JP5131850B2 - Information presentation method, information presentation program, computer-readable recording medium, and information presentation apparatus - Google Patents

Description

  The present invention relates to an information presentation method, an information presentation program, a computer-readable recording medium, and an information presentation device, and more specifically, an information presentation method, an information presentation program for presenting information that leads to crime prevention, and the information presentation program The present invention relates to a computer-readable recording medium in which an information presentation program is recorded, and an information presentation apparatus.

Miserable incidents occur frequently. In June of this year (2008), there was an indiscriminate killing case involving 17 casualties in Akihabara. Some people have heard that there is a problem with society.
Certainly, there may be problems in society.
However, changing society is difficult. In the first place, it is not easy to decide what kind of society should be.

Crime will not go away, but most people will not sin. There are two possible reasons for this.
The first is a positive reason, such as "I know the importance of life. Because crime is bad." The second is reluctance: "If you commit a crime, you will be punished." This is the reason.
For the second reason, it can be said that a law that provides for crimes and punishment for them (ie, criminal law) has the effect of deterring crimes.

For example, Article 199 of the Penal Code states that "A person who kills a person is sentenced to death or imprisonment for an indefinite period or five years or more." The term of fixed-term imprisonment is defined as one month to 20 years in Article 12 of the Penal Code, so if you kill a person, you will be sentenced to death, indefinite imprisonment, or imprisonment of 5 to 20 years Become.
Also, Article 236, Paragraph 1 of the Penal Code states that "A person who has breached another person's property using assault or intimidation shall be guilty of robbery and sentenced to imprisonment with a term of five years or more." In other words, if you commit a robbery, you will be sentenced to 5-20 years in prison.

  Also, Article 240 of the Penal Code states that “If a robber injures a person, he or she is sentenced to imprisonment for an indefinite period or 6 years or more, and if he is killed, he is sentenced to death or indefinite imprisonment.” That is, in the case of burglary injury, imprisonment for a permanent period or imprisonment for 6 to 20 years is imprisoned.

For example, if you threaten a store clerk at a convenience store and steal money, you will be robbed and imprisoned for 5 to 20 years. In addition, even if there is no murderous intent at that time, if the store clerk is killed, it will result in burglary and death penalty, or imprisonment for life.
So, if you want to take money away from others, most people are afraid of punishment (thinking crime is not worth it) and don't actually take action.

However, in reality, crimes that are not reasonable are being carried out.
One reason for this is that there is not enough recognition of punishment for crime (it is not fully recognized that crimes are not worth the money), and the effect of deterring crimes under criminal law is not fully demonstrated. I think.

The following Patent Document 1 tells the intruder that “You may be sentenced to imprisonment for up to ** years due to illegal intrusion on this site. If you commit further crimes for property damage, you may be sentenced to imprisonment for up to ** years. If you commit further theft, it will be up to ** years. " It is described to make it.
JP 2006-039632 A

However, those who have decided to commit crimes and have begun to act (those who have already entered the residence) are not at rest, and such messages are unlikely to be heard.
Therefore, it is necessary to convey the cost of sin when you commit a crime from the normal time so that you not only understand it in your head, but also make you feel enough in your heart.

For example, “If you kill a person, you may be sentenced to death or indefinite imprisonment.” It seems that many people know, but the head of what imprisonment imprisonment is. It seems that there are few people who feel not only in understanding but also in their hearts.
Perhaps some people may recognize that if they have been in prison for about 10 years, they can return to society by parole.

Of the inmates sentenced to life imprisonment, those who were released in 2006 (three people) have an average incarceration period of 25 years and 1 month (according to statistics published by the Ministry of Justice). In other words, it has 25 years and 1 month until parole.
Considering this, “If you have been in prison for 25 years, you can go to society.” It may not be high as a criminal deterrent effect, but “I was murdered at the age of 25 and was sentenced to life imprisonment. The person will not be able to go out to society until he is 50 years old. "
He spends his late 20s, 30s and 40s in prison. If this reality is not only understood in the mind, but also in the heart, even if there is a person who hates enough to kill, it seems that the crime will be stopped.

Also, many people know that "If you kill a person, you may be sentenced to death or indefinite prison.""If you commit a robber, you will be sentenced to 20 years in prison. There seem to be few people who know that there is "except for experts."
In the first place, it seems that few people know what the crime of robbery is.

