JP2016095573A - Security management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a security management system for providing information useful for providing efficient security services.SOLUTION: A security management system 100 includes: an acquisition section 110 that acquires a measurement result of power consumption at one or more users in each of one or more communities; a determination section 130 that determines, for each of the communities, a degree of dispatch which is the degree of requirement for dispatch of a security person for providing security services to the users in the community based on the measurement result of the power consumption of the respective users acquired by the acquisition section 110; and an output section 140 that outputs a piece of information according to the requirement degree of dispatch determined by the determination section 130.SELECTED DRAWING: Figure 2

Description

  The present invention relates to a technique for processing information related to crime prevention in a house or the like.

  Conventionally, a service proposal system including a surveillance camera installed in a facility such as a house, a service proposal server connected to a terminal and the like and an insurance server is known (for example, see Patent Document 1). In this service proposal system, when request data for insurance is input to a terminal, information for proposing a service according to the rank of the facility is output to the terminal.

JP 2007-264999 A

  By the way, in order to provide a service according to the rank of a facility in a security company or the like, the above service proposal system can be used. However, since this service proposal system does not use the living circumstances of the resident of the house, even if this service proposal system is used, a security company or the like may not always be able to efficiently provide a crime prevention service in each area where the house is located. Absent.

  Therefore, the present invention provides a crime prevention management apparatus that outputs information useful for a security company or the like to efficiently provide a crime prevention service based on the living circumstances of residents of each house. The present invention also provides a crime prevention management method and a control program related to the crime prevention management device.

  In order to solve the above problems, a security management device according to one aspect of the present invention includes an acquisition unit that acquires a measurement result of energy usage in one or more customers in each region for each of one or more regions, and the acquisition unit Based on the measurement results of energy usage at each consumer obtained through the above, the degree of necessity for dispatch, which is the degree to which security personnel need to be dispatched for the implementation of security services to consumers in the area for each region It is a crime prevention management apparatus provided with the determination part which determines this, and the output part which outputs the information according to the dispatch necessity determined by the said determination part.

  Moreover, the crime prevention management method which concerns on 1 aspect of this invention in order to solve the said subject WHEREIN: The acquisition step which acquires the measurement result of the energy usage in one or more consumers of the said area about each of one or more areas, Based on the measurement results of energy usage at each consumer acquired in the acquisition step, dispatch to the extent that security personnel need to be dispatched for the implementation of security services to consumers in the area It is a crime prevention management method including a determination step for determining a necessity degree and a presentation step for presenting information according to the degree of necessity for dispatch determined in the determination step.

  In order to solve the above problem, a control program according to one embodiment of the present invention is a control program for causing a computer to execute a predetermined process, and the predetermined process is performed for each of one or more areas. Based on the acquisition step of acquiring the measurement result of the energy usage amount in the above consumers, and the measurement result of the energy usage amount in each consumer acquired in the acquisition step, for each region, A determination step for determining the degree of necessity for dispatching, which is a degree that requires the dispatch of security personnel for the implementation of the security service, and an output step for outputting information corresponding to the degree of necessity for dispatch determined in the determination step. It is a control program.

  The crime prevention management device or the like of the present invention can output information useful for the efficient provision of crime prevention services.

1 is a system schematic diagram showing a crime prevention management system according to Embodiment 1. FIG. 2 is a functional block diagram of a crime prevention management device according to Embodiment 1. FIG. It is a figure which shows the structure and content example of crime prevention equipment information. It is a figure which shows the structure and content example of regional safety information. It is a flowchart which shows operation | movement of a crime prevention management apparatus. It is a flowchart which shows an example of an absent rate estimation process. It is a figure which shows the relationship of the various information used as the foundation of calculation of dispatch necessity. It is a figure which shows the structure and content example of deployment information. It is a figure which illustrates the screen which displayed presentation information.

  Hereinafter, embodiments will be described with reference to the drawings. Each of the embodiments shown here shows a specific example of the present invention. Accordingly, the numerical values, shapes, materials, components, component arrangement and connection forms, steps (steps) and order of steps, and the like shown in the following embodiments are examples and limit the present invention. is not. Among the constituent elements in the following embodiments, constituent elements that are not described in the independent claims can be arbitrarily added. Each figure is a mimetic diagram and is not necessarily illustrated strictly.

(Embodiment 1)
Hereinafter, the crime prevention management system 10 according to an embodiment of the present invention will be described.

(Constitution)
FIG. 1 is a system schematic diagram showing a crime prevention management system 10 according to the first embodiment.

  In the security management system 10, for example, a security management device 100 installed in a facility such as a security company or an information service company, as shown in FIG. 1, is installed in each house where a resident who receives a security service from the security company or the like lives. It can communicate with the installed control device via the network 31. The network 31 includes a wide area network such as the Internet. As shown in FIG. 1, control devices 211 and 221 and measurement devices 212 and 222 are installed in the houses 21 and 22 located in the area A, respectively. Further, although not shown in FIG. 1, a control device and a measurement device are installed in the homes 23 and 24 located in the region B as well as the homes 21 and 22. The installation of the control device and the measurement device in the house may be in the house or in the vicinity of the house, and the installation position may not be fixed. Although only four houses are shown in FIG. 1 for convenience, a house where a resident who is provided with a control service and a measuring device such as the house 21 and who is provided with a crime prevention service resides in other areas A, B, or other areas. Can exist. Security companies, etc. have multiple service bases where security personnel (that is, personnel to be dispatched to or around the housing of security guards, etc.) are arranged (deployed) in order to provide crime prevention services to residents in each area. , Simply referred to as “base”). Here, the geographical range previously associated with each of a plurality of bases where security personnel are distributed and deployed is referred to as a region, and one region has security personnel deployed at one base rushing or patrol, etc. It is the geographical range that is the target of dispatch for the execution of crime prevention services. In the houses 21 and 22 included in the area A, crime prevention personnel deployed at the base A will be dispatched for the execution of the crime prevention service. In addition, in the houses 23 and 24 included in the region B, security personnel deployed at the base B are dispatched for the execution of the security service. All the houses here are houses that receive a security service provided by a security company or the like, and a contract for the security service is concluded in advance with a security company or the like that provides the security service. For the implementation of crime prevention services, security companies, for example, install intrusion detection devices in each house and install surveillance cameras around the house, etc., and detect crimes based on the obtained information and monitoring results. When it is determined that the possibility is high, security personnel are dispatched to the house and its surroundings.

