Security control method of indoor farmers' market based on integrated management platform

Abstract

The present invention provides a security control method for an indoor farmer's market based on a comprehensive management platform, which respectively arranges a first distributed camera device and a second distributed camera device inside and outside a commodity storage room in the indoor farmer's market, and arranges an environmental data acquisition device inside the commodity storage room, so as to perform image monitoring and environmental status monitoring on the commodity storage room, and judge in real time whether a commodity swapping safety incident or commodity spoilage safety incident occurs inside the commodity storage room; at the same time, personnel outside the commodity storage room are authenticated to control the status of a door access to the commodity storage room, and ensure the door access security of the commodity storage room; it can be seen that the above method performs comprehensive and reliable security monitoring on the commodity storage room through a dual monitoring mode of image monitoring and environmental status monitoring on the commodity storage room, and also controls the door access opening status of the commodity storage room by means of image authentication, so as to avoid illegal entry into the commodity storage room and damage to commodities.

Description

Technical Field

[0001] The present invention relates to the technical field of indoor place security management, and in particular to an indoor farmer's market security control method based on an integrated management platform. Background Art

[0002] The flow of people inside the indoor farmers' market is complex and changeable, and there are multiple storage rooms for storing goods in the indoor farmers' market. In order to ensure the safety of the goods stored in the storage room, the storage room is equipped with a door control, so that only the predetermined allowed personnel can open the door control by entering the password to obtain the permission to extract the goods inside. However, the above method only uses a simple password authentication method to secure the door control, and there is a possibility that the password may be cracked or leaked, which makes the door control have security defects. In addition, the above method does not fully monitor the internal environment of the storage room, resulting in corresponding security loopholes in the internal environment of the storage room, reducing the security reliability of the commodity storage room. Summary of the invention

[0003] In view of the defects of the prior art, the present invention provides a security control method for indoor farmers' markets based on an integrated management platform, which respectively sets a first distributed camera device and a second distributed camera device inside and outside the commodity storage room of the indoor farmers' market, and sets an environmental data acquisition device inside the commodity storage room, so as to perform image monitoring and environmental status monitoring on the commodity storage room, and judge in real time whether a commodity substitution security incident or commodity deterioration security incident occurs inside the commodity storage room; at the same time, it also authenticates the personnel outside the commodity storage room, so as to control the status of the commodity storage room access control and ensure the access control security of the commodity storage room; it can be seen that the above method performs comprehensive and reliable security monitoring on the commodity storage room through the dual monitoring mode of image monitoring and environmental status monitoring on the commodity storage room, and also controls the access control opening status of the commodity storage room by means of image authentication, so as to effectively improve the security reliability of the commodity storage room and avoid illegal entry and commodity damage.

[0004] The present invention provides a security control method for an indoor farmers' market based on an integrated management platform, which comprises the following steps:

[0005] Step S1, respectively setting a first distributed camera device and a second distributed camera device inside and outside a commodity storage room of an indoor farmer's market, and setting an environmental data collection device inside the commodity storage room; connecting the first distributed camera device, the second distributed camera device and the environmental data collection device to an integrated management platform;

[0006] Step S2, instructing the first distributed camera device to shoot the interior of the commodity storage room through the integrated management platform to obtain an internal environment image; analyzing and processing the internal environment image to obtain status change information of the commodities placed inside the commodity storage room, and judging whether a commodity swapping security incident occurs according to the commodity status change information;

[0007] Step S3, instructing the second distributed camera device to shoot the exterior of the commodity storage room through the integrated management platform to obtain an external environment image; analyzing and processing the external environment image to determine the identity information of the person currently outside the commodity storage room; and opening the access control of the commodity storage room according to the confirmation result of the identity information of the person by all access control terminals;

[0008] Step S4, instructing the environmental data collection device to collect real-time environmental data inside the commodity storage room through the integrated management platform; analyzing and processing the real-time environmental data to determine whether a deterioration safety incident has occurred in the commodities inside the commodity storage room, thereby generating a corresponding notification message.

[0009] Further, in step S1, a first distributed camera device and a second distributed camera device are respectively arranged inside and outside the commodity storage room of the indoor farmer's market, and an environmental data acquisition device is arranged inside the commodity storage room, specifically including:

[0010] First cameras are respectively arranged at different positions inside the commodity storage room of the indoor farmer's market to form a first distributed camera device; wherein the first camera is a wide-angle camera;

[0011] A plurality of second cameras are arranged outside the commodity storage room of the indoor farmer's market to form a second distributed camera device; wherein the shooting directions of all the second cameras are aimed at the front of the door control of the commodity storage room;

[0012] Smoke sensors and temperature sensors are installed at different locations inside the commodity storage room of the indoor farmer's market to form environmental data collection equipment.