For example, although it seems that it is widely known that stealing cash from a bank is a crime for robbery, it is not well known that stealing cash at a convenience store and stealing cash is a crime for robbery. It seems that it is not.
Perhaps there are many who think that there is no big difference between stealing cash by threatening a store clerk at a convenience store and stealing an item so that it cannot be found by the store clerk (shoplifting).
However, shoplifting is a theft, not a burglar. Robbery is a very serious sin.

Last October (2007), there was an incident in Neyagawa City, Osaka Prefecture, in which two people (19 and 15 years old) took canned beer from a convenience store and killed a store clerk while escaping. If a suspect is found to be murderous, he will be a murderer, and even if his murderous intention is not recognized, he will be a robber. In any case, the death penalty or indefinite imprisonment.
Incidentally, a 19-year-old boy was murdered in the first trial (Osaka District Court) and was sentenced to imprisonment indefinitely.

It seems that the reason for this incident was to “shoplift canned beer”.
The language may not be appropriate, but just trying to shoplift canned beer, the boy was unable to return to society until age 44 (assuming the incarceration period was 25 years). In other words, 20's and 30's will always be in jail.
In this case, the most unfortunate are the deceased clerk and the bereaved family, but the boy is also unhappy.

If you work assault and kill a clerk, this crime will not happen if you feel enough in your mind that you have to spend 44 years in prison. I think that it was.
This is because there should be no humans who bet most of their lives to take away canned beer.

  The present invention has been made in view of the above problems, and is an information presentation method and information capable of presenting information not only for understanding at the head, but also for the heart to fully feel the price of a crime. It is an object of the present invention to provide a presentation program, a computer-readable recording medium that records the information presentation program, and an information presentation apparatus.

In order to achieve the above object, the information presenting method (1) according to the present invention uses a prison term data storage means in which a prison term data is stored in association with a criminal name, and information that leads to criminal deterrence. An information presentation method by a computer for presenting, based on a selected crime name, searching the prison term data storage means and extracting corresponding prison term data, and the input age of the perpetrator Adding the expected incarceration period determined from the extracted imprisonment period data to calculate an expected age at release, and presenting the calculated expected age at release ; conditions are characterized by the type of offense Dakedea Rukoto.

According to the information presenting method (1), the expected age at the time of release can be calculated and presented from the crime name selected by the user and the age of the perpetrator input.
For example, when a prison term of 5 to 20 years is stored in association with a robbery in the prison term data storage means, the user selects the crime name “robbery” and inputs the perpetrator's age “30 years” Then, the expected period of incarceration will be determined as 5 to 20 years, the expected age at release will be calculated as 35 to 50 years, and the expected age at release will be 35 to 50 years old, etc. Can do.

  If it is presented as "punishment of 5 to 20 years in prison", it may be understood that "if you have been in prison for at least 20 years, you can go to society." Would be understood as "I can't go back to society until 35 years old. If I'm late, I can't go back to society until 50 years old".

"I can't go back to society until I'm 50" means that you have to spend 30s and 40s in prison.
That is, by presenting the expected age at the time of release, this presented harsh reality can be intuitively understood by the person who is presented.
Therefore, by making this presentation, it is possible not only to understand the cost of committing a crime, but also to make the heart feel enough.

In addition, it is considered that the expected age at the time of release is very effective, for example, on a television news program.
For example, immediately after the contents of a crime are reported, the caster operates a computer to select a crime name and input the age of the perpetrator.

  As a result, after the contents of the crime are reported, for example, “The expected age at release is 35-50 years old” will be displayed on the TV screen, so “If it is late, you can go back to society until you are 50 years old. It is possible to convey the very severe reality (compensation for crime) to the viewer.

In addition, it is desirable to present the expected age at the time of release not only once but every time the case is reported.
By repeating the presentation, the price of crime can be more reliably felt not only in the mind but also in the mind, and can be embedded in the viewer's consciousness.

In addition, understanding the price of crime will deepen understanding of the crime itself.
For example, if you threaten a clerk at a convenience store and take the cash, you must spend 20 years in prison for 20 years from the age of 30 to 50 years old. Seems to be able to understand that it is a very serious crime of robbery and different from shoplifting (theft).

However, even if the price of crime can be fully felt by many people and it can be implanted in consciousness, I do not think that crime will be drastically reduced.
However, if the number of disastrous incidents is reduced by one or two, the crime deterrent effect will work. Because there is nothing that can be substituted for human life.