  The security management device 100 is in charge of management for the implementation of the security service, collects information from the control devices of each house, and is useful for distributing and deploying security personnel necessary for the implementation of the security service to each base. It is a computer that executes crime prevention management processing that outputs various deployment information and the like. The security management device 100 includes, for example, a storage device such as a memory and a hard disk device, a communication circuit, and a CPU (Central Processing Unit). This memory is a ROM (Read Only Memory) that holds programs and data in advance, a RAM (Random Access Memory) that is used to store data when the program is executed, and includes a non-volatile memory, for example. May be. The CPU executes a control program stored in the memory to control each part of the computer and perform a security management process related to the security management method.

  The control device 211 of the house 21 is a computer that functions as a HEMS controller in, for example, a HEMS (Home Energy Management System) that manages energy of the house 21, and includes, for example, a keyboard and other input means, a memory, a communication circuit, and a CPU. The memory is a ROM that stores programs and data in advance, a RAM that is used to store data when the programs are executed, and may include, for example, a nonvolatile memory. The CPU performs various processes by controlling each part of the computer by executing a control program stored in the memory. Based on the input from the input means, the control device 211 obtains location information indicating the location of the house 21 and crime prevention equipment information indicating a crime prevention equipment such as a crime prevention device provided in the residence 21 to obtain the location information and the crime prevention equipment information. Is transmitted to the crime prevention management apparatus 100. A security device such as a security camera, a sensor light, a window sensor or the like transmits information indicating the type of device to the control device 211 via the HAN, and the control device 211 provides security facility information based on the information indicating the type of the device. It is good also as producing | generating and transmitting to the crime prevention management apparatus 100. In addition, the control device 211 performs a process of acquiring the measurement result of power consumption in the house 21 from the measurement device 212, adding location information, and transmitting the measurement result of power consumption to the crime prevention management device 100. In addition, the control device 211 as a HEMS controller uses one or more HEMS devices in the house 21 via a HAN (Home Area Network) in order to reduce energy consumption using the measurement result of the power consumption by the measurement device 212 or the like. Can be controlled. The HEMS device is, for example, an electric device such as a lighting fixture, an air conditioner, a refrigerator, a heat pump hot water supply device, an electromagnetic cooker, a tablet, and a television receiver, and may further include a security device.

  The measuring device 212 of the house 21 is installed in the distribution board of the house 21 and measures power consumption using a current sensor that receives power supplied from the power system and monitors the amount of current used in the house 21. This is a device that outputs measurement results for a certain period associated with the measurement time. This measurement result indicates a change in power consumption with time in the house 21. For example, the measurement device 212 may measure the power consumption of each branch circuit by using a current sensor that monitors the amount of current for each branch circuit branched to each room and each part of the house 21 as the measurement of the power consumption. . The output power consumption measurement result is acquired by the control device 211 and transmitted to the security management device 100 by the control device 211.

  The control device 221 and the measurement device 222 of the house 22 are the same as the control device 211 and the measurement device 212 of the house 21, respectively. That is, the control device 221 transmits the measurement result of the power consumption in the house 22 measured by the measuring device 212, the location information about the house 22, and the crime prevention facility information to the crime prevention management apparatus 100. Similarly, the control devices of the other homes 23 and 24 transmit the measurement result of the power consumption in the homes, the location information and the security equipment information about the homes to the security management device 100.

  The presentation device 301 is, for example, a computer such as a smartphone or a tablet that is held by a resident of the house 21 and includes a storage device such as a display and a memory, a communication circuit, and a CPU. The presentation device 301 has a function of receiving presentation information for presentation to a resident transmitted from the crime prevention management device 100 via the network 31 and displaying it on a display.

  The terminal device 302 is a computer that is installed in a facility such as a security company, for example, and includes a display, a storage device such as a memory, a communication circuit, and a CPU. The terminal device 302 receives deployment information from the security management device 100 via the network 31 and displays it. It has a function to display.

  FIG. 2 is a functional block diagram of the crime prevention management device 100. The crime prevention management device 100 collects information from the control devices of each house in each region, and the degree of necessity for dispatching is a degree that requires security personnel to be dispatched for each region to implement the crime prevention service to the housing in that region. And deployment information indicating the deployment of security personnel is output according to the necessity of dispatch. The degree of necessity for dispatch is an index used to determine the deployment of security personnel at each base, and whether or not security personnel are actually dispatched to houses and their surroundings to implement security services Security companies that provide crime prevention services, etc., perform based on their own standards.

  As shown in FIG. 2, the crime prevention management apparatus 100 includes an acquisition unit 110, a storage unit 120, a determination unit 130, and an output unit 140 in terms of functions in order to determine the degree of dispatch and output deployment information.