[0013] Furthermore, in the step S1, connecting the first distributed camera device, the second distributed camera device and the environmental data acquisition device to the integrated management platform specifically includes:

[0014] The first distributed camera device, the second distributed camera device and the environmental data acquisition device are respectively connected to the integrated management platform through independent two-way data communication links.

[0015] Furthermore, in step S2, the integrated management platform instructs the first distributed camera device to shoot the interior of the commodity storage room, and obtaining the internal environment image specifically includes:

[0016] A shooting trigger instruction is sent to all the first cameras of the first distributed camera device through the integrated management platform, instructing each first camera to perform wide-angle shooting of the interior of the commodity storage room to obtain a plurality of wide-angle internal environment images.

[0017] Further, in step S2, analyzing and processing the internal environment image to obtain the status change information of the goods placed inside the goods storage room, and judging whether a goods swapping security incident occurs according to the status change information of the goods specifically includes:

[0018] All wide-angle internal environment images are stitched together to obtain a panoramic internal environment image; the panoramic internal environment image is recognized to obtain real-time commodity outer packaging information placed inside the commodity storage room;

[0019] The real-time product outer packaging information is compared with the preset original product outer packaging information. If it is determined that the real-time product outer packaging information of a certain product is different from the preset original product outer packaging information, it is determined that a product swap security incident has occurred; otherwise, it is determined that a product swap security incident has not occurred;

[0020] When a product swap security incident is determined to have occurred, a product swap notification message is sent to the designated terminal through the integrated management platform.

[0021] Further, in step S3, the second distributed camera device is instructed by the integrated management platform to shoot the exterior of the commodity storage room to obtain an external environment image; and the external environment image is analyzed and processed to determine the identity information of the person currently located outside the commodity storage room, specifically including:

[0022] Sending a shooting trigger instruction to all the second cameras of the second distributed camera device through the integrated management platform, instructing each second camera to shoot the face of the person in front of the door control of the commodity storage room, and obtaining a plurality of facial images of the person; splicing all the facial images of the person to obtain a panoramic facial image of the person, which is used as the external environment image;

[0023] The facial features of the person are extracted from the panoramic facial image, and then the identity information of the person currently located outside the commodity storage room is determined based on the facial features of the person.

[0024] Further, in the step S3, according to the confirmation result of the personnel identity information by all the access control terminals, the operation of opening the access control of the commodity storage room specifically includes:

[0025] The personnel identity information is uploaded to the access control terminals held by several managers, and then the access control terminals are used to feedback corresponding control instructions to the electromagnetic access control of the commodity storage room, wherein the electromagnetic access control will not open until a preset fixed time period has passed after receiving the control instruction, and the control instruction includes control of the start-up state of the electromagnetic access control;

[0026] Step S301, using the following formula (1), based on the start-up status of all control instructions received within a preset fixed time period after the electromagnetic access control first receives the control instruction, it is determined whether all managers choose to control the start-up status of opening the electromagnetic access control.

[0027]

[0028] In the above formula (1), n(t0→t0+T) represents the judgment value of the manager who selects to control the start-up state of the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction, that is, the number of managers who select to control the start-up state of the electromagnetic access control; t0 represents the time corresponding to the first time the electromagnetic access control receives the control instruction; T represents the preset fixed time period; I(t0→t0+T) represents the Ith (t0→t0+T)th manager who sends the control instruction within the preset fixed time period after the electromagnetic access control first receives the control instruction; Z[I(t0→t0+T)] represents the number of managers who select to control the start-up state of the electromagnetic access control; The control value corresponding to the I(t0→t0+T)th manager who sends the control instruction within a preset fixed time period after the control instruction is received for the first time, if the I(t0→t0+T)th manager who sends the control instruction chooses to close the start state of the electromagnetic access control, then Z[I(t0→t0+T)]=0, the I(t0→t0+T)th manager who sends the control instruction chooses to open the start state of the electromagnetic access control, then Z[I(t0→t0+T)]=1; N(t0→t0+T) represents the total number of managers who send control instructions within a preset fixed time period after the electromagnetic access control receives the control instruction for the first time;

[0029] If n(t0→t0+T)=0, it means that after the electromagnetic access control receives the control instruction for the first time, all managers choose to open the electromagnetic access control within a preset fixed time period, and the process directly proceeds to the following step S303;

