CN116001631B - Intelligent charging platform and method for stereo garage - Google Patents
Intelligent charging platform and method for stereo garage Download PDFInfo
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- CN116001631B CN116001631B CN202310300163.0A CN202310300163A CN116001631B CN 116001631 B CN116001631 B CN 116001631B CN 202310300163 A CN202310300163 A CN 202310300163A CN 116001631 B CN116001631 B CN 116001631B
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Abstract
An intelligent charging platform of a stereo garage and a method thereof are provided, wherein the charging pile information on a charging pile of the stereo garage is detected through an integrity detection sub-module, a rationality detection sub-module and a redundancy detection sub-stereo garage, in the most critical rationality detection process, ordinary information items are treated through an attribute table and a contact table, unusual information items are treated through deduction treatment Sun Mokuai, the variety interval of the charging pile information on the charging pile of the stereo garage is detected, and the information arrangement of the platform has expansibility.
Description
Technical Field
The invention belongs to the technical field of charging of a stereo garage, and particularly relates to an intelligent charging platform of the stereo garage and a method thereof.
Background
A stereo garage is a mechanical or mechanical equipment system used to maximize access to stored vehicles. The stereo garage is one kind of parking equipment, belongs to one of special equipment products, has the characteristics of convenient storage and taking, economical operation, convenient maintenance, small occupied area and the like, and is a solution scheme for solving the problem that more vehicles are needed and the parking area is small at present.
The three-dimensional garage has the advantages of small occupied area, low construction cost and no traffic jam. In the lower parking space parking state, the whole road traffic jam phenomenon is the same as that of a natural garage; the upper parking space is used for storing and taking vehicles, the phenomenon of traffic jam can not occur on the road surface, and the traffic jam after rotation only occupies 2.3 meters of the road surface until the vehicle falls on the ground, so that the traffic of other vehicles is not influenced. Compared with a two-layer lifting transverse type three-dimensional parking garage, the construction area of the site can be saved by about 20%, and the construction cost is low.
To charge the electric automobile in the stereo garage, a charging pile is arranged in the stereo garage, the function of the charging pile is similar to that of an oiling machine in a gas station, the charging pile can be fixed on the ground or a wall, and the charging pile can be installed in public buildings (public buildings, malls, public parking lots and the like) and residential district parking lots or charging stations, so that electric automobiles of various types can be charged according to different voltage levels. The charging end of the charging pile is directly connected with an alternating current power grid, and the leading-out end is provided with a charging plug for charging the electric automobile. The charging pile generally provides two charging modes of conventional charging and quick charging, people can use a specific charging card to swipe the card on a man-machine interaction operation interface provided by the charging pile for corresponding charging mode, charging time, charge information printing and other operations, and a charging pile display screen can display information of charging quantity, charge, charging time and the like.
The monitoring of the charging pile of the stereo garage is necessary along with the application of the charging pile in the stereo garage, the monitoring of the charging pile of the stereo garage by the corresponding charging platform is necessary, the collecting and analyzing of the charging pile information of the stereo garage including the temperature, the current and the resistance value in the collected charging pile of the stereo garage are carried out, the monitoring purpose can be achieved, after the charging pile information of the stereo garage is collected and before the charging pile information of the stereo garage is analyzed, the sorting of the abnormal information of the stereo garage is carried out, namely the information sorting is the last process of finding and revising the charging pile information of the stereo garage, the process of detecting the rationality of the charging pile information of the stereo garage is included, useless information and missing information are carried out, the process of re-detecting and revising the charging pile information of the stereo garage is carried out, and the rationality of data is given for clearing redundant information and revising the abnormality in the charging pile information of the stereo garage; however, the current information arrangement platform can only perform arrangement on certain information, the application interval has no expansibility, and the arrangement performance is poor when the arrangement is performed on the collected charging pile information of various stereo garages.
At present, a plurality of information arrangement platforms are available, and the information arrangement platforms are generally provided with an information extraction module, an information arrangement module, an information introduction module, an information analysis module and a management module; extracting the acquired information through a preset information acquisition position according to a first built-in operation mode by an information extraction module and transmitting the acquired information to an information arrangement module; the information arrangement module is used for carrying out information arrangement on the acquired information according to a second built-in operation mode to form information to be led in; loading the information to be imported into a target information table according to an internally-arranged operation mode III through an information importing module; the information analysis module is used for forming a mode change command according to the performance analysis value of the information to be imported in the target information table and transmitting the mode change command to the management module; the mode change command received is fed back through the management module, and the operation mode I, the operation mode II and the operation mode III are changed; however, the arrangement method of the platform is also aimed at a certain collected information, and is not expanded.
Disclosure of Invention
In order to solve the defects in the prior art, the invention provides an intelligent charging platform of a stereo garage and a method thereof, wherein the intelligent charging platform is used for performing arrangement through constructing charging pile information on charging piles of the integrity detection sub-module, the rationality detection sub-module and the redundancy detection sub-stereo garage, in the most critical rationality detection process, ordinary information items are treated through an attribute table and a contact table, unusual information items are treated through deduction treatment Sun Mokuai, the type interval of the charging pile information on the charging piles of the stereo garage is improved under the condition of ensuring treatment efficiency, and the information arrangement of the platform has expansibility.
The invention adopts the following technical scheme.
An intelligent charging platform for a stereo garage, comprising:
the information acquisition equipment arranged on the charging pile of the stereo garage is connected with the upper computer;
the information acquisition equipment is used for acquiring charging pile information on charging piles of the stereo garage containing different kinds of information, and transmitting the charging pile information to the upper computer through the PLC of the information acquisition equipment to perform analysis;
the module of operation on the host computer is including collecting the module, deriving module, information arrangement module and information analysis module, collect the module and be used for collecting the stake information that fills on the stake of filling of stereo garage that will analyze, the information arrangement module carries out the arrangement to the stake information that fills on the stake of filling of collecting stereo garage, the information analysis module carries out the analysis to the stake information that fills on the stake of filling of stereo garage after the arrangement, derive the module and be used for deriving the analysis value.
