CN205028145U - High -efficient mechanical garage parking and control system thereof - Google Patents
High -efficient mechanical garage parking and control system thereof Download PDFInfo
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- CN205028145U CN205028145U CN201520597365.7U CN201520597365U CN205028145U CN 205028145 U CN205028145 U CN 205028145U CN 201520597365 U CN201520597365 U CN 201520597365U CN 205028145 U CN205028145 U CN 205028145U
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Abstract
The utility model discloses a high -efficient mechanical garage parking and control system thereof divide into interim storehouse and master library with the machinery vehicle storehouse, and interim storehouse is used for temporarily depositing waits to deposit or wait to pick up the car, and the master library is used for depositing deposits the vehicle for a long time, carries out remote access operation, effectively the access car efficiency in elevating mechanism parking area through network terminal to the vehicle in the machinery vehicle storehouse. At first carrying out regional division, containing a plurality of mechanical garage parkings after dividing in every region, every mechanical garage parking is through a branch accuse unit control, the accuse unit linked to each other during accuse units and one were divided to all in the same region, then link to each other all well accuse units with interconnected network element, need the user who uses mechanical garage parking to pass through the interconnected network element of network terminal access, acquire the information in mechanical garage parking or send access information to a minute accuse unit through interconnected network element. This control system can stop the storehouse to a plurality of machineries and carry out unified management and allotment to to carrying out dynamic allocation in the parking stall in the master library, thereby solve mechanical garage parking access car efficiency problem.
Description
Technical field
Utility model relates to a kind of garage parking control system, is specifically related to a kind of efficient tool garage parking and control system thereof.
Background technology
Domestic automobile recoverable amount in 2014 nearly 1.4 hundred million, nearly ten years automobiles increase more than 1,100 ten thousand every year, and be 5.7 times of automobile quantity in 2003, the ratio accounting for whole motor vehicle reaches 54.9%, before 10 years, improve 29.9%.
There is the automobile quantity in 31 cities in the whole nation more than 1,000,000, and wherein Beijing, Tianjin, Chengdu, Shenzhen, Shanghai, Guangzhou, Suzhou, eight, Hangzhou city automobile quantity are more than 2,000,000, and Beijing's automobile is more than 5,000,000.
Along with the continuous increase of vehicle guaranteeding organic quantity, parking becomes a thorny social concern.Random parking can cause static traffic to block up, and this has become a social consensus.In developed country, the ratio on motor vehicle and parking stall is 1:1.2, and the motor vehicle in China one line city and the ratio on parking stall are about 1:0.3.And parking surface position need be linked up with land use area in China city, in the city that current soil is rare, developing parking surface position for meeting the motor vehicles parking demand be on the increase is a unpractical method.
And the appearance in machinery parking space/storehouse effectively can utilize land area, the area originally parking a car is built machinery parking space and parking quantity can be promoted 2 ~ 8 times, therefore machinery parking space/storehouse obtains the extensive accreditation of society.Worldwide, Germany is a large amount of uses turriform parking building.In China, car elevator totally nine classes that machinery parking space/storehouse has developed lifting cross sliding type parking equipment, vertical circulation type parking equipment, multilayer circulation type parking equipment, horizontal cyclic type parking equipment, tunnel stacking type parking equipment, simple lifting type parking equipment, planar movement type parking equipment, vertical lifting parking equipment and matched.
Although parking stall, traditional ground is compared in machinery parking space/storehouse have the advantages such as mechanism is compact, space availability ratio is high, but all rely on mechanical drive/toter to complete because machinery parking space/stock picks up the car, therefore Transport Vehicle efficiency differs greatly compared with parking stall, traditional earth's surface, and the mechanical parking building time of picking up the car when peak as 200 parking stalls can reach 45 minutes.Transport Vehicle efficiency directly affects car stowage quantity and user's user satisfaction in machinery parking space/storehouse.Therefore, existing machinery parking stall/storehouse still cannot meet the parking demand of vehicle close quarters.Therefore, although space is saved in mechanical parking/storehouse, due to Transport Vehicle inefficiency, main in actual use based on the amount of storage of 60 cars, further limit machinery parking space/storehouse and use in the city that soil is rare.
How the Transport Vehicle efficiency of elevating gear parking apparatus or mechanical parking ground is the key issue further developing and build big machinery parking lot, is also the gordian technique promoting Urban Land Use Efficiency, solve a city parking difficult problem.
Utility model content
In view of this, the utility model provides a kind of efficient mechanical garage parking and control system thereof, by depositing the reasonable arrangement of functional areas to mechanical parking garage and carrying out the control of Transport Vehicle, and can the Transport Vehicle efficiency in effective elevating gear parking lot.