[0030] If n(t0→t0+T)≠0, it means that after the electromagnetic access control receives the control command for the first time, some of the managers choose to turn off the start-up state of the electromagnetic access control within a preset fixed time period, and the process directly proceeds to the following step S302;

[0031] Step S302, using the following formula (2), according to the number of managers who choose to turn off the driving state of the electromagnetic access control and their operation level of the electromagnetic access control, control whether the electromagnetic access control switches the current control process,

[0032]

[0033] In the above formula (2), F(t0→t0+T) represents the control conversion value of the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction; G(i) represents the operation level value of the i-th manager who chooses to close the driving state of the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction. If the operation level value is larger, the corresponding manager's operation effective level is higher; G[I(t0→t0+T)] represents the operation level value of the I(t0→t0+T)-th manager within a preset fixed time period after the electromagnetic access control first receives the control instruction;

[0034] If F(t0→t0+T)≥0, it means that the electromagnetic access control needs to change the current control process, that is, switch back to the closed state;

[0035] If F(t0→t0+T)<0, it means that the electromagnetic access control keeps the current control process unchanged;

[0036] Step S303, using the following formula (3), the numbers of all managers who choose to open the electromagnetic access control are packaged as the data of the personnel who open the electromagnetic access control this time.

[0037]

[0038] In the above formula (3), W represents the data set formed by packaging the numbers of all managers who choose to open the electromagnetic access control in the startup state; m represents the calculation intermediate parameter; B(1) represents the number of the first manager who chooses to open the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction; B(m) represents the number of the mth manager who chooses to open the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction; J represents the data set of the numbers of all managers who choose to open the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction; min(J) represents the minimum value of all element values ​​in the data set;

[0039] Finally, the sequence set data W is stored.

[0040] Further, in step S4, the environmental data collection device is instructed to collect real-time environmental data inside the commodity storage room through the integrated management platform; the real-time environmental data is analyzed and processed to determine whether a deterioration safety event occurs in the commodity inside the commodity storage room, and the corresponding notification message is generated specifically including:

[0041] Instruct the smoke sensor and temperature sensor of the environmental data collection device to collect the real-time smoke concentration value and real-time temperature value inside the commodity storage room through the integrated management platform;

[0042] If the real-time smoke concentration value is greater than or equal to the preset smoke concentration threshold, or the real-time temperature value is greater than or equal to the preset temperature threshold, it is determined that a safety incident of deterioration of the goods inside the commodity storage room has occurred. At this time, a notification message including the location information of the commodity storage room is generated, and the notification message is sent to a mobile terminal held by a preset staff member; otherwise, it is determined that a safety incident of deterioration of the goods inside the commodity storage room has not occurred.

[0043] Compared with the existing technology, the indoor farmer's market security control method based on the integrated management platform respectively sets a first distributed camera device and a second distributed camera device inside and outside the commodity storage room of the indoor farmer's market, and sets an environmental data acquisition device inside the commodity storage room, so as to perform image monitoring and environmental status monitoring on the commodity storage room, and judge in real time whether a commodity substitution security incident or commodity deterioration security incident occurs inside the commodity storage room; at the same time, it also authenticates the personnel outside the commodity storage room to control the status of the commodity storage room access control and ensure the access control security of the commodity storage room; it can be seen that the above method performs comprehensive and reliable security monitoring on the commodity storage room through the dual monitoring mode of image monitoring and environmental status monitoring of the commodity storage room, and also controls the access control opening status of the commodity storage room by image authentication, effectively improving the security reliability of the commodity storage room and avoiding illegal entry and commodity damage.

[0044] Other features and advantages of the present invention will be described in the following description, and partly become apparent from the description, or understood by practicing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structures particularly pointed out in the written description, claims, and drawings.

[0045] The technical solution of the present invention is further described in detail below through the accompanying drawings and embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0046] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0047] Figure 1 A schematic flow chart of the security control method for an indoor farmers' market based on an integrated management platform provided by the present invention. DETAILED DESCRIPTION

[0048] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0049] See also Figure 1 , is a flow chart of an indoor farmers' market security control method based on an integrated management platform provided by an embodiment of the present invention. The indoor farmers' market security control method based on an integrated management platform comprises the following steps:

[0050] Step S1, respectively setting a first distributed camera device and a second distributed camera device inside and outside a commodity storage room of an indoor farmer's market, and setting an environmental data acquisition device inside the commodity storage room; connecting the first distributed camera device, the second distributed camera device and the environmental data acquisition device to a comprehensive management platform;