In addition, the information presentation method (2) according to the present invention uses the imprisonment period data storage means that stores the longest imprisonment period data associated with a crime name and presents information that leads to crime prevention. The computer-based information presentation method, based on the selected crime name, searching the prison term data storage means and extracting the corresponding maximum prison term data, and the age of the perpetrator input, Adding the expected period of incarceration determined from the extracted longest prison term data, calculating the expected age at release, and presenting the calculated expected age at release , the search conditions are characterized by the type of offense Dakedea Rukoto.

According to the above information presentation method (2), the expected age at the time of release in the case of imprisonment for the longest period is calculated and presented from the crime name selected by the user and the age of the perpetrator entered. can do.
For example, in the case where the longest imprisonment period of 20 years is stored in association with the robber in the prison period data storage means, the crime name “robbery” is selected by the user and the perpetrator's age “30 years old” is input. Then, the expected period of incarceration was determined to be 20 years, the expected age at release was calculated as 50 years old, and the expected age at release was 50 years old (in the case of 20 years of maximum imprisonment), etc. Can be presented.

  As mentioned above, if the indication is "punishment of 5 to 20 years in prison" or "punishment of 20 years in prison at maximum", "If you have been in prison for at least 20 years, you can go to society." There is a possibility that it will be understood, but if it is an indication that "the expected age at release is 50 years old (in the case of the longest prison sentence of 20 years)", "If it is late, it will not return to society until it becomes 50 years old." I think it is understood.

"I can't go back to society until I'm 50" means that you have to spend 30s and 40s in prison.
That is, by presenting the expected age at the time of release, this presented harsh reality can be intuitively understood by the person who is presented.
Therefore, by making this presentation, it is possible not only to understand the cost of committing a crime, but also to make the heart feel enough.

By the way, when calculating the expected age at release, the longest imprisonment period (20 years) is not adopted, but only the shortest imprisonment period (5 years) is adopted. It becomes such a presentation.
By this presentation, it should be understood that “you can't go back to society until the age of 35 at the earliest”, but “you can go back to society at the age of 35 five years later. If it is understood that it will be released on parole, the effect of deterring crime will be reduced.

  However, according to the above information presentation method (2), the longest imprisonment period is used to calculate the expected age at release, so it can be shown that "the expected age at release is 50 years old" The harsh reality at the time of committing a crime can be conveyed firmly, and the deterrent effect of the crime can be fully demonstrated.

  In addition, in the information presentation method (3) according to the present invention, in the information presentation method (1) or (2), when the imprisonment period is indefinite, the inmate period data until the release in indefinite imprisonment is stored. It is characterized by having a step of determining a period indicated by the sentenced inhabitant period data as an expected sentenced inhabitant period by using the sentenced inhabitant period data storage means.

Prison imprisonment includes not only fixed-term imprisonment but also indefinite imprisonment.
Indefinite imprisonment has no maturity, so if the imprisonment period is indefinite, the expected age at release cannot be calculated as it is.
If the expected age at release cannot be calculated, if the crime name is murder and the perpetrator is 30 years old, for example, only the shortest imprisonment (5 years) will be used to calculate the expected age at release. “The expected age at release is over 35”.
However, this does not fully convey the cost of crime.

  According to the information presenting method (3), when the prison term is indefinite, the inmate term period data storage means storing the inmate term period data until the release in indefinite term imprisonment is used. The period indicated by is determined as the expected period of residence.

Therefore, for example, if 25 years is stored as the inmate period until the inmate sentenced to release in the inmate sentence period data storage means, if the crime name is murder and the perpetrator is 30 years old, “The expected age at the time is 35 to 55 years old”, “The expected age at release is 55 years old (in the case of indefinite imprisonment)”, etc.
That is, even in the case of imprisonment indefinitely, a specific age can be presented, so that the cost of the crime can be sufficiently communicated.

In order to deter crime, there may be an idea that it is better to set the period of inmate until the release in indefinite imprisonment as long as possible, for example, 50 years.
In the past, there seemed to be some inmates who had been in the country for over 50 years, but that was an exception, and if it was too far from reality, the credibility of the expected age to be presented declined. There is a risk that the deterrence effect of crime will be reduced.

For this reason, we believe that it is optimal to adopt the average period of inmates in jail for inmates sentenced to life as inmates until their release in indefinite imprisonment.
By the way, according to statistics published by the Ministry of Justice, the inmates sentenced to life in prison in 2007 (1 person) had an average inmate of 31 years and 10 months, and inmates indefinitely sentenced to incarnation in 2006 (3 The average duration of inmates is 25 years and 1 month.

