CN206862536U - A kind of remote sensing detection trigger device of vehicle-carrying plate - Google Patents
A kind of remote sensing detection trigger device of vehicle-carrying plate Download PDFInfo
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- CN206862536U CN206862536U CN201720326544.6U CN201720326544U CN206862536U CN 206862536 U CN206862536 U CN 206862536U CN 201720326544 U CN201720326544 U CN 201720326544U CN 206862536 U CN206862536 U CN 206862536U
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- parking apparatus
- remote sensing
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- 238000007726 management method Methods 0.000 description 26
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Abstract
The utility model discloses a kind of remote sensing detection trigger device of vehicle-carrying plate；The vehicle-carrying plate is at least lifted by three chain cable tractions；The supporting installation of each vehicle-carrying plate of described device is a set of, it is included in the pulling force sensor of each chain cable installation, mounted in pairing mode stands correspondence position in the superiors and stands the remote sensing switch element of correspondence position, the power module being arranged on vehicle-carrying plate and administrative unit in orlop with vehicle-carrying plate on parking apparatus frame with vehicle-carrying plate；The management system synthetic operation of the device and parking apparatus, parking apparatus management system include wireless communication module, and wireless communication module can realize that valid wireless is connected with the wireless communication module of remote sensing detection trigger device；The device can provide supporting, structural reduction for diversified forms parking apparatus, can play and effectively improve parking apparatus safety in utilization, and the beneficial effect in bud is eliminated in major safety risks.
Description
Technical field
It the utility model is related to parking equipment technical field.Assisted in particular to one kind using remote sensing switch triggering
Realize the device detected to vehicle-carrying plate load.
Background technology
At present, parking apparatus has been used widely at home.But the vehicle-carrying plate of current parking apparatus is except automatic
Storage class, which has, to be set outside load automatic detection, remaining parking apparatus（The lift-sliding parking equipment maximum including the use of amount）,
Its vehicle-carrying plate is without progress load automatic detection.Moreover, the vehicle-carrying plate load that automatic stored type parking equipment is set is examined automatically
Survey and simply use pressure detecting sensing device, just detected, do not realized dynamic when vehicle-carrying plate is stood positioned at the deck that comes in and goes out
The detection of state.And maximum potential safety hazard is that overload, unbalance loading occurs in the process of running in the vehicle-carrying plate of traction lifting（Particularly
Because traction medium failure and caused by unbalance loading）Situation, such case current technology can not detect, and easily cause considerable safety thing
Therefore generation.
Utility model content
Therefore, it can be a kind of supporting vehicle-carrying plate of diversified forms parking apparatus that the purpose of this utility model, which is to provide,
Remote sensing detection trigger device, the apparatus structure is brief, can play and effectively improve parking apparatus safety in utilization, considerable safety
Hidden danger eliminates the beneficial effect in bud.
A kind of remote sensing detection trigger device of vehicle-carrying plate, it is characterised in that：The vehicle-carrying plate is stopping for chain cable traction lifting
The vehicle-carrying plate of vehicle device, the vehicle-carrying plate is at least by three chain cable tractions；It is single that described device includes pulling force sensor, remote sensing switch
Member, power module and administrative unit, it is a set of in the supporting installation of each vehicle-carrying plate lifted by chain cable traction of parking apparatus,
With the management system synthetic operation of parking apparatus；
The pulling force sensor is arranged among the chain cable of traction vehicle-carrying plate lifting, and each chain cable is installed a pulling force and passed
Sensor, it is arranged close to one end of vehicle-carrying plate；Traction chain cable links one end of pulling force sensor, and the other end of pulling force sensor leads to
Cross chain cable with vehicle-carrying plate to link or directly with vehicle-carrying plate link so that traction chain cable forms an entirety with pulling force sensor；
The data-in port of the MCU module of the data-out port access-in management unit of pulling force sensor；When chain cable traction vehicle-carrying plate,
So that vehicle-carrying plate depart from ground floor or depart from supporting member support when, in running order pulling force sensor i.e. to
The MCU module output of administrative unit and the chain cable curtage signal that to bear pulling force numerical value corresponding；
The remote sensing switch element is non-contact switch, is divided into induced signal source and the inductive switch two of mounted in pairing mode