Preferably, the information acquisition equipment comprises a PLC connected with the upper computer, the PLC is also connected with a current sensor, a resistance sensor and a temperature sensor, the current sensor is used for acquiring the current of the energy consumption component of the charging pile of the stereo garage and transmitting the current to the PLC, the resistance sensor is used for acquiring the resistance of the energy consumption component of the charging pile of the stereo garage and transmitting the resistance to the PLC, and the temperature sensor is used for acquiring the temperature in the charging pile of the stereo garage and transmitting the temperature to the PLC;
Charging pile information on charging pile of stereo garage comprises electricity of energy consumption component of charging pile of stereo garage
The resistance of the energy consumption part of the charging pile of the three-dimensional garage and the temperature information in the charging pile of the three-dimensional garage are different.
Preferably, the charging pile information on the charging pile of the stereo garage, which is collected by the collecting module, is starting information, the starting information comprises information items and information clusters, effective information contained in each information cluster is in one-to-one connection with corresponding information items, and the information arrangement module is used for removing the information clusters which do not meet the condition; the effective information is the current value of the energy consumption part of the charging pile of the specific stereo garage, the resistance value of the energy consumption part of the charging pile of the stereo garage and the temperature value in the charging pile of the stereo garage.
Preferably, the information sorting module comprises an integrity detection sub-module, a rationality detection sub-module and a redundancy detection sub-module, wherein the integrity detection sub-module is used for detecting whether the initial information is in a missing problem or not, the rationality detection sub-module is used for detecting whether the initial information is in an abnormal state or not, and the redundancy detection sub-module is used for detecting whether the initial information is in a redundant state or not;
Preferably, the reasonability detection submodule has an attribute table, a contact table and a deduction treatment Sun Mokuai, the attribute table has a plurality of attribute entries, each attribute entry has a corresponding attribute detection Sun Mokuai, the attribute detection Sun Mokuai can detect whether valid information of the start information satisfies the corresponding attribute, the contact table is used for registering the contact between an information entry and an attribute entry, and the deduction treatment Sun Mokuai is used for treating an information entry which is not located in the contact table, and the information entry is a destination information entry.
Preferably, the method for detecting whether the valid information of the start information satisfies the corresponding attribute includes: under the condition that the effective information of the starting information is the current value of the energy consumption component of the charging pile of the stereo garage, if the measurement unit in the current value of the energy consumption component of the charging pile of the stereo garage is not the measurement unit of the current, the corresponding attribute is not satisfied, otherwise, the corresponding attribute is satisfied;
under the condition that the effective information of the starting information is the resistance value of the energy consumption part of the charging pile of the stereo garage, if the measurement unit in the resistance value of the energy consumption part of the charging pile of the stereo garage is not the measurement unit of the resistance, the corresponding attribute is not satisfied, otherwise, the corresponding attribute is satisfied;
Under the condition that the effective information of the starting information is the temperature value in the charging pile of the stereo garage, if the measurement unit in the temperature value in the charging pile of the stereo garage is not the measurement unit of the temperature, the corresponding attribute is not satisfied, and otherwise, the corresponding attribute is satisfied.
Preferably, the derivation process Sun Mokuai initiates attribute detection Sun Mokuai to detect valid information corresponding to the destination information item in the overall information cluster, totaling a number A xy ，A xy The data corresponding to the x-th destination information item in the representative information cluster satisfies the number of attributes of the y-th attribute item, and the deriving process Sun Mokuai performs a process on the same destination information item according to the following flow:
step 2-1-1: in the whole number A xy The numbers equal to r and 0 are removed internally, and the residual number A is maintained xy ；
Step 2-1-2: calculation of residual A xy Arithmetic mean A1 of (2);
step 2-1-3: obtaining residual A xy A number A2 in the block, deriving the dispersion degree S of the number:
S={r-A2}*{
/{（A2-A1）*T}}；
here, T is the number of attribute entries, and r is the number of clusters of information clusters.
Preferably, the deriving process Sun Mokuai selects the dispersion degree S below a preset threshold amount and obtains a corresponding attribute entry, and associates the attribute entry with a corresponding destination information entry.
Preferably, the rationality detection submodule continuously detects the effective information in the information clusters through the attribute entries with the connection, and takes the information clusters which do not meet the attribute as the information clusters to be treated.
Preferably, the integrity detection submodule sums up the number of information items and the number of effective information contained in each information cluster, and when the number of effective information contained in the information cluster is different from the number of information items, the integrity detection submodule considers that the information cluster has a missing problem and reads out the corresponding information cluster to be treated as the information cluster to be treated.
Preferably, the redundancy detection submodule includes a comparison Sun Mokuai, a reading Sun Mokuai and a temporary storage Sun Mokuai, the temporary storage Sun Mokuai stores therein a queue to be read, the reading Sun Mokuai reads effective information from the queue through the information cluster, the comparison Sun Mokuai is used for comparing the read effective information, and the redundancy detection unit uses the information cluster with the same overall as the information cluster to be treated.
Preferably, the information arranging module removes the information cluster to be treated from the initial information, and the charging pile information on the charging pile of the stereo garage after the information cluster is removed is the charging pile information on the charging pile of the arranged stereo garage.