  In addition, in the information presentation method (4) according to the present invention, in any of the information presentation methods (1) to (3), when the imprisonment period is limited, the execution rate data of the sentence until release is stored. An execution rate data storage unit is used, and a period obtained by multiplying an imprisonment period by an execution rate indicated by the execution rate data is determined as an expected prison residence period.

As described above, if the expected age to be presented is too far from the reality, its credibility is lowered, and there is a possibility that the effect of suppressing crime is reduced.
About half of the inmates with fixed term imprisonment are released on parole. Therefore, even if a sentence of 10 years imprisonment is given, if you are serving seriously, you can return to society without serving for 10 years. For example, if the execution rate is 80%, you can return to society after serving for 8 years.
In addition, since parole is widely recognized, calculating the expected age at release without considering this point may lead to a decrease in credibility.

  According to the information presentation method (4), when the imprisonment period is limited, the execution rate indicated by the execution rate data during the imprisonment period using the execution rate data storage means storing the execution rate data of the sentence until release. The period obtained by multiplying by is determined as the expected incarnation period.

Therefore, for example, if an execution rate of 80% is stored in the execution rate data storage means, when the crime name is a robber and the perpetrator is 30 years old, the execution rate of 80% is achieved in the longest imprisonment period of 20 years. 16 years multiplied is determined as the expected period of incarceration, the expected age at release is calculated as 46 years, and the expected age at release on parole is 46 years (20 years in prison) it can.
Thereby, the fall of authenticity can be prevented.

Regarding the execution rate, for example, the average execution rate of fixed-term prisoners may be referred to. For the calculation of the average execution rate, the statistics published by the Ministry of Justice, “Execution rate of prison names and prison sentences by prison term on parole,” may be used.
By the way, the average execution rate of those who have been sentenced to jail for more than 3 years in prison, calculated from the 2007 results, is about 85%.

  Moreover, the information presentation method (5) according to the present invention is the death penalty presence / absence data storage in which the death penalty data corresponding to the crime name is stored in any of the information presentation methods (1) to (4). The method includes the step of determining whether there is a death penalty for the selected crime name, and presenting the expected age at the time of release together with the presence of the death penalty.

When the crime name is murder and the perpetrator is 30 years old, for example, “the expected age at parole is 55 years old (in the case of imprisonment indefinitely)” can be presented.
This makes it possible to understand the harsh reality that when people are killed, they must spend 30s and 40s in prison.
However, there is a possibility that the death penalty, which is the highest penalty for murder, will be forgotten only by the above-mentioned presentation contents.

According to the information presenting method (5), it is possible to determine the presence or absence of the death penalty for the selected crime name and to present the presence or absence of the death penalty together with the expected age at the time of release.
For example, if the user selects the crime name “murder” and inputs the perpetrator's age “30 years”, the user can be presented with “the expected age at parole 55 years (in the case of indefinite imprisonment) and death penalty”. Therefore, the death penalty, which is the highest penalty for murder, can be made unforgettable.

  In addition, the information presentation method (6) according to the present invention provides the financial information of the perpetrator who commits a crime based on the input damage situation in any of the information presentation methods (1) to (5). In addition to having a step of calculating the burden, it is characterized by presenting the expected age at the time of release together with the calculated financial burden.

According to the above information presentation method (6), the financial burden of the perpetrator for committing a crime is calculated based on the damage situation inputted by the user, and the perpetrator's A financial burden can be presented.
The perpetrator has a financial burden for committing a crime. For example, damages caused when a person is injured or killed, lawyer expenses, and the like.
By presenting such a financial burden, it is possible to tell from the monetary aspect how much the cost of crime is, and the crime prevention effect can be enhanced.

The amount of damages varies greatly from case to case and is not easy to generalize. For example, the amount of damages may be set according to the age of the victim from past cases.
For example, if the victim is a teenager, set it as A yen, B for 20s, C for 30s, D for 40s, etc., and kill two men in their 20s. In such cases, the amount of compensation for damages shall be twice the amount of B yen.

In addition, the information presentation program (1) according to the present invention relates to a prison term data storage means for associating a computer with a crime name and storing prison term data for the computer in order to present information related to crime prevention Based on the name of the offender, an extraction means for searching the imprisonment period data storage means and extracting the corresponding imprisonment period data, an expected inmate where the input age of the perpetrator is determined from the extracted imprisonment period data It functions as an expected age calculation means for calculating the expected age at release by adding the period, and a presentation means for presenting the calculated expected age at release , and the search condition is only a criminal name. It is characterized by.

