CN102637306A - Parking lot management system and management method thereof in different contextual models - Google Patents
Parking lot management system and management method thereof in different contextual models Download PDFInfo
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Abstract
The invention discloses a parking lot management system and a management method thereof in different contextual models. The parking lot management system comprises a server, a sentry box computer, a ticket box control panel and passage equipment, wherein the ticket box control panel comprises an off-line judgment module, a ticket box control panel transmission module and a ticket box control panel incident processing module; and the sentry box computer comprises a sentry box computer receiving module, an off-line judgment module and a sentry box computer incident processing module. According to the management system and the management method, a parameter set corresponding to a current contextual model is loaded according to a result of judging whether the ticket box control panel is off line and the sentry box computer is off line or not, a passage equipment incident is processed according to the parameter set, and the parameter of the running mode of the parking lot management system can be automatically changed according to changes of the contextual models under a condition that no specialized person is on the spot, so that the parking lot can be correctly and effectively managed when the contextual model changes.
Description
Technical field
The present invention relates to managing system of car parking, relate in particular to a kind of management method and a kind of managing system of car parking of managing system of car parking under different contextual models that be used for.
Background technology
According to demand the parking lot is managed and charged for guaranteeing managing system of car parking; Usually needing the professional is that managing system of car parking is provided with parameter sets such as importing and exporting passage, fees policy, the parking lot is managed effectively according to client's demand with the assurance system.In addition, the value of these parameter sets should not be static constant, under different situations, needs to use different values.For example; Passage clearance condition and release manner to vehicle under Attended mode and unmanned situation in parking lot is different, if with card checking and car plate checking simultaneously through be the clearance condition, then verify and passed through and car plate is verified can not pass through the time when certain car card; Under the Attended mode situation; The value of release manner can be confirmed for manual work, no through traffic and allow to pass through etc., and under the unmanned situation, the value of release manner can only be passed through with allowing for no through traffic.It is thus clear that along with the variation of sight, the value of relevant parameter collection also should change thereupon.
Yet; The most existing managing system of car parking can only use a kind of operational mode; The value of parameter set is normally pre-set and can not arbitrarily change, then need the professional to carry out quite loaded down with trivial details operation could to realize if will change the value of parameter set, and if change untimely; Also can cause irreparable error, even cause the paralysis of system.
Summary of the invention
The objective of the invention is to: provide a kind of and be used for management method and a kind of managing system of car parking of managing system of car parking under different contextual models, thereby managing system of car parking can be managed the parking lot according to different contextual models flexibly effectively.
On the one hand, the invention provides a kind of management method of managing system of car parking under different contextual models that be used for, said managing system of car parking comprises server, sentry box computer, ballot box control panel and channel unit, and wherein, said method comprises:
Said ballot box control panel is judged self whether off line,
When said ballot box control panel off line, then the situation of presence pattern according to said ballot box control panel loads relevant parameters collection with it, and according to the parameter set treatment channel device events that loads,
When said ballot box control panel not during off line, then said channel unit incident is sent to said sentry box computer;
Said sentry box computer is judged self whether off-grid,
When the computer off-grid of said sentry box, then the situation of presence pattern according to said sentry box computer loads relevant parameters collection with it, according to the parameter set that loads through with the said channel unit incident of the interaction process of said ballot box control panel,
When said sentry box computer not during off-grid, then the situation of presence pattern according to said sentry box computer loads relevant parameters collection with it, according to the parameter set that loads through with the said channel unit incident of the interaction process of said server and ballot box control panel.
Correspondingly, the present invention also provides a kind of managing system of car parking, and said managing system of car parking comprises server, sentry box computer, ballot box control panel and channel unit, wherein,
Said ballot box control panel comprises:
The off line judge module is used to judge whether off line of said ballot box control panel;
Ballot box control panel sending module is used for when said ballot box control panel not during off line the channel unit incident being sent to said sentry box computer;
Ballot box control panel event processing module is used for when said ballot box control panel off line, according to the said channel unit incident of the situation of presence mode treatment of said ballot box control panel;
Said sentry box computer comprises:
Sentry box computer receiver module is used to receive the channel unit incident from said ballot box control panel;
The off-grid judge module is used to judge whether off-grid of sentry box computer;
Sentry box computer event processing module is used for according to the judged result of said off-grid judge module and the said channel unit incident of situation of presence mode treatment of said sentry box computer.
The managing system of car parking of embodiment of the present invention and the management method under different contextual models thereof have following beneficial effect: through the value of different contextual model and parameter set thereof is set for managing system of car parking in advance; Then through judging whether off line and sentry box computer off-grid whether of ballot box control panel; Result according to judging correspondingly handles the channel unit incident under different contextual models; Can be at the parameter value that does not have to change automatically under professional's situation on the scene the managing system of car parking operational mode, making also can managing parking field, correct and effective ground under the situation that contextual model changes.
Description of drawings
Fig. 1 a-Fig. 1 d is four kinds of networking model figure of managing system of car parking of the present invention;
Fig. 2 is the process flow diagram that is used for the management method of managing system of car parking under different contextual models of the present invention;
Fig. 3 be among the step S205 sentry box computer according to the parameter set that loads through with the interaction process of ballot box control panel process flow diagram from the channel unit incident of ballot box control panel;
Fig. 4 be among the step S206 sentry box computer according to the parameter set that loads through with the interaction process of server and ballot box control panel process flow diagram from the channel unit incident of ballot box control panel;
Fig. 5 is the embodiment 1 of managing system of car parking 1 of the present invention;
Fig. 6 is the embodiment 2 of managing system of car parking 1 of the present invention.