Described efficient mechanical garage parking comprises: master library, temporary library and control module, and described master library is used for the vehicle that berths of long storage time, and described temporary library is the buffer area waiting to pick up the car or wait to stop; Be connected by transfer equipment between master library with temporary library, described temporary library docks with garage exit and garage port; The using state of all parking stalls in master library and temporary library is stored in described control module; The network terminal can be carried out remote subscription to the parking stall in described master library, carry out remote pre-fetch to the vehicle being positioned at described master library by described control module.
The quantity on described temporary library parking stall is 1% ~ 50% of master library parking stall quantity.
Described efficient mechanical garage parking control system comprises: more than one control area, internet unit, middle control unit, sub-control unit and the network terminal; More than one mechanical parking storehouse is had in each described control area; The described mechanical parking storehouse of each sub-control unit controls one, stores the using state of all parking stalls in this mechanical parking storehouse in described sub-control unit; All sub-control unit in same control area with control unit in one and be connected; The middle control unit of all control areas is connected with described internet unit; Described network terminal accessing Internet unit.
Described mechanical parking storehouse comprises master library and temporary library, and described master library is used for the vehicle that berths of long storage time, described temporary library be wait to pick up the car or wait to stop deposit buffer zone; Be connected by transfer equipment between master library with temporary library, described temporary library docks with garage exit and garage port.
Parking subscription information or subscription information of picking up the car for the parking subscription information in certain mechanical parking storehouse of its control area that receives the network terminal and sent by internet unit or subscription information of picking up the car, and are transmitted to sub-control unit corresponding to this mechanical parking storehouse by described middle control unit; Described parking subscription information comprises: subscribe the title in the mechanical parking storehouse of stopping, vehicle license, user identification information, down time and parking duration; Described subscription information of picking up the car comprises: subscribe title, vehicle license, the user identification information in the mechanical parking storehouse of picking up the car and pick up the car the time.
After described sub-control unit receives parking subscription information, judge within this period according to down time and parking duration, vacant parking stall whether is had: if had in the master library in the mechanical parking storehouse that it controls, then send parking License Info to middle control unit, parking License Info is fed back to the network terminal by internet unit by middle control unit, stops and subscribes successfully; Otherwise send to stop to middle control unit and subscribe failure information, parking is subscribed failure information and is fed back to the network terminal by internet unit by middle control unit.
After described sub-control unit receives parking subscription information, in master library, distribute parking stall according to parking duration for subscribing the vehicle stopped, distribution principle is: the shorter vehicle of parking duration is the closer to the transfer equipment for connecting master library and temporary library;
After described sub-control unit receives subscription information of picking up the car, according to picking up the car, the vehicle of correspondence is transported to temporary library by master library by time controling transfer equipment, and is fed back to the corresponding network terminal stand-by period of picking up the car.
After described sub-control unit receives parking subscription information, if judge within this period according to down time and parking duration, in the master library in the mechanical parking storehouse that it controls, there is no vacant parking stall, then send Occupied information to middle control unit; After described middle control unit receives this information, parking subscription information is transmitted to the sub-control unit in the same area corresponding to adjacent machine garage parking; Judge whether there is vacant parking stall in master library within this period according to down time and parking duration after corresponding sub-control unit receives parking subscription information:
If had, then send parking License Info to middle control unit, parking License Info is fed back to the network terminal by internet unit by middle control unit, the Name & Location in this mechanical parking storehouse is comprised in described parking License Info, after the described network terminal receives parking License Info, the mechanical parking storehouse changed if agree to, then subscribe confirmation by internet unit to the parking of middle control unit feedback, middle control unit is subscribed confirmation by stopping and is sent to corresponding sub-control unit, stops and subscribes successfully; If do not agree to changed mechanical parking storehouse, then cancel parking information by internet unit to middle control unit feedback, middle control unit sends to corresponding sub-control unit by cancelling parking information, subscribes unsuccessfully;
If no, then send to stop to middle control unit and subscribe failure information, parking is subscribed failure information and is fed back to the network terminal by internet unit by middle control unit.
Stop and subscribe successfully, when needing to cancel a reservation, utilize the network terminal in subscribed region, mechanical parking storehouse, to control unit by internet unit and send reservation cancellation information of stopping, described parking is subscribed cancellation information and is comprised the title in mechanical parking storehouse, vehicle license and user identification information, middle control unit receive stop subscribe cancellation information after be transmitted to this sub-control unit corresponding to mechanical parking storehouse, thus cancel stopping and subscribe.
If do not subscribe parking, when vehicle arrives the vehicle entrance in mechanical parking storehouse, according to required parking duration by whether having vacant parking stall in the master library in sub-control unit inquiry mechanical parking storehouse within this period, if had, then vehicle is allowed to enter garage parking complete the input of identity identification information in sub-control unit after; If do not have vacant parking stall, then vehicle is not allowed to enter garage parking.
Every setting-up time, described sub-control unit carries out redistributing of parking stall to the vehicle in its mechanical storehouse controlled, distribution principle is: finish the time according to the parking of vehicle, and the time that finishes of stopping more forward vehicle is the closer to the transfer equipment for connecting master library and temporary library.
