CN116245442B - Military artificial intelligence application system - Google Patents
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Abstract
The invention relates to the field of artificial intelligence, in particular to a military artificial intelligence application system, which comprises: the electronic information code module is used for displaying an application code, displaying an information code corresponding to initial information of military supplies in the military supplies transportation box or displaying a corresponding abnormal reminding code; the cloud platform stores initial information corresponding to each military material transportation box, carries out cargo transportation information detection on the military material transportation boxes to determine whether to display the information codes corresponding to the initial information, and controls the military material transportation boxes to execute corresponding actions according to the judging result of whether the military material transportation boxes meet the preset standard opening times; the central control unit is used for acquiring the initial information or the reminding information corresponding to the abnormal reminding code by scanning the electronic information code module under the non-opening condition, and detecting the goods internal information of the military supplies to determine whether the military supply transport container meets the opening standard or not; the invention improves the safety of military material transportation.
Description
Technical Field
The invention relates to the field of artificial intelligence, in particular to a military artificial intelligence application system.
Background
The intelligent, technological and safety of military material distribution is the current development trend of military material transportation, absolute confidentiality of military materials and absolute guarantee of safety of the military materials are important in the military material transportation, and how to apply artificial intelligence to the transportation and detection of the military materials is an ongoing problem.
The Chinese patent publication number CN208636869U discloses a military material logistics guarantee intelligent distribution system based on the Internet of things technology, which comprises a plurality of material library supply and demand points, a material library terminal in communication connection with the material library supply and demand points through a wireless transmission network, a transportation positioning monitoring system which is connected with the material library supply and demand points and the material library terminal through the wireless transmission network and is arranged on a transportation vehicle, and a logistics command center in communication connection with the material library terminal, wherein the military material logistics account reporting intelligent distribution system based on the Internet of things technology has the following problems: failure to evaluate the safety of the cargo against the transportation information of the cargo, the internal information of the cargo, and the uncertainty encountered during transportation results in poor safety of the transportation system.
Disclosure of Invention
Therefore, the invention provides a military artificial intelligence application system which is used for solving the problem that the internal information of a cargo box cannot be obtained when the cargo box is not opened in the prior art so as to confirm and control the opening times of the cargo box.
To achieve the above object, there is provided a military artificial intelligence application system, comprising:
the electronic information code module is arranged on the closed military material transportation box and is remotely connected with the cloud platform, and is used for displaying an application code, displaying an information code corresponding to initial information of military materials in the military material transportation box or displaying a corresponding abnormal reminding code and sending an information acquisition application to the cloud platform;
the cloud platform is used for storing the initial information corresponding to each military material transportation box, detecting cargo transportation information of the military material transportation boxes after receiving the information acquisition application to determine whether to display the information code corresponding to the initial information, and controlling the military material transportation boxes to execute corresponding opening or closing actions according to the judging result of whether the military material transportation boxes meet the preset standard opening times or not under the box door opening condition;
The central control unit is respectively connected with the electronic information code module and the cloud platform, is externally connected with an information scanning device and is used for scanning the application code through the control information scanning device under a non-opening condition to obtain the initial information, detecting the internal information of the military supplies under a first internal information detection condition of the goods, and determining whether the military supply transport box meets an opening standard according to a detection result;
wherein, the door opening condition is that the central control unit judges that the military material transport box meets the opening standard;
the first goods internal information detection condition is that the information scanning device scans an information code corresponding to the initial information of the military material transport box and acquires the initial information;
the non-opening condition is that the military material transport box keeps a closed state and does not change appearance form;
the initial information includes real-time transport position coordinates of the military supplies, the kinds of the military supplies, an initial contour area, an initial weight, an initial internal image, and an initial marking substance distribution density.
Further, the military material transport pod comprises:
the sensing device is arranged on the inner wall of one side of the military material transport box and is used for detecting the opening and closing of the box door;
The box door is positioned at one side opposite to the sensing device, and a marking device is arranged on the inner wall of the box door and used for spraying marking substances to the closing position of the box door when the box door is closed;
the intelligent electronic lock is arranged in the military material transportation box, is connected with the box door and the inner wall of the military material transportation box, is remotely connected with the cloud platform, is used for fixedly connecting the box door and the military material transportation box in a set state when in a closed state, and is used for opening the box door when receiving opening control information of the cloud platform so as to disconnect the box door from at least one inner wall;
the alarm device is arranged at the top of the military material transportation box and connected with the central control unit, and is used for giving an alarm when receiving a control signal of the cloud platform and/or an opening signal of the sensing device;
the movable camera devices are respectively arranged on the top inner wall and the inner side wall of the military material transportation box and used for detecting the internal information of the military material, wherein the internal information of the military material comprises the outline area, the initial internal image, the real-time internal image, the initial marking substance distribution density and the marking substance distribution density of the military material;
The positioning device is arranged inside the military material transportation box and is remotely connected with the cloud platform, and is used for transmitting the position of the military material transportation box to the cloud platform in real time.