Part, MCU module and other components for waking up administrative unit in a dormant state return to working condition；Its
In, induced signal source is separately positioned on being stood with vehicle-carrying plate in the superiors on parking apparatus frame at least provided with two
Correspondence position and the correspondence position that is stood with vehicle-carrying plate in orlop；Induced signal source provides electric power by external power source, by
Parking apparatus management system state of a control；Inductive switch is arranged on vehicle-carrying plate, the electricity of the external output switch amount of inductive switch
Signal, the external signal of the MCU module of the output electric signal access-in management unit wake up input interface；When vehicle-carrying plate is in most upper
When layer is stood, it is arranged on parking apparatus frame and corresponds to vehicle-carrying plate in the induced signal source of the superiors' rest position and be arranged on carrier vehicle
Inductive switch on plate is in position corresponding to matching；When vehicle-carrying plate, which is in orlop, to be stood, parking apparatus machine is arranged on
Frame, which corresponds to vehicle-carrying plate and is in the induced signal source of orlop rest position with the inductive switch that is arranged on vehicle-carrying plate, to be matched
Corresponding position；When inductive switch and induced signal source, which are in, matches corresponding position, if induced signal source is from inoperative shape
State is changed into working condition or is changed into off working state from working condition, that is, triggers inductive switch and change into conducting from off-state
State changes into off-state from conducting state, so as to which the MCU module output triggered to administrative unit wakes up MCU module institute
The voltage or current signal needed so that MCU module and other components in a dormant state returns to working condition；
The power module includes solar charging electric unit and rechargeable battery, is arranged on vehicle-carrying plate；Wherein, too
It is positive can charhing unit light sensing facing to top position or towards strong optical position；Rechargeable battery and solar recharging list
Member connection, receives the charging of solar charging electric unit, and to pulling force sensor, to remote sensing switch element inductive switch and to
Administrative unit provides electric power；
The administrative unit includes wireless communication module and MCU module；Wherein, wireless communication module can be set with parking
The wireless communication module of standby management system realizes that valid wireless connects, for sending vehicle-carrying plate to parking apparatus management system
Whether load normal, with the presence or absence of overload, the information of unbalance loading；The external signal of MCU module wakes up input interface connection remote sensing and opened
The switching signal output interface of unit is closed, the signal input interface of MCU module connects the signal output interface of pulling force sensor,
The Data Input Interface of the signal output interface connection wireless communication module of MCU module；In running order MCU module receives
To the output signal of pulling force sensor, current payload data is drawn by data processing, then with rating load set in advance
The data such as load, maximum unbalance loading are compared；When the load of vehicle-carrying plate is normal, i.e., by wireless communication module to parking apparatus management
System sends the information of " load is normal "；When vehicle-carrying plate occurs overloading or when unbalance loading, i.e., by wireless communication module to
Parking apparatus management system sends the information of " overload " or " unbalance loading "；
The management system operation of the supporting parking apparatus of described device refers to：Parking apparatus management system includes wireless telecommunications mould
Block, wireless communication module can realize that valid wireless is connected with the wireless communication module of remote sensing detection trigger device, work as parking
When the related vehicle-carrying plate of equipment is in non-operating state, the MCU module of administrative unit is in a dormant state；Work as parking apparatus
Management system is instructed before some is risen by the vehicle-carrying plate that chain cable traction lifts or declined operation, and control first is corresponding
Induced signal source action, with wake up the MCU module of the administrative unit of remote sensing detection trigger device corresponding to the vehicle-carrying plate and
Other components return to working condition, carry out the dynamic loads detection of vehicle-carrying plate, until this lifting operation knot of the vehicle-carrying plate
Beam；Idiographic flow is：
Prepare down to run when vehicle-carrying plate is stood from the superiors, parking apparatus management system triggers control and the vehicle-carrying plate
The induced signal source of correspondence position that is corresponding, being arranged on vehicle-carrying plate the superiors standing is changed into work shape from original off working state