Described parking subscription information comprises vehicle power classification further, and described vehicle power classification refers to that this vehicle is electric automobile or regular fuel automobile; More than one parking stall with charging pile is provided with in the master library in each mechanical parking storehouse; If the vehicle sending parking subscription information is electric automobile, then distribute the parking stall with charging pile to it.
Described parking subscription information comprises the current electric quantity of Rechargeable vehicle further, when parking stall subscribed by more than one electric automobile simultaneously, is preferably the parking stall of electricity lower electric automobile distribution with charging pile.
When arriving the setting-up time stopping and finished before the time, described sub-control unit sends information by middle control unit, internet unit to the network terminal corresponding to vehicle on this parking stall, and described prompting message comprises remaining down time; If in follow-up time this mechanical parking storehouse master library in have free parking spaces, then prompting message comprises the need of extending down time further, if need extend down time, then the time of required prolongation is sent to sub-control unit by internet unit, middle control unit by the network terminal; Continue the service time on parking stall if do not need, then the network terminal sends the information of on time picking up the car by internet unit, middle control unit to sub-control unit; If in follow-up time this mechanical parking storehouse master library in there is no free parking spaces, then prompting message comprises reminding user further and shifts vehicle on time and be late for shifting the liability for breach of contract of vehicle.
Before parking finishes the time, if desired down time is extended, utilize the network terminal initiatively to send Renewal information by internet unit, middle control unit to corresponding sub-control unit, in described Renewal information, comprise the time of vehicle license, user identification information and required prolongation; After described sub-control unit receives Renewal information, judge whether have free parking spaces in the master library in this mechanical parking storehouse in follow-up time: if having, then renew successful information by middle control unit, internet unit to network terminal feedback; If no, then send the failed information of renewal by middle control unit, internet unit to mobile terminal, and down time of pointing out user remaining and be late for the liability for breach of contract of transfer vehicle.
Beneficial effect:
(1) by the network terminal, internet operated from a distance is carried out to the Transport Vehicle in mechanical parking storehouse, sub-control unit carries out time-sequencing according to the Transport Vehicle instruction assigned, make the time of Transport Vehicle machinery transport process according to teleinstruction in mechanical parking storehouse, space priority forms ordering arrangement, use to avoid Current mechanical garage parking and swipe the card or the disordering of Transport Vehicle that behavior adjustment management causes and the random to-and-fro movement of transport machinery that causes; Existing machinery garage parking is effectively avoided to stop the phenomenon of unordered distribution, the service efficiency in elevating gear garage parking.The simultaneously reservation of Transport Vehicle, achieves Transport Vehicle time precognition, swipes the card and the stand-by period that causes picking up the car longer disadvantage after traditional machinery parking space can be avoided to need user to arrive parking stall again; When picking up the car, carry out advance notice by internet terminal to picking up the car, vehicle is carried to temporary library by the time utilizing user to arrive garage exit, can save period of reservation of number in a large number; Reduce garage exit/entry vehicle fleet size to be stopped simultaneously, alleviate the static traffic that garage exit/entry peripheral path causes because waiting for warehouse-in and block up
(2) in mechanical parking storehouse, temporary library is added, buffer zone is deposited as what wait to pick up the car or wait to stop, add the turnover space in whole garage, user parking or when picking up the car evening to the long mechanical stand-by period also can not be caused, improve the service efficiency in mechanical parking storehouse.
(3) in the master library in mechanical parking storehouse, increase the parking stall with charging pile, the request for utilization of different dynamic type automobile can be met.
Accompanying drawing explanation
Fig. 1 is the composition schematic diagram of described efficient mechanical garage parking control system.
Embodiment
To develop simultaneously embodiment below in conjunction with accompanying drawing, the utility model is described in detail.
Embodiment 1:
The present embodiment provides a kind of efficient mechanical garage parking and control system thereof, this control system can carry out unified management and allotment to all mechanical parking storehouses in certain region in whole city or city, dynamic assignment is carried out to the parking stall in mechanical parking storehouse simultaneously, thus solve the Transport Vehicle efficiency of Mechanical parking system or mechanical parking ground, be conducive to popularization and the utilization in mechanical parking storehouse.
First described mechanical parking storehouse comprises master library and temporary library, and described master library is used for the vehicle that long storage time is berthed, described temporary library be wait to pick up the car or wait to stop deposit buffer zone; Be connected by transfer equipment between master library with temporary library, described temporary library docks with garage exit and garage port.Wherein the quantity on temporary library parking stall is 1:20 with the ratio of master library parking stall quantity.
The topology layout of corresponding mechanical parking storehouse control system as shown in Figure 1, comprising: multiple above-mentioned mechanical parking storehouse, internet unit, middle control unit, sub-control unit and the network terminal.The described network terminal can be cell phone, panel computer or fixing interconnecting terminal computer.