[0051] Step S2, instructing the first distributed camera device to shoot the interior of the commodity storage room through the integrated management platform to obtain an internal environment image; analyzing and processing the internal environment image to obtain status change information of the commodities placed inside the commodity storage room, and judging whether a commodity swapping security incident occurs based on the commodity status change information;

[0052] Step S3, instructing the second distributed camera device to shoot the exterior of the commodity storage room through the integrated management platform to obtain an external environment image; analyzing and processing the external environment image to determine the identity information of the person currently outside the commodity storage room; and opening the access control of the commodity storage room according to the confirmation result of the identity information of the person by all access control terminals;

[0053] Step S4, instructing the environmental data collection device to collect real-time environmental data inside the commodity storage room through the integrated management platform; analyzing and processing the real-time environmental data to determine whether a deterioration safety incident has occurred in the commodities inside the commodity storage room, thereby generating a corresponding notification message.

[0054] The beneficial effects of the above technical solution are as follows: the indoor farmer's market security control method based on the integrated management platform performs image monitoring and environmental status monitoring on the commodity storage room by respectively setting a first distributed camera device and a second distributed camera device inside and outside the commodity storage room of the indoor farmer's market, and setting an environmental data acquisition device inside the commodity storage room, so as to judge in real time whether a commodity substitution security incident or commodity deterioration security incident occurs inside the commodity storage room; at the same time, personnel outside the commodity storage room are authenticated to control the status of the access control of the commodity storage room and ensure the access control security of the commodity storage room; it can be seen that the above method performs comprehensive and reliable security monitoring on the commodity storage room through the dual monitoring mode of image monitoring and environmental status monitoring of the commodity storage room, and also controls the access control opening status of the commodity storage room by image authentication, thereby effectively improving the security reliability of the commodity storage room and avoiding illegal entry and commodity damage.

[0055] Preferably, in step S1, the first distributed camera device and the second distributed camera device are respectively arranged inside and outside the commodity storage room of the indoor farmer's market, and the environmental data acquisition device is arranged inside the commodity storage room, specifically including:

[0056] First cameras are respectively arranged at different positions inside the commodity storage room of the indoor farmer's market to form a first distributed camera device; wherein the first camera is a wide-angle camera;

[0057] A plurality of second cameras are arranged outside the commodity storage room of the indoor farmer's market to form a second distributed camera device; wherein the shooting directions of all the second cameras are aimed at the front of the door control of the commodity storage room;

[0058] Smoke sensors and temperature sensors are installed at different locations inside the commodity storage room of the indoor farmer's market to form environmental data collection equipment.

[0059] The beneficial effects of the above technical solution are as follows: through the above method, distributed camera methods are used to carry out image monitoring inside and outside the commodity storage room of the indoor farmers' market, so that the status of the commodity placement inside the commodity storage room and the status of people who need to enter the commodity storage room outside can be monitored in real time respectively; in addition, the environmental conditions such as smoke concentration and temperature inside the commodity storage room are also monitored in real time, so that dual monitoring of the indoor and outdoor environments of the commodity storage room can be carried out, further improving the strictness of security monitoring of the commodity storage room.

[0060] Preferably, in step S1, connecting the first distributed camera device, the second distributed camera device and the environmental data acquisition device to the integrated management platform specifically includes:

[0061] The first distributed camera device, the second distributed camera device and the environmental data acquisition device are respectively connected to the integrated management platform through independent two-way data communication links.

[0062] The beneficial effect of the above technical solution is: the first distributed camera device, the second distributed camera device and the environmental data acquisition device are respectively connected to the integrated management platform through independent two-way data communication links, so as to ensure the independent control and data interaction of the above three devices by the integrated management platform and avoid crosstalk.

[0063] Preferably, in step S2, instructing the first distributed camera device to shoot the interior of the commodity storage room through the integrated management platform to obtain the internal environment image specifically includes:

[0064] A shooting trigger instruction is sent to all first cameras of the first distributed camera device through the integrated management platform, instructing each first camera to perform wide-angle shooting of the interior of the commodity storage room to obtain a plurality of wide-angle internal environment images.

[0065] The beneficial effect of the above technical solution is: through the above method, the distribution of goods inside the commodity storage room can be photographed comprehensively and detailed, avoiding the situation where some goods are missed in the photography.

