump (22) side passes through pneumatic soft
(21) are managed to be connected.
5. according to claim 1 a kind of using compressed air as the low-power-consumption remote control locker of parking position of power, feature exists
In: control panel (9) and battery case (24-1), the electromagnet (1Y) of two-position five-way solenoid directional control valve (10), electromagnetic lock (18) electricity
Magnet (18-2) and travel switch (23) are electrical connected；To realize a two-position five-way solenoid directional control valve (10), electromagnetic lock
(18) reception of the automatic control and control signal that act.
6. according to claim 1 a kind of using compressed air as the low-power-consumption remote control locker of parking position of power, feature exists
In: there are battery case (24-1), battery case lid (24-2) and hinge (24-3), the hinge (24-3) point on parking stall upper cover of lock (24)
Not Lian Jie battery case (24-1) and battery case lid (24-2), make battery case lid (24-2) can free-open-close.
7. according to claim 1 a kind of using compressed air as the low-power-consumption remote control locker of parking position of power, feature exists
In: compaction type inflator pump (22) is by inflation pump frame (22-1), rubber pneumatic bag (22-2), pressing plate (22-3), leaf spring (22-4), spiral shell
Follow closely (22-5) and screw thread venthole (22-6) composition；The flange of the rubber pneumatic bag (22-2) is installed on inflation pump frame (22-
1) on, fit clearance applies sealant to improve leakproofness, and pressing plate (22-3) is placed on the flange of rubber pneumatic bag (22-2), uses spiral shell
Nail (22-5) is connected to inflation pump frame (22-1) and rubber pneumatic bag (22-2) is pressed in inflation pump frame (22-1), to mention
High leakproofness and bonding strength, the leaf spring (22-4) is movable be placed in rubber pneumatic bag (22-2) and inflation pump frame (22-1) it
Between, to reset air-breathing after helping rubber pneumatic bag (22-2) to be rolled by wheel, screw thread venthole (22-6) is located at compaction type inflator pump
(22) side is connected with pneumatic hose (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820358144.8U CN208201702U (en) | 2018-03-16 | 2018-03-16 | It is a kind of using compressed air as the low-power-consumption remote control locker of parking position of power |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820358144.8U CN208201702U (en) | 2018-03-16 | 2018-03-16 | It is a kind of using compressed air as the low-power-consumption remote control locker of parking position of power |
Publications (1)
| Publication Number | Publication Date |
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| CN208201702U true CN208201702U (en) | 2018-12-07 |
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| CN201820358144.8U Expired - Fee Related CN208201702U (en) | 2018-03-16 | 2018-03-16 | It is a kind of using compressed air as the low-power-consumption remote control locker of parking position of power |
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| CN (1) | CN208201702U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109448199A (en) * | 2018-12-21 | 2019-03-08 | 武汉黎赛科技有限责任公司 | A kind of key management cabinet and method |
| CN114360282A (en) * | 2021-12-31 | 2022-04-15 | 贵州车联邦网络科技有限公司 | Indoor parking navigation system |
-
2018
- 2018-03-16 CN CN201820358144.8U patent/CN208201702U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109448199A (en) * | 2018-12-21 | 2019-03-08 | 武汉黎赛科技有限责任公司 | A kind of key management cabinet and method |
| CN114360282A (en) * | 2021-12-31 | 2022-04-15 | 贵州车联邦网络科技有限公司 | Indoor parking navigation system |
| CN114360282B (en) * | 2021-12-31 | 2022-11-29 | 贵州车联邦网络科技有限公司 | Indoor parking navigation system |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181207 Termination date: 20200316 |