According to the information presenting program (1), the computer functions as the prison term data storage means, the extraction means, the expected age calculation means, and the presentation means. The expected age at release can be calculated and presented from the age of the offender.
Therefore, the same effect as the information presentation method (1) can be obtained.

In addition, the information presentation program (2) according to the present invention relates to a prison term data storage unit in which a computer is associated with a crime name and the longest prison term data for the computer is stored in order to present information that leads to crime prevention. Based on the selected criminal name, the prison term data storage means is searched to extract the corresponding longest prison term data, the age of the perpetrator entered is determined from the extracted longest prison term data by adding the expected sentenced whereabouts period to be expected age calculating means for calculating a predicted age at release, and calculated presenting means for presenting the estimated age at release is intended to function as a condition for the search Is characterized by the sin name only .

According to the information presenting program (2), the computer is caused to function as the imprisonment period data storage means, the extraction means, the expected age calculation means, and the presentation means. From the age of the perpetrator, the expected age at release in the case of being sentenced to prison for the longest period can be calculated and presented.
Therefore, the same effect as the information presentation method (2) can be obtained.

  In addition, the information presentation program (3) according to the present invention is the information presentation program (1) or (2), wherein the computer is further informed of the inmate period data until the release in indefinite imprisonment. Indefinite imprisonment period determination for determining the period indicated by the inmate period data stored in the incarceration period data storage means as the expected inmate period if the imprisonment period data storage means and the imprisonment period are indefinite It is characterized by functioning as a means.

According to the information presenting program (3), the computer is further caused to function as the inmate imprisonment period data storage means and the indefinite imprisonment imprisonment period determining means. Can present a specific age and fully convey the cost of the crime.
Therefore, the same effect as the information presentation method (3) can be obtained.

  In addition, the information presentation program (4) according to the present invention provides the computer according to any one of the information presentation programs (1) to (3), and further, an execution rate in which execution rate data of sentences for fixed term imprisonment is stored. If the data storage means and imprisonment period are fixed, the period obtained by multiplying the imprisonment period by the execution rate indicated by the execution rate data stored in the execution rate data storage means is determined as the expected inmate period It is characterized by functioning as a means for determining the term of prison sentence.

According to the information presenting program (4), since the computer further functions as the execution rate data storage means and the fixed-term imprisonment period determining means, it can be considered taking parole into consideration, It can prevent the credibility of the expected age at the time of release to be lowered.
Therefore, the same effect as the information presentation method (4) can be obtained.

  In addition, the information presentation program (5) according to the present invention stores, in any of the information presentation programs (1) to (4), the computer further associated with a crime name, and the existence / non-existence data of death penalty for the computer is stored. The death penalty presence / absence data storage means, and the death penalty presence / absence judgment means for judging the presence / absence of the death penalty for the selected crime name based on the death penalty presence / absence data stored in the death penalty presence / absence data storage means. The means is characterized by presenting the death penalty along with the expected age at release.

According to the information presentation program (5), the computer is further caused to function as the death penalty presence / absence data storage means and the death penalty presence / absence judgment means, and the presentation means is adapted to the estimated age at the time of release, Since the presence / absence is presented, it is possible to judge the presence / absence of the death penalty for the selected crime name and to present the death penalty along with the expected age at the time of release.
Therefore, the same effect as the information presentation method (5) can be obtained.

  Further, the information presentation program (6) according to the present invention commits a crime in any of the information presentation programs (1) to (5) based on the input damage situation. It functions as a monetary burden calculating means for calculating the monetary burden of the perpetrator, and the presenting means presents the calculated monetary burden together with the expected age at the time of release.

According to the information presenting program (6), the computer is further caused to function as the monetary burden calculating means, and the presenting means presents the calculated monetary burden together with the expected age at the time of release. Based on the damage situation input by the user, it is possible to calculate the financial burden of the perpetrator for committing a crime, and to present the financial burden of the perpetrator along with the expected age at the time of release.
Therefore, the same effect as the information presentation method (6) can be obtained.

  A computer-readable recording medium (1) according to the present invention is characterized by recording any of the information presentation programs (1) to (6).

  According to the computer-readable recording medium (1), since any one of the information presentation programs (1) to (6) is recorded, by causing the computer to read and execute the recorded program, The same effect as any one of the information presentation methods (1) to (6) can be obtained.