To control the mechanical parking storehouse in whole city, first city is carried out to the division in region, comprise multiple mechanical parking storehouse after dividing in each region, the parking stall in garage, by a sub-control unit controls, is allocated in each mechanical parking storehouse; In the same area all sub-control unit with control unit in one and be connected, realize the mutual biography of information, thus realize the allotment in this region between different garage parking; Then being connected controlling unit in all with internet unit, realizing the mutual biography of information; Need to use the user in mechanical parking storehouse by network terminal accessing Internet unit, thus obtain the information in mechanical parking storehouse by internet unit or send information to sub-control unit.
Each mechanical parking storehouse includes master library and temporary library, and wherein master library is used for the vehicle that berths of long storage time, temporary library be wait to pick up the car or wait to stop deposit buffer zone, arranging temporary library can the efficiency of lifting vehicle turnover master library.Be connected by transfer equipment between master library with temporary library, thus treating in temporary library is stopped be transported to master library, or treating in master library is picked up the car be transported to temporary library.Described temporary library docks with garage exit and garage port.
Stop stand-by period of picking up the car for effectively reducing, user carries out the operation of remote access car by the network terminal, and berthing of vehicle is distributed by middle control unit and sub-control unit with extracting, to realize stopping predetermined and picking up the car predetermined at a distance.Be specially:
When user needs to stop in certain mechanical parking storehouse, the network terminal can be utilized in advance in this region, mechanical parking storehouse, to control unit by internet unit and to send parking information, this parking information comprises the title in this mechanical parking storehouse, vehicle license, user identification information, down time (when starting to stop) and parking duration, wherein user identification information can be phone number, bank paying account, social security card number, medical insurance card number, identification card numbers etc. have uniqueness, can real name, social recognition's property, legitimacy personnel correspondence mark one or more.After the middle control unit of this region, mechanical parking storehouse receives parking information, parking information is transmitted to this sub-control unit corresponding to mechanical parking storehouse, the quantity of the free parking spaces that each time period is remaining in this mechanical parking storehouse is stored in described sub-control unit, and real-time update.Judge whether there is vacant parking stall in master library within this period according to down time and parking duration after sub-control unit receives parking information:
If had, then send parking License Info to middle control unit, parking License Info is fed back to the network terminal by internet unit by middle control unit, shows to stop to subscribe successfully; Sub-control unit upgrades the parking stall using state of its inside according to parking information simultaneously.
If do not have vacant parking stall in master library within this time period, sub-control unit sends Occupied information to middle control unit, after middle control unit receives this information, parking information is transmitted to the sub-control unit in the same area corresponding to adjacent machine garage parking.Judge whether there is vacant parking stall in master library within this period according to down time and parking duration after corresponding sub-control unit receives parking information, if had, then send parking License Info to middle control unit, parking License Info is fed back to the network terminal by internet unit by middle control unit, the Name & Location in this mechanical parking storehouse is comprised in described parking License Info, after the described network terminal receives parking License Info, the mechanical parking storehouse changed if agree to, then subscribe confirmation by internet unit to the parking of middle control unit feedback, middle control unit is subscribed confirmation by stopping and is sent to corresponding sub-control unit, stopping subscribes successfully, sub-control unit upgrades the parking stall using state of its inside according to parking information, if no, then send to middle control unit and subscribe failure information, reservation failure information is fed back to the network terminal by internet unit by middle control unit, subscribes unsuccessfully.
After described sub-control unit receives parking subscription information, in master library, distribute parking stall according to parking duration for subscribing the vehicle stopped, distribution principle is: the shorter vehicle of parking duration is the closer to the transfer equipment for connecting master library and temporary library.
Stop and subscribe successfully, if when user changes one's plans and needs to cancel a reservation, the network terminal can be utilized in subscribed region, mechanical parking storehouse, to control unit by internet unit and to send reservation cancellation information of stopping, described parking is subscribed cancellation information and is comprised the title in mechanical parking storehouse, vehicle license and user identification information, middle control unit receives out and to be transmitted to this sub-control unit corresponding to mechanical parking storehouse after cancellation information is subscribed in parking, thus cancel parking, sub-control unit upgrades the parking stall using state of its inside according to parking information.
When user arrive mechanical parking storehouse be prepared to stop time, if completed the user of stopping and subscribing, sub-control unit is after the identification completing parking License Info, car is parked on the conveyer frames of garage port by user, vehicles drive to temporary library, and then is controlled transfer equipment and vehicle is transported to relevant position master library from temporary library by sub-control unit controls conveyer frames.If do not subscribe parking, then according to required parking duration by sub-control unit inquiry within this period mechanical parking storehouse master library in whether have vacant parking stall, if had, then in sub-control unit, first complete the input of identity identification information, then car is parked on the conveyer frames of garage port.If there is no vacant parking stall, then do not allow to enter.Can reduce garage port vehicle waiting number and time thus, the static traffic that causes blocks up because waiting for warehouse-in to alleviate garage port peripheral path, improves parking efficiency.