Preferably, the temporary storage Sun Mokuai includes a first temporary storage space and a second temporary storage space, the reading Sun Mokuai reads corresponding information from the information cluster according to the information in the first temporary storage space, the comparing Sun Mokuai performs comparing on the read information, a comparison value is stored in the second temporary storage space, and the redundancy detecting process includes:
step 2-2-1: the temporary storage space I is internally provided with a comparison queue and a comparison code, wherein the comparison queue is [1, 2..r ], wherein r is the cluster number of the information clusters, the number in the comparison queue is the cluster number of the corresponding information cluster, and the value of the comparison code is one;
step 2-2-2: the reading Sun Mokuai obtains a comparison queue in the first temporary storage space, and the corresponding effective information of the comparison code is obtained according to the sequence code of the information items obtained by the numbers in the comparison queue in the corresponding information clusters, and the effective information and the comparison queue are transmitted to the comparison Sun Mokuai, and the reading Sun Mokuai removes the corresponding comparison queue in the first temporary storage space after obtaining the comparison queue in the first temporary storage space;
step 2-2-3: the control Sun Mokuai performs control on the effective information, combines the cluster numbers of the effective information which are consistent with each other with the control queue to form a new queue, and transmits the new queue to the temporary storage space II;
Step 2-2-4: repeating the steps 2-2-2 and 2-2-3 until the whole comparison queue is read, and then turning to the step 2-2-5 for execution;
step 2-2-5: if there is no queue in the second temporary storage space, go to step 2-2-8 to execute, if there is a queue in the second temporary storage space, the temporary storage Sun Mokuai sends the queue in the second temporary storage space to the first temporary storage space, adds the comparison code to the first temporary storage space, and clears the second temporary storage space;
step 2-2-6: when the comparison code is consistent with the number of the information items, the step 2-2-7 is carried out, and otherwise, the step 2-2-2 is carried out;
step 2-2-7: the redundancy detection submodule obtains a comparison queue in the temporary storage space I, maintains one information cluster in the comparison queue according to numbers in the comparison queue, and reads another information cluster to be treated as the information cluster;
step 2-2-8: the start information has no redundant information and the detection is terminated.
Preferably, the information items are used for representing the category of the corresponding effective information, the information items are sequentially arranged, the last information item is a blocking item, the effective information corresponding to the blocking item in the information cluster is a sign, and the whole initial information is cut into a plurality of information clusters through the sign, and the signs in the information clusters are the same.
An analytic method of an intelligent charging platform of a stereo garage, which operates on an upper computer, comprises the following steps:
step 1: collecting charging pile information on a charging pile of the stereo garage to be analyzed;
step 2: performing arrangement on charging pile information on a charging pile of the stereo garage which is collected as initial information;
step 3: analyzing the charging pile information on the charging piles of the tidied stereo garage;
step 4: an analytical value is derived.
Preferably, the step 2 specifically includes:
step 2-1-1: in the whole number A xy The numbers equal to r and 0 are removed internally, and the residual number A is maintained xy ；
Step 2-1-2: calculation of residual A xy Arithmetic mean A1 of (2);
step 2-1-3: obtaining residual A xy A number A2 in the block, deriving the dispersion degree S of the number:
S={r-A2}*{
/{（A2-A1）*T}}；
here, T is the number of attribute entries, and r is the number of clusters of information clusters.
Preferably, the step 2 further specifically includes:
step 2-2-1: the temporary storage space I is internally provided with a comparison queue and a comparison code, wherein the comparison queue is [1, 2..r ], wherein r is the cluster number of the information cluster, the number in the comparison queue is the cluster number of the corresponding information cluster, and the value of the comparison code is one;
step 2-2-2: reading Sun Mokuai obtains a comparison queue in the first temporary storage space, and obtains corresponding effective information of the comparison code according to the sequence code of the information items in the corresponding information clusters of the numbers in the comparison queue, and transmits the effective information and the comparison queue to the comparison Sun Mokuai, wherein the reading Sun Mokuai removes the corresponding comparison queue in the first temporary storage space after obtaining the comparison queue in the first temporary storage space;
Step 2-2-3: the effective information is compared by the contrast Sun Mokuai, the cluster numbers of the effective information which are consistent are combined with the contrast queue to form a new queue, and the new queue is transferred to the temporary storage space II;
step 2-2-4: repeating the steps 2-2-2 and 2-2-3 until the whole comparison queue is read, and then turning to the step 2-2-5 for execution;
step 2-2-5: if there is no queue in the second temporary storage space, go to step 2-2-8 to execute, if there is a queue in the second temporary storage space, the temporary storage Sun Mokuai sends the queue in the second temporary storage space to the first temporary storage space, adds the comparison code to the first temporary storage space, and clears the second temporary storage space;
step 2-2-6: when the comparison code is consistent with the number of the information items, the step 2-2-7 is carried out, and otherwise, the step 2-2-2 is carried out;
step 2-2-7: the redundancy detection submodule obtains a comparison queue in the first temporary storage space, maintains one information cluster in the comparison queue according to numbers in the comparison queue, and reads another information cluster to be used as the information cluster to be treated;
step 2-2-8: the start information has no redundant information and the detection is terminated.
Preferably, the method for analyzing the charging pile information on the charging piles of the tidied stereo garage comprises the following steps:
The current value of the energy consumption component of the charging pile in the charging pile information of the three-dimensional garage, the resistance value of the energy consumption component of the charging pile of the three-dimensional garage and the temperature value in the charging pile of the three-dimensional garage are respectively set in advance with the correct working range of the current value of the energy consumption component of the charging pile in the charging pile information of the three-dimensional garage, the correct working range of the resistance value of the energy consumption component of the charging pile of the three-dimensional garage and the correct working range of the temperature value in the charging pile of the three-dimensional garage are compared, if the current value of the energy consumption component of the charging pile of the three-dimensional garage in the charging pile information of the three-dimensional garage is not in the correct working range of the current value of the energy consumption component of the charging pile of the three-dimensional garage in the charging pile information of the three-dimensional garage, which is set in advance, the analysis value is not correct, otherwise, the analysis value is not correct; if the resistance value of the energy consumption component of the charging pile of the stereo garage in the charging pile information of the arranged stereo garage is not in the preset correct working range of the resistance value of the energy consumption component of the charging pile of the stereo garage in the charging pile information of the stereo garage, the analysis value is determined to be incorrect in resistance, otherwise, the analysis value is determined to be correct in resistance; if the temperature value in the charging pile of the stereo garage on the charging pile of the stereo garage after arrangement is not in the preset correct working range of the temperature value in the charging pile of the stereo garage in the charging pile information of the stereo garage, the analysis value is determined to be incorrect in temperature, otherwise, the analysis value is determined to be correct in temperature.