Embodiment
For the purpose, technical scheme and the advantage that make embodiments of the invention is clearer, further combine accompanying drawing that the present invention is described in detail below.
Fig. 1 a-Fig. 1 d is four kinds of networking model figure of managing system of car parking of the present invention.Shown in Fig. 1 a; Managing system of car parking comprises server, sentry box computer, ballot box control panel (inlet ballot box control panel and outlet ballot box control panel) and channel unit (equipment such as wagon detector, banister, card reader and display screen); They link to each other through network, thereby accomplish the information of passage incident and the transmission and the processing of steering order.In the networking model shown in Fig. 1 b 2, the ballot box control panel is incorporated in the computer of sentry box, and in the networking model shown in Fig. 1 c 3, the sentry box computer is incorporated in the server.Wherein, The main effect of server is centralized stores and processing to steering logics such as data, pictures; The main effect of sentry box computer is supervision, the control to a plurality of passages and charges etc., and the main effect of ballot box control panel is to the driving of channel unit and controls under special circumstances and charge etc.If the communication of ballot box control panel to sentry box computer is broken down, then be called off line, under offline condition, the ballot box control panel can independent processing passage incident, and this moment, managerial personnel can not monitor passage through the sentry box computer; If the communication of sentry box computer to server is broken down, then be called off-grid, under the off-grid situation, the sentry box computer expert crosses the mutual independent processing passage incident with the ballot box control panel, and this moment, managerial personnel can not monitor passage through server.Also need to prove in addition; In four kinds of networking models shown in Fig. 1 a-Fig. 1 d; Passage four passages that not only are confined to include an inlet and an outlet interior, every kind of networking model can have many passages, the corresponding passage of each ballot box control panel; Each sentry box computer can be controlled one or more ballot box control panels, and each server can be controlled one or more sentry boxes computer again.
Understand after the networking model and structure of managing system of car parking of the present invention, next detailed description is used for the management method of managing system of car parking under different contextual models.
At first with reference to figure 2, Fig. 2 is the process flow diagram that is used for the management method of managing system of car parking under different contextual models of the present invention, and said method comprises:
S201, ballot box control panel judge self whether off line, when being judged as when being, carry out S202, when being judged as not, carry out S203.
S202, the ballot box control panel loads relevant parameters collection with it according to its situation of presence pattern, according to the parameter set treatment channel device events that loads.Wherein, said channel unit incident is the incident that the ballot box control panel captured through channel unit when the vehicle turnover was arranged.
S203, the ballot box control panel is sent to the sentry box computer with said channel unit incident.
S204, sentry box computer judge self whether off-grid, when being judged as when being, carry out S205, when being judged as not, carry out S206.
S205, the sentry box computer loads relevant parameters collection with it according to its situation of presence pattern, according to the parameter set that loads through with the interaction process of ballot box control panel channel unit incident from the ballot box control panel.
S206, the sentry box computer loads relevant parameters collection with it according to its situation of presence pattern, according to the parameter set that loads through with the interaction process of server and ballot box control panel channel unit incident from the ballot box control panel.
When embodiment of the present invention, the contextual model and the parameter set thereof that need will be provided with in advance by the technician are kept in the server, through network said contextual model and parameter set thereof are sent to sentry box computer and ballot box control panel by server then.Whether contextual model and the parameter set thereof that server can detect its storage in real time exists renewal (that is: whether to have contextual model and a parameter set thereof; Whether perhaps existing contextual model and parameter set thereof are modified); And when detecting the existence renewal, the contextual model and the parameter set thereof that upgrade are sent to sentry box computer and ballot box control panel.
Said contextual model includes people's pattern, unmanned pattern, off line has people's pattern, the unmanned pattern of off line, off-grid that people's pattern and the unmanned pattern of off-grid are arranged.In embodiments of the present invention, managerial personnel can for example have people's pattern or unmanned pattern through server in advance for the ballot box control panel is provided with an initial contextual model.Wherein, there is people's pattern to be meant that under online, as to network, have people situation sentry box computer expert crosses the tupe with the mutual realization monitor channel of server and ballot box control panel; Unmanned pattern is meant that under online, networking, unmanned situation sentry box computer expert crosses the tupe with the mutual realization monitor channel of server and ballot box control panel; Off line has people's pattern to be meant in off line, the tupe of ballot box control panel monitor channel under people's the situation is arranged; The unmanned pattern of off line is meant the tupe of ballot box control panel monitor channel under off line, unmanned situation; Off-grid has people's pattern to be meant at online, off-grid, to have sentry box computer expert under people's the situation to cross the tupe with the mutual realization monitor channel of ballot box control panel; The unmanned pattern of off-grid is meant that under online, off-grid, unmanned situation sentry box computer expert crosses the tupe with the mutual realization monitor channel of ballot box control panel.Certainly, the contextual model of managing system of car parking is not limited to this, and the technician can be configured according to actual conditions; For example, in the networking model shown in Fig. 1 d 4, because server all is directly to link to each other with sentry box computer and ballot box control panel; Therefore, except above-mentioned contextual model, can also comprise server mode; That is: under online, off-grid situation, server is taken over the sentry box computer passage is monitored.
Through different contextual models is set, and make managing system of car parking can change the concrete operations of treatment channel device events, thereby can reach the purpose in flexible management parking lot according to the change of contextual model.In embodiments of the present invention, mainly judge for the change of contextual model: whether off line, off-grid and whether the people is arranged through two factors.Someone is to be switched through on sentry box computer and ballot box control panel, logining and log off by managerial personnel with nobody; Therefore; Can judge through the inspection logging status whether the people is arranged, and whether off line with whether off-grid is to judge through the mode of transmission heartbeat packet.