  The acquisition unit 110 is realized by a CPU that executes a control program, a communication circuit, and the like. The acquisition unit 110 has a function of acquiring the measurement result of the power consumption for the house, the location information of the house and the security equipment information from the control device of each house, and transmitting the result to the determination unit 130. Therefore, the acquisition unit 110 acquires, for example, the measurement result of the power consumption of the house 21 transmitted by the control device 211 in the house 21, the location information of the house 21, and the crime prevention facility information indicating the crime prevention equipment of the house 21, and introduce. The location information of the house only needs to be information that can identify the area where the house is located (the area corresponding to the base where the security personnel are deployed). For example, the location information of the house 21 is information indicating the area A. FIG. 3 is a diagram illustrating a configuration and example contents of the crime prevention facility information 50 acquired by the acquisition unit 110. As shown in the figure, the crime prevention equipment information 50 is information in which a crime prevention device type 51, the number 52, etc. are associated with each crime prevention device which is a crime prevention facility in a house. The figure shows an example of crime prevention facility information for a house that has two security cameras and one sensor light that detects and lights a person. The security equipment information 50 is referred to by the determination unit 130 for determining the degree of necessity for dispatch.

  The storage unit 120 includes a storage area such as a memory, and has a function of storing regional safety information 40 indicating an evaluation value of safety against crime in each region. This regional safety information 40 is also referred to by the determination unit 130 for determining the necessity of dispatch. FIG. 4 is a diagram showing a configuration and example contents of the regional safety information 40. As shown in the figure, the regional safety information 40 is information in which an evaluation value 44 is associated with each region 41, and an item evaluation value 43 is assigned to each evaluation item 42 for deriving the evaluation value 44. The associated information. Evaluation items 42 indicate matters that may affect the degree to which security personnel are required to be dispatched in the area. In FIG. 4, examples of evaluation items 42 include crime rates, population density, police stations (including police boxes and representative offices). ) And the like. For example, a result of evaluation of the evaluation item 42 for each area by a security expert having knowledge about crime prevention is set as the value of the item evaluation value 43. The evaluation value 44 is calculated by a predetermined calculation such as summing the item evaluation values 43 for each evaluation item 42 for each region, or is set by a crime prevention expert or the like. In this example, the item evaluation value 43 and the evaluation value 44 are set to be smaller as the corresponding area 41 is safer. The safer the area, the lower the need for security personnel to be dispatched to the area. Therefore, the item evaluation value 43 and the evaluation value can be smaller as the necessity of dispatching security personnel to the area is lower. For example, the lower the crime rate in the region, the higher the population density, or the higher the density of the police station, the smaller the item evaluation value 43 and the evaluation value 44 are. The regional safety information 40 may be stored in advance in the storage unit 120, or may be downloaded (received) from an external device such as the terminal device 302 and stored in the storage unit 120.

  The determination unit 130 is realized by a CPU that executes a control program, and determines, for each region, the degree of necessity for dispatch related to the necessity of dispatch of crime prevention personnel to the region's home from the measurement result of the power consumption of the region's home. It has a function. Specifically, the determination unit 130 classifies the measurement result of the power consumption of each house for each area based on the location information of each house, and there is no resident for each house in the area in a predetermined time zone for each area. The absence rate indicating the degree (probability, etc.) is estimated to determine the necessity for dispatch. Here, the predetermined time zone includes a predetermined time zone A from midnight to 12:00 noon, a predetermined time zone B from 12:00 to 17:00, and a predetermined time zone C from 17:00 to midnight. And When a suspicious person is detected by a surveillance camera installed in the vicinity of a house in the absence of a residential resident, security personnel may need to be rushed. It is used to determine the necessity of dispatch for the necessity of dispatch to a house. The algorithm for determining the degree of necessity for dispatch in the area is determined in advance by a crime prevention expert. For example, if the conditions excluding the absence rate are the same, the absence rate of residents in the area within a predetermined time zone is a predetermined threshold (for example, 50%). Areas with more houses are determined to have a higher need for dispatch. Moreover, the determination part 130 determines the dispatch necessity degree of a certain area | region based on the area safety information about the area, and the crime prevention equipment information about the house of the area other than a absent rate. Here, the determination unit 130 calculates the dispatch necessity index from the resident absence rate and the crime prevention equipment information in the local housing, and calculates the dispatch requirement index based on the calculated dispatch necessity index and the regional safety information. The dispatching degree will be determined. As with the necessity of dispatch, the dispatch required index is information indicating the degree to which security personnel need to be dispatched for the implementation of security services to local houses, but is determined without considering regional safety information. It has been. Note that the degree of necessity for dispatch determined by the determination unit 130 is transmitted to the output unit 140.

  The output unit 140 is realized by a CPU that executes a control program, a communication circuit, and the like, and has a function of outputting information in accordance with the degree of necessity for dispatch transmitted from the determination unit 130. This output is realized by transmitting information corresponding to the degree of necessity for dispatch to the presentation device 301 or the terminal device 302. Or this output is implement | achieved by displaying the information according to the necessity for dispatch on a display apparatus, or outputting with an audio | voice, when the crime prevention management apparatus 100 is provided with display apparatuses, such as a display, or a speaker. Further, printing output may be performed instead of display. As information according to the necessity for dispatch, information indicating the need for dispatch, information determined based on the need for dispatch (for example, deployment information regarding the deployment of crime prevention personnel, presentation information to be presented to the residents of the house) Etc. Specifically, the output unit 140 determines and determines the number and time zone of security personnel deployed at each base corresponding to each region based on the degree of necessity of dispatching each region in each of a plurality of predetermined time zones. The deployment information indicating the number of security personnel and the time zone is transmitted to the terminal device 302. In addition, the output unit 140 calculates a crime prevention service fee based on the number of crime prevention personnel deployed at each base corresponding to each region and the time required for the crime prevention service for each region. The presentation information regarding the crime prevention service including the like is generated and transmitted to the presentation device 301. This presentation information may include information such as the number of security personnel deployed at the nearest base to the resident's house.