Compared with the prior art, the method has the advantages that the method is used for sorting the charging pile information on the charging piles of the stereoscopic garage through the integrity detection sub-module, the rationality detection sub-module and the redundancy detection sub-stereoscopic garage, in the most critical rationality detection process, the ordinary information items are handled through the attribute table and the contact table, the unusual information items are handled through the deduction treatment Sun Mokuai, the type interval of the charging pile information on the charging piles of the stereoscopic garage is detected, and the information sorting of the platform has expansibility.
Drawings
FIG. 1 is a partial block diagram of an intelligent charging platform for a stereo garage according to the present invention;
fig. 2 is an overall flowchart of an analysis method of the intelligent charging platform of the stereo garage.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the technical solutions of the present invention will be clearly and completely expressed with reference to the drawings in the embodiments of the present invention. The embodiments expressed in this application are merely examples of some, but not all, of the present invention. All other embodiments, which can be made by those skilled in the art without inventive faculty, are within the scope of the invention.
As shown in fig. 1, the intelligent charging platform for a stereo garage of the present invention includes:
the information acquisition equipment arranged on the charging pile of the stereo garage is connected with the upper computer; the upper computer
Is an industrial personal computer.
In a preferred but non-limiting embodiment of the present invention, the information collecting device includes a PLC connected to the host computer, the PLC is further connected to a current sensor for collecting current of the energy consuming components of the charging pile of the stereo garage and transmitting the current to the PLC, a resistance sensor for collecting resistance of the energy consuming components of the charging pile of the stereo garage and transmitting the current to the PLC, and a temperature sensor for collecting temperature in the charging pile of the stereo garage and transmitting the temperature to the PLC;
charging pile information on charging pile of stereo garage comprises electricity of energy consumption component of charging pile of stereo garage
The resistance of the energy consumption part of the charging pile of the three-dimensional garage and the temperature information in the charging pile of the three-dimensional garage are different. The energy consuming component is a power consuming device.
The information acquisition equipment is used for acquiring charging pile information on charging piles of the stereo garage containing different kinds of information, and transmitting the charging pile information to the upper computer through the PLC of the information acquisition equipment to perform analysis;
The module of operation on the host computer is including collecting the module, deriving module, information arrangement module and information analysis module, collect the module and be used for collecting the stake information that fills on the stake of filling of stereo garage that will analyze, the information arrangement module carries out the arrangement to the stake information that fills on the stake of filling of collecting stereo garage, the information analysis module carries out the analysis to the stake information that fills on the stake of filling of stereo garage after the arrangement, derive the module and be used for deriving the analysis value. The deriving module is used for deriving the resolution value, which is usually displayed on the upper computer.
In a preferred but non-limiting embodiment of the present invention, the method for performing analysis on the charging pile information on the charging piles of the consolidated stereo garage includes:
the current value of the energy consumption component of the charging pile in the charging pile information of the three-dimensional garage, the resistance value of the energy consumption component of the charging pile of the three-dimensional garage and the temperature value in the charging pile of the three-dimensional garage are respectively set in advance with the correct working range of the current value of the energy consumption component of the charging pile in the charging pile information of the three-dimensional garage, the correct working range of the resistance value of the energy consumption component of the charging pile of the three-dimensional garage and the correct working range of the temperature value in the charging pile of the three-dimensional garage are compared, if the current value of the energy consumption component of the charging pile of the three-dimensional garage in the charging pile information of the three-dimensional garage is not in the correct working range of the current value of the energy consumption component of the charging pile of the three-dimensional garage in the charging pile information of the three-dimensional garage, which is set in advance, the analysis value is not correct, otherwise, the analysis value is not correct; if the resistance value of the energy consumption component of the charging pile of the stereo garage in the charging pile information of the arranged stereo garage is not in the preset correct working range of the resistance value of the energy consumption component of the charging pile of the stereo garage in the charging pile information of the stereo garage, the analysis value is determined to be incorrect in resistance, otherwise, the analysis value is determined to be correct in resistance; if the temperature value in the charging pile of the stereo garage on the charging pile of the stereo garage after arrangement is not in the preset correct working range of the temperature value in the charging pile of the stereo garage in the charging pile information of the stereo garage, the analysis value is determined to be incorrect in temperature, otherwise, the analysis value is determined to be correct in temperature.
In a preferred but non-limiting embodiment of the present invention, the charging pile information on the charging pile of the stereo garage, which is received by the receiving module, is start information, where the start information includes information items and information clusters that are distributed in a staggered manner, and effective information included in each information cluster maintains one-to-one correspondence with corresponding information items, and the information arrangement module is configured to remove information clusters that do not meet a condition; the effective information is the current value of the energy consumption part of the charging pile of the specific stereo garage, the resistance value of the energy consumption part of the charging pile of the stereo garage and the temperature value in the charging pile of the stereo garage. The information entry is a unique number of the valid information.
In a preferred but non-limiting embodiment of the present invention, the information sorting module includes an integrity detection sub-module, a rationality detection sub-module and a redundancy detection sub-module, wherein the integrity detection sub-module is used for detecting whether there is a missing problem in the initial information, the rationality detection sub-module is used for detecting whether there is abnormal information in the initial information, and the redundancy detection sub-module is used for detecting whether there is redundant information in the initial information;
in a preferred but non-limiting embodiment of the invention, the rationality detection submodule has an attribute table with attribute entries, each attribute entry having a corresponding attribute detection Sun Mokuai, a contact table for registering the association of an information entry with an attribute entry, and a deduction treatment Sun Mokuai for treating an information entry not located in the contact table, the information entry being the destination information entry, the attribute detection Sun Mokuai detecting whether the valid information of the start information satisfies the corresponding attribute.