State is changed into off working state from original working condition, and triggering is arranged on corresponding inductive switch on vehicle-carrying plate from disconnected
Open state changes into conducting state or changes into off-state from conducting state, so as to trigger to being arranged on vehicle-carrying plate
The MCU module output of the administrative unit of remote sensing detection trigger device wakes up voltage or current signal needed for MCU module so that
MCU module and other components in a dormant state returns to working condition；When vehicle-carrying plate is past from orlop standing preparation
Upper operation, parking apparatus management system are to trigger the correspondence that control is corresponding with the vehicle-carrying plate, is arranged on vehicle-carrying plate orlop standing
The induced signal source of position is changed into working condition from original off working state or is changed into inoperative from original working condition
State, triggering are arranged on corresponding inductive switch on vehicle-carrying plate and change into conducting state or from conducting shape from off-state
State changes into off-state, so as to trigger the MCU of the administrative unit to the remote sensing detection trigger device being arranged on vehicle-carrying plate
Module output wakes up the voltage or current signal needed for MCU module so that MCU module in a dormant state and other yuan
Device returns to working condition；
Then, parking apparatus management system instructs the vehicle-carrying plate to carry out declining operation or rise operation；It is arranged on carrier vehicle
The MCU module of the administrative unit of remote sensing detection trigger device on plate receives the defeated of the pulling force sensor of the traction vehicle-carrying plate
Go out signal, current payload data drawn by data processing, then with the data such as rated load set in advance, maximum unbalance loading
It is compared；
When the load of vehicle-carrying plate is normal, it is arranged on the remote sensing detection trigger device on vehicle-carrying plate and passes through wireless telecommunications mould
Block sends the information of " load is normal " to parking apparatus management system；Parking apparatus management system is connected to the letter of " load is normal "
Breath, that is, vehicle-carrying plate is instructed to continue to run with, until reaching the rest position specified；When vehicle-carrying plate is run to specified rest position,
The MCU module of the administrative unit of remote sensing detection trigger device enters resting state, until be waken up next time；
When vehicle-carrying plate occurs overloading or when unbalance loading, the remote sensing detection trigger device being arranged on vehicle-carrying plate is i.e. logical
Cross the information that wireless communication module sends " overload " or " unbalance loading " to parking apparatus management system；Parking apparatus management system connects
To " overload " or the information of " unbalance loading ", that is, the operation of vehicle-carrying plate emergent stopping is instructed, and be transferred to the failure including alarm
Handling process.
The vehicle-carrying plate for needing lifting to run is difficult to access external power source.From the superiors' rest position higher than vehicle-carrying plate down
Set up supply line and cause vehicle-carrying plate to remain to obtain externally fed electricity that is not impossible, but being related in orlop rest position
Coil holder sets that difficulty is very big, and electric wire rolling-up mechanism is also considerably complicated, so has no practical value.Technical solutions of the utility model are set
The remote sensing detection trigger device put in vehicle-carrying plate is powered using solar charging electric unit and rechargeable battery, with parking apparatus management
The information exchange of system is by realizing that valid wireless connection is achieved between wireless communication module.Therefore, vehicle-carrying plate need not
Access external power source.
In order to reduce the energy consumption of remote sensing detection trigger device, the MCU moulds of the administrative unit of remote sensing detection trigger device as far as possible
Block takes discontinuous operation pattern, is only just waken up before vehicle-carrying plate rises or declines operation, then enters work all the time
State, until this lifting end of run of vehicle-carrying plate.In fact, parking apparatus（Particularly lift-sliding parking equipment）Carrier vehicle
Plate lifting run time is seldom, and accounting is generally less than 10%.Therefore, the energy-saving effect of above-mentioned discontinuous operation pattern is clearly.I.e.
Garage is set to enclose the form of covering using complete, solar charging electric unit is remained to chargeable electricity under the light irradiation of garage interior lighting
Charge in pond.Therefore, the capacity of rechargeable battery can be selected by smaller value, and service life is also longer.
" chain cable " is the abbreviation sanctified by usage of chain or steel wire rope, and parking apparatus is hung used in traction vehicle-carrying plate
Traction medium is generally exactly chain or steel wire rope.