Every setting-up time, described sub-control unit carries out redistributing of parking stall to the vehicle in its mechanical storehouse controlled, distribution principle is: finish the time according to the parking of vehicle, and the time that finishes of stopping more forward vehicle is the closer to the transfer equipment for connecting master library and temporary library.
When arriving the setting-up time stopping and finished before the time, described sub-control unit sends information by middle control unit, internet unit to the network terminal corresponding to vehicle on this parking stall, and described prompting message comprises remaining down time; If in follow-up time this mechanical parking storehouse master library in have free parking spaces, then prompting message comprises the need of extending down time further, if need extend down time, then the time of required prolongation is sent to sub-control unit by internet unit, middle control unit by the network terminal; Continue the service time on parking stall if do not need, then the network terminal sends the information of on time picking up the car by internet unit, middle control unit to sub-control unit; If in follow-up time this mechanical parking storehouse master library in there is no free parking spaces, then prompting message comprises reminding user further and shifts vehicle on time and be late for shifting the liability for breach of contract of vehicle.
Before parking finishes the time, if desired down time is extended, utilize the network terminal initiatively to send Renewal information by internet unit, middle control unit to corresponding sub-control unit, in described Renewal information, comprise the time of vehicle license, user identification information and required prolongation; After described sub-control unit receives Renewal information, judge whether have free parking spaces in the master library in this mechanical parking storehouse in follow-up time: if having, then renew successful information by middle control unit, internet unit to network terminal feedback; If no, then send the failed information of renewal by middle control unit, internet unit to mobile terminal, and down time of pointing out user remaining and be late for the liability for breach of contract of transfer vehicle.
When user needs to pick up the car from certain mechanical parking storehouse, first sub-control unit is utilized to carry out identification, after identification success, the vehicle of correspondence is transported to temporary library by master library by sub-control unit controls transfer equipment, and then is transported to the conveyer frames of garage exit from temporary library.Need to expend certain hour because vehicle is transported to temporary library from master library, for reducing period of reservation of number, conveniently pick up the car, the network terminal can be utilized in advance in this region, mechanical parking storehouse, to control unit by internet unit and send the information of picking up the car, this information of picking up the car comprises title, vehicle license, the user identification information in mechanical parking storehouse and picks up the car the time.After the middle control unit of this region, mechanical parking storehouse receives the information of picking up the car, the information of picking up the car is transmitted to this sub-control unit corresponding to mechanical parking storehouse, after sub-control unit receives the information of picking up the car, according to picking up the car picking up the car the time in information, control transfer equipment in advance and the vehicle of correspondence is transported to temporary library by master library, is fed back to the corresponding network terminal simultaneously the stand-by period of picking up the car.Thus, after user arrives garage, complete identification in sub-control unit after, the vehicle being positioned at temporary library is directly sent on the conveyer frames of garage exit by sub-control unit, improves efficiency of picking up the car.
Network terminal can carry out parking stall, same mechanical parking storehouse parking to the vehicle of more than is subscribed or reservations of picking up the car, and now described parking subscription information comprises: subscribe the title in the mechanical parking storehouse of parking, the quantity of vehicle, the licence plate of each car, the user identification information of each car, the down time of each car and parking duration; Described subscription information of picking up the car comprises: subscribe picking up the car the time of the title in the mechanical parking storehouse of picking up the car, the vehicle license of each car, the user identification information of each car and each car; The described network terminal receive parking License Info or after the stand-by period of picking up the car by electronic chart software or social class software forward to the network terminal corresponding to other vehicle.
Pay for convenience of Parking Fee, the network terminal is also connected with the payment module in sub-control unit by internet unit, middle control unit, user is after parking is subscribed successfully or sent information of picking up the car, complete Parking Fee payment and settlement by the network terminal, reduce the stand-by period of vehicle at garage exit/entry further thus.
Embodiment 2:
With above-described embodiment 1 unlike:
Multiple parking stall with charging pile is provided with in the master library in above-mentioned each mechanical parking storehouse, when user carries out long-range bicycle parking operation by the network terminal, described parking subscription information comprises the current electric quantity of vehicle power classification and Rechargeable vehicle further, and described vehicle power classification refers to that this vehicle is electric automobile or regular fuel automobile.If the vehicle sending parking subscription information is electric automobile, then distribute the parking stall with charging pile to it.When parking stall subscribed by more than one electric automobile simultaneously, be preferably the parking stall of electricity lower electric automobile distribution with charging pile.
Simultaneously for guaranteeing that the parking stall right to use can join between parking people and the predetermined people in parking stall on time, this control system is connected with all kinds of social credit system (as bank reference system) by internet unit.
Described middle control unit also by internet unit with Hospital register system, perform film ticket sale system, food and drink public place of entertainment reservation system is connected.