Further, the cloud platform calculates the estimated transportation required time T0 of the military supplies under the first cargo transportation information detection condition, detects the actual transportation time T of the military supplies at the moment, compares T with T0 to judge the code scanning frequency standard of the military supplies, and sets T0 = L/V + Tx, wherein L is the transportation route length of the military supplies, V is the preset transportation speed of the military supplies, and Tx is the transit time of the military supplies; the cloud platform is provided with a first time length compensation coefficient alpha 1, a second time length compensation coefficient alpha 2, a preset code scanning frequency standard Nz, a first time number compensation coefficient beta 1 and a second time number compensation coefficient beta 2, wherein alpha 1 is more than 1 and less than alpha 2, nz is more than 0 and less than beta 1 and less than beta 2,
if T is less than or equal to T0, the cloud platform judges that the code scanning frequency standard of the military supplies is set to be N0 and N0 = Nz x beta 1 is set;
if T0 is more than or equal to T0 multiplied by alpha 1, the cloud platform judges that the code scanning frequency standard of the military supplies is set to be N0, and N0 = Nz is set;
if T0 x alpha 1 is less than T and less than or equal to T0 x alpha 2, the code scanning frequency standard of the cloud platform for judging the military supplies is set to be N0, and N0=Nz x beta 2 is set;
If T0 x alpha 2 is less than T, the cloud platform judges that the actual transportation duration of the military supplies exceeds a preset range, and controls the alarm device to send out an alarm;
the first cargo transportation information detection condition is that the information scanning device scans the electronic information code module and the cloud platform receives the information acquisition application to finish;
the cloud platform compares the scanned times N of the electronic information code module with a code scanning times standard N0 under the condition of detecting the second cargo transportation information to judge whether the scanned times meet the standard,
if N is less than N0, the cloud platform judges that the scanned times meet the standard and further detects whether the transportation path of the military supplies meets the preset standard;
if N is more than or equal to N0, the cloud platform judges that the scanned times are not in accordance with the standard, controls the alarm device to send out an alarm and controls the electronic information code module to display a reminding information code with abnormal code scanning times;
the second cargo transportation information detection condition is that the code scanning frequency standard of the cloud platform on military materials is judged to be completed;
the cloud platform compares the path similarity K of the transportation path of the military supplies and a preset transportation path in the cloud platform with a preset similarity standard under a third cargo transportation information detection condition so as to judge whether the transportation path of the military supplies meets the preset standard; the cloud platform is provided with a first preset path similarity K1 and a second preset path similarity K2, wherein K1 is more than 0 and less than K2,
If K is less than or equal to K1, the cloud platform judges that the transportation path of the military supplies does not meet a preset standard, controls the alarm device to send out an alarm and controls the electronic information code module to display a reminding information code with abnormal transportation path;
if K1 is more than K and less than or equal to K2, the cloud platform preliminarily judges that the transportation path of the military supplies meets the preset standard, and controls the electronic information code module to display a reminding information code for manually confirming whether the route meets the standard;
if K2 is less than K, the cloud platform judges that the transportation path of the military supplies accords with a preset standard, and the cargo transportation information is detected to be qualified and controls the electronic information code module to display an information code corresponding to the initial information;
and the third cargo transportation information detection condition is that N is less than N0, and the cloud platform judges that the scanned times meet the standard.
Further, the central control unit compares the weight M of the military material transportation box with the initial weight M0 of the military material transportation box obtained from the information code under the condition of detecting the internal information of the first goods to judge whether the weight of the military material transportation box meets the standard, the central control unit is provided with a first preset weight compensation coefficient gamma 1 and a second preset weight compensation coefficient gamma 2, wherein, 0 < gamma 1 < gamma 2,
If M is more than or equal to M0×γ1 and less than or equal to M0×γ2, the central control unit preliminarily judges that the weight of the military material transport box meets the standard;
if M is less than M0×γ1 or M is more than M0×γ2, the central control unit judges that the weight of the military material transport box does not meet the standard and controls the alarm device to give an alarm;
the central control unit further judges whether the weight of the military material transport case meets the standard according to the type of the military material under the condition of detecting the internal information of the second goods, wherein if the type of the military material does not belong to the weight-variable type, the central control unit judges that the weight of the military material meets the standard;
if the type of the military supplies is a weight-variable type, the central control unit extracts a transport case temperature average value R and a transport case humidity average value Q in the transport process of the military supply transport case to calculate a transport case environmental influence degree Z, and sets Z= (R) 2 ﹣R0 2 )+(Q 2 ﹣Q0 2 ) Wherein R0 is a preset standard environmental temperature, Q0 is a preset standard environmental humidity, R0 is more than 0, and Q0 is more than 0; the central control unit compares Z with a preset environmental influence degree to judge whether the environmental temperature and the environmental humidity influence the weight of the military material transport box; the central control unit is provided with a first preset environmental influence degree Z1, a second preset environmental influence degree Z2, a third preset weight compensation coefficient gamma 3 and a fourth preset weight compensation coefficient gamma 4, wherein Z1 is more than 0 and less than Z2, gamma 1 is more than 0 and less than gamma 3 is more than 0 and less than 1 and less than gamma 4 is less than gamma 2,
If Z is less than Z1 or Z2 is less than Z, the central control unit judges that the influence of the ambient temperature and the ambient humidity on the weight of the military material transport box exists, and the weight of the military material transport box meets the standard;
if Z1 is not less than Z2, the central control unit judges that the ambient temperature and the ambient humidity do not affect the weight of the military material transportation box and uses gamma 3 and gamma 4 to judge whether the weight of the military material transportation box meets the standard again,
if M is less than M0×γ3 or M is more than M0×γ4, the central control unit judges that the weight of the military material transport box does not meet the standard, and controls the alarm device to give an alarm;
if M is more than or equal to M0×γ3 and less than or equal to M0×γ4, the central control unit judges that the weight of the military material transport box meets the standard;
the first goods internal information detection condition is that the information scanning device scans an information code corresponding to the initial information of the military material transportation box and acquires the initial information to finish, and the second goods internal information detection condition is that the central control unit preliminarily judges that the weight of the military material transportation box meets the standard.
Further, the central control unit controls the movable camera device to scan the outline of the internal object of the military material under the condition of detecting the internal information of the third goods so as to obtain the outline area S of the military material and compares S with the initial outline area S0 of the military material in the cloud platform so as to judge whether the outline area of the military material meets the standard,
If s=s0, the central control unit determines that the contour area of the military material meets the standard and further detects whether the initial internal image of the military material meets the standard;
if S is less than S0 or S is more than S0, the central control unit judges that the outline area of the military material does not accord with the standard, and controls the alarm device to give an alarm;
and the third cargo internal information detection condition is that the central control unit judges that the weight of the military material transport box meets the standard.
Further, when the initial internal image acquisition of the military supplies is completed, the central control unit performs area division on the initial internal image of the military supplies through a preset division rule so as to divide the initial internal image into a plurality of internal initial sub-area images;
the preset dividing rule is to divide the initial internal image into four quadrants by taking the center of the initial internal image as an origin and taking a coordinate axis perpendicular to the side of the image, and the partial images corresponding to the four quadrants are respectively marked as corresponding internal image sub-areas.
Further, the central control unit controls the movable camera device to acquire an internal image of the military supplies under a fourth cargo internal information detection condition, the internal image is divided into a plurality of internal sub-area images through a preset division rule, the central control unit respectively carries out image coincidence matching on the internal initial sub-area images and the internal sub-area images acquired in practice, and if any initial sub-area image and the internal sub-area images fail to match, the central control unit judges that the internal sub-area images of the military supplies do not meet the standard and controls the alarm device to send an alarm; if all the initial subarea images are successfully matched with the internal subarea images respectively, the central control unit judges that the internal subarea images of the military supplies accord with the standard;
The matching failure is that the internal initial sub-region image and the internal sub-region image actually acquired are subjected to image contact ratio matching, and the image contact ratio is smaller than a preset image contact ratio standard, and the matching success is that the internal initial sub-region image and the internal sub-region image actually acquired are subjected to image contact ratio matching, and the image contact ratio is larger than or equal to the preset image contact ratio standard;
the fourth cargo internal information detection condition is s=s0 and the central control unit determines that the contour area of the military supplies meets the standard.