The information presentation device (1) according to the present invention stores the operation means for the user to select a crime name and input the age of the perpetrator, and imprisonment period data associated with the crime name. A prison term data storage means, an extraction means for searching the prison term data storage means based on the selected crime name and extracting corresponding prison term data, and a prison term extracted according to the age of the perpetrator input An estimated age calculating means for calculating an expected age at release by adding an expected inmate period determined from the period data, and a presentation means for presenting the calculated expected age at release , the search condition There has been characterized by the type of offense Dakedea Rukoto.

According to the information presenting apparatus (1), the expected age at release can be calculated and presented from the crime name selected by the user and the age of the perpetrator input.
Therefore, the same effect as the information presentation method (1) can be obtained.

In addition, the information presentation device (2) according to the present invention has an operation means for the user to select a crime name and input the age of the perpetrator, and the longest imprisonment period data corresponding to the crime name. Based on the stored prison period data storage means, based on the selected crime name, an extraction means for searching the prison period data storage means and extracting the corresponding longest prison period data, and the input age of the perpetrator , An expected age calculation means for calculating the expected age at release by adding the expected incarnation period determined from the extracted longest imprisonment period data, and a presentation means for presenting the calculated expected age at release wherein the search conditions are characterized by offenses Dakedea Rukoto.

According to the information presenting apparatus (2), the expected age at the time of release in the case of being sentenced to prison for the longest period is calculated and presented from the crime name selected by the user and the age of the perpetrator entered. can do.
Therefore, the same effect as the information presentation method (2) can be obtained.

  Moreover, the information presentation device (3) according to the present invention is the above-mentioned information presentation device (1) or (2), wherein the inmate period data storage means stores the inmate period data until release in indefinite imprisonment. The inmate imprisonment period determining means for determining the period indicated by the incarceration residence period data stored in the incarceration residence period data storage means as the expected imprisonment residence period when the imprisonment period is indefinite. It is characterized by that.

According to the information presenting apparatus (3), when the imprisonment period is indefinite, the period indicated by the inmate residence period data stored in the inmate institution period data storage means is determined as the expected inmate institution period. Even if it is indefinite imprisonment, a specific age can be presented, and the price of the crime can be fully communicated.
Therefore, the same effect as the information presentation method (3) can be obtained.

  Moreover, the information presentation device (4) according to the present invention includes an execution rate data storage means in which execution rate data of a sentence in a fixed term imprisonment is stored in any of the information presentation devices (1) to (3), If the period is fixed, determine the period of imprisonment for imprisonment to determine the period obtained by multiplying the imprisonment period by the execution rate indicated by the execution rate data stored in the execution rate data storage means as the expected imprisonment period And a means.

According to the information presenting apparatus (4), when the imprisonment period is fixed, a period obtained by multiplying the imprisonment period by the execution rate indicated by the execution rate data stored in the execution rate data storage means is predicted. Since it is determined during the period of imprisonment, parole can be taken into consideration, and the credibility of the expected age at the time of release can be prevented.
Therefore, the same effect as the information presentation method (4) can be obtained.

  In addition, the information presenting device (5) according to the present invention is a death penalty presence / absence data storage in which any of the information presenting devices (1) to (4) is associated with a crime name and data on whether or not there is a death penalty is stored. And a death penalty presence / absence judgment means for judging the presence / absence of the death penalty for the selected crime name based on the death penalty presence / absence data stored in the death penalty presence / absence data storage means, and the presenting means at the time of release It is characterized by presenting the death penalty along with the expected age.

According to the information presenting device (5), it is possible to determine the presence or absence of the death penalty for the selected crime name and present the presence or absence of the death penalty together with the expected age at the time of release.
Therefore, the same effect as the information presentation method (5) can be obtained.

  In addition, the information presentation device (6) according to the present invention provides the financial information of the perpetrator who commits a crime based on the input damage situation in any of the information presentation devices (1) to (5). A financial burden calculating means for calculating the burden is provided, and the presenting means presents the calculated financial burden together with an expected age at the time of release.

According to the information presenting device (6), the financial burden of the perpetrator for committing a crime is calculated based on the damage situation input by the user, and the perpetrator's A financial burden can be presented.
Therefore, the same effect as the information presentation method (6) can be obtained.

Embodiments of an information presentation method, an information presentation program, a computer-readable recording medium recording the information presentation program, and an information presentation apparatus according to the present invention will be described below with reference to the drawings.
FIG. 1 is a block diagram schematically showing a main part of the information presentation apparatus according to the embodiment (1). In the figure, reference numeral 1 denotes an information presentation device. The information presentation device 1 includes a central processing unit 2 including a CPU, a main memory 3 storing a control program 3a, and a display device 4 including a display panel 4a. And a prison term data file 5 and a prison term data file 6. These are connected via a communication bus 7.