Particularly, in order to judge whether off line of ballot box control panel, the management method of managing system of car parking under different contextual models that be used for of the present invention also comprises:
The ballot box control panel sends heartbeat packet according to predeterminated frequency to the sentry box computer, and the sentry box computer is back to the ballot box control panel with acknowledge message after receiving said heartbeat packet; Perhaps
The sentry box computer sends heartbeat packet according to predeterminated frequency to the ballot box control panel.Wherein, Said predeterminated frequency can be by the technician according to the actual conditions setting; For example can be set to 1 second, and, whether no matter the channel unit incident take place at system's run duration; All will ceaselessly send heartbeat packet according to predeterminated frequency, the sentry box computer also will in time be back to the ballot box control panel with acknowledge message after receiving heartbeat packet.
Then, in step S201 shown in Figure 2, said ballot box control panel judges whether off line comprises for self:
The ballot box control panel judges in the first Preset Time section, whether to receive the affirmation message from said sentry box computer, when judging not, then is judged as ballot box control panel off line; Perhaps
The ballot box control panel judges in the first Preset Time section, whether to receive the heartbeat packet from said sentry box computer, when judging not, then is judged as ballot box control panel off line.Wherein, The said first Preset Time section is meant a time period of the process that when the last time receives from the affirmation message of sentry box computer or heartbeat packet, picks up counting; The duration of this time period can for example can be set to 3 seconds by the technician according to the actual conditions setting.
Correspondingly, in order to judge whether off-grid of sentry box computer, the management method of managing system of car parking under different contextual models that be used for of the present invention also comprises:
The sentry box computer sends heartbeat packet according to predeterminated frequency to said server, and server is back to said sentry box computer with acknowledge message after receiving said heartbeat packet; Perhaps
Said server sends heartbeat packet according to predeterminated frequency to said sentry box computer.
Then, in step S204 shown in Figure 2, said sentry box computer judges whether off-grid comprises for self:
The sentry box computer judges in the second Preset Time section, whether to receive the affirmation message from said server, when judging not, then is judged as sentry box computer off-grid; Perhaps
The sentry box computer judges in the second Preset Time section, whether to receive the heartbeat packet from said server, when judging not, then is judged as sentry box computer off-grid.Wherein, The said second Preset Time section is meant a time period of the process that when the last time receives from the affirmation message of server or heartbeat packet, picks up counting; The duration of this time period can for example can be set to 3 seconds by the technician according to the actual conditions setting.
Below then with reference to figure 2.In step S202 shown in Figure 2; Learning that the ballot box control panel is after the off line; Said ballot box control panel loads with it according to its situation of presence pattern, and the relevant parameters collection comprises: the ballot box control panel confirms that its situation of presence pattern is that off line has people's pattern or the unmanned pattern of off line, and loads relevant parameters collection with it according to the contextual model of confirming.
In step S205; Learning that the sentry box computer is after the off-grid; The sentry box computer loads with it according to its situation of presence pattern, and the relevant parameters collection comprises: the sentry box computer confirms that its situation of presence pattern is that off-grid has people's pattern or the unmanned pattern of off-grid, and loads relevant parameters collection with it according to the contextual model of confirming.
In step S206; Learning that the sentry box computer is not after the off-grid; The sentry box computer loads with it according to its situation of presence pattern, and the relevant parameters collection comprises: the sentry box computer confirms that its situation of presence pattern has people's pattern or unmanned pattern, and loads relevant parameters collection with it according to the contextual model of confirming.
Wherein, said parameter set is meant under every kind of contextual model the data set that is provided with by pass classification, incident, current three dimensions of direction, and the classification of parameter set and value are different and different according to contextual model.Generally, the corresponding one group of parameter set of a kind of contextual model, but for the large parking lot with a plurality of passages; Many group parameter sets can be set under a kind of contextual model; Every group of corresponding one or more passages of parameter set that is to say, when the channel unit incident takes place; No matter be to be under which kind of contextual model, the device of being responsible for monitor channel can load that group parameter set corresponding with this passage to handle this channel unit incident.Table 1 is an instance of parameter set.
The instance of table 1 parameter set
This paper does not list the parameter set value in the table 1 one by one, and specifically how value can be provided with by the technician, and three dimensions and the parameter thereof that relate in the table 1 also can be provided with by the technician.For example, the classification of parameter set can comprise release manner, voice, demonstration and fees policy etc., wherein, the value of release manner can comprise confirm to let pass, no through traffic, the pass is let pass, car plate is let pass and the pass+car plate clearance etc.Give an example no longer one by one here.
What more than combine Fig. 2 description is how to judge whether off line, off-grid and how to load relevant parameters collection with it according to situation of presence pattern, next describes the detailed process of coming the treatment channel device events according to the parameter set that loads among step S202 shown in Figure 2, S205 and the S206 in detail.Wherein, in step S202, the ballot box control panel promptly comes the channel unit incident is controlled according to the value in the parameter set that loads according to the parameter set treatment channel device events that loads, and judges whether to let pass and how to charge etc., repeats no more here.And, how to come the treatment channel device events according to the parameter set that loads with combining Fig. 3 and Fig. 4 to specify respectively below for step S205 and S206.
At first, Fig. 3 be among the step S205 sentry box computer according to the parameter set that loads through with the interaction process of ballot box control panel process flow diagram from the channel unit incident of ballot box control panel, as shown in Figure 3, this flow process comprises the steps:
S301, the sentry box computer generates the steering order to the channel unit incident according to the parameter set that loads, and this steering order is sent to the ballot box control panel.