Further, the central control unit controls the movable camera device to detect the distribution density J of the marking substance at the closing position of the box door under the box opening judging condition and compares J with the initial distribution density J0 of the marking substance in the cloud platform to judge whether to allow the box door to be opened at the time,
if J is less than J0 or J is more than J0, the central control unit judges that the military supplies are possibly replaced at risk, and the military supplies transport container does not accord with the starting standard, and the central control unit controls the alarm device to give an alarm;
if j=j0, the central control unit judges that the distribution density of the marking substances at the closed position meets the standard and the military material transport box meets the opening standard;
And the unpacking judgment condition is that the central control unit judges that the image of the inner subarea of the military supplies meets the standard and sends out reminding information for carrying out the unpacking judgment.
Further, the sensing device generates a record when the box door is opened and transmits the record to the cloud platform so that the cloud platform records the opening times B, and the cloud platform compares the B with the preset opening times under the box door opening condition to judge whether to allow the box door to be opened at the time or not; the central control unit is provided with preset standard opening times B0, wherein, 0 is less than B0,
if B is less than or equal to B0, the cloud platform judges that the opening times of the box door meet the preset standard and allows the box door to be opened at the time, and the cloud platform remotely controls the intelligent electronic lock to be opened so as to open the box door;
if B is more than B0, the cloud platform judges that the opening times of the box door do not meet the preset standard, and controls the alarm device to give an alarm.
Compared with the prior art, the method has the beneficial effects that the cargo transportation information detection and the cargo internal information detection are carried out on the military materials, so that the transportation time length, the code scanning times and the transportation path of the military materials are ensured to meet the preset standard, the weight of the military material transportation box and the outline area of the military materials are ensured to meet the preset standard, the military material information is prevented from being maliciously stolen and replaced, the judgment speed is ensured, and meanwhile, the cargo safety is evaluated by aiming at the cargo transportation information, the cargo internal information and the uncertain factors encountered in the transportation process, so that the safety of the military material transportation is improved.
Further, the central control unit controls the movable camera device to detect the distribution density J of the marking substances at the closing position of the box door under the box opening judging condition, and compares the J with the initial distribution density J0 of the marking substances in the cloud platform to judge whether the box door is allowed to be opened at the time or not so as to prevent the transported military supplies from being replaced maliciously, so that the safety of the invention for transporting the military supplies is improved while the judging speed is ensured.
Further, the sensing device generates records when the box door is opened and transmits the records to the cloud platform so that the cloud platform records the opening times B, and the cloud platform compares the B with the preset opening times under the box door opening condition to judge whether the box door is allowed to be opened or not, so that the behavior of maliciously replacing military supplies is avoided, the judging speed is ensured, and meanwhile, the safety of the invention for transportation of the military supplies is improved.
Further, the cloud platform calculates the estimated transportation required time T0 of the military supplies under the first cargo transportation information detection condition, detects the actual transportation time T of the military supplies at the moment, compares T with T0 to judge the code scanning frequency standard of the military supplies, judges the code scanning frequency standard of the military supplies through the actual situation, avoids misjudgment caused by fixed standard setting, ensures the judging speed, and improves the safety of the transportation of the military supplies.
Further, the cloud platform compares the scanned times N of the electronic information code module with the code scanning times standard N0 under the second cargo transportation information detection condition to judge whether the scanned times meet the standard or not, so that the behavior of maliciously replacing military supplies is avoided, the judging speed is ensured, and meanwhile, the safety of the electronic information code module for transportation of the military supplies is improved.
Further, the central control unit compares M with the initial weight M0 of the military material transportation box in the cloud platform to judge whether the weight of the military material transportation box meets the standard, whether the goods are replaced or not is judged according to whether the weights of the goods are the same, judging speed is ensured, and meanwhile safety of the military material transportation is improved.
Further, if the type of the military material is a weight variable type, the central control unit extracts a transportation box temperature average value R and a transportation box humidity average value Q of a transportation path of the military material and calculates a transportation box environmental influence degree Z, and the central control unit compares the Z with a preset environmental influence degree to judge whether the environmental temperature and the environmental humidity influence the weight of the military material transportation box, so that misjudgment caused by environmental influence is avoided, the judgment speed is ensured, and meanwhile, the safety of the military material transportation is improved.
Drawings
FIG. 1 is a schematic diagram of a military artificial intelligence application system according to an embodiment of the present invention;
FIG. 2 is a schematic front view of a military transport pod according to an embodiment of the present invention;
FIG. 3 is a schematic right-hand view of a military transport pod according to an embodiment of the present invention;
fig. 4 is a flowchart of the central control unit comparing J with the initial marking substance distribution density J0 in the cloud platform to determine whether to allow the opening of the box door according to the embodiment of the present invention;
FIG. 5 is a flowchart of the central control unit comparing B with a preset opening frequency to determine whether to allow the opening of the door according to the embodiment of the present invention;
in the figure: the intelligent electronic lock comprises an induction device 1, a box door 2, a marking device 3, an intelligent electronic lock 4, an alarm device 5 and a movable camera device 6.
Detailed Description
In order that the objects and advantages of the invention will become more apparent, the invention will be further described with reference to the following examples; it should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.
Preferred embodiments of the present invention are described below with reference to the accompanying drawings. It should be understood by those skilled in the art that these embodiments are merely for explaining the technical principles of the present invention, and are not intended to limit the scope of the present invention.
It should be noted that, in the description of the present invention, terms such as "upper," "lower," "left," "right," "inner," "outer," and the like indicate directions or positional relationships based on the directions or positional relationships shown in the drawings, which are merely for convenience of description, and do not indicate or imply that the apparatus or elements must have a specific orientation, be constructed and operated in a specific orientation, and thus should not be construed as limiting the present invention.