(Operation)
Hereinafter, the operation of the crime prevention management apparatus 100 having the above-described configuration will be described with reference to FIG.

  FIG. 5 is a flowchart showing a security management process performed by the security management device 100. This crime prevention management process may be repeatedly executed, for example, periodically, or the crime prevention management apparatus 100 may include a switch, a keyboard, and other input means, and may be executed in response to an operation on the input means by the operator. . In addition, when the control device of each house (the control device 211 of the house 21 and the like) periodically transmits the power consumption measurement result and the crime prevention equipment information to which the location information is added (for example, every month). The security management device 100 may execute security management processing in response to this transmission.

  First, the acquisition unit 110 of the security management device 100 collects (acquires) by receiving the measurement result of power consumption and security equipment information of each house from the control device of each house (step S1). In addition, the acquisition part 110 may transmit the transmission request | requirement which prompts to transmit the measurement result etc. of power consumption with respect to the control apparatus of each house prior to step S1. In addition, the information transmitted from the control device of each house is stored in the storage device of the security management device 100 and the stored information is taken out to obtain the measurement result and the security equipment information in step S1. May be. The measurement result of power consumption obtained by adding the location information of the house and the security equipment information acquired by the acquisition unit 110 are transmitted to the determination unit 130.

  In steps S2 to S7, the determination unit 130 sequentially focuses on each area corresponding to each base where security personnel for the implementation of the crime prevention service are deployed based on the measurement result of the transmitted power consumption (target area and Select) and determine the degree of necessity for local dispatch.

  The determination unit 130 first selects one area that corresponds to one base and has not yet been selected as the target area as the target area (step S2). Then, the determination unit 130 obtains the power consumption measurement result and the security equipment information for each house located in the target area based on the location information from the measurement result of the power consumption of all the houses acquired from the acquisition unit 110. Extract (step S3). The determination unit 130 estimates the resident absence rate in each house for each predetermined time period from the measurement result of the power consumption for each house located in the target area (step S4).

  Here, the explanation according to FIG. 5 is temporarily interrupted, and the absence rate estimation process for estimating the absence rate will be described with reference to FIG. FIG. 6 is a flowchart showing the absence rate estimation process by the determination unit 130.

  The determination unit 130 distinguishes the measurement result of the power consumption into each time zone (for example, time zone every hour), and pays attention to the power consumption in one time zone not focused on (step S21).

  Subsequently, the determination unit 130 determines whether or not the power consumption in the focused time zone is smaller than a predetermined threshold value that is slightly larger than the maximum value of the total sum of standby power of electric devices in the house (step) S22). The determining unit 130 estimates that the resident of the house 21 is absent during the time period when the power consumption during the focused time period is smaller than the predetermined threshold (step S23). Do not do. And the process of step S21-S23 is repeated until it pays attention to all the time zones (for example, for 7 days etc.) (step S24).

  After paying attention to all the time zones, the determination unit 130 calculates the absence rate from the ratio of the time zones estimated that the residents of the house 21 are absent every predetermined time zone (step S25), and performs the absence rate estimation process. Finish. For example, in the predetermined time zone A (1 hour for 11 hours and 77 days for 7 days) from 1 o'clock to 12 o'clock noon, if the time zone estimated to be absent is 62 hours, then absent The rate is calculated to be about 0.8 (80%). Also, if the estimated time of absence is 21 hours in the predetermined time zone B from 12:00 to 17:00 (5 hours for 1 day and 35 hours for 7 days), the absence rate is It is calculated as about 0.6 (60%).

  In addition, it is arbitrary about how many days or how many hours of power consumption measurement results are used to calculate the absent rate, and the absent rate is a method different from the absent rate estimation process shown in FIG. It may be calculated with For example, a day when power consumption per day is a predetermined threshold (for example, 500 W) or more is at home, and a day less than the predetermined threshold is not present. The percentage may be calculated as an absent rate. In this case, for example, if each day from Tuesday to Friday is absent in five days from Monday to Friday, the absent rate is 0.8 (80%). For example, if the measuring device 212 of the house 21 measures the power consumption of each branch circuit using a current sensor that monitors the amount of current for each branch circuit of the house 21, the security management device 100 controls the control device 211. The measurement result of the power consumption for each branch circuit can be acquired from In this case, for example, the power consumption of only the branch circuit that supplies power to the electric device that can be operated by the resident by eliminating the branch circuit that supplies power to the electric device that operates automatically regardless of the operation of the resident. The absence rate may be calculated from the ratio of the time zone in which the measurement result is smaller than the predetermined threshold. In this case, for example, the predetermined threshold value is a predetermined value that is slightly larger than the maximum value of the total sum of standby power of electric devices that can be operated by a resident.

  Hereinafter, it returns to description of a crime prevention management process again using FIG.

  The determination unit 130 calculates a dispatch required index for each predetermined time period for each house from the crime prevention facility information of each house located in the target area and the absence rate for each predetermined time period (step S5). In addition, the determination unit 130 evaluates related to the necessity for security personnel to be dispatched for the house in accordance with the criteria determined in advance by a crime prevention specialist from the type and number of the security devices indicated by the security equipment information of the house. The value is specified and the dispatch required index is calculated based on the evaluation value. Standards established by experts, etc., for example, for each type of security device, the smaller the value, the lower the necessity for dispatch of security personnel taking into account the security capability of that type of security device. Yes. Therefore, the evaluation value specified for the crime prevention facility information becomes smaller as the necessity of dispatch of crime prevention personnel is lower. Further, for example, the security equipment information indicates that two types of security equipment are provided rather than the case where the security equipment information indicates that one type of security equipment (for example, a security camera) is provided in a house. The evaluation value specified about crime prevention equipment information is smaller in the case of showing. If there is no security equipment in the house, the security equipment information is information indicating that, and in this case, the evaluation value specified for the security equipment information is, for example, 1, and more than one security equipment. The evaluation value specified in the case of holding is, for example, less than 1.