S302, ballot box control panel judge and when it is sent to the sentry box computer with said channel unit incident, to pick up counting in the 3rd Preset Time section, whether receive said steering order, when being judged as when being, carries out S303, otherwise carry out S304.Wherein, the said step that the channel unit incident is sent to the sentry box computer is meant the S203 among Fig. 2.Said the 3rd Preset Time section can be by the technician according to the actual conditions setting.
S303, the ballot box control panel is handled said channel unit incident according to said steering order.
S304, ballot box control panel confirm that its situation of presence pattern is that off line has people's pattern or the unmanned pattern of off line, and load relevant parameters collection with it according to the contextual model of confirming, handle said channel unit incident according to the parameter set that loads.When step S302 judges the ballot box control panel and does not receive said steering order; The communication that ballot box control panel this moment computer to the sentry box is described is broken down; Be off line, then by ballot box control panel channel unit incident by oneself, the process of processing is identical with step S202 among Fig. 2.
Through flow process shown in Figure 3, can avoid the system failure that under online off-grid situation, causes owing to unexpected off line.
Fig. 4 be among the step S206 sentry box computer according to the parameter set that loads through with the interaction process of server and ballot box control panel process flow diagram from the channel unit incident of ballot box control panel, as shown in Figure 4, this flow process comprises the steps:
S401, the sentry box computer sends the steering logic query statement to server, and judgement picks up counting when it sends said query statement; In the 4th Preset Time section, whether receive steering logic from said server; When being judged as when being, carrying out S402, otherwise carry out S406.Wherein, the 4th Preset Time section can be by the technician according to the actual conditions setting.Said steering logic is meant a whole set of information that the control channel device events is required, and whether this information for example comprises whether parking card is nullified, whether supplement extension information with money does not write parking card, collected the charges the same day and information such as admission vehicle pictures.
S402, the sentry box computer generates the steering order to said channel unit incident according to the parameter set of said steering logic and loading, and this steering order is sent to the ballot box control panel.
S403, ballot box control panel judge and when it is sent to the sentry box computer with said channel unit incident, to pick up counting in the 3rd Preset Time section, whether receive said steering order, when being judged as when being, carries out S404, otherwise carry out S405.Wherein, the said step that the channel unit incident is sent to the sentry box computer is meant the S203 among Fig. 2.
S404, the ballot box control panel is handled said channel unit incident according to said steering order.This flow process finishes.
S405, ballot box control panel confirm that its situation of presence pattern is that off line has people's pattern or the unmanned pattern of off line, and load relevant parameters collection with it according to the contextual model of confirming, handle said channel unit incident according to the parameter set that loads.This flow process finishes.
S406, sentry box computer confirm that its situation of presence pattern is that off-grid has people's pattern or the unmanned pattern of off-grid, and load relevant parameters collection with it according to the contextual model of confirming.
S407, the sentry box computer generates the steering order to said channel unit incident according to the parameter set of said loading, and this steering order is sent to the ballot box control panel, and S403 is carried out in redirect then.
Through the described flow process of Fig. 4, can avoid under the on-line on-host situation because the system failure that unexpected off-grid and/or off line cause.
It more than is detailed description to the inventive method.Need to prove in addition; In embodiments of the present invention; Ballot box control panel and sentry box computer can be temporary in memory device separately with process result after handling the channel unit incident, so that wait to communicate by letter when unimpeded the process result preservation that uploads onto the server.
To specify managing system of car parking of the present invention below.
Fig. 5 is the embodiment 1 of managing system of car parking 1 of the present invention.In embodiment 1, managing system of car parking 1 comprises server 10, sentry box computer 11, ballot box control panel 12 and channel unit 13.Wherein,
Sentry box computer receiver module 110 is used to receive the channel unit incident from ballot box control panel 12.
Off-grid judge module 111 is used to judge whether off-grid of sentry box computer 11.
Sentry box computer event processing module 112 is used for according to the judged result of off-grid judge module 111 and the situation of presence mode treatment channel unit incident of sentry box computer 11.
Ballot box control panel 12 comprises:
Off line judge module 120 is used to judge whether off line of ballot box control panel 12.
Ballot box control panel sending module 121 is used for when ballot box control panel 10 not during off line the channel unit incident being sent to sentry box computer 11.
Ballot box control panel event processing module 122 is used for when ballot box control panel 10 off lines, according to the situation of presence mode treatment channel unit incident of ballot box control panel 10.
Above-mentioned contextual model includes people's pattern, unmanned pattern, off line has people's pattern, the unmanned pattern of off line, off-grid that people's pattern and the unmanned pattern of off-grid are arranged; The detailed content of various contextual models is identical with the corresponding description to the inventive method, so repeat no more here.The technician needs through server 10 contextual model to be set in advance, and therefore, server 10 comprises:
Contextual model is provided with module, is used in advance contextual model and parameter set thereof being kept at server 10;
The contextual model sending module is used for contextual model and parameter set thereof are sent to sentry box computer 11 and ballot box control panel 12, and this module specifically comprises detecting unit and transmitting element, wherein,
Detecting unit is used for detecting contextual model and the parameter set thereof that said contextual model is provided with module and whether has renewal (that is: whether have contextual model and parameter set thereof, whether perhaps existing contextual model and parameter set thereof are modified);
Transmitting element is used for when said detection goes out to have renewal, contextual model that upgrades and parameter set thereof being sent to sentry box computer 11 and ballot box control panel 12.