Furthermore, it should be noted that, in the description of the present invention, unless explicitly specified and limited otherwise, the terms "mounted," "connected," and "connected" are to be construed broadly, and may be either fixedly connected, detachably connected, or integrally connected, for example; can be mechanically or electrically connected; can be directly connected or indirectly connected through an intermediate medium, and can be communication between two elements. The specific meaning of the above terms in the present invention can be understood by those skilled in the art according to the specific circumstances.
Referring to fig. 1-5, a military artificial intelligence application system, comprising:
the electronic information code module is arranged on the closed military material transportation box and is remotely connected with the cloud platform, and is used for displaying an application code, displaying an information code corresponding to initial information of military materials in the military material transportation box or displaying a corresponding abnormal reminding code and sending an information acquisition application to the cloud platform;
The cloud platform is used for storing the initial information corresponding to each military material transportation box, detecting cargo transportation information of the military material transportation boxes after receiving the information acquisition application to determine whether to display the information code corresponding to the initial information, and controlling the military material transportation boxes to execute corresponding opening or closing actions according to the judging result of whether the military material transportation boxes meet the preset standard opening times or not under the box door opening condition;
the central control unit is respectively connected with the electronic information code module and the cloud platform, is externally connected with an information scanning device and is used for scanning the application code through the control information scanning device under a non-opening condition to obtain the initial information, detecting the internal information of the military supplies under a first internal information detection condition of the goods, and determining whether the military supply transport box meets an opening standard according to a detection result;
the cargo transportation information detection includes: determining a code scanning frequency standard of the military supplies according to the comparison result of the estimated transportation time of the military supplies and the actual transportation time, and judging whether the transportation path of the military supplies meets the preset standard according to the comparison result of the path similarity of the transportation path of the military supplies and the preset transportation path and the preset similarity standard;
The cargo internal information detection includes: judging whether the weight of the military material transportation box meets the standard according to the comparison result of the weight of the military material transportation box and the initial weight of the military material transportation box in the cloud platform, comparing the environmental influence degree with the preset environmental influence degree to judge whether the environmental temperature and the environmental humidity influence the weight of the military material transportation box, and judging whether the contour area of the military material meets the standard according to the comparison result of the contour area of the military material and the initial contour area;
wherein, the door opening condition is that the central control unit judges that the military material transport box meets the opening standard;
the first goods internal information detection condition is that the information scanning device scans an information code corresponding to the initial information of the military material transport box and acquires the initial information;
the non-opening condition is that the military material transport box keeps a closed state and does not change appearance form;
the initial information includes real-time transport position coordinates of the military supplies, the kinds of the military supplies, an initial contour area, an initial weight, an initial internal image, and an initial marking substance distribution density.
Specifically, the military material transport box is provided in a closed structure, comprising:
an induction device 1 arranged on the inner wall of one side of the military material transportation box and used for detecting the opening and closing of the box door 2;
the box door 2 is positioned at the opposite side of the sensing device 1, and a marking device 3 is arranged on the inner wall of the box door 2 and is used for spraying marking substances to the closing position of the box door 2 when the box door 2 is closed; when the box door 2 is closed, a closed space is formed inside the military material transportation box, the set air tightness can be kept, the marking substances of the marking device 3 are sensitive to air, and the content of the marking substances can be changed after the marking substances are contacted with the air; for example, the labeling substance is a phenolic compound, the phenolic compound is easily oxidized into quinone, the quinone compound has a color, such as o-quinone is red, p-quinone is yellow, tannin also contains phenolic hydroxyl groups, and the tannin is black after oxidation. Under the participation of enzymes, the rate of oxidizing phenol into quinone is faster, for example, catechol can be oxidized into o-benzoquinone by oxygen quickly under the catalysis of polyphenol oxidase.
The intelligent electronic lock 4 is arranged inside the military material transportation box, is connected with the box door 2 and the inner wall of the military material transportation box, is remotely connected with the cloud platform, is used for fixedly connecting the box door 2 and the military material transportation box in a set state when in a closed state, and is used for opening the box door 2 when receiving opening control information of the cloud platform so as to disconnect the box door 2 from at least one inner wall;
the alarm device 5 is arranged at the top of the military material transportation box and connected with the central control unit, and is used for giving an alarm when receiving a control signal of the cloud platform and/or an opening signal of the induction device 1;
the movable camera devices 6 are respectively arranged on the top inner wall and the inner side wall of the military material transportation box and used for detecting the internal information of the military material, wherein the internal information of the military material comprises the outline area, the initial internal image, the real-time internal image, the initial marking substance distribution density and the marking substance distribution density of the military material;
the positioning device is arranged inside the military material transportation box and is remotely connected with the cloud platform, and is used for transmitting the position of the military material transportation box to the cloud platform in real time.
Specifically, the cloud platform calculates the estimated transportation required time T0 of the military supplies under the first cargo transportation information detection condition, detects the actual transportation time T of the military supplies at the moment, compares T with T0 to judge the code scanning frequency standard of the military supplies, and sets, wherein T0=L/V+Tx, L is the transportation route length of the military supplies, V is the preset transportation speed of the military supplies, and Tx is the transit time of the military supplies; the cloud platform is provided with a first time length compensation coefficient alpha 1, a second time length compensation coefficient alpha 2, a preset scanning frequency standard Nz, a first time number compensation coefficient beta 1 and a second time number compensation coefficient beta 2, wherein alpha 1 = 1.2, alpha 2 = 1.4, nz = 3 times, beta 1 = 0.8, beta 2 = 1.2,
if T is less than or equal to T0, the cloud platform judges that the code scanning frequency standard of the military supplies is set to be N0 and N0 = Nz x beta 1 is set;
if T0 is more than or equal to T0 multiplied by alpha 1, the cloud platform judges that the code scanning frequency standard of the military supplies is set to be N0, and N0 = Nz is set;
if T0 x alpha 1 is less than T and less than or equal to T0 x alpha 2, the code scanning frequency standard of the cloud platform for judging the military supplies is set to be N0, and N0=Nz x beta 2 is set;
if T0 x alpha 2 is less than T, the cloud platform judges that the actual transportation duration of the military supplies exceeds a preset range and controls the alarm device 5 to send out an alarm;
According to the method, the cloud platform calculates the estimated transportation required time T0 of the military supplies under the first cargo transportation information detection condition, detects the actual transportation time T of the military supplies at the moment, compares the T with the T0 to judge the code scanning frequency standard of the military supplies, judges the code scanning frequency standard of the military supplies according to the actual situation, avoids misjudgment caused by fixed standard setting, ensures the judging speed, and improves the safety of the transportation of the military supplies;
the first cargo transportation information detection condition is that the information scanning device scans the electronic information code module and the cloud platform receives the information acquisition application to finish.