  Subsequently, the determination unit 130 determines the degree of necessity for dispatch in the target region for each predetermined time zone based on the regional safety information of the target region stored in the storage unit 120 and the dispatch requirement index calculated in step S5. (Step S6).

  Here, a specific example of the determination of the necessity for dispatch will be described. FIG. 7 is a diagram illustrating the relationship between various types of information that is the basis for calculating the degree of necessity for dispatch. As shown in the figure, the determination unit 130 estimates the absent rate by a predetermined algorithm f1 (for example, the absent rate estimation process in FIG. 6) from the measurement result of the power consumption for each predetermined time period collected from each house. Moreover, the determination part 130 calculates a dispatch required index | exponent by the predetermined algorithm f2 from the evaluation value specified about the resident absence rate estimated for every the predetermined time slot | zone, and the crime prevention equipment information of a house. The algorithm f2 calculates, for example, a dispatch required index for each predetermined time period by multiplying the absence rate for each predetermined time period by the evaluation value specified for the security equipment information. In addition, the determination unit 130 determines a predetermined algorithm from the necessary dispatch index for each house located in the same area and the evaluation value (for example, the evaluation value 44 in FIG. 4) of the local safety information in each area for each predetermined time period. The need for dispatch is determined by f3. The algorithm f3, for example, multiplies the average value of the dispatch required index of houses in the same region for each predetermined time zone by the evaluation value of the regional safety information for the region, thereby dispatching the housing for that region for each predetermined time zone. It determines the necessity. In the example of FIG. 7, the predetermined time zone A (1: 00 to 11) for the houses 21 and 22 by the algorithm f1 from the measurement result of the power consumption obtained by adding the location information indicating the area A acquired from the houses 21 and 22. : 59) are estimated to be 0.8 and 0.7, respectively. When the evaluation values of the crime prevention equipment information of the houses 21 and 22 are respectively specified as 0.9 and 0.8, the dispatch required index for the house 21 in the predetermined time zone A is calculated by the algorithm f2. It is calculated as 0.7 by multiplying 0.8 by 0.9. Here, for convenience of explanation, the multiplication result is rounded off to one decimal place. Similarly, the dispatch required index for the house 22 in the predetermined time zone A is calculated by multiplying 0.7 by 0.8 by the algorithm f2. When the average value of the dispatch required index of the houses in the area A including the houses 21 and 22 is 0.7 and the evaluation value of the regional safety information in the area A is 0.4, the predetermined time zone A The degree of crime prevention in area A is determined to be 0.3 by multiplying 0.7 by 0.4 by algorithm f3. Note that the algorithm f2 may calculate the same value as the absence rate as the dispatch required index without using the evaluation value of the crime prevention facility information. In addition, the algorithm f3 does not use the evaluation value of the regional safety information, but determines the average value of the necessary dispatch index of each house in the same region for each predetermined time period as the necessary degree of dispatch for each predetermined time period. There may be. In this case, the memory | storage part 120 which memorize | stores regional safety information becomes unnecessary. For example, in the case where the evaluation value of crime prevention equipment information and the evaluation value of regional safety information are not used, the average value of the absence rate of each house in that region for each predetermined time zone (this average value is the region The degree of absence, which is the degree of absence of residents in Japan, can be the necessity for dispatch. The average value of the dispatch required index of each house in the area, which is the input of the algorithm f3, and the dispatch required index of each house in the same area for each predetermined time zone are required to be dispatched among representative values predetermined for a plurality of ranges. The average value may be calculated after the value is replaced with a representative value in the range including the index value. As an example of this representative value, for example, if the dispatch required index is 0.8 or more, the representative value is 0.8, and if the dispatch required index is 0.2 or more and less than 0.8, the representative value is 0.8. If the dispatch required index is less than 0.2, the representative value is 0.2.

  The determination unit 130 repeats the processes in steps S2 to S6 until the areas corresponding to all the bases are selected as the target areas (step S7). As a result, the degree of necessity for dispatch in each region corresponding to each base is determined. The determined need for dispatch is transmitted to the output unit 140.

  After determining the degree of necessity for dispatch by the determination unit 130, the output unit 140 deploys (distributes) security personnel to each base corresponding to each region based on the necessity for dispatch of each region in each of a plurality of predetermined time zones. Is determined (step S8). That is, the output unit 140 determines the number of security personnel deployed at each base for each predetermined time period. As a method for determining the number of crime prevention personnel from the necessity for dispatching, a method for determining the number of crime prevention personnel by predetermining a coefficient N (for example, 2 etc.) and multiplying the necessity degree for dispatching by the factor N so as to have a proportional relationship. There is. In addition, assign the number of necessary security personnel for each category by dividing the value of necessity of dispatch into multiple ranges (range greater than 0 and less than or equal to 0.2, range greater than 0.2 and less than 0.4), etc. Corresponding correspondence tables may be determined in advance, and the number of crime prevention personnel may be determined based on the necessity of dispatch based on the correspondence table. This correspondence table is determined in consideration of, for example, past security service operation results of a security company, the size of the coverage of each base (area corresponding to the base), personnel costs, and the like.