Pulling force sensor technology maturation, externally export in its measurement range and bear the linear voltage of pulling force
Or electric current.Because pulling force sensor exports analog quantity, so the MCU module of the administrative unit of remote sensing detection trigger device generally needs
Analog-to-digital conversion component is set, by after analog-to-digital conversion compared with default data volume.Certainly, the technical program
Be related to the comparison of size of data, thus can also design simulation comparison circuit the analog quantity collected and the analog quantity of setting are carried out
It is simple to compare.
Remote sensing switch element is non-contact switch, and the most frequently used has infrared sensing switch, light-inductive switch, radio frequency sense
Inductive switch, microwave inductive switch, ultrasonic sensing switch, electromagnetic induction switch, capacitance-sensitive switch etc..In theory, above sense
Inductive switch can use in the technical solution of the utility model.Based on brief, reliable principle, it is preferred to use light-inductive
Switch or infrared sensing switch.
Light-inductive switch belongs to optoelectronic switch, utilizes photosensitive element（Usually using photo resistance）As sensing
Light-inductive switch is made in element, and corresponding induced signal source can be common electric light source.When electric light source and light-inductive are opened
Close in position corresponding to matching（It is exactly that the light that electric light source is sent can be connect by the light sensor that light-inductive switchs in fact
Receive and produce the position of action）When, electric light source electrified light emitting, that is, trigger light-inductive switch motion.
Infrared sensing switch full name pyroelectric infrared-sensing switchs.Any object of nature, as long as temperature is higher than absolute
Zero degree（-273℃）, infra-red radiation is always constantly sent out, the temperature of object is higher, the infra-red radiation peak value ripple that it is launched
Length is smaller, and the energy for sending infra-red radiation is bigger.The main devices of infrared sensing switch are pyroelectric infrared sensor, when heat is released
Electric infrared sensor detects infrared spectrum change, that is, triggers infrared sensing switch action.The induced signal of infrared sensing switch
Source is the object that can send specific wavelength infrared ray, it might even be possible to common electric light source is used, as long as selection is matching
Pyroelectric infrared sensor.When the induced signal source of infrared sensing switch is in the corresponding position of matching with infrared sensing switch
（It is exactly that the infrared ray that induced signal source is sent can fully be received simultaneously by the pyroelectric infrared sensor of infrared sensing switch in fact
The position of generation action）When, induced signal source, which is powered, launches the infrared ray of specific wavelength, that is, triggers infrared sensing switch and move
Make.
Using remote sensing switch element of the other kinds of non-contact switch as technical solutions of the utility model, can refer to
It is described above.
To enable above-mentioned purpose of the present utility model, feature and advantage to become apparent, preferred embodiment cited below particularly, and
Accompanying drawing is coordinated to elaborate.
Brief description of the drawings
The following drawings only represents some embodiments of the present utility model, therefore is not construed as the restriction to scope.
Fig. 1 to Fig. 3 is the schematic diagram of the one of embodiment of the utility model；Wherein, Fig. 1 is vehicle-carrying plate 1 positioned at most lower
Layer（That is first layer 3-1）Static condition；Fig. 2 be vehicle-carrying plate 1 prepare rise, relevant apparatus it is in running order；Fig. 3 is vehicle-carrying plate
1 is located at the superiors（That is layer 5 3-5）Static condition；Fig. 4 is Fig. 1 a close-up schematic views；The b that Fig. 5 is Fig. 2 is locally put
Big schematic diagram.In figure, 1 vehicle-carrying plate, 2 vehicles, 3-1 first layers, the 3-2 second layers, 3-3 third layer, the 4th layer of 3-4,3-5 the 5th
Layer, 4 steel wire ropes, 5-1 light-inductives switch, 5-2 electric light sources, 6 pulling force sensors, 7 frames.
Embodiment
The technical scheme in the embodiment of the utility model is clearly and completely described below in conjunction with accompanying drawing.
As shown in Figure 1 to Figure 3, it is the schematic diagram of the one of embodiment of technical solutions of the utility model；Fig. 4 is Fig. 1 a
Close-up schematic view；Fig. 5 is Fig. 2 b close-up schematic views.