In a preferred but non-limiting embodiment of the present invention, the method for detecting whether the valid information of the start information satisfies the corresponding attribute includes: under the condition that the effective information of the starting information is the current value of the energy consumption component of the charging pile of the stereo garage, if the measurement unit in the current value of the energy consumption component of the charging pile of the stereo garage is not the measurement unit of the current, the corresponding attribute is not satisfied, otherwise, the corresponding attribute is satisfied;
under the condition that the effective information of the starting information is the resistance value of the energy consumption part of the charging pile of the stereo garage, if the measurement unit in the resistance value of the energy consumption part of the charging pile of the stereo garage is not the measurement unit of the resistance, the corresponding attribute is not satisfied, otherwise, the corresponding attribute is satisfied;
under the condition that the effective information of the starting information is the temperature value in the charging pile of the stereo garage, if the measurement unit in the temperature value in the charging pile of the stereo garage is not the measurement unit of the temperature, the corresponding attribute is not satisfied, and otherwise, the corresponding attribute is satisfied.
In a preferred but non-limiting embodiment of the present invention, the derivation process Sun Mokuai initiates the attribute detection Sun Mokuai to detect the valid information corresponding to the destination information item in the entire information cluster, and totals to obtain a number A xy ，A xy The data corresponding to the x-th destination information item in the representative information cluster satisfies the number of attributes of the y-th attribute item, and the deriving process Sun Mokuai performs a process on the same destination information item according to the following flow:
step 2-1-1: in the whole number A xy The numbers equal to r and 0 are removed internally, and the residual number A is maintained xy ；
Step 2-1-2: calculation of residual A xy Arithmetic mean A1 of (2);
step 2-1-3: obtaining residual A xy A number A2 in the block, deriving the dispersion degree S of the number:
S={r-A2}*{
/{（A2-A1）*T}}；
here, T is the number of attribute entries, and r is the number of clusters of information clusters.
In a preferred but non-limiting embodiment of the present invention, the deriving process Sun Mokuai selects the dispersion degree S below a preset threshold amount and obtains a corresponding attribute entry, and associates the attribute entry with a corresponding destination information entry. And registers the contact in a contact table.
In a preferred but non-limiting embodiment of the present invention, the rationality detection submodule continuously detects valid information in the information cluster through the attribute entry with the link, and takes the information cluster which does not meet the attribute as the information cluster to be treated.
In a preferred but non-limiting embodiment of the present invention, the integrity detection submodule sums up the number of information items and the number of effective information contained in each information cluster, and when the number of effective information contained in the information cluster is different from the number of information items, the integrity detection submodule identifies that the information cluster has a problem of missing, reads out a corresponding information cluster, and uses the information cluster as the information cluster to be disposed.
In a preferred but non-limiting embodiment of the present invention, the redundancy detection submodule includes a comparison Sun Mokuai, a reading Sun Mokuai and a temporary storage Sun Mokuai, the temporary storage Sun Mokuai stores a queue to be read, the reading Sun Mokuai reads valid information from the queue through the information cluster, the comparison Sun Mokuai is used for comparing the read valid information, and the redundancy detection unit regards the whole same information cluster as the information cluster to be treated.
In a preferred but non-limiting embodiment of the present invention, the information sorting module removes the information cluster to be disposed from the initial information, and the charging pile information on the charging pile of the stereo garage after removing the information cluster is the charging pile information on the charging pile of the stereo garage after sorting.
In a preferred but non-limiting embodiment of the present invention, the temporary storage Sun Mokuai includes a first temporary storage space and a second temporary storage space, the reading Sun Mokuai reads corresponding information from the information cluster according to the information in the first temporary storage space, the comparing Sun Mokuai performs comparing the read information, the comparing value is stored in the second temporary storage space, and the redundancy detecting process includes:
step 2-2-1: the temporary storage space I is internally provided with a comparison queue and a comparison code, wherein the comparison queue is [1, 2..r ], wherein r is the cluster number of the information clusters, the number in the comparison queue is the cluster number of the corresponding information cluster, and the value of the comparison code is one;
Step 2-2-2: the reading Sun Mokuai obtains a comparison queue in the first temporary storage space, and the corresponding effective information of the comparison code is obtained according to the sequence code of the information items obtained by the numbers in the comparison queue in the corresponding information clusters, and the effective information and the comparison queue are transmitted to the comparison Sun Mokuai, and the reading Sun Mokuai removes the corresponding comparison queue in the first temporary storage space after obtaining the comparison queue in the first temporary storage space; the sequential encoding of the information items is initially incremented one by one.
Step 2-2-3: the control Sun Mokuai performs control on the effective information, combines the cluster numbers of the effective information which are consistent with each other with the control queue to form a new queue, and transmits the new queue to the temporary storage space II;
step 2-2-4: repeating the steps 2-2-2 and 2-2-3 until the whole comparison queue is read, and then turning to the step 2-2-5 for execution;
step 2-2-5: if there is no queue in the second temporary storage space, go to step 2-2-8 to execute, if there is a queue in the second temporary storage space, the temporary storage Sun Mokuai sends the queue in the second temporary storage space to the first temporary storage space, adds the comparison code to the first temporary storage space, and clears the second temporary storage space;
Step 2-2-6: when the comparison code is consistent with the number of the information items, the step 2-2-7 is carried out, and otherwise, the step 2-2-2 is carried out;
step 2-2-7: the redundancy detection submodule obtains a comparison queue in the temporary storage space I, maintains one information cluster in the comparison queue according to numbers in the comparison queue, and reads another information cluster to be treated as the information cluster;
step 2-2-8: the start information has no redundant information and the detection is terminated.