In particular, the cloud platform compares the scanned times N of the electronic information code module with a code scanning times standard N0 under the condition of detecting the second cargo transportation information to judge whether the scanned times meet the standard,
if N is less than N0, the cloud platform judges that the scanned times meet the standard and further detects whether the transportation path of the military supplies meets the preset standard;
if N is more than or equal to N0, the cloud platform judges that the scanned times are not in accordance with the standard, controls the alarm device 5 to send out an alarm and controls the electronic information code module to display a reminding information code with abnormal times of scanning;
The cloud platform compares the scanned times N of the electronic information code module with the code scanning times standard N0 under the second cargo transportation information detection condition to judge whether the scanned times meet the standard or not, so that the behavior of maliciously replacing military supplies is avoided, the judging speed is ensured, and the safety of the cloud platform for the transportation of the military supplies is improved;
and the second cargo transportation information detection condition is that the code scanning frequency standard of the cloud platform on the military supplies is judged to be completed.
Specifically, the cloud platform compares the path similarity K of the transportation path of the military supplies and a preset transportation path in the cloud platform with a preset similarity standard under a third cargo transportation information detection condition so as to determine whether the transportation path of the military supplies meets the preset standard; the cloud platform is provided with a first preset path similarity K1 and a second preset path similarity K2, wherein K1=70%, K2=95%,
if K is less than or equal to K1, the cloud platform judges that the transportation path of the military supplies does not meet a preset standard, controls the alarm device 5 to send out an alarm and controls the electronic information code module to display a reminding information code with abnormal transportation path;
If K1 is more than K and less than or equal to K2, the cloud platform preliminarily judges that the transportation path of the military supplies meets the preset standard, and controls the electronic information code module to display a reminding information code for manually confirming whether the route meets the standard;
if K2 is less than K, the cloud platform judges that the transportation path of the military supplies accords with a preset standard, and the cargo transportation information is detected to be qualified and controls the electronic information code module to display an information code corresponding to the initial information;
and the third cargo transportation information detection condition is that N is less than N0, and the cloud platform judges that the scanned times meet the standard.
Specifically, the central control unit compares the weight M of the military material transportation box with the initial weight M0 of the military material transportation box obtained from the information code under the condition of detecting the first goods internal information to judge whether the weight of the military material transportation box meets the standard, the central control unit is provided with a first preset weight compensation coefficient gamma 1 and a second preset weight compensation coefficient gamma 2, wherein gamma 1 = 0.9 and gamma 2 = 1.1,
if M is more than or equal to M0×γ1 and less than or equal to M0×γ2, the central control unit preliminarily judges that the weight of the military material transport box meets the standard;
if M is less than M0×γ1 or M is more than M0×γ2, the central control unit judges that the weight of the military material transport box does not meet the standard and controls the alarm device to give an alarm;
The central control unit compares M with the initial weight M0 of the military material transportation box in the cloud platform to judge whether the weight of the military material transportation box meets the standard, and judges whether the goods are replaced or not according to whether the weights of the goods are the same, so that the judging speed is ensured, and meanwhile, the safety of the military material transportation box is improved.
The central control unit further judges whether the weight of the military material transport case meets the standard according to the type of the military material under the condition of detecting the internal information of the second goods, wherein if the type of the military material does not belong to the weight-variable type, the central control unit judges that the weight of the military material meets the standard;
if the type of the military supplies is a weight-variable type, the central control unit extracts a transport case temperature average value R and a transport case humidity average value Q in the transport process of the military supply transport case to calculate a transport case environmental influence degree Z, and sets Z= (R) 2 ﹣R0 2 )+(Q 2 ﹣Q0 2 ) Wherein R0 is a preset standard environmental temperature, Q0 is a preset standard environmental humidity, R0 is more than 0, and Q0 is more than 0; the central control unit compares Z with a preset environmental influence degree to judge whether the environmental temperature and the environmental humidity are applied to the military The weight of the material transport case is influenced; the central control unit is provided with a first preset environmental influence degree Z1, a second preset environmental influence degree Z2, a third preset weight compensation coefficient gamma 3 and a fourth preset weight compensation coefficient gamma 4, wherein Z1 is more than 0 and less than Z2, gamma 3 = 0.95, gamma 4 = 1.05,
if Z is less than Z1 or Z2 is less than Z, the central control unit judges that the influence of the ambient temperature and the ambient humidity on the weight of the military material transport box exists, and the weight of the military material transport box meets the standard;
if Z1 is not less than Z2, the central control unit judges that the ambient temperature and the ambient humidity do not affect the weight of the military material transportation box and uses gamma 3 and gamma 4 to judge whether the weight of the military material transportation box meets the standard again,
if M is less than M0×γ3 or M is more than M0×γ4, the central control unit judges that the weight of the military material transport box does not meet the standard, and controls the alarm device 5 to give an alarm;
if M is more than or equal to M0×γ3 and less than or equal to M0×γ4, the central control unit judges that the weight of the military material transport box meets the standard;
in the invention, if the types of the military supplies are weight-variable types, the central control unit extracts the transportation box temperature average value R and the transportation box humidity average value Q of the transportation path of the military supplies and calculates the transportation box environment influence degree Z, and the central control unit compares the Z with the preset environment influence degree to judge whether the environment temperature and the environment humidity influence the weight of the military supply transportation box or not, so that misjudgment caused by the environment influence is avoided, the judgment speed is ensured, and the safety of the invention for transportation of the military supplies is improved.
The material transportation box is internally provided with a temperature detection device for detecting the internal temperature of the material transportation box and a humidity detection device for detecting the internal humidity of the material transportation box, and the temperature detection device and the humidity detection device are both connected with the central control unit;
the central control unit is provided with a transport case internal environment detection period F, and each internal environment detection period of the central control unit controls the temperature detection device and the temperature detection deviceThe humidity detection device detects the temperature Y1i and the humidity Y2i in the material transport case, wherein i=1, 2,3, & n, wherein n is the total detection times of the temperature detection device; the setting is carried out such that,
the central control unit is provided with a weight variable standard DeltaM, and is set to be a weight variable type of military materials with the absolute value of weight change larger than DeltaM in a preset time period, wherein DeltaM is more than 0;
the second cargo internal information detection condition is that the central control unit preliminarily judges that the weight of the military material transportation box meets the standard.