The central processing unit 2 performs various processes according to the control program 3a in the main memory 3.
Further, a touch panel is employed for the display panel 4a, and the user can perform various operations by touching the display panel 4a.

The imprisonment period data file 5 stores imprisonment period data associated with a crime name.
For example, “indefinite” as the longest imprisonment period and “5 years” as the shortest imprisonment period are stored in association with the crime name “murder”, and “20” as the longest imprisonment period in association with the crime name “robbery”. "Year" and "5 years" are stored as the shortest imprisonment period.

The inmate period data file 6 stores inmate period data indicating an inmate period C1 (for example, 31 years) until release in indefinite imprisonment. As for the inmate period C1 until release in indefinite imprisonment, for example, an average inmate period of a parole may be adopted among inmates indefinite imprisonment.
According to statistics published by the Ministry of Justice, the inmates sentenced to life in jail in 2007 (1 person) had an average internment period of 31 years and 10 months, and inmates indefinitely sentenced to incarnation in 2006 (3 people) The average internment period is 25 years and 1 month.
In addition, the user may arbitrarily register the inmate residence period data stored in the inmate residence period data file 6. At that time, it is preferable to set an average inmate period (for example, 31 years) as an initial value.

The processing operation [1] performed by the central processing unit 2 in the information presentation device 1 according to the embodiment (1) will be described based on the flowchart shown in FIG. The processing operation [1] is an operation performed according to the control program 3a when the information presentation apparatus 1 is activated.
First, the image data D1 constituting the “guilty name selection” screen is output to the display device 4 to display the “guilty name selection” screen on the display device 4 (step S1).
FIG. 3 shows an example of the “Select Criminal Name” screen. On the screen, sin name selection buttons such as “murder” and “robbery” are arranged.

When a crime name is selected by the user (that is, when a crime name selection button such as “murder” is pressed on the “criminal name selection” screen), the selected crime name is stored (step S2). By outputting the image data D2 constituting the “screen” to the display device 4, the “age input” screen for inputting the age of the perpetrator is displayed on the display device 4 (step S3).
FIG. 4 shows an example of an “age input” screen. On the screen, a numeric keypad for inputting numbers and a determination button “decision” for determining age are arranged.

When the user inputs age (that is, when a number is input using the numeric keypad and “OK” is pressed on the “age input” screen), the input age A1 is stored (step S4). .
Next, the prison term data file 5 is searched based on the selected crime name, and the corresponding prison term data (longest prison term P_MAX, shortest prison term P_MIN) is extracted (step S5). For example, when the crime name is “murder”, “indefinite” is extracted as the longest imprisonment period, and “5 years” is extracted as the shortest imprisonment period.

  Next, it is determined whether or not the longest imprisonment period P_MAX indicated by the extracted imprisonment period data is indefinite (step S6), and if it is determined that the longest imprisonment period P_MAX is indefinite, a prison term data file 6, the inmate period data (inmate period C1) is read out (step S7), and the inmate period C1 is determined to be the longest expected inmate period C_MAX (step S8). For example, when the incarceration residence period C1 is 31 years, the longest expected inmate residence period C_MAX is determined to be 31 years.

  On the other hand, if it is determined that the longest imprisonment period P_MAX is not indefinite (ie, it has a fixed period), the longest imprisonment period P_MAX is determined to be the longest imprisonment period C_MAX (step S9). For example, if the longest imprisonment period P_MAX is 20 years, the longest expected incarceration period C_MAX is determined to be 20 years.

Next, the shortest imprisonment period P_MIN is determined as the shortest expected prison residence period C_MIN (step S10), and then the expected maximum prison residence period C_MAX is added to the input age A1 to thereby increase the expected maximum at the time of release. The age A_MAX is calculated (step S11), and the expected minimum age A_MIN at the time of release is calculated by adding the expected inmate shortest period C_MIN to the age A1 (step S12).
Thereafter, by outputting to the display device 4 image data D3 representing the selected crime name, the input age A1, the expected age A_MAX, A_MIN at the time of release, the name of the sin, the current age of the perpetrator, and the time of release Is displayed on the display device 4 (step S13).