  Subsequently, the output unit 140 outputs deployment information relating to the determined deployment of security personnel (step S9). This output is realized by transmitting deployment information to the terminal device 302, for example. The terminal device 302 displays the deployment information so that, for example, an administrator such as a security company, security personnel, etc. can browse the deployment information. In security companies, etc., security personnel can be appropriately deployed at each site by browsing the deployment information. FIG. 8 is a diagram illustrating a configuration and example contents of the deployment information. The deployment information 60 is obtained by associating a time zone 61 and a security personnel number 62 as shown in the figure. The time zone 61 indicates each predetermined time zone, and the security personnel number 62 corresponds to each region (corresponding to a region). Indicates the number of security personnel that should be deployed at each site. In addition, in FIG. 8, the value of the number of crime prevention personnel calculated by multiplying the necessity degree shown in FIG. 7 by a coefficient N = 2 is illustrated.

  Further, the output unit 140 generates crime prevention presentation information to be presented to the residents of each house based on the determined information of the security personnel deployment to each site, that is, the number of security personnel for each predetermined time zone of each site. And it transmits to apparatuses, such as the presentation apparatus 301 which each resident holds (step S10). For example, the output unit 140 calculates the crime prevention service fee based on the number of crime prevention personnel deployed at each base corresponding to each region and the cost required for the crime prevention service for each region. Generate presentation information about crime prevention services, including fees. In calculating the security service charges when generating this presentation information, for each area, refer to distance information indicating the average distance of each house in the area from the base corresponding to that area, for example, distance The calculation may be performed so that the farther is, the higher the fee is. In addition, you may vary the charge of the crime prevention service about each house of the same area with reference to the evaluation value of the crime prevention equipment information mentioned above. For example, the security service fee may be lowered as the evaluation value of the security equipment information is lower. Further, the rate of the crime prevention service for each house may be made different by referring to the absent rate for the residents of each house. For example, the security service fee may be lowered as the absence rate is lower. In addition, the presentation information to be presented to the resident may include information on security personnel (for example, information such as the range of the number of crime prevention personnel) deployed at the nearest base to the resident's house. In addition, for example, the security rank is classified into three ranks A, B, C, etc. according to the degree of necessity for dispatch for each area, and a charge for a crime prevention service predetermined for each crime prevention rank is specified and the charge is indicated. May be included in the presentation information. FIG. 9 is a diagram illustrating a screen 65 displaying the presentation information. The presentation information transmitted in step S10 is received by the presentation device 301, and the presentation device 301 displays a screen 65 showing a security service fee and the like. The crime prevention management apparatus 100 holds transmission destination information (e-mail address, telephone number, etc.) for transmitting information to the presentation apparatus 301 owned by the resident for each house, for example.

  Note that the transmission destination of the presentation information transmitted in step S10 may be, for example, the control device 211 that functions as a HEMS controller in each house instead of the presentation device 301. In this case, the control device 211 may transfer the presentation information to a HEMS device having a display function such as a tablet and display the screen 65 of FIG. 9 on the tablet or the like.

  As described above, according to the security management system 10, the security management device 100 collects information from the control devices of each house, and outputs deployment information and the like useful for distributing and deploying security personnel to each base. It is possible to provide crime prevention services efficiently. Moreover, since the cost required for the crime prevention service can be reduced by efficiently providing the crime prevention service, the housing can be used at a discounted rate for the crime prevention service in any area.

(Other embodiments, etc.)
As described above, the crime prevention management system 10 including the crime prevention management apparatus 100 has been described according to the first embodiment. However, it is needless to say that the above-described embodiment is merely an example, and various modifications, additions, omissions, and the like are possible.

  In the crime prevention management system 10, the measurement device transmits the measurement result of power consumption in each house to the control device, and the control device transmits the measurement result of power consumption to the crime prevention management device 100. We decided to use the measurement results to estimate the absence rate of residents in the house. Instead of the measurement result of the power consumption related to the electric energy, the measurement result of the usage amount of gas, water, etc. related to other energy may be used alone or in combination with the measurement result of the power consumption. For example, it can be estimated that the resident of the house is at home during a time period in which the amount of use of gas, water, etc. is zero or greater than a certain threshold. In addition to estimating the absent rate, the sleep rate indicating the degree to which the inhabitant is sleeping is estimated using the measurement results of the power consumption that distinguishes the bedroom from the other room, and the sleep rate is If it is high, the dispatch required index may be calculated high.

  In addition, the above-described house may be a facility such as a store or an office.

  In addition, the control device 211 shown in the first embodiment obtains location information and crime prevention equipment information based on the input from the input unit, but does not depend on the input from the input unit, for example, from an external device. It may be obtained by reception, reading from a recording medium, or the like. Further, the location information may be obtained by using, for example, GPS (Global Positioning System). In addition, instead of receiving the measurement result of power consumption in each house, the acquisition unit 110 of the security management device 100 accepts input from a keyboard or other input means, or reads from the recording medium on which the measurement result is recorded. The measurement result of power consumption may be acquired by

  In addition, the acquisition unit 110 of the crime prevention management device 100 may acquire the location information of each house by another method of receiving from the control device of each house. For example, it may be acquired by receiving an input via the input means of the crime prevention management apparatus 100, or may be acquired by reception from an external device. In this case, it is necessary to distinguish the measurement result and information on which house the power consumption measurement result and the crime prevention equipment information received from the control device of each house and correspond to the location information. Moreover, the crime prevention management apparatus 100 is good also as distinguishing the communication path (communication line) with each control apparatus of each house individually or for every area.

  Moreover, the crime prevention management apparatus 100 distinguishes the predetermined time zones A to C, estimates the absence rate of residents of each house for each predetermined time zone, determines the degree of necessity for dispatch in each area for each predetermined time zone, The deployment information indicating the number of crime prevention personnel at each site in each time zone was output. However, all the time zones are handled collectively without distinguishing the time zones, and the ratio of the number of crime prevention personnel at each base is estimated, estimating the vacancy rate of residents in each house, determining the necessity of dispatch in each area, and Information may be output. However, distinguishing time zones is useful for efficiently deploying security personnel at each site.