Specifically, the central control unit controls the movable camera device 6 to scan the outline of the internal object of the military material under the condition of detecting the internal information of the third goods to obtain the outline area S of the military material and compares S with the initial outline area S0 of the military material in the cloud platform to judge whether the outline area of the military material meets the standard,
If s=s0, the central control unit determines that the contour area of the military material meets the standard and further detects whether the initial internal image of the military material meets the standard;
if S is less than S0 or S is more than S0, the central control unit judges that the outline area of the military material does not accord with the standard, and controls the alarm device 5 to give an alarm;
and the third cargo internal information detection condition is that the central control unit judges that the weight of the military material transport box meets the standard.
Specifically, when the initial internal image acquisition of the military supplies is completed, the central control unit performs regional division on the initial internal image of the military supplies through a preset division rule so as to divide the initial internal image into a plurality of internal initial sub-region images;
the preset dividing rule is to divide the initial internal image into four quadrants by taking the center of the initial internal image as an origin and taking a coordinate axis perpendicular to the side of the image, and the partial images corresponding to the four quadrants are respectively marked as corresponding internal image sub-areas.
Specifically, the central control unit controls the movable camera device 6 to collect the internal image of the military supplies under the condition of detecting the internal information of the fourth goods, and divides the internal image into a plurality of internal sub-area images through a preset division rule, the central control unit respectively performs image coincidence matching on the internal initial sub-area image and the internal sub-area image which are actually collected, and if any initial sub-area image and the internal sub-area image fail to match, the central control unit judges that the internal sub-area image of the military supplies does not meet the standard and controls the alarm device 5 to send an alarm; if all the initial subarea images are successfully matched with the internal subarea images respectively, the central control unit judges that the internal subarea images of the military supplies accord with the standard;
The matching failure is that the internal initial sub-region image and the internal sub-region image actually acquired are subjected to image contact ratio matching, and the image contact ratio is smaller than a preset image contact ratio standard, and the matching success is that the internal initial sub-region image and the internal sub-region image actually acquired are subjected to image contact ratio matching, and the image contact ratio is larger than or equal to the preset image contact ratio standard;
the fourth cargo internal information detection condition is s=s0 and the central control unit determines that the contour area of the military supplies meets the standard.
Specifically, the central control unit controls the movable image pickup device 6 to detect the distribution density J of the marking substance at the closing position of the door 2 under the open judgment condition and compares J with the initial distribution density J0 of the marking substance in the cloud deck to judge whether to permit the opening of the door 2 at this time,
if J < J0 or J > J0, the central control unit judges that the military supplies have the risk of being possibly replaced, and the military supplies transport box does not accord with the opening standard, and the central control unit controls the alarm device 5 to send an alarm;
if j=j0, the central control unit judges that the distribution density of the marking substances at the closed position meets the standard and the military material transport box meets the opening standard;
The central control unit controls the movable camera device to detect the distribution density J of the marked material at the closing position of the box door 2 under the box opening judging condition, and compares the J with the initial distribution density J0 of the marked material in the cloud platform to judge whether to allow the opening of the box door 2 at this time to avoid malicious replacement of transported military materials, so that the safety of the invention for transportation of the military materials is improved while the judging speed is ensured;
and the unpacking judgment condition is that the central control unit judges that the image of the inner subarea of the military supplies meets the standard and sends out reminding information for carrying out the unpacking judgment.
Specifically, the sensing device 1 generates a record when the door 2 is opened and transmits the record to the cloud platform to enable the cloud platform to record the opening times B, and the cloud platform compares the B with the preset opening times under the door 2 opening condition to determine whether to allow the door 2 to be opened at the time; the central control unit is provided with a preset standard starting frequency B0, wherein B0=6,
if B is less than or equal to B0, the cloud platform judges that the opening times of the box door 2 meet a preset standard and allows the box door 2 to be opened, and the cloud platform remotely controls the intelligent electronic lock 4 to be opened so as to open the box door 2;
If B is more than B0, the cloud platform judges that the opening times of the box door 2 do not meet the preset standard, and controls the alarm device 5 to give an alarm;
the sensing device 1 of the invention generates records when the box door 2 is opened and transmits the records to the cloud platform so that the cloud platform records the opening times B, and the cloud platform compares the B with the preset opening times under the opening condition of the box door 2 to judge whether to allow the box door 2 to be opened or not, thereby avoiding the behavior of maliciously replacing military materials, ensuring the judging speed and improving the safety of the invention for the transportation of the military materials.
Example 1
In this embodiment, the initial marking substance distribution density in the cloud deck, j0=80%, and the movable camera 6 detects the marking substance distribution density j=80% at the closing position of the door 2, at this time, j=j0, and the central control unit determines that the marking substance distribution density at the closing position meets the standard and allows the door 2 to be opened this time. In this embodiment, the number of times b=3 of opening the door 2 recorded in the cloud platform, where B < B0, the central control unit determines that the number of times of opening the door 2 meets a preset standard and allows the door 2 to be opened this time.
In this embodiment, a transport route length l=1200 km of the military supplies stored in the cloud platform, a preset transport speed v=80 km/h of the military supplies, a transit time tx=2h of the military supplies, a cloud platform calculates a predicted transport time t0=1200/80+2=17 h of the military supplies under a first cargo transport information detection condition, and the cloud platform detects an actual transport time t=20h of the military supplies at this time, T0 < T < t0×α1, and the cloud platform determines that a code scanning number standard of the military supplies is set to N0, set, n0=nz=3 times;
In this embodiment, the scanned number of times of the electronic information code module n=2, where N < N0, the central control unit determines to allow the code scanning behavior;
in this embodiment, the similarity k=80% between the transportation path of the military supplies and the preset transportation path in the cloud platform, where K1 is smaller than K2, and the cloud platform initially determines that the transportation path of the military supplies meets the preset standard and controls the electronic information code module to display the reminding information code of the manual confirmation route.
In this embodiment, the central control unit controls the information scanning device to detect the weight M of the military material transport container under the condition of detecting the first cargo internal information, m=40 kg, and the initial weight m0=45 kg of the military material transport container stored in the cloud platform, at this time, M > m0×γ2, and the central control unit primarily determines that the weight of the military material transport container does not meet the standard and controls the alarm device to issue an alarm.