The present embodiment use technical scheme be：Parking apparatus one shares five layers；Hang the traction of traction vehicle-carrying plate lifting
Medium is steel wire rope 4, and hangs traction vehicle-carrying plate 1 using four steel wire ropes 4 and lift（Two therein are only shown in figure）；Remote sensing
Switch element is using light-inductive switch 5-1；Induced signal source is electric light source 5-2.
It was found from Fig. 1, Fig. 2, Fig. 3, five layers of parking apparatus are by first layer 3-1, second layer 3-2, third layer 3-3, the 4th
Layer 3-4 and layer 5 3-5 compositions, periphery is frame 7；Vehicle 2 is carried on vehicle-carrying plate 1, is draged by four suspensions of steel wire rope 4
Draw lifting；One pulling force sensor 6 is installed per steel cable 4, is arranged close to one end of vehicle-carrying plate 1；Steel wire rope 4 is linking
Before vehicle-carrying plate 1, link one end of pulling force sensor 6 first, then, the other end of pulling force sensor directly connects with vehicle-carrying plate 1
Knot so that steel wire rope 4 forms an entirety with pulling force sensor 6.
Current state shown in Fig. 1 is that vehicle-carrying plate 1 is located at orlop（That is first layer 3-1）Static condition；Fig. 3 show load
Sweep 1 is located at the superiors（That is layer 5 3-5）Static condition.Therefore, in the first layer 3-1 and layer 5 5-1 at the rear of frame 7
The position that corresponding vehicle-carrying plate 1 is stood is respectively arranged with electric light source 5-2.
Shown in Fig. 1, vehicle-carrying plate 1 is from orlop（That is first layer 3-1）Stand and prepare up to run；Parking apparatus management system
（Display is had no in figure）I.e. triggering control is corresponding with vehicle-carrying plate 1, is arranged on the electric light for the correspondence position that the orlop of vehicle-carrying plate 1 is stood
Source 5-2 is changed into working condition from original off working state, i.e., shown in Fig. 2, electric light source 5-2 is changed into bright light shape from the state of turning off the light
State, the corresponding light-inductive switch 5-1 that triggering is arranged on vehicle-carrying plate 1 change into conducting state from off-state, so as to
Trigger the administrative unit to the remote sensing detection trigger device being arranged on vehicle-carrying plate 1（Display is had no in figure）MCU module it is defeated
Go out to wake up voltage or current signal needed for MCU module so that MCU module and other components in a dormant state is extensive
Working condition is arrived again, and pulling force sensor 6 is simultaneously in running order.
Afterwards, the parking apparatus management system instruction control traction vehicle-carrying plate 1 of steel wire rope 4 rises；When the traction carrier vehicle of steel wire rope 4
Plate 1, when such that vehicle-carrying plate 1 departs from first layer 3-1 support, in running order pulling force sensor 6 is i.e. single to management
The MCU module output of member and the curtage signal that to bear pulling force numerical value corresponding of steel wire rope 4；Be arranged on vehicle-carrying plate 1 it
On remote sensing detection trigger device administrative unit MCU module receive the traction vehicle-carrying plate 1 pulling force sensor 6 output
Signal, current payload data is drawn by data processing, then entered with data such as rated load set in advance, maximum unbalance loadings
Row compares；When the load of vehicle-carrying plate 1 is normal, it is arranged on the remote sensing detection trigger device on vehicle-carrying plate 1 and passes through wireless telecommunications
Module sends the information of " load is normal " to parking apparatus management system；Parking apparatus management system is connected to " load is normal "
Information, that is, instruct vehicle-carrying plate 1 to continue to run with, until reaching the rest position specified, that is, rise to the layer 5 3-5 shown in Fig. 3
Position stand.When vehicle-carrying plate 1 is run to specified rest position, the MCU module of the administrative unit of remote sensing detection trigger device
Enter resting state, until be waken up next time.
From the foregoing, it can be seen that when vehicle-carrying plate 1 occurs overloading or when unbalance loading, it is arranged on the remote sensing on vehicle-carrying plate 1 and touches
It is to send the information of " overload " or " unbalance loading " to parking apparatus management system by wireless communication module to send out detection means；Parking
Equipment management system is connected to the information of " overload " or " unbalance loading ", that is, instructs the operation of vehicle-carrying plate 1 emergent stopping, and be transferred to including
Troubleshooting process including alarm.