The reservation module that repairs, carwash reservation module, car accident alarm module is also provided with in described sub-control unit.
The Mechanical parking system forming master library in above-described embodiment 1 and embodiment 2 can be one or more in lifting cross sliding type parking equipment, vertical circulation type parking equipment, multilayer circulation type parking equipment, horizontal cyclic type parking equipment, tunnel stacking type parking equipment, simple lifting type parking equipment, planar movement type parking equipment, vertical lifting parking equipment and the car elevator matched.
The Mechanical parking system forming temporary library in above-described embodiment 1 and embodiment 2 can be one or more in lifting cross sliding type parking equipment, vertical circulation type parking equipment, multilayer circulation type parking equipment, horizontal cyclic type parking equipment, tunnel stacking type parking equipment, simple lifting type parking equipment, planar movement type parking equipment, vertical lifting parking equipment and the car elevator matched.
In sum, these are only preferred embodiment of the present utility model, be not intended to limit protection domain of the present utility model.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (20)
1. an efficient mechanical garage parking, is characterized in that, comprising: master library, temporary library and control module, and described master library is used for the vehicle that berths of long storage time, and described temporary library is the buffer area waiting to pick up the car or wait to stop; Be connected by transfer equipment between master library with temporary library, described temporary library docks with garage exit and garage port; The using state of all parking stalls in master library and temporary library is stored in described control module; The network terminal can be carried out remote subscription to the parking stall in described master library, carry out remote pre-fetch to the vehicle being positioned at described master library by described control module.
2. efficient mechanical garage parking as claimed in claim 1, it is characterized in that, the quantity on described temporary library parking stall is 1% ~ 50% of master library parking stall quantity.
3. efficient mechanical garage parking as claimed in claim 1 or 2, it is characterized in that, the Mechanical parking system forming described master library is lifting cross sliding type parking equipment, vertical circulation type parking equipment, multilayer circulation type parking equipment, horizontal cyclic type parking equipment, tunnel stacking type parking equipment, simple lifting type parking equipment, planar movement type parking equipment, more than one in vertical lifting parking equipment and the car elevator that matches.
4. efficient mechanical garage parking as claimed in claim 1 or 2, it is characterized in that, the Mechanical parking system forming described temporary library is lifting cross sliding type parking equipment, vertical circulation type parking equipment, multilayer circulation type parking equipment, horizontal cyclic type parking equipment, tunnel stacking type parking equipment, simple lifting type parking equipment, planar movement type parking equipment, more than one in vertical lifting parking equipment and the car elevator that matches.
5. an efficient mechanical garage parking control system, is characterized in that, comprising: more than one control area, internet unit, middle control unit, sub-control unit and the network terminal; More than one mechanical parking storehouse is had in each described control area; The described mechanical parking storehouse of each sub-control unit controls one, stores the using state of all parking stalls in this mechanical parking storehouse in described sub-control unit; All sub-control unit in same control area with control unit in one and be connected; The middle control unit of all control areas is connected with described internet unit; Described network terminal accessing Internet unit;
Described mechanical parking storehouse comprises master library and temporary library, and described master library is used for the vehicle that berths of long storage time, described temporary library be wait to pick up the car or wait to stop deposit buffer zone; Be connected by transfer equipment between master library with temporary library, described temporary library docks with garage exit and garage port;
Parking subscription information or subscription information of picking up the car for the parking subscription information in certain mechanical parking storehouse of its control area that receives the network terminal and sent by internet unit or subscription information of picking up the car, and are transmitted to sub-control unit corresponding to this mechanical parking storehouse by described middle control unit; Described parking subscription information comprises: subscribe the title in the mechanical parking storehouse of stopping, vehicle license, user identification information, down time and parking duration; Described subscription information of picking up the car comprises: subscribe title, vehicle license, the user identification information in the mechanical parking storehouse of picking up the car and pick up the car the time;
After described sub-control unit receives parking subscription information, judge within this period according to down time and parking duration, vacant parking stall whether is had: if had in the master library in the mechanical parking storehouse that it controls, then send parking License Info to middle control unit, parking License Info is fed back to the network terminal by internet unit by middle control unit, stops and subscribes successfully; Otherwise send to stop to middle control unit and subscribe failure information, parking is subscribed failure information and is fed back to the network terminal by internet unit by middle control unit;
After described sub-control unit receives parking subscription information, in master library, distribute parking stall according to parking duration for subscribing the vehicle stopped, distribution principle is: the shorter vehicle of parking duration is the closer to the transfer equipment for connecting master library and temporary library;
After described sub-control unit receives subscription information of picking up the car, according to picking up the car, the vehicle of correspondence is transported to temporary library by master library by time controling transfer equipment, and is fed back to the corresponding network terminal stand-by period of picking up the car.