[0066] Preferably, in step S2, analyzing and processing the internal environment image to obtain the status change information of the goods placed inside the goods storage room, and judging whether a goods swapping security incident occurs according to the goods status change information specifically includes:

[0067] All wide-angle internal environment images are stitched together to obtain a panoramic internal environment image; the panoramic internal environment image is recognized and processed to obtain real-time product outer packaging information placed inside the product storage room;

[0068] The real-time product outer packaging information is compared with the preset original product outer packaging information. If it is determined that the real-time product outer packaging information of a certain product is different from the preset original product outer packaging information, it is determined that a product package switching security incident has occurred; otherwise, it is determined that a product package switching security incident has not occurred;

[0069] When a product swap security incident is determined to have occurred, a product swap notification message is sent to the designated terminal through the integrated management platform.

[0070] The beneficial effects of the above technical solution are: all wide-angle internal environment images are stitched together to completely and comprehensively restore the panoramic internal environment image about the distribution of goods inside the commodity storage room; then the outer packaging information of the goods is used as a reference and corresponding comparison is performed, so as to accurately judge whether there is a situation where the goods have been swapped, thereby ensuring the integrity of the goods inside the commodity storage room.

[0071] Preferably, in step S3, instructing the second distributed camera device to shoot the exterior of the commodity storage room through the integrated management platform to obtain an external environment image; analyzing and processing the external environment image to determine the identity information of the person currently located outside the commodity storage room specifically includes:

[0072] Sending a shooting trigger instruction to all the second cameras of the second distributed camera device through the integrated management platform, instructing each second camera to shoot the face of the person in front of the door control of the commodity storage room, and obtaining a plurality of facial images of the person; splicing all the facial images of the person to obtain a panoramic facial image of the person, which is used as the external environment image;

[0073] The facial features of the person are extracted from the panoramic facial image, and then the identity information of the person currently located outside the commodity storage room is determined based on the facial features of the person.

[0074] The beneficial effects of the above technical solution are: by splicing all facial images of people, a panoramic facial image of the person in front of the access control system with detailed information on different facial areas can be completely restored, which is convenient for subsequent extraction of facial features of the person from the panoramic facial image, and can accurately reflect the facial features of the person, thereby realizing correct authentication and recognition of the person's identity information.

[0075] Preferably, in step S3, according to the confirmation result of the personnel identity information by all the access control terminals, the operation of opening the access control of the commodity storage room specifically includes:

[0076] The personnel identity information is uploaded to the access control terminals held by several managers, and then the access control terminals feed back corresponding control instructions to the electromagnetic access control of the commodity storage room, wherein the electromagnetic access control will not open until a preset fixed time period has passed after receiving the control instruction, and the control instruction includes the control of the start-up state of the electromagnetic access control;

[0077] Step S301, using the following formula (1), based on the start-up status of all control instructions received within a preset fixed time period after the electromagnetic access control first receives the control instruction, it is determined whether all managers choose to control the start-up status of opening the electromagnetic access control.

[0078]

[0079] In the above formula (1), n(t0→t0+T) represents the judgment value of the manager who selects to control the start-up state of the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction, that is, the number of managers who select to control the start-up state of the electromagnetic access control; t0 represents the time corresponding to the first time the electromagnetic access control receives the control instruction; T represents the preset fixed time period; I(t0→t0+T) represents the I(t0→t0+T)th manager who sends the control instruction within the preset fixed time period after the electromagnetic access control first receives the control instruction; Z[I(t0→t0+T)] represents the number of managers who select to control the start-up state of the electromagnetic access control; The control value corresponding to the I(t0→t0+T)th manager who sends the control instruction within a preset fixed time period after receiving the control instruction for the first time, if the I(t0→t0+T)th manager who sends the control instruction chooses to close the start state of the electromagnetic access control, then Z[I(t0→t0+T)]=0, the I(t0→t0+T)th manager who sends the control instruction chooses to open the start state of the electromagnetic access control, then Z[I(t0→t0+T)]=1; N(t0→t0+T) represents the total number of managers who send control instructions within a preset fixed time period after the electromagnetic access control receives the control instruction for the first time;

[0080] If n(t0→t0+T)=0, it means that after the electromagnetic access control receives the control command for the first time, all managers choose to open the electromagnetic access control within a preset fixed time period, and the process directly goes to the following step S303;

[0081] If n(t0→t0+T)≠0, it means that after the electromagnetic access control receives the control command for the first time, some managers choose to turn off the start-up state of the electromagnetic access control within a preset fixed time period, and the process directly goes to the following step S302;

[0082] Step S302, using the following formula (2), according to the number of managers who choose to close the driving state of the electromagnetic access control and their operation level of the electromagnetic access control, control whether the electromagnetic access control switches the current control process,

[0083]

[0084] In the above formula (2), F(t0→t0+T) represents the control conversion value of the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction; G(i) represents the operation level value of the i-th manager who chooses to close the driving state of the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction. If the operation level value is larger, the corresponding manager's operation effective level is higher; G[I(t0→t0+T)] represents the operation level value of the I(t0→t0+T)-th manager within a preset fixed time period after the electromagnetic access control first receives the control instruction;

[0085] If F(t0→t0+T)≥0, it means that the electromagnetic access control needs to change the current control process, that is, switch back to the closed state;

[0086] If F(t0→t0+T)<0, it means that the electromagnetic access control keeps the current control process unchanged;

[0087] Step S303, using the following formula (3), the numbers of all managers who choose to open the electromagnetic access control are packaged as the data of the personnel who open the electromagnetic access control this time.