Then; Sentry box computer 11 also comprises sentry box computer contextual model receiver module and ballot box control panel contextual model receiver module respectively with ballot box control panel 12; Be connected with ballot box control panel event processing module 122 with sentry box computer event processing module 112 respectively, be used to receive contextual model and parameter set thereof from server 10.
Continuation is with reference to figure 5, and in Fig. 5, sentry box computer 11 comprises off-grid judge module 111 and off line judge module 120 respectively with ballot box control panel 12, is respectively applied for to judge whether off-grid and ballot box control panel 12 off line whether of sentry box computer 11.In embodiments of the present invention; Whether whether communication unimpeded and ballot box control panel 12 computer 11 to the sentry box is unimpeded to the communication of server 10 can to adopt the mode of heartbeat packet to judge sentry box computer 11, thereby judge whether off-grid and ballot box control panel 12 off line whether of sentry box computer 11.
Particularly, for judging whether off line of ballot box control panel 12, comprise following two kinds of implementations:
(1) ballot box control panel 12 also comprises ballot box control panel heartbeat packet sending module, is used for sending heartbeat packet according to predeterminated frequency to sentry box computer 11.Wherein, said predeterminated frequency can for example can be set to 1 second by the technician according to the actual conditions setting, and at system's run duration, whether no matter the channel unit incident takes place, and all will ceaselessly send heartbeat packet according to predeterminated frequency.
Ballot box control panel 12 also comprises ballot box control panel heartbeat packet receiver module, is used to receive the affirmation message that receives said heartbeat packet from 11 pairs in sentry box computer.
Off line judge module 120 comprises first judging unit, is used to judge whether said ballot box control panel heartbeat packet receiver module receives the affirmation message from sentry box computer 11 in the first Preset Time section.When being judged as not, then be judged as ballot box control panel off line.Wherein, the said first Preset Time section is meant a time period of the process that when the last time receives the affirmation message from the sentry box computer, picks up counting, and the duration of this time period can for example can be set to 3 seconds by the technician according to the actual conditions setting.
(2) sentry box computer 11 sends heartbeat packet according to predeterminated frequency to ballot box control panel 12.
Said ballot box control panel heartbeat packet receiver module also is used to receive the heartbeat packet from sentry box computer 11.
Off line judge module 120 comprises second judging unit, is used to judge whether said ballot box control panel heartbeat packet receiver module receives the heartbeat packet from sentry box computer 11 in the first Preset Time section.When being judged as not, then be judged as ballot box control panel 12 off lines.Wherein, the said first Preset Time section is meant a time period of the process that when the last time receives the heartbeat packet from the sentry box computer, picks up counting.
For judging whether off-grid of sentry box computer, comprise following two kinds of implementations:
(1) sentry box computer 11 also comprises sentry box computer heartbeat packet sending module, is used for sending heartbeat packet according to predeterminated frequency to server 10.
Off-grid judge module 111 comprises the 3rd judging unit, is used to judge whether said sentry box computer heartbeat packet receiver module receives the affirmation message from server 10 in the second Preset Time section.When being judged as not, then be judged as sentry box computer 11 off-grids.Wherein, the said second Preset Time section is meant a time period of the process that when the last time receives the affirmation message from server 10, picks up counting.
(2) server 10 sends heartbeat packet according to predeterminated frequency to sentry box computer 11.
Said sentry box computer heartbeat packet receiver module also is used to receive the heartbeat packet from server 10.
Off-grid judge module 111 comprises the 4th judging unit, is used to judge whether said sentry box computer heartbeat packet receiver module receives the heartbeat packet from server 10 in the second Preset Time section.When being judged as not, then be judged as sentry box computer 11 off lines.Wherein, the said second Preset Time section is meant a time period of the process that when the last time receives the heartbeat packet from server, picks up counting.
Below with reference to figure 6.Fig. 6 is the embodiment 2 of managing system of car parking 1 of the present invention, in embodiment 2, will describe ballot box control panel event processing module 122 and sentry box computer event processing module 112 in detail.Wherein,
Ballot box control panel event processing module 122 comprises:
Ballot box control panel contextual model confirmation unit 1220, the situation of presence pattern that is used to confirm ballot box control panel 12 are that people's pattern is arranged still is the unmanned pattern of off line to off line.When off line judge module 120 is judged ballot box control panel off line, handle by ballot box control panel contextual model confirmation unit 1220.
Ballot box control panel loading unit 1221 is used for loading relevant parameters collection with it according to the contextual model that ballot box control panel contextual model confirmation unit 1220 is confirmed.Here, the contextual model that said parameter set is corresponding is that off line has people's pattern or the unmanned pattern of off line.
The ballot box control panel is unit 1222 by oneself, is used for the parameter set treatment channel device events that loads according to ballot box control panel loading unit 1221.
Sentry box computer event processing module 112 comprises:
Sentry box computer contextual model confirmation unit 1120, the situation of presence pattern that is used to confirm sentry box computer 11 are that people's pattern is arranged still is the unmanned pattern of off-grid to off-grid; Be used to perhaps confirm that the situation of presence pattern of said sentry box computer 11 still is unmanned pattern for people's pattern is arranged.When ballot box control panel when off line and off-grid judge module 111 are not judged sentry box computer off-grid; Perhaps off line, sentry box computer are not handled by sentry box computer contextual model confirmation unit 1120 when off-grid and query statement processing unit 1123 are not judged as not when the ballot box control panel.
Sentry box computer loading unit 1121 is used for loading relevant parameters collection with it according to the contextual model that sentry box computer contextual model confirmation unit 1120 is confirmed.