  Further, the acquisition unit 110 of the crime prevention management device 100 may acquire the crime prevention facility information of each house by another method of receiving from the control device of each house. For example, it may be acquired by receiving an input via the input means of the crime prevention management apparatus 100, or may be acquired by reception from an external device.

  Further, the execution order of the processing procedures (such as the procedures shown in FIGS. 5 and 6) by the security management device 100 described above is not necessarily limited to the order as described above, and is within the scope not departing from the gist of the invention. The execution order can be changed or a part thereof can be omitted. Further, all or a part of the processing procedure (the procedure shown in FIGS. 5 and 6) may be realized by hardware or may be realized by using software. Note that the processing by software is realized by a CPU included in a computer executing a control program stored in a memory. Further, the program may be recorded on a recording medium and distributed or distributed. For example, by installing the distributed control program in a computer and causing the CPU to execute it, it is possible to cause the computer to perform all or part of the processing procedures shown in FIGS. 5 and 6.

  In addition, a part of the processing (security management processing or the like) by the security management device 100 described above may be performed by an external device (for example, a terminal device 302, a server device, or the like) that can communicate with the security management device 100 or a control device for each house. It is also possible to share.

  In addition, embodiments realized by arbitrarily combining the constituent elements and functions described in the above-described embodiments are also included in the scope of the present invention.

  Note that various general or specific aspects of the present invention include one or a plurality of combinations of an apparatus, a system, a method, an integrated circuit, a computer program, a computer-readable recording medium, and the like.

  Hereinafter, the configuration, modification, effects, and the like of the crime prevention management apparatus and the crime prevention management method and control program related to the crime prevention management apparatus according to one aspect of the present invention will be described.

  (1) The crime prevention management apparatus 100 according to an aspect of the present invention acquires an acquisition unit 110 that acquires, for each of one or more regions, measurement results of energy usage at one or more customers in the region, and the acquisition unit 110. Based on the measurement results of energy usage at each consumer, the degree of necessity for dispatch is determined for each region, which is the degree to which security personnel need to be dispatched for the implementation of crime prevention services to customers in that region The crime prevention management device includes a determination unit 130 that performs the output and an output unit 140 that outputs information corresponding to the degree of necessity for the dispatch determined by the determination unit 130. The dispatch of security personnel here means that the security personnel appear at or around the customer. The customers here are facilities such as houses, stores, and offices.

  With this configuration, the crime prevention management apparatus 100 can output information useful for efficient provision of crime prevention services (for example, information indicating the necessity degree for each region) according to the degree of necessity for each region. Therefore, it is possible to provide an efficient crime prevention service according to the degree of necessity for dispatch for each region.

  (2) For example, the output part 140 is good also as outputting the deployment information regarding the deployment of crime prevention personnel according to the necessity for dispatch.

  Thus, by referring to the deployment information, it is possible to deploy security personnel according to the degree of dispatch required for each region.

  (3) For example, the acquisition unit 110 acquires location information of one or more consumers when acquiring the measurement result of the energy usage amount of the consumers, and the determination unit 130 acquires the 110 Based on the location information of each customer, the measurement results of energy consumption obtained by each customer are classified for each area that is associated in advance with a plurality of bases where security personnel are distributed and deployed. For each region, the dispatching degree of the region is determined from the measurement results relating to each customer in the region, and the output unit 140 selects a plurality of dispatching degrees for each region corresponding to each of the plurality of bases. The number of security personnel deployed at each site may be specified, and the number of security personnel identified at each site may be included in the deployment information for output.

  Thereby, an appropriate number of crime prevention personnel can be deployed to each base by referring to the deployment information.

  (4) For example, for each region, the determination unit 130 indicates, for each customer, the degree of absence of a person at that customer based on the measurement result of the energy usage associated with each customer in that region. It is good also as estimating the rate and determining the dispatching degree of the area from the estimated absence rate concerning each customer in the area. In addition, the person in a consumer is a resident of a house when the consumer is a house, for example, a store manager or a store clerk when the consumer is a store, for example, an office employee when the consumer is an office. , Officers, etc.

  This makes it possible to appropriately deploy crime prevention personnel based on the degree of absence of people in the consumer.

  (5) For example, the absence rate estimated by the determination unit 130 indicates the degree of absence of the customer in the predetermined time zone, and the degree of necessity for dispatch determined by the determination unit 130 is the predetermined time zone. It may be the degree that the security personnel need to be dispatched in order to implement security services for local customers. Here, the degree of necessity for dispatch in a region in a predetermined time zone is, for example, a region where there are many consumers with a person's vacancy rate in a predetermined time zone greater than or equal to a predetermined threshold if the conditions excluding the absence rate are the same The decision is made so that the necessity of dispatching in that area becomes higher.

  As a result, it is possible to appropriately deploy crime prevention personnel based on the degree of absence of the customer in the predetermined time zone.

  (6) For example, the crime prevention management device 100 further stores regional safety information indicating an evaluation value of crime safety in each region previously associated with each of a plurality of locations where security personnel are distributed and deployed. The determination unit 130 may determine the degree of necessity for dispatch based on the regional safety information.

  This makes it possible to deploy security personnel appropriately according to local conditions.

  (7) For example, the acquisition part 110 is good also as acquiring acquisition of the measurement result of the energy usage amount in each consumer by receiving the measurement result which the apparatus with which each consumer was equipped transmits.

  Thereby, even if it does not input energy usage directly from input means, such as a keyboard, the information useful for the deployment of security personnel is output from the security management device 100.

  (8) For example, the acquisition unit 110 further acquires crime prevention facility information indicating a crime prevention facility provided to each customer for each customer, and the determination unit 130 determines the degree of necessity for dispatch based on the crime prevention facility information. It's also good.