According to the information presentation device 1 according to the above embodiment (1), the predicted ages A_MAX and A_MIN at the time of release are calculated and presented from the crime name selected by the user and the age A1 of the perpetrator input. be able to.
The prison term data file 5 stores “20 years” as the longest prison term and “5 years” as the shortest prison term in association with the burglary. When the perpetrator's age “30 years” is entered, the expected period of incarceration is determined to be 5 to 20 years, and the expected age at release is calculated as 35 to 50 years old. The age can be presented as “35 to 50 years old”.
In addition, although the case where the expected age at the time of release is presented by displaying is described here, the presentation is not limited to the display, and other presentations such as audio output may be used.

  If it is presented as "punishment of 5 to 20 years in prison", it may be understood that "if you have been in prison for at least 20 years, you can go to society." Would be understood as "I can't go back to society until 35 years old. If I'm late, I can't go back to society until 50 years old".

"I can't go back to society until I'm 50" means that you have to spend 30s and 40s in prison.
That is, by presenting the expected age at the time of release, this presented harsh reality can be intuitively understood by the person who is presented.
Therefore, by making this presentation, it is possible not only to understand the cost of committing a crime, but also to make the heart feel enough.

In addition, when the longest imprisonment period P_MAX is indefinite, the inmate period C1 indicated by the incarceration residence period data stored in the incarceration residence period data file 6 is determined as the expected inmate longest period C_MAX. Even if it is indefinite imprisonment, a specific age can be presented, and the cost of the crime can be fully communicated.
For example, if 31 years is stored in the inmate sentence data file 6 as the inmate period C1 until release in indefinite imprisonment, if the crime name is murder and the perpetrator is 30 years old, The expected age is 35 to 61 years old ".

In addition, it is considered that the expected age at the time of release is very effective, for example, on a television news program.
For example, immediately after the contents of a crime are reported, the caster operates a computer to select a crime name and input the age of the perpetrator.

  As a result, after the contents of the crime are reported, for example, “The expected age at release is 35-50 years old” will be displayed on the TV screen, so “If it is late, you can go back to society until you are 50 years old. It is possible to convey the very severe reality (compensation for crime) to the viewer.

In addition, it is desirable to present the expected age at the time of release not only once but every time the case is reported.
By repeating the presentation, the price of crime can be more reliably felt not only in the mind but also in the mind, and can be embedded in the viewer's consciousness.

In addition, understanding the cost of crime will deepen understanding of the crime itself.
For example, by knowing the reality that if a 30-year-old person threatens a store clerk at a convenience store and steals cash (ie, commits a robber), he must spend 20 years from 30 to 50 years in prison. It seems that it will become possible to understand that it is a very serious crime of robbery and that it is different from shoplifting (theft) to threaten a store clerk at a convenience store.

However, even if the price of crime can be fully felt by many people and it can be implanted in consciousness, I do not think that crime will be drastically reduced.
However, if the number of disastrous incidents is reduced by one or two, the crime deterrent effect will work. Because there is nothing that can be substituted for human life.

  FIG. 5 is a block diagram schematically showing a main part of the information presentation apparatus according to the embodiment (2). In the figure, reference numeral 11 denotes an information presentation device. The information presentation device 11 includes a central processing unit 2 including a CPU, a main memory 13 storing a control program 13a, and a display device 4 including a display panel 4a. And a prison term data file 15 and a prison term data file 6. These are connected via a communication bus 7.

The central processing unit 2 performs various processes according to the control program 13a in the main memory 13.
Further, a touch panel is employed for the display panel 4a, and the user can perform various operations by touching the display panel 4a.

The prison term data file 15 stores the longest prison term data corresponding to a crime name.
For example, “indefinite” is stored as the longest imprisonment period in association with the crime name “murder”, and “20 years” is stored as the longest imprisonment period in association with the crime name “robbery”.
Also, the inmate period data file 6 stores inmate period data indicating an inmate period C1 (for example, 31 years) until release in indefinite imprisonment.

The processing operation [2] performed by the central processing unit 2 in the information presentation device 11 according to the embodiment (2) will be described based on the flowchart shown in FIG. This processing operation [2] is an operation performed in accordance with the control program 13a when the information presentation apparatus 11 is activated.
First, the image data D1 constituting the “guilty name selection” screen is output to the display device 4, thereby causing the display device 4 to display the “guilty name selection” screen (FIG. 3) (step S21).

  When a crime name is selected by the user (that is, when a crime name selection button such as “murder” is pressed on the “criminal name selection” screen), the selected crime name is stored (