Steering order generation unit 1122 is used for generating the steering order to the channel unit incident according to the parameter set that sentry box computer loading unit 1121 loads, and this steering order is sent to said ballot box control panel.Here, the contextual model that said parameter set is corresponding is that off-grid has people's pattern or the unmanned pattern of off-grid.
Query statement processing unit 1123 is used for sending the steering logic query statements to server 10, and judges and when it sends said query statement, pick up counting, and in the 4th Preset Time section, whether receives the steering logic from server 10.
The first steering logic processing unit 1124 is used for when receiving said steering logic, generates the steering order to the channel unit incident according to the parameter set of said steering logic and loading, and this steering order is sent to ballot box control panel 12.Here, the contextual model that said parameter set is corresponding is for having people's pattern or unmanned pattern.
The second steering logic processing unit 1125 is used for when not receiving said steering logic, and the parameter set that loads according to sentry box computer loading unit 1121 generates the steering order to said channel unit incident, and this steering order is sent to ballot box control panel 12.Here, the contextual model that said parameter set is corresponding is that off-grid has people's pattern or the unmanned pattern of off-grid.
Ballot box control panel event processing module 122 also comprises:
Steering order receives judging unit 1223, is used to realize following function:
Judgement picks up counting when ballot box control panel sending module 121 is sent to sentry box computer 11 with the channel unit incident, in the 3rd Preset Time section, whether receives the steering order from steering order generation unit 1122; Perhaps
Judgement picks up counting when ballot box control panel sending module 121 is sent to sentry box computer 11 with the channel unit incident, in the 3rd Preset Time section, whether receives the steering order from the first steering logic processing unit 1124 or the second steering logic processing unit 1125.
The first steering order processing unit 1224 is used for when receiving said steering order, according to said steering order treatment channel device events.
The second steering order processing unit 1225 is used for when not receiving said steering order, according to the parameter set treatment channel device events of ballot box control panel loading unit 1221 loadings.Here, the contextual model that said parameter set is corresponding is that off line has people's pattern or the unmanned pattern of off line.
In addition, server 10 also comprises server event processing module 100, is used for the steering logic query statement according to 1123 transmissions of query statement processing unit, and steering logic is sent to sentry box computer 11.
In sum; The present invention is through be provided with the value of different contextual model and parameter set thereof in advance for managing system of car parking; Then through judging whether off line and sentry box computer off-grid whether of ballot box control panel; Under different contextual models, the channel unit incident carried out the processing of different modes according to the result who judges, can be under the situation that contextual model changes treatment channel device events neatly, need not the professional and carry out loaded down with trivial details operation; Avoid because communication failure appears in managing system of car parking or owing to there not being managerial personnel's mistake that causes on the scene, make the use of managing system of car parking simple more and convenient.
Through the description to above embodiment, those skilled in the art can be well understood to the present invention and can realize by the mode of software combined with hardware platform, can certainly all implement through hardware.Based on such understanding; All or part of can the coming out that technical scheme of the present invention contributes to background technology with the embodied of software product; This computer software product can be stored in the storage medium, like ROM/RAM, magnetic disc, CD etc., comprises that some instructions are with so that a computer equipment (can be a personal computer; Server, the perhaps network equipment etc.) carry out the described method of some part of each embodiment of the present invention or embodiment.
More than disclosedly be merely embodiment of the present invention; Only be used for the present invention is illustrated; Can not limit the present invention's protection domain with this, those skilled in the art can carry out various modifications, variation or replacement under the prerequisite that does not break away from essence of the present invention, therefore; Various equivalent variations according to the present invention did still belong to the scope that the present invention is contained.
Claims (24)
1. one kind is used for the management method of managing system of car parking under different contextual models, and said managing system of car parking comprises server, sentry box computer, ballot box control panel and channel unit, it is characterized in that, said method comprises:
Said ballot box control panel is judged self whether off line,
When said ballot box control panel off line, then the situation of presence pattern according to said ballot box control panel loads relevant parameters collection with it, and according to the parameter set treatment channel device events that loads,
When said ballot box control panel not during off line, then said channel unit incident is sent to said sentry box computer;
Said sentry box computer is judged self whether off-grid,
When the computer off-grid of said sentry box, then the situation of presence pattern according to said sentry box computer loads relevant parameters collection with it, according to the parameter set that loads through with the interaction process of said ballot box control panel channel unit incident from said ballot box control panel,
When said sentry box computer not during off-grid; Then the situation of presence pattern according to said sentry box computer loads relevant parameters collection with it, according to the parameter set that loads through with the interaction process of said server and ballot box control panel channel unit incident from said ballot box control panel.
2. method according to claim 1 is characterized in that, judges self whether before the off line at said ballot box control panel, and said method also comprises:
The contextual model and the parameter set thereof that are provided with in advance are kept in the said server, and said contextual model includes people's pattern, unmanned pattern, off line has people's pattern, the unmanned pattern of off line, off-grid that people's pattern and the unmanned pattern of off-grid are arranged;
Said server is sent to said sentry box computer and ballot box control panel with said contextual model and parameter set thereof.
3. method according to claim 2 is characterized in that, said server comprises the step that contextual model and parameter set thereof are sent to sentry box computer and ballot box control panel:
Server detects said contextual model and whether parameter set exists renewal, and when detecting the existence renewal, the contextual model and the parameter set thereof that upgrade is sent to said sentry box computer and ballot box control panel.
4. method according to claim 1 is characterized in that, said method also comprises:
Said ballot box control panel sends heartbeat packet according to predeterminated frequency to said sentry box computer, and the sentry box computer is back to said ballot box control panel with acknowledge message after receiving said heartbeat packet; Perhaps
Said sentry box computer sends heartbeat packet according to predeterminated frequency to said ballot box control panel.