Thus far, the technical solution of the present invention has been described in connection with the preferred embodiments shown in the drawings, but it is easily understood by those skilled in the art that the scope of protection of the present invention is not limited to these specific embodiments. Equivalent modifications and substitutions for related technical features may be made by those skilled in the art without departing from the principles of the present invention, and such modifications and substitutions will be within the scope of the present invention.
The foregoing description is only of the preferred embodiments of the invention and is not intended to limit the invention; various modifications and variations of the present invention will be apparent to those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (10)
1. A military artificial intelligence application system, comprising:
the electronic information code module is arranged on the closed military material transportation box and is remotely connected with the cloud platform, and is used for displaying an application code, displaying an information code corresponding to initial information of military materials in the military material transportation box or displaying a corresponding abnormal reminding code and sending an information acquisition application to the cloud platform;
the cloud platform is used for storing the initial information corresponding to each military material transportation box, detecting cargo transportation information of the military material transportation boxes after receiving the information acquisition application to determine whether to display the information code corresponding to the initial information, and controlling the military material transportation boxes to execute corresponding opening or closing actions according to the judging result of whether the military material transportation boxes meet the preset standard opening times or not under the box door opening condition;
The central control unit is respectively connected with the electronic information code module and the cloud platform, is externally connected with an information scanning device and is used for scanning the application code through the control information scanning device under a non-opening condition to obtain the initial information, detecting the internal information of the military supplies under a first internal information detection condition of the goods, and determining whether the military supply transport box meets an opening standard according to a detection result;
wherein, the door opening condition is that the central control unit judges that the military material transport box meets the opening standard;
the first goods internal information detection condition is that the information scanning device scans an information code corresponding to the initial information of the military material transport box and acquires the initial information;
the non-opening condition is that the military material transport box keeps a closed state and does not change appearance form;
the initial information includes real-time transport position coordinates of the military supplies, the kinds of the military supplies, an initial contour area, an initial weight, an initial internal image, and an initial marking substance distribution density.
2. The military artificial intelligence application system of claim 1, wherein the military transport pod comprises:
The sensing device is arranged on the inner wall of one side of the military material transport box and is used for detecting the opening and closing of the box door;
the box door is positioned at one side opposite to the sensing device, and a marking device is arranged on the inner wall of the box door and used for spraying marking substances to the closing position of the box door when the box door is closed;
the intelligent electronic lock is arranged in the military material transportation box, is connected with the box door and the inner wall of the military material transportation box, is remotely connected with the cloud platform, is used for fixedly connecting the box door and the military material transportation box in a set state when in a closed state, and is used for opening the box door when receiving opening control information of the cloud platform so as to disconnect the box door from at least one inner wall;
the alarm device is arranged at the top of the military material transportation box and connected with the central control unit, and is used for giving an alarm when receiving a control signal of the cloud platform and/or an opening signal of the sensing device;
the movable camera devices are respectively arranged on the top inner wall and the inner side wall of the military material transportation box and used for detecting the internal information of the military material, wherein the internal information of the military material comprises the outline area, the initial internal image, the real-time internal image, the initial marking substance distribution density and the marking substance distribution density of the military material;
The positioning device is arranged inside the military material transportation box and is remotely connected with the cloud platform, and is used for transmitting the position of the military material transportation box to the cloud platform in real time.
3. The application system of artificial intelligence for military use according to claim 2, wherein the cloud platform calculates the estimated transportation required time T0 of the military material under the first cargo transportation information detection condition and detects the actual transportation time period T of the military material at this time and compares T with T0 to determine the scan number standard of the military material, is set, t0=l/v+tx, wherein L is the transportation route length of the military material, V is the preset transportation speed of the military material, tx is the transit time period of the military material, the cloud platform is provided with a first time period compensation coefficient α1, a second time period compensation coefficient α2, a preset scan number standard Nz, a first time period compensation coefficient β1 and a second time period compensation coefficient β2, wherein 1 < α2,0 < Nz,0 < β1 < 1 < β2,
if T is less than or equal to T0, the cloud platform judges that the code scanning frequency standard of the military supplies is set to be N0 and N0 = Nz x beta 1 is set;
if T0 is more than or equal to T0 multiplied by alpha 1, the cloud platform judges that the code scanning frequency standard of the military supplies is set to be N0 and N0 = Nz;
If T0 x alpha 1 is less than T and less than or equal to T0 x alpha 2, the cloud platform judges that the code scanning frequency standard of the military supplies is set to be N0 and N0 = Nz x beta 2 is set;
if T0 x alpha 2 is less than T, the cloud platform judges that the actual transportation duration of the military supplies exceeds a preset range, and controls the alarm device to send out an alarm;
the first cargo transportation information detection condition is that the information scanning device scans the electronic information code module and the cloud platform receives the information acquisition application to finish.
4. The system of claim 3, wherein the cloud platform compares the number of scans N of the electronic information code module with a scan number standard N0 under a second cargo transportation information detection condition to determine if the number of scans meets the standard,
if N is less than N0, the cloud platform judges that the scanned times meet the standard and further detects whether the transportation path of the military supplies meets the preset standard;
if N is more than or equal to N0, the cloud platform judges that the scanned times are not in accordance with the standard, controls the alarm device to send out an alarm and controls the electronic information code module to display a reminding information code with abnormal code scanning times;
and the second cargo transportation information detection condition is that the code scanning frequency standard of the cloud platform on the military supplies is judged to be completed.
5. The application system of claim 4, wherein the cloud platform compares the path similarity K of the transportation path of the military supplies with a preset similarity standard in the cloud platform under a third cargo transportation information detection condition to determine whether the transportation path of the military supplies meets the preset standard, the cloud platform is provided with a first preset path similarity K1 and a second preset path similarity K2, wherein 0 < K1 < K2,
if K is less than or equal to K1, the cloud platform judges that the transportation path of the military supplies does not meet a preset standard, controls the alarm device to send out an alarm and controls the electronic information code module to display a reminding information code with abnormal transportation path;
if K1 is more than K and less than or equal to K2, the cloud platform preliminarily judges that the transportation path of the military supplies meets a preset standard, and controls the electronic information code module to display a reminding information code of a manually confirmed route;
if K2 is less than K, the cloud platform judges that the transportation path of the military supplies accords with a preset standard, and the cargo transportation information is detected to be qualified and controls the electronic information code module to display an information code corresponding to the initial information;
And the third cargo transportation information detection condition is that N is less than N0, and the cloud platform judges that the scanned times meet the standard.