6. efficient mechanical garage parking as claimed in claim 5 control system, it is characterized in that, after described sub-control unit receives parking subscription information, if judge within this period according to down time and parking duration, there is no vacant parking stall in the master library in the mechanical parking storehouse that it controls, then send Occupied information to middle control unit; After described middle control unit receives this information, parking subscription information is transmitted to the sub-control unit in the same area corresponding to adjacent machine garage parking; Judge whether there is vacant parking stall in master library within this period according to down time and parking duration after corresponding sub-control unit receives parking subscription information:
If had, then send parking License Info to middle control unit, parking License Info is fed back to the network terminal by internet unit by middle control unit, the Name & Location in this mechanical parking storehouse is comprised in described parking License Info, after the described network terminal receives parking License Info, the mechanical parking storehouse changed if agree to, then subscribe confirmation by internet unit to the parking of middle control unit feedback, middle control unit is subscribed confirmation by stopping and is sent to corresponding sub-control unit, stops and subscribes successfully; If do not agree to changed mechanical parking storehouse, then cancel parking information by internet unit to middle control unit feedback, middle control unit sends to corresponding sub-control unit by cancelling parking information, subscribes unsuccessfully;
If no, then send to stop to middle control unit and subscribe failure information, parking is subscribed failure information and is fed back to the network terminal by internet unit by middle control unit.
7. the efficient mechanical garage parking control system as described in claim 5 or 6, it is characterized in that, stop and subscribe successfully, when needing to cancel a reservation, utilize the network terminal in subscribed region, mechanical parking storehouse, to control unit by internet unit and send reservation cancellation information of stopping, described parking is subscribed cancellation information and is comprised the title in mechanical parking storehouse, vehicle license and user identification information, middle control unit receive stop subscribe cancellation information after be transmitted to this sub-control unit corresponding to mechanical parking storehouse, thus cancel stopping and subscribe.
8. the efficient mechanical garage parking control system as described in claim 5 or 6, it is characterized in that, if do not subscribe parking, when vehicle arrives the vehicle entrance in mechanical parking storehouse, according to required parking duration by whether having vacant parking stall in the master library in sub-control unit inquiry mechanical parking storehouse within this period, if had, then vehicle is allowed to enter garage parking complete the input of identity identification information in sub-control unit after; If do not have vacant parking stall, then vehicle is not allowed to enter garage parking.
9. the efficient mechanical garage parking control system as described in claim 5 or 6, it is characterized in that, every setting-up time, described sub-control unit carries out redistributing of parking stall to the vehicle in its mechanical storehouse controlled, distribution principle is: finish the time according to the parking of vehicle, and the time that finishes of stopping more forward vehicle is the closer to the transfer equipment for connecting master library and temporary library.
10. the efficient mechanical garage parking control system as described in claim 5 or 6, is characterized in that, described parking subscription information comprises vehicle power classification further, and described vehicle power classification refers to that this vehicle is electric automobile or regular fuel automobile; More than one parking stall with charging pile is provided with in the master library in each mechanical parking storehouse; If the vehicle sending parking subscription information is electric automobile, then distribute the parking stall with charging pile to it.
11. efficient mechanical garage parking as claimed in claim 10 control system, it is characterized in that, described parking subscription information comprises the current electric quantity of Rechargeable vehicle further, when parking stall subscribed by more than one electric automobile simultaneously, be preferably the parking stall of electricity lower electric automobile distribution with charging pile.
12. efficient mechanical garage parking control system as described in claim 5 or 6, it is characterized in that, when arriving the setting-up time stopping and finished before the time, described sub-control unit sends information by middle control unit, internet unit to the network terminal corresponding to vehicle on this parking stall, and described prompting message comprises remaining down time; If in follow-up time this mechanical parking storehouse master library in have free parking spaces, then prompting message comprises the need of extending down time further, if need extend down time, then the time of required prolongation is sent to sub-control unit by internet unit, middle control unit by the network terminal; Continue the service time on parking stall if do not need, then the network terminal sends the information of on time picking up the car by internet unit, middle control unit to sub-control unit; If in follow-up time this mechanical parking storehouse master library in there is no free parking spaces, then prompting message comprises reminding user further and shifts vehicle on time and be late for shifting the liability for breach of contract of vehicle.
13. efficient mechanical garage parking control system as described in claim 5 or 6, it is characterized in that, before parking finishes the time, if desired down time is extended, utilize the network terminal initiatively to send Renewal information by internet unit, middle control unit to corresponding sub-control unit, in described Renewal information, comprise the time of vehicle license, user identification information and required prolongation; After described sub-control unit receives Renewal information, judge whether have free parking spaces in the master library in this mechanical parking storehouse in follow-up time: if having, then renew successful information by middle control unit, internet unit to network terminal feedback; If no, then send the failed information of renewal by middle control unit, internet unit to mobile terminal, and down time of pointing out user remaining and be late for the liability for breach of contract of transfer vehicle.
14. efficient mechanical garage parking control system as described in claim 5 or 6, it is characterized in that, the described network terminal is cell phone, panel computer or fixing interconnecting terminal computer.