5. method according to claim 4 is characterized in that, said ballot box control panel judges whether off line comprises for self:
Said ballot box control panel judges in the first Preset Time section, whether to receive the affirmation message from said sentry box computer, when being judged as not, then is judged as off line; Perhaps
Said ballot box control panel judges in the first Preset Time section, whether to receive the heartbeat packet from said sentry box computer, when being judged as not, then is judged as off line.
6. method according to claim 1 is characterized in that, said method also comprises:
Said sentry box computer sends heartbeat packet according to predeterminated frequency to said server, and server is back to said sentry box computer with acknowledge message after receiving said heartbeat packet; Perhaps
Said server sends heartbeat packet according to predeterminated frequency to said sentry box computer.
7. method according to claim 6 is characterized in that, said sentry box computer judges whether off-grid comprises for self:
Said sentry box computer judges in the second Preset Time section, whether to receive the affirmation message from said server, when being judged as not, then is judged as off-grid; Perhaps
Said sentry box computer judges in the second Preset Time section, whether to receive the heartbeat packet from said server, when being judged as not, then is judged as off-grid.
8. method according to claim 2 is characterized in that, when said ballot box control panel off line, said ballot box control panel loads with it according to its situation of presence pattern that the relevant parameters collection comprises:
Said ballot box control panel confirms that its situation of presence pattern is that off line has people's pattern or the unmanned pattern of off line, and loads relevant parameters collection with it according to the contextual model of confirming.
9. method according to claim 2 is characterized in that, when the computer off-grid of said sentry box, said sentry box computer loads with it according to its situation of presence pattern that the relevant parameters collection comprises:
Said sentry box computer confirms that its situation of presence pattern is that off-grid has people's pattern or the unmanned pattern of off-grid, and loads relevant parameters collection with it according to the contextual model of confirming.
10. method according to claim 2 is characterized in that, when said sentry box computer not during off-grid, said sentry box computer loads with it according to its situation of presence pattern that the relevant parameters collection comprises:
Said sentry box computer confirms that its situation of presence pattern has people's pattern or unmanned pattern, and loads relevant parameters collection with it according to the contextual model of confirming.
11. method according to claim 2 is characterized in that, said sentry box computer according to the parameter set that loads through comprising with the interaction process of ballot box control panel channel unit incident from the ballot box control panel:
Said sentry box computer generates the steering order to said channel unit incident according to the parameter set that loads, and this steering order is sent to said ballot box control panel;
Said ballot box control panel judgement picks up counting when it is sent to the sentry box computer with said channel unit incident, in the 3rd Preset Time section, whether receives said steering order,
When being judged as when being, said ballot box control panel is handled said channel unit incident according to said steering order,
When being judged as not, said ballot box control panel confirms that its situation of presence pattern is that off line has people's pattern or the unmanned pattern of off line, and loads relevant parameters collection with it according to the contextual model of confirming, handles said channel unit incident according to the parameter set that loads.
12. method according to claim 2 is characterized in that, said sentry box computer according to the parameter set that loads through comprising with the interaction process of server and ballot box control panel channel unit incident from the ballot box control panel:
A. said sentry box computer sends the steering logic query statement to said server; And judge and when it sends said query statement, to pick up counting in the 4th Preset Time section, whether receive the steering logic from said server, when being judged as when being; Execution in step b, otherwise forward step f to;
B. said sentry box computer generates the steering order to said channel unit incident according to the parameter set of said steering logic and loading, and this steering order is sent to said ballot box control panel;
C. said ballot box control panel judges and when it is sent to the sentry box computer with said channel unit incident, picks up counting in the 3rd Preset Time section, whether receive said steering order, when being judged as when being, and execution in step d, otherwise forward step e to;
D. said ballot box control panel is handled said channel unit incident according to said steering order, and said method finishes;
E. said ballot box control panel confirms that its situation of presence pattern is that off line has people's pattern or the unmanned pattern of off line, and loads relevant parameters collection with it according to the contextual model of confirming, handles said channel unit incident according to the parameter set that loads, and said method finishes;
F. said sentry box computer confirms that its situation of presence pattern is that off-grid has people's pattern or the unmanned pattern of off-grid, and loads relevant parameters collection with it according to the contextual model of confirming;
G. said sentry box computer generates the steering order to said channel unit incident according to the parameter set of said loading, and this steering order is sent to said ballot box control panel, forwards step c then to.
13. a managing system of car parking, said managing system of car parking comprise server, sentry box computer, ballot box control panel and channel unit, it is characterized in that,
Said ballot box control panel comprises:
The off line judge module is used to judge whether off line of said ballot box control panel;
Ballot box control panel sending module is used for when said ballot box control panel not during off line the channel unit incident being sent to said sentry box computer;
Ballot box control panel event processing module is used for when said ballot box control panel off line, according to the said channel unit incident of the situation of presence mode treatment of said ballot box control panel;
Said sentry box computer comprises:
Sentry box computer receiver module is used to receive the channel unit incident from said ballot box control panel;
The off-grid judge module is used to judge whether off-grid of sentry box computer;
Sentry box computer event processing module is used for according to the judged result of said off-grid judge module and the said channel unit incident of situation of presence mode treatment of said sentry box computer.
14. system according to claim 13 is characterized in that, said server comprises:
Contextual model is provided with module, is used in advance contextual model and parameter set thereof being kept at said server, and said contextual model includes people's pattern, unmanned pattern, off line has people's pattern, the unmanned pattern of off line, off-grid that people's pattern and the unmanned pattern of off-grid are arranged;
The contextual model sending module is used for said contextual model and parameter set thereof are sent to said sentry box computer and ballot box control panel.