[0088]

[0089] In the above formula (3), W represents the data set formed by packaging the numbers of all managers who choose to open the electromagnetic access control in the startup state; m represents the calculation intermediate parameter; B(1) represents the number of the first manager who chooses to open the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction; B(m) represents the number of the mth manager who chooses to open the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction; J represents the data set of the numbers of all managers who choose to open the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction; min(J) represents the minimum value of all element values ​​in the data set;

[0090] Finally, the sequence set data W is stored.

[0091] The beneficial effects of the above technical solution are as follows: using the above formula (1), according to the start-up state of all control instructions received within a preset fixed time period after the electromagnetic access control receives the control instruction for the first time, it is judged whether all managers choose to control the start-up state of opening the electromagnetic access control, and then quickly judge whether all controls are open within the time period, so as to avoid unnecessary calculation and control and improve the operation efficiency of the system; then using the above formula (2), according to the number of managers who choose to close the driving state of the electromagnetic access control and their operation level of the electromagnetic access control, it is controlled whether the electromagnetic access control switches the current control process, so that when most managers with higher operation levels choose to close the electromagnetic access control, the current electromagnetic access control is changed to the current control state, that is, changed back to the closed state, to ensure the reliability and safety of the electromagnetic access control control; finally, using the above formula (3), the numbers of all managers who choose to open the start-up state of the electromagnetic access control are packaged as the data of the relevant personnel who open the electromagnetic access control this time, so as to facilitate the tracing of responsibility after a problem occurs, and the data is also compressed when the data is saved to save storage space.

[0092] Preferably, in step S4, the integrated management platform is used to instruct the environmental data collection device to collect real-time environmental data inside the commodity storage room; the real-time environmental data is analyzed and processed to determine whether a deterioration safety incident has occurred in the commodity inside the commodity storage room, and the corresponding notification message is generated specifically including:

[0093] The integrated management platform instructs the smoke sensor and temperature sensor of the environmental data collection device to collect the real-time smoke concentration value and real-time temperature value inside the commodity storage room;

[0094] If the real-time smoke concentration value is greater than or equal to the preset smoke concentration threshold, or the real-time temperature value is greater than or equal to the preset temperature threshold, it is determined that a safety incident of deterioration of the goods inside the goods storage room has occurred. At this time, a notification message containing the location information of the goods storage room is generated, and the notification message is sent to a mobile terminal held by a preset staff member; otherwise, it is determined that a safety incident of deterioration of the goods inside the goods storage room has not occurred.

[0095] The beneficial effect of the above technical solution is that when the smoke concentration or temperature inside the commodity storage room is too high, it will have an adverse effect on the commodities inside the commodity storage room, especially fresh commodities, and cause the commodities to deteriorate. Through the above method, the quality of commodities inside the commodity storage room can be monitored in real time, providing quality security guarantees for the commodities.

[0096] It can be seen from the contents of the above embodiments that the security control method for indoor farmers' markets based on a comprehensive management platform performs image monitoring and environmental status monitoring on the commodity storage room by respectively setting up a first distributed camera device and a second distributed camera device inside and outside the commodity storage room of the indoor farmers' market, and setting up an environmental data acquisition device inside the commodity storage room, so as to determine in real time whether a commodity substitution security incident or commodity deterioration security incident occurs inside the commodity storage room; at the same time, personnel outside the commodity storage room are authenticated to control the status of the access control of the commodity storage room and ensure the access control security of the commodity storage room; it can be seen that the above method performs comprehensive and reliable security monitoring on the commodity storage room through the dual monitoring mode of image monitoring and environmental status monitoring of the commodity storage room, and also controls the access control opening status of the commodity storage room by image authentication, thereby effectively improving the security reliability of the commodity storage room and avoiding illegal entry and commodity damage.

[0097] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include these modifications and variations.