In a preferred but non-limiting embodiment of the invention, the information items are used for representing the types of the corresponding effective information, the information items are sequentially arranged, the last information item is a blocking item, the effective information corresponding to the blocking item in the information cluster is a sign, and the whole initial information is cut into a plurality of information clusters through the sign, wherein the signs in each information cluster are identical.
As shown in fig. 2, the analysis method of the intelligent charging platform of the stereo garage, provided by the invention, operates on an upper computer and comprises the following steps:
step 1: collecting charging pile information on a charging pile of the stereo garage to be analyzed;
step 2: performing arrangement on charging pile information on a charging pile of the stereo garage which is collected as initial information;
Step 3: analyzing the charging pile information on the charging piles of the tidied stereo garage;
step 4: an analytical value is derived.
In a preferred but non-limiting embodiment of the present invention, the step 2 specifically includes:
step 2-1-1: in the whole number A xy The numbers equal to r and 0 are removed internally, and the residual number A is maintained xy ；
Step 2-1-2: calculation of residual A xy Arithmetic mean A1 of (2);
step 2-1-3: obtaining residual A xy A number A2 in the block, deriving the dispersion degree S of the number:
S={r-A2}*{
/{（A2-A1）*T}}；
here, T is the number of attribute entries, and r is the number of clusters of information clusters.
In a preferred but non-limiting embodiment of the present invention, the step 2 further specifically includes:
step 2-2-1: the temporary storage space I is internally provided with a comparison queue and a comparison code, wherein the comparison queue is [1, 2..r ], wherein r is the cluster number of the information cluster, the number in the comparison queue is the cluster number of the corresponding information cluster, and the value of the comparison code is one;
step 2-2-2: reading Sun Mokuai obtains a comparison queue in the first temporary storage space, and obtains corresponding effective information of the comparison code according to the sequence code of the information items in the corresponding information clusters of the numbers in the comparison queue, and transmits the effective information and the comparison queue to the comparison Sun Mokuai, wherein the reading Sun Mokuai removes the corresponding comparison queue in the first temporary storage space after obtaining the comparison queue in the first temporary storage space;
Step 2-2-3: the effective information is compared by the contrast Sun Mokuai, the cluster numbers of the effective information which are consistent are combined with the contrast queue to form a new queue, and the new queue is transferred to the temporary storage space II;
step 2-2-4: repeating the steps 2-2-2 and 2-2-3 until the whole comparison queue is read, and then turning to the step 2-2-5 for execution;
step 2-2-5: if there is no queue in the second temporary storage space, go to step 2-2-8 to execute, if there is a queue in the second temporary storage space, the temporary storage Sun Mokuai sends the queue in the second temporary storage space to the first temporary storage space, adds the comparison code to the first temporary storage space, and clears the second temporary storage space;
step 2-2-6: when the comparison code is consistent with the number of the information items, the step 2-2-7 is carried out, and otherwise, the step 2-2-2 is carried out;
step 2-2-7: the redundancy detection submodule obtains a comparison queue in the first temporary storage space, maintains one information cluster in the comparison queue according to numbers in the comparison queue, and reads another information cluster to be used as the information cluster to be treated;
step 2-2-8: the start information has no redundant information and the detection is terminated.
The present disclosure can be a system, method, and/or computer program product. The computer program product can include a computer-readable backup medium having computer-readable program instructions embodied thereon for causing a processor to perform the various aspects of the present disclosure.
The computer readable backup medium can be a tangible power grid line capable of holding and backing up instructions for execution of the power grid line exercise by the instructions. The computer readable backup medium can be, but is not limited to, an electrical backup power grid line, a magnetic backup power grid line, an optical backup power grid line, an electromagnetic backup power grid line, a semiconductor backup power grid line, or any suitable combination of the foregoing. Still further examples (non-enumerated list) of the computer-readable backup medium include: portable computer disk, hard disk, random access backup (RAM), read-only backup (ROM), erasable programmable read-only backup (EPROM or flash memory), static random access backup (SRAM), portable compact disk read-only backup (HD-ROM), digital versatile disk (DXD), memory stick, floppy disk, mechanical coded electrical wiring, punch card like with instructions backed up thereon, or bump structures in grooves, optionally in combination with the above. The computer-readable backup medium as used herein is not to be construed as a transitory signal itself, such as a radio wave or other freely propagating electromagnetic wave, an electromagnetic wave propagating through a waveguide or other transmission medium (as an optical pulse through a transmission line cable), or an electrical signal transmitted through an electrical wire.
The computer readable program instructions expressed herein can be downloaded from a computer readable backup medium to the respective extrapolated/processed power grid lines or downloaded to an external computer or external backup power grid line via a network, like the internet, a local area network, a wide area network, and/or a wireless network. The network can include copper transmission cables, transmission lines, wireless transmissions, routers, firewalls, switches, gateway computers and/or edge servers. The network interface or network adapter card in each of the extrapolated/processed power grid lines receives computer-readable program instructions from the network and forwards the computer-readable program instructions for storage in the computer-readable backup medium in each of the extrapolated/processed power grid lines.
The computer program instructions for performing the operations of the present disclosure can be assembler instructions, instruction set architecture (lSA) instructions, machine-related instructions, microcode, firmware instructions, conditional setting values, or source or destination code written in a random convergence of one or more programming languages, including an object oriented programming language such as Sdalltara, H++ or the like, as opposed to conventional procedural programming languages, such as the "H" programming language or similar programming languages. The computer readable program instructions can be executed entirely on the client computer, partly on the client computer, as a stand-alone software package, partly on the client computer and partly on a remote computer or entirely on the remote computer or server. In the case of remote computers, the remote computer can be connected to the client computer through a random network, including a local area network (LAb) or a wide area network (WAb), or can be connected to an external computer (as if an internet service provider were employed to connect through the internet). In some embodiments, aspects of the present disclosure are achieved by personalizing electronic circuitry, like programmable logic circuits, field Programmable Gate Arrays (FPGAs), or Programmable Logic Arrays (PLAs), with status values of computer readable program instructions, which are capable of executing the computer readable program instructions.