15. system according to claim 14 is characterized in that, said contextual model sending module comprises:
Detecting unit is used for detecting contextual model and the parameter set thereof that said contextual model is provided with module and whether has renewal;
Transmitting element is used for when said detection goes out to have renewal, the contextual model and the parameter set thereof that upgrade being sent to said sentry box computer and ballot box control panel.
16. system according to claim 14 is characterized in that,
Said sentry box computer also comprises sentry box computer contextual model receiver module, is used to receive contextual model and the parameter set thereof from said server;
Said ballot box control panel also comprises ballot box control panel contextual model receiver module, is used to receive contextual model and the parameter set thereof from said server.
17. system according to claim 13 is characterized in that, said ballot box control panel also comprises:
Ballot box control panel heartbeat packet sending module is used for sending heartbeat packet according to predeterminated frequency to said sentry box computer;
Ballot box control panel heartbeat packet receiver module is used to realize following function:
The affirmation message of said heartbeat packet is received in reception from said sentry box computer docking; Perhaps
The heartbeat packet that reception is sent to the ballot box control panel from said sentry box computer.
18. system according to claim 17 is characterized in that, said off line judge module comprises:
First judging unit is used to judge whether said ballot box control panel heartbeat packet receiver module receives the affirmation message from said sentry box computer in the first Preset Time section; Perhaps
Second judging unit is used to judge whether said ballot box control panel heartbeat packet receiver module receives the heartbeat packet from said sentry box computer in the first Preset Time section.
19. system according to claim 13 is characterized in that, said sentry box computer also comprises:
Sentry box computer heartbeat packet sending module is used for sending heartbeat packet according to predeterminated frequency to said server;
Sentry box computer heartbeat packet receiver module is used to realize following function:
Reception from said server to receiving the affirmation message of said heartbeat packet; Perhaps
The heartbeat packet that reception is sent to the sentry box computer from said server.
20. system according to claim 19 is characterized in that, said off-grid judge module comprises:
The 3rd judging unit is used to judge whether said sentry box computer heartbeat packet receiver module receives the affirmation message from said server in the second Preset Time section; Perhaps
The 4th judging unit is used to judge whether said sentry box computer heartbeat packet receiver module receives the heartbeat packet from said server in the second Preset Time section.
21. system according to claim 14 is characterized in that, said ballot box control panel event processing module comprises:
Ballot box control panel contextual model confirmation unit, the situation of presence pattern that is used to confirm said ballot box control panel are that people's pattern is arranged still is the unmanned pattern of off line to off line;
Ballot box control panel loading unit is used for loading relevant parameters collection with it according to the contextual model that said ballot box control panel contextual model confirmation unit is confirmed;
The ballot box control panel is the unit by oneself, is used for handling said channel unit incident according to the parameter set that said ballot box control panel loading unit loads.
22. system according to claim 21 is characterized in that, said sentry box computer event processing module comprises:
Sentry box computer contextual model confirmation unit, the situation of presence pattern that is used to confirm said sentry box computer are that people's pattern is arranged still is the unmanned pattern of off-grid to off-grid; Be used to perhaps confirm that the situation of presence pattern of said sentry box computer still is unmanned pattern for people's pattern is arranged;
Sentry box computer loading unit is used for loading relevant parameters collection with it according to the contextual model that said sentry box computer contextual model confirmation unit is confirmed;
The steering order generation unit, the parameter set that is used for loading according to said sentry box computer loading unit generates the steering order to said channel unit incident, and this steering order is sent to said ballot box control panel;
The query statement processing unit is used for sending the steering logic query statement to said server, and judges and when it sends said query statement, pick up counting, and in the 4th Preset Time section, whether receives the steering logic from said server;
The first steering logic processing unit is used for when receiving said steering logic, generates the steering order to said channel unit incident according to the parameter set of said steering logic and loading, and this steering order is sent to said ballot box control panel;
The second steering logic processing unit is used for when not receiving said steering logic, and the parameter set that loads according to said sentry box computer loading unit generates the steering order to said channel unit incident, and this steering order is sent to said ballot box control panel.
23. system according to claim 22 is characterized in that, said server also comprises:
The server event processing module is used for according to said steering logic query statement said steering logic being sent to said sentry box computer.
24. system according to claim 22 is characterized in that, said ballot box control panel event processing module also comprises:
Steering order receives judging unit, is used to realize following function:
Judgement picks up counting when said ballot box control panel sending module is sent to the sentry box computer with the channel unit incident, in the 3rd Preset Time section, whether receives the steering order from said steering order generation unit; Perhaps
Judgement picks up counting when said ballot box control panel sending module is sent to the sentry box computer with the channel unit incident, in the 3rd Preset Time section, whether receives the steering order from the said first steering logic processing unit or the second steering logic processing unit;
The first steering order processing unit is used for when receiving said steering order, handles said channel unit incident according to said steering order;
The second steering order processing unit is used for when not receiving said steering order, handles said channel unit incident according to the parameter set that said ballot box control panel loading unit loads.
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Effective date of registration: 20191129 Address after: 518129 501, No.1 office building, Hongmen Industrial Park, No.399, Jihua Road, Shuijing community, Jihua street, Longgang District, Shenzhen City, Guangdong Province Patentee after: Shenzhen Hongmen intelligent parking Technology Co., Ltd Address before: 518129 Guangdong Province, Longgang District of Shenzhen City, Buji water trails Red Gate Industrial Park, Jihua Road, 1 floor of building 4 Patentee before: Hongmen Advanced Technology Corporation |
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