Claims

1. The security control method of indoor farmers' market based on the integrated management platform is characterized by: It includes the following steps: Step S1, respectively setting a first distributed camera device and a second distributed camera device inside and outside a commodity storage room of an indoor farmer's market, and setting an environmental data collection device inside the commodity storage room; connecting the first distributed camera device, the second distributed camera device and the environmental data collection device to an integrated management platform; Step S2, instructing the first distributed camera device to shoot the interior of the commodity storage room through the integrated management platform to obtain an internal environment image; analyzing and processing the internal environment image to obtain status change information of the commodities placed inside the commodity storage room, and judging whether a commodity swapping security incident occurs according to the commodity status change information; Step S3, instructing the second distributed camera device to shoot the exterior of the commodity storage room through the integrated management platform to obtain an external environment image; analyzing and processing the external environment image to determine the identity information of the person currently outside the commodity storage room; and opening the access control of the commodity storage room according to the confirmation result of the identity information of the person by all access control terminals; Step S4, instructing the environmental data collection device to collect real-time environmental data inside the commodity storage room through the integrated management platform; analyzing and processing the real-time environmental data to determine whether the commodity inside the commodity storage room has a deterioration safety incident, thereby generating a corresponding notification message; wherein, in the step S3, according to the confirmation result of the personnel identity information by all access control terminals, the access control of the commodity storage room is opened specifically including: The personnel identity information is uploaded to the access control terminals held by several managers, and then the access control terminals are used to feedback corresponding control instructions to the electromagnetic access control of the commodity storage room, wherein the electromagnetic access control will not open until a preset fixed time period has passed after receiving the control instruction, and the control instruction includes control of the start-up state of the electromagnetic access control; Step S301, using the following formula (1), based on the start-up status of all control instructions received within a preset fixed time period after the electromagnetic access control first receives the control instruction, it is determined whether all managers choose to control the start-up status of opening the electromagnetic access control. In the above formula (1), n(t0→t0+T) represents the judgment value of the manager who selects to control the start-up state of the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction, that is, the number of managers who select to control the start-up state of the electromagnetic access control; t0 represents the time corresponding to the first time the electromagnetic access control receives the control instruction; T represents the preset fixed time period; I(t0→t0+T) represents the Ith (t0→t0+T)th manager who sends the control instruction within the preset fixed time period after the electromagnetic access control first receives the control instruction; Z[I(t0→t0+T)] represents the number of managers who select to control the start-up state of the electromagnetic access control; The control value corresponding to the I(t0→t0+T)th manager who sends the control instruction within a preset fixed time period after the control instruction is received for the first time, if the I(t0→t0+T)th manager who sends the control instruction chooses to close the start state of the electromagnetic access control, then Z[I(t0→t0+T)]=0, the I(t0→t0+T)th manager who sends the control instruction chooses to open the start state of the electromagnetic access control, then Z[I(t0→t0+T)]=1; N(t0→t0+T) represents the total number of managers who send control instructions within a preset fixed time period after the electromagnetic access control receives the control instruction for the first time; If n(t0→t0+T)=0, it means that after the electromagnetic access control receives the control instruction for the first time, all managers choose to open the electromagnetic access control within a preset fixed time period, and the process directly goes to the following step S303; If n(t0→t0+T)≠0, it means that after the electromagnetic access control receives the control command for the first time, some of the managers choose to turn off the start-up state of the electromagnetic access control within a preset fixed time period, and the process directly proceeds to the following step S302; Step S302, using the following formula (2), according to the number of managers who choose to turn off the driving state of the electromagnetic access control and their operation level of the electromagnetic access control, control whether the electromagnetic access control switches the current control process, In the above formula (2), F(t0→t0+T) represents the control conversion value of the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction; G(i) represents the operation level value of the i-th manager who chooses to close the driving state of the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction. If the operation level value is larger, the corresponding manager's operation effective level is higher; G[I(t0→t0+T)] represents the operation level value of the I(t0→t0+T)-th manager within a preset fixed time period after the electromagnetic access control first receives the control instruction; If F(t0→t0+T)≥0, it means that the electromagnetic access control needs to change the current control process, that is, switch back to the closed state; If F(t0→t0+T)<0, it means that the electromagnetic access control keeps the current control process unchanged; Step S303, using the following formula (3), the numbers of all managers who choose to open the electromagnetic access control are packaged as the data of the personnel who open the electromagnetic access control this time. In the above formula (3), W represents the data set formed by packaging the numbers of all managers who choose to open the electromagnetic access control in the startup state; m represents the calculation intermediate parameter; B(1) represents the number of the first manager who chooses to open the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction; B(m) represents the number of the mth manager who chooses to open the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction; J represents the data set of the numbers of all managers who choose to open the electromagnetic access control within a preset fixed time period after the electromagnetic access control first receives the control instruction; min(J) represents the minimum value of all element values ​​in the data set; Finally, the sequence set data W is stored.