6. The military artificial intelligence application system of claim 5, wherein said central control unit compares the weight M of the military material transportation box with the initial weight M0 of the military material transportation box obtained from said information code under said first cargo interior information detection condition to determine whether the weight of the military material transportation box meets the standard, said central control unit is provided with a first preset weight compensation coefficient γ1 and a second preset weight compensation coefficient γ2, wherein 0 < γ1 < γ2,
if M is more than or equal to M0×γ1 and less than or equal to M0×γ2, the central control unit preliminarily judges that the weight of the military material transport box meets the standard;
if M is less than M0×γ1 or M is more than M0×γ2, the central control unit judges that the weight of the military material transport box does not meet the standard and controls the alarm device to give an alarm;
the central control unit further judges whether the weight of the military material transport case meets the standard according to the type of the military material under the condition of detecting the internal information of the second goods, wherein if the type of the military material does not belong to the weight-variable type, the central control unit judges that the weight of the military material meets the standard;
If the type of the military supplies is a weight-variable type, the central control unit extracts a transport case temperature average value R and a transport case humidity average value Q in the transport process of the military supply transport case to calculate a transport case environmental influence degree Z, and sets Z= (R) 2 ﹣R0 2 )+(Q 2 ﹣Q0 2 ) Wherein R0 is a preset standard environmental temperature, Q0 is a preset standard environmental humidity, R0 is more than 0, and Q0 is more than 0; the central control unit compares Z with a preset environmental influence degree to judge whether the environmental temperature and the environmental humidity influence the weight of the military material transport box; the central control unit is provided with a first preset environmental influence degree Z1, a second preset environmental influence degree Z2, a third preset weight compensation coefficient gamma 3 and a fourth preset weight compensation coefficient gamma 4, wherein Z1 is more than 0 and less than Z2, gamma 1 is more than 0 and less than gamma 3 is more than 0 and less than 1 and less than gamma 4 is less than gamma 2,
if Z is smaller than Z1 or Z2 is smaller than Z, the central control unit judges that the weight of the military material transport box meets the standard;
if Z1 is not less than Z2, the central control unit judges that the ambient temperature and the ambient humidity do not affect the weight of the military material transportation box and uses gamma 3 and gamma 4 to judge whether the weight of the military material transportation box meets the standard again,
If M is less than M0×γ3 or M is more than M0×γ4, the central control unit judges that the weight of the military material transport box does not meet the standard, and controls the alarm device to give an alarm;
if M is more than or equal to M0×γ3 and less than or equal to M0×γ4, the central control unit judges that the weight of the military material transport box meets the standard;
the second cargo internal information detection condition is that the central control unit preliminarily judges that the weight of the military material transportation box meets the standard.
7. The system of claim 6, wherein the central control unit controls the mobile camera device to scan the internal object profile of the military supplies under the condition of detecting the internal information of the third goods to obtain the profile area S of the military supplies and compares S with the initial profile area S0 of the military supplies in the cloud platform to determine whether the profile area of the military supplies meets the standard,
if s=s0, the central control unit determines that the contour area of the military material meets the standard and further detects whether the initial internal image of the military material meets the standard;
if S is less than S0 or S is more than S0, the central control unit judges that the outline area of the military material does not accord with the standard, and controls the alarm device to give an alarm;
And the third cargo internal information detection condition is that the central control unit judges that the weight of the military material transport box meets the standard.
8. The military artificial intelligence application system of claim 7, wherein the central control unit performs area division on the initial internal image of the military supplies to divide the initial internal image into a plurality of internal initial sub-area images by a preset division rule when the initial internal image acquisition of the military supplies is completed;
the preset dividing rule takes the center of the initial internal image as an origin and takes a coordinate axis perpendicular to the side edge of the image to divide the initial internal image into four quadrants, and partial images corresponding to the four quadrants are respectively marked as corresponding internal image sub-areas;
the central control unit is used for controlling the movable camera device to acquire an internal image of the military supplies under a fourth cargo internal information detection condition, dividing the internal image into a plurality of internal subarea images through a preset dividing rule, respectively performing image coincidence degree matching on the internal initial subarea image and the internal subarea image acquired in practice, and if any initial subarea image and the internal subarea image fail to be matched, judging that the internal subarea image of the military supplies does not meet the standard by the central control unit and controlling the alarm device to send an alarm; if all the initial subarea images are successfully matched with the internal subarea images respectively, the central control unit judges that the internal subarea images of the military supplies accord with the standard;
The matching failure is that the internal initial sub-region image and the internal sub-region image actually acquired are subjected to image contact ratio matching, and the image contact ratio is smaller than a preset image contact ratio standard, and the matching success is that the internal initial sub-region image and the internal sub-region image actually acquired are subjected to image contact ratio matching, and the image contact ratio is larger than or equal to the preset image contact ratio standard;
the fourth cargo internal information detection condition is s=s0 and the central control unit determines that the contour area of the military supplies meets the standard.
9. The system of claim 8, wherein the central control unit controls the movable camera device to detect the distribution density J of the marking substances at the closing position of the box door under the box opening judgment condition and compares J with the initial distribution density J0 of the marking substances in the cloud platform to judge whether to allow the opening of the box door at the time,
if J is less than J0 or J is more than J0, the central control unit judges that the military supplies are possibly replaced at risk, and the military supplies transport container does not accord with the starting standard, and the central control unit controls the alarm device to give an alarm;
If j=j0, the central control unit judges that the distribution density of the marking substances at the closed position meets the standard and the military material transport box meets the opening standard;
and the unpacking judgment condition is that the central control unit judges that the image of the inner subarea of the military supplies meets the standard and sends out reminding information for carrying out the unpacking judgment.
10. The system of claim 9, wherein the sensing device generates a record when the door is opened and transmits the record to the cloud platform to enable the cloud platform to record the number of opening times B, the cloud platform compares B with a preset number of opening times under the door opening condition to determine whether to allow the door to be opened, the central control unit is provided with a preset standard opening times B0, wherein 0 < B0,
if B is less than or equal to B0, the cloud platform judges that the opening times of the box door meet the preset standard and allows the box door to be opened at the time, and the cloud platform remotely controls the intelligent electronic lock to be opened so as to open the box door;
if B is more than B0, the cloud platform judges that the opening times of the box door do not meet the preset standard, and controls the alarm device to give an alarm.
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