  As a result, the security equipment provided to the customer can affect the necessity of the security personnel rushing, and the security personnel can be appropriately deployed according to the situation of the security equipment.

  (9) For example, the output unit 140 generates presentation information to be presented to a person at any one of the consumers according to the degree of dispatch, and the presentation information held by the person at the consumer It is good also as transmitting to the apparatus 301.

  As a result, information generated according to the necessity of dispatch (for example, information indicating the security service fee for each region generated based on the number of crime prevention personnel deployed at each base according to the need for dispatch) The person at the consumer can know this via the presentation device 301.

  (10) The crime prevention management method according to one aspect of the present invention is acquired in acquisition step S1 for acquiring measurement results of energy usage in one or more customers in each region for each of one or more regions, and in acquisition step S1. Based on the measurement results of energy consumption at each consumer, the degree of necessity for dispatch, which is the degree that security personnel need to be dispatched for the implementation of the crime prevention service to consumers in that region, is determined for each region. It is a crime prevention management method including a determination step S6 and a presentation step of presenting (outputting) information according to the degree of necessity for dispatch determined in the determination step S6.

  Thereby, the information useful for the efficient provision of the crime prevention service according to the necessity of dispatch for each area can be presented.

  (11) A control program according to an aspect of the present invention is a control program for causing a computer to execute predetermined processing (security management processing), and the predetermined processing is performed for each of one or more regions. The acquisition step S1 for acquiring the measurement result of the energy usage amount in the consumer, and the crime prevention to the local consumer for each region based on the measurement result of the energy usage amount in each consumer acquired in the acquisition step S1 A decision step S6 for determining the degree of necessity for dispatch, which is a degree that requires the security personnel to be dispatched for the service, and an output step S9 for outputting information according to the degree of necessity for dispatch determined in the decision step S6. It is a control program including.

  Thereby, it becomes possible to cause the computer to function as a security management device 100 that executes security management processing.

DESCRIPTION OF SYMBOLS 100 Security management apparatus 110 Acquisition part 120 Storage part 130 Determination part 140 Output part 301 Presentation apparatus

Claims (11)

An acquisition unit that acquires measurement results of energy usage in one or more customers in each region for each of one or more regions;
Based on the measurement results of energy usage at each consumer acquired by the acquisition unit, the degree of need for security personnel to be dispatched for each area to implement security services for consumers in the area. A determination unit that determines the degree of necessity for dispatch;
An anti-crime management apparatus comprising: an output unit that outputs information according to the degree of necessity for dispatch determined by the determination unit. The crime prevention management device according to claim 1, wherein the output unit outputs deployment information related to the deployment of crime prevention personnel according to the degree of dispatch. The acquisition unit acquires, for one or more consumers, the location information of the customer when acquiring the measurement result of the energy usage in the customer,
The determination unit corresponds in advance to the measurement result of the energy usage amount of each consumer acquired by the acquisition unit, based on the location information of the customer, to each of a plurality of bases where security personnel are distributed and deployed. It is classified into each attached region, and the dispatching degree of the region is determined from the measurement result relating to each customer in the region for each region,
The output unit identifies the number of security personnel deployed at each of the plurality of sites according to the degree of dispatch required for each region corresponding to each of the plurality of sites, and the number of security personnel identified for each site. The crime prevention management device according to claim 2, wherein the output is performed by including the deployment information in the deployment information. The determination unit estimates, for each region, an absence rate indicating a degree of absence of a person in the consumer for each consumer based on the measurement result relating to each consumer in the region. The crime prevention management device according to claim 3, wherein the degree of necessity for dispatch in the area is determined from an absence rate for each customer in the area. The absence rate estimated by the determination unit indicates a degree that a person in a consumer is absent in a predetermined time period,
The degree of necessity of dispatch for each area determined by the determination unit is a degree that requires the dispatch of crime prevention personnel for the implementation of the crime prevention service to customers in the area in the predetermined time zone. Security management device. The crime prevention management apparatus further includes a storage unit that stores regional safety information indicating an evaluation value of crime safety in each region previously associated with each of a plurality of locations where security personnel are distributed and deployed. ,
The crime prevention management device according to any one of claims 3 to 5, wherein the determination unit determines the degree of necessity for dispatch based on the regional safety information. The crime prevention management device according to claim 3, wherein the acquisition unit acquires the measurement result of the energy usage amount in each consumer by receiving the measurement result transmitted by a device provided in each consumer. . The acquisition unit further acquires security equipment information indicating the security equipment provided to the consumer for each consumer,
The security management device according to any one of claims 2 to 7, wherein the determination unit determines the degree of necessity for dispatch based on the security equipment information. The output unit generates presentation information to be presented to a person at any one of the consumers according to the degree of dispatch, and transmits the presentation information to a presentation device held by the person at the consumer. The crime prevention management device according to claim 1. An obtaining step for obtaining a measurement result of energy consumption in one or more consumers in the region for each of the one or more regions;
Based on the measurement results of energy usage at each customer acquired in the acquisition step, the degree of need for security personnel to be dispatched for each region to implement security services for consumers in the region A decision step to determine the need for dispatch;
A crime prevention management method including a presentation step of presenting information according to the degree of necessity for dispatch determined in the determination step. A control program for causing a computer to execute predetermined processing,
The predetermined process is:
An obtaining step for obtaining a measurement result of energy consumption in one or more consumers in the region for each of the one or more regions;
Based on the measurement results of energy usage at each customer acquired in the acquisition step, the degree of need for security personnel to be dispatched for each region to implement security services for consumers in the region A decision step to determine the need for dispatch;
An output step for outputting information according to the degree of necessity for dispatch determined in the determination step.

Images