Finally, it should be noted that the above embodiments are only for illustrating the technical solution of the present invention and not for limiting the same, and although the present invention has been described in detail with reference to the above embodiments, it should be understood by those of ordinary skill in the art that: modifications and equivalents may be made to the specific embodiments of the invention without departing from the spirit and scope of the invention, and any modifications and equivalents are intended to be encompassed within the scope of the claims.
Claims (6)
1. An intelligent charging platform of stereo garage, its characterized in that includes:
the information acquisition equipment arranged on the charging pile of the stereo garage is connected with the upper computer;
the information acquisition equipment is used for acquiring charging pile information on charging piles of the stereo garage containing different kinds of information, and transmitting the charging pile information to the upper computer through the PLC of the information acquisition equipment to perform analysis;
the module running on the upper computer comprises a collecting module, a exporting module, an information sorting module and an information analyzing module, wherein the collecting module is used for collecting charging pile information on a charging pile of the stereo garage to be analyzed, the information sorting module is used for sorting the charging pile information on the charging pile of the collected stereo garage, the information analyzing module is used for analyzing the charging pile information on the charging pile of the sorted stereo garage, and the exporting module is used for exporting an analysis value;
The information arrangement module comprises an integrity detection sub-module, a rationality detection sub-module and a redundancy detection sub-module, wherein the integrity detection sub-module is used for detecting whether the initial information is provided with a missing problem or not, the rationality detection sub-module is used for detecting whether the initial information is provided with abnormal information or not, and the redundancy detection sub-module is used for detecting whether the initial information is provided with redundant information or not;
a reasonability detection submodule with an attribute table, a contact table and a deduction treatment Sun Mokuai, wherein the attribute table has a plurality of attribute entries, each attribute entry has a corresponding attribute detection Sun Mokuai, the attribute detection Sun Mokuai can detect whether valid information of starting information meets corresponding attributes or not, the contact table is used for registering the contact between an information entry and an attribute entry, and the deduction treatment Sun Mokuai is used for treating an information entry which is not located in the contact table and is a destination information entry;
the method for detecting whether the effective information of the initial information meets the corresponding attribute comprises the following steps: under the condition that the effective information of the starting information is the current value of the energy consumption component of the charging pile of the stereo garage, if the measurement unit in the current value of the energy consumption component of the charging pile of the stereo garage is not the measurement unit of the current, the corresponding attribute is not satisfied, otherwise, the corresponding attribute is satisfied;
Under the condition that the effective information of the starting information is the resistance value of the energy consumption part of the charging pile of the stereo garage, if the measurement unit in the resistance value of the energy consumption part of the charging pile of the stereo garage is not the measurement unit of the resistance, the corresponding attribute is not satisfied, otherwise, the corresponding attribute is satisfied;
under the condition that the effective information of the initial information is the temperature value in the charging pile of the stereo garage, if the measurement unit in the temperature value in the charging pile of the stereo garage is not the measurement unit of the temperature, the corresponding attribute is not satisfied, otherwise, the corresponding attribute is satisfied;
the deduction process Sun Mokuai initiates attribute detection Sun MokuaiDetecting the effective information corresponding to the destination information item in the whole information cluster to obtain a number A xy ，A xy The data corresponding to the x-th destination information item in the representative information cluster satisfies the number of attributes of the y-th attribute item, and the deriving process Sun Mokuai performs a process on the same destination information item according to the following flow:
step 2-1-1: in the whole number A xy The numbers equal to r and 0 are removed internally, and the residual number A is maintained xy ；
Step 2-1-2: calculation of residual A xy Arithmetic mean A1 of (2);
step 2-1-3: obtaining residual A xy A number A2 in the block, deriving the dispersion degree S of the number:
S={r-A2}*{
/{（A2-A1）*T}}；
Here, T is the number of attribute entries, and r is the number of clusters of information clusters;
the derivation process Sun Mokuai selects the degree of dispersion S below a predetermined threshold amount and obtains a corresponding attribute entry, and associates the attribute entry with a corresponding destination information entry.
2. The intelligent charging platform for the stereo garage according to claim 1, wherein the information acquisition equipment comprises a PLC connected with an upper computer, the PLC is further connected with a current sensor, a resistance sensor and a temperature sensor, the current sensor is used for acquiring current of energy consumption components of a charging pile of the stereo garage and transmitting the current to the PLC, the resistance sensor is used for acquiring resistance of the energy consumption components of the charging pile of the stereo garage and transmitting the resistance to the PLC, and the temperature sensor is used for acquiring temperature in the charging pile of the stereo garage and transmitting the temperature to the PLC;
charging pile information on charging pile of stereo garage comprises electricity of energy consumption component of charging pile of stereo garage
The resistance of the energy consumption part of the charging pile of the three-dimensional garage and the temperature information in the charging pile of the three-dimensional garage are different.
3. The intelligent charging platform of the stereo garage according to claim 1, wherein charging pile information on charging piles of the stereo garage, which is received by the receiving module, is starting information, the starting information comprises information items and information clusters, effective information contained in each information cluster is in one-to-one connection with corresponding information items, and the information arrangement module is used for removing the information clusters which do not meet the condition; the effective information is the current value of the energy consumption part of the charging pile of the specific stereo garage, the resistance value of the energy consumption part of the charging pile of the stereo garage and the temperature value in the charging pile of the stereo garage.