15. efficient mechanical garage parking control system as described in claim 5 or 6, is characterized in that, described user identification information is more than one in phone number, bank paying account, social security card number, medical insurance card number, identification card number.
16. efficient mechanical garage parking control system as described in claim 5 or 6, it is characterized in that, the described network terminal is connected with the payment module in sub-control unit by internet unit, middle control unit, after parking is subscribed successfully or sent subscription information of picking up the car, pay Parking Fee by the network terminal to the payment module in sub-control unit.
17. efficient mechanical garage parking control system as described in claim 5 or 6, is characterized in that, described middle control unit is connected with social credit system by internet unit.
18. efficient mechanical garage parking control system as described in claim 5 or 6, is characterized in that, described middle control unit by internet unit with Hospital register system, perform film ticket sale system, food and drink public place of entertainment reservation system is connected.
19. as the efficient mechanical garage parking control system of claim as described in claim 5 or 6, it is characterized in that, described network terminal can carry out parking stall, same mechanical parking storehouse parking to the vehicle of more than is subscribed or reservations of picking up the car, and now described parking subscription information comprises: subscribe the title in the mechanical parking storehouse of parking, the quantity of vehicle, the licence plate of each car, the user identification information of each car, the down time of each car and parking duration; Described subscription information of picking up the car comprises: subscribe picking up the car the time of the title in the mechanical parking storehouse of picking up the car, the vehicle license of each car, the user identification information of each car and each car; The described network terminal receive parking License Info or after the stand-by period of picking up the car by electronic chart software or social class software forward to the network terminal corresponding to other vehicle.
20., as the efficient mechanical garage parking control system of claim as described in claim 5 or 6, is characterized in that, are also provided with the reservation module that repairs, carwash reservation module, car accident alarm module in described sub-control unit.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520597365.7U CN205028145U (en) | 2015-08-10 | 2015-08-10 | High -efficient mechanical garage parking and control system thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520597365.7U CN205028145U (en) | 2015-08-10 | 2015-08-10 | High -efficient mechanical garage parking and control system thereof |
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| CN205028145U true CN205028145U (en) | 2016-02-10 |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105094094A (en) * | 2015-08-10 | 2015-11-25 | 北京熔煜科技发展有限公司 | High-efficient mechanical parking garage and control system thereof |
| CN105931486A (en) * | 2016-04-20 | 2016-09-07 | 安徽优步智能科技有限公司 | Network intelligent three-dimensional garage system based on cloud platform |
| CN106781678A (en) * | 2017-02-02 | 2017-05-31 | 南京交通职业技术学院 | A kind of dynamic parking system being combined with surface feature |
| CN106836891A (en) * | 2017-02-02 | 2017-06-13 | 天津立言科技有限公司 | A kind of dynamic parking lot of Intelligent adjustment |
| TWI625702B (en) * | 2016-12-27 | 2018-06-01 | 英業達股份有限公司 | Intelligent picking up car system for parking lot and method thereof |
| CN109074075A (en) * | 2016-04-12 | 2018-12-21 | 罗伯特·博世有限公司 | Automation with the rentable parking stall service of parking |
| CN113238542A (en) * | 2021-04-06 | 2021-08-10 | 江苏普腾停车设备有限公司 | Sub-control system |
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2015
- 2015-08-10 CN CN201520597365.7U patent/CN205028145U/en not_active Withdrawn - After Issue
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105094094A (en) * | 2015-08-10 | 2015-11-25 | 北京熔煜科技发展有限公司 | High-efficient mechanical parking garage and control system thereof |
| CN105094094B (en) * | 2015-08-10 | 2019-01-01 | 北京熔煜科技发展有限公司 | A kind of efficient mechanical garage parking and its control system |
| CN109074075A (en) * | 2016-04-12 | 2018-12-21 | 罗伯特·博世有限公司 | Automation with the rentable parking stall service of parking |
| CN109074075B (en) * | 2016-04-12 | 2022-04-01 | 罗伯特·博世有限公司 | Automated parking service with rentable parking spaces |
| CN105931486A (en) * | 2016-04-20 | 2016-09-07 | 安徽优步智能科技有限公司 | Network intelligent three-dimensional garage system based on cloud platform |
| TWI625702B (en) * | 2016-12-27 | 2018-06-01 | 英業達股份有限公司 | Intelligent picking up car system for parking lot and method thereof |
| CN106781678A (en) * | 2017-02-02 | 2017-05-31 | 南京交通职业技术学院 | A kind of dynamic parking system being combined with surface feature |
| CN106836891A (en) * | 2017-02-02 | 2017-06-13 | 天津立言科技有限公司 | A kind of dynamic parking lot of Intelligent adjustment |
| CN113238542A (en) * | 2021-04-06 | 2021-08-10 | 江苏普腾停车设备有限公司 | Sub-control system |
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