Fig. 4 is Fig. 1 a close-up schematic views；Fig. 5 is Fig. 2 b close-up schematic views.The purpose of this two width figure is
Electric light source 5-2 is obtained with light-inductive switch 5-1 relative position and the set location of pulling force sensor 6 more clear
Clear display.
Other runnings of technical solutions of the utility model can refer to described above, not repeat here.
Above-described embodiment is the preferable embodiment of the utility model, but embodiment of the present utility model is not by above-mentioned
The limitation of embodiment, it is other it is any without departing from Spirit Essence of the present utility model with made under principle change, modify, replace
Generation, combination, simplify, should be equivalent substitute mode, be included within the scope of protection of the utility model.
Claims (1)
- A kind of 1. remote sensing detection trigger device of vehicle-carrying plate, it is characterised in that：The vehicle-carrying plate is the parking of chain cable traction lifting The vehicle-carrying plate of equipment, the vehicle-carrying plate is at least by three chain cable tractions；Described device include pulling force sensor, remote sensing switch element, Power module and administrative unit, it is a set of in the supporting installation of each vehicle-carrying plate lifted by chain cable traction of parking apparatus, with The management system synthetic operation of parking apparatus；The pulling force sensor is arranged among the chain cable of traction vehicle-carrying plate lifting, and each chain cable installs a pull sensing Device, it is arranged close to one end of vehicle-carrying plate；Traction chain cable links one end of pulling force sensor, and the other end of pulling force sensor passes through Chain cable links with vehicle-carrying plate or directly linked with vehicle-carrying plate so that traction chain cable forms an entirety with pulling force sensor；Draw The data-in port of the MCU module of the data-out port access-in management unit of force snesor；The remote sensing switch element is non-contact switch, is divided into induced signal source and the inductive switch two of mounted in pairing mode Point；Wherein, induced signal source is at least provided with two, be separately positioned on parking apparatus frame with vehicle-carrying plate in the superiors The correspondence position of standing and the correspondence position stood with vehicle-carrying plate in orlop；Induced signal source provides electricity by external power source Power, by parking apparatus management system state of a control；Inductive switch is arranged on vehicle-carrying plate, the external output switch amount of inductive switch Electric signal, the external signal of the MCU module of the output electric signal access-in management unit wakes up input interface；The power module includes solar charging electric unit and rechargeable battery, is arranged on vehicle-carrying plate；The administrative unit includes wireless communication module and MCU module；The management system operation of the supporting parking apparatus of described device refers to：Parking apparatus management system includes wireless communication module, Wireless communication module can realize that valid wireless is connected with the wireless communication module of remote sensing detection trigger device.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720326544.6U CN206862536U (en) | 2017-03-30 | 2017-03-30 | A kind of remote sensing detection trigger device of vehicle-carrying plate |
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|---|---|---|---|
| CN201720326544.6U CN206862536U (en) | 2017-03-30 | 2017-03-30 | A kind of remote sensing detection trigger device of vehicle-carrying plate |
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| CN206862536U true CN206862536U (en) | 2018-01-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109703599A (en) * | 2019-02-18 | 2019-05-03 | 宁波曙翔新材料股份有限公司 | Track switch crackle or fracture detection method and equipment and system |
-
2017
- 2017-03-30 CN CN201720326544.6U patent/CN206862536U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109703599A (en) * | 2019-02-18 | 2019-05-03 | 宁波曙翔新材料股份有限公司 | Track switch crackle or fracture detection method and equipment and system |
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Effective date of registration: 20201013 Address after: 528133 two of the first floor of No. 18 East Street, Hekou bridge, Sanshui District, Foshan, Guangdong Patentee after: FOSHAN NUOXING TECHNOLOGY Co.,Ltd. Address before: Two road 528200 Guangdong Province Nanhai District of Foshan City, Guicheng Nanxin No. 22 room 2001 Patentee before: Liang Chongyan |
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