4. The intelligent charging platform of the stereo garage according to claim 3, wherein the rationality detection submodule continuously detects effective information in the information cluster through the attribute item with the connection, and takes the information cluster which does not meet the attribute as the information cluster to be treated;
the integrity detection submodule sums up the number of information items and the number of effective information contained in each information cluster, and when the number of the effective information contained in the information cluster is different from the number of the information items, the integrity detection submodule considers that the information cluster has a missing problem and reads out the corresponding information cluster to be treated;
the redundancy detection submodule comprises a comparison Sun Mokuai, a reading Sun Mokuai and a temporary storage Sun Mokuai, wherein a queue to be read is temporarily stored in the temporary storage Sun Mokuai, the reading Sun Mokuai reads effective information in an information cluster according to the queue, the comparison Sun Mokuai is used for comparing the read effective information, and the redundancy detection unit takes the information cluster with the same whole as the information cluster to be treated;
the information arrangement module removes the information clusters to be treated from the initial information, and the charging pile information on the charging pile of the stereo garage after the information clusters are removed is the charging pile information on the charging pile of the arranged stereo garage;
The temporary storage Sun Mokuai includes a first temporary storage space and a second temporary storage space, the reading Sun Mokuai reads corresponding information from the information cluster according to the information in the first temporary storage space, the comparing Sun Mokuai performs comparing on the read information, a comparison value is stored in the second temporary storage space, and the redundancy detecting process includes:
step 2-2-1: the temporary storage space I is internally provided with a comparison queue and a comparison code, wherein the comparison queue is [1, 2..r ], wherein r is the cluster number of the information clusters, the number in the comparison queue is the cluster number of the corresponding information cluster, and the value of the comparison code is one;
step 2-2-2: the reading Sun Mokuai obtains a comparison queue in the first temporary storage space, and the corresponding effective information of the comparison code is obtained according to the sequence code of the information items obtained by the numbers in the comparison queue in the corresponding information clusters, and the effective information and the comparison queue are transmitted to the comparison Sun Mokuai, and the reading Sun Mokuai removes the corresponding comparison queue in the first temporary storage space after obtaining the comparison queue in the first temporary storage space;
step 2-2-3: the control Sun Mokuai performs control on the effective information, combines the cluster numbers of the effective information which are consistent with each other with the control queue to form a new queue, and transmits the new queue to the temporary storage space II;
Step 2-2-4: repeating the steps 2-2-2 and 2-2-3 until the whole comparison queue is read, and then turning to the step 2-2-5 for execution;
step 2-2-5: if there is no queue in the second temporary storage space, go to step 2-2-8 to execute, if there is a queue in the second temporary storage space, the temporary storage Sun Mokuai sends the queue in the second temporary storage space to the first temporary storage space, adds the comparison code to the first temporary storage space, and clears the second temporary storage space;
step 2-2-6: when the comparison code is consistent with the number of the information items, the step 2-2-7 is carried out, and otherwise, the step 2-2-2 is carried out;
step 2-2-7: the redundancy detection submodule obtains a comparison queue in the temporary storage space I, maintains one information cluster in the comparison queue according to numbers in the comparison queue, and reads another information cluster to be treated as the information cluster;
step 2-2-8: the initial information has no redundant information, and the detection is terminated;
the information items are used for representing the types of the corresponding effective information, the information items are sequentially arranged, the last information item is a blocking item, the effective information corresponding to the blocking item in the information cluster is a mark, and the whole initial information is cut into a plurality of information clusters through the mark, wherein the marks in the information clusters are identical.
5. A method for resolving an intelligent charging platform for a stereo garage according to any one of claims 1 to 4, running on an upper computer, comprising:
step 1: collecting charging pile information on a charging pile of the stereo garage to be analyzed;
step 2: performing arrangement on charging pile information on a charging pile of the stereo garage which is collected as initial information;
step 3: analyzing the charging pile information on the charging piles of the tidied stereo garage;
step 4: deriving an analytical value;
the step 2 specifically includes:
step 2-1-1: in the whole number A xy The numbers equal to r and 0 are removed internally, and the residual number A is maintained xy ；
Step 2-1-2: calculation of residual A xy Arithmetic mean A1 of (2);
step 2-1-3: obtaining residual A xy A number A2 in the block, deriving the dispersion degree S of the number:
S={r-A2}*{
/{（A2-A1）*T}}；
here, T is the number of attribute entries, and r is the number of clusters of information clusters.
6. The method for analyzing the intelligent charging platform of the stereo garage according to claim 5, wherein the step 2 further specifically includes:
step 2-2-1: the temporary storage space I is internally provided with a comparison queue and a comparison code, wherein the comparison queue is [1, 2..r ], wherein r is the cluster number of the information cluster, the number in the comparison queue is the cluster number of the corresponding information cluster, and the value of the comparison code is one;
Step 2-2-2: reading Sun Mokuai to obtain a comparison queue in the first temporary storage space, obtaining corresponding effective information of the comparison code according to the sequence code of the information items in the corresponding information cluster of the numbers in the comparison queue, transmitting the effective information and the comparison queue to the comparison Sun Mokuai, and removing the corresponding comparison queue in the first temporary storage space after reading Sun Mokuai to obtain the comparison queue in the first temporary storage space;
step 2-2-3: the effective information is compared by the contrast Sun Mokuai, the cluster numbers of the effective information which are consistent are combined with the contrast queue to form a new queue, and the new queue is transferred to the temporary storage space II;
step 2-2-4: repeating the steps 2-2-2 and 2-2-3 until the whole comparison queue is read, and then turning to the step 2-2-5 for execution;
step 2-2-5: if there is no queue in the second temporary storage space, go to step 2-2-8 to execute, if there is a queue in the second temporary storage space, the temporary storage Sun Mokuai sends the queue in the second temporary storage space to the first temporary storage space, the contrast code is increased by itself, and the second temporary storage space is cleared;
step 2-2-6: when the comparison code is consistent with the number of the information items, the step 2-2-7 is carried out, and otherwise, the step 2-2-2 is carried out;
Step 2-2-7: the redundancy detection submodule obtains a comparison queue in the first temporary storage space, maintains one information cluster in the comparison queue according to numbers in the comparison queue, and reads another information cluster to be used as the information cluster to be treated;
step 2-2-8: the start information has no redundant information and the detection is terminated.
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