2. The security control method for indoor farmers' markets based on the integrated management platform as claimed in claim 1, characterized in that: In step S1, the first distributed camera device and the second distributed camera device are respectively arranged inside and outside the commodity storage room of the indoor farmer's market, and the environmental data acquisition device is arranged inside the commodity storage room, specifically including: First cameras are respectively arranged at different positions inside the commodity storage room of the indoor farmer's market to form a first distributed camera device; wherein the first camera is a wide-angle camera; A plurality of second cameras are arranged outside the commodity storage room of the indoor farmer's market to form a second distributed camera device; wherein the shooting directions of all the second cameras are aimed at the front of the door control of the commodity storage room; Smoke sensors and temperature sensors are installed at different locations inside the commodity storage room of the indoor farmer's market to form environmental data collection equipment.

3. The security control method for indoor farmers' markets based on the integrated management platform as claimed in claim 2, characterized in that: In the step S1, connecting the first distributed camera device, the second distributed camera device and the environmental data acquisition device to the integrated management platform specifically includes: The first distributed camera device, the second distributed camera device and the environmental data acquisition device are respectively connected to the integrated management platform through independent two-way data communication links.

4. The security control method for indoor farmers' markets based on the integrated management platform as claimed in claim 3 is characterized by: In the step S2, the integrated management platform instructs the first distributed camera device to shoot the interior of the commodity storage room, and obtaining the internal environment image specifically includes: A shooting trigger instruction is sent to all the first cameras of the first distributed camera device through the integrated management platform, instructing each first camera to perform wide-angle shooting of the interior of the commodity storage room to obtain a plurality of wide-angle internal environment images.

5. The security control method for indoor farmers' markets based on the integrated management platform as claimed in claim 4, characterized in that: In step S2, analyzing and processing the internal environment image to obtain the status change information of the goods placed in the goods storage room, and judging whether a goods swapping security incident occurs according to the status change information of the goods specifically includes: All wide-angle internal environment images are stitched together to obtain a panoramic internal environment image; the panoramic internal environment image is recognized to obtain real-time commodity outer packaging information placed inside the commodity storage room; The real-time commodity outer packaging information is compared with the preset original commodity outer packaging information. If it is determined that the real-time commodity outer packaging information of a certain commodity is different from the preset original commodity outer packaging information, it is judged that a commodity swap security incident has occurred; otherwise, it is judged that a commodity swap security incident has not occurred; when it is judged that a commodity swap security incident has occurred, a commodity swap notification message is sent to the designated terminal through the integrated management platform.

6. The security control method for indoor farmers' markets based on the integrated management platform as claimed in claim 5, characterized in that: In the step S3, the second distributed camera device is instructed to shoot the exterior of the commodity storage room through the integrated management platform to obtain an external environment image; the external environment image is analyzed and processed to determine the identity information of the person currently located outside the commodity storage room, specifically including: sending a shooting trigger instruction to all the second cameras of the second distributed camera device through the integrated management platform, instructing each second camera to shoot the face of the person in front of the door control of the commodity storage room, and obtaining a plurality of facial images of the person; all the facial images of the person are spliced ​​to obtain a panoramic facial image of the person, which is used as the external environment image; The facial features of the person are extracted from the panoramic facial image, and then the identity information of the person currently located outside the commodity storage room is determined based on the facial features of the person.

7. The security control method for indoor farmers' markets based on the integrated management platform as claimed in claim 1, characterized in that: In the step S4, the environmental data collection device is instructed to collect real-time environmental data inside the commodity storage room through the integrated management platform; Analyzing and processing the real-time environmental data to determine whether a deterioration safety event has occurred in the commodity in the commodity storage room, thereby generating a corresponding notification message specifically includes: Instruct the smoke sensor and temperature sensor of the environmental data collection device to collect the real-time smoke concentration value and real-time temperature value inside the commodity storage room through the integrated management platform; If the real-time smoke concentration value is greater than or equal to the preset smoke concentration threshold, or the real-time temperature value is greater than or equal to the preset temperature threshold, it is determined that a safety incident of deterioration of the goods inside the commodity storage room has occurred. At this time, a notification message including the location information of the commodity storage room is generated, and the notification message is sent to a mobile terminal held by a preset staff member; otherwise, it is determined that a safety incident of deterioration of the goods inside the commodity storage room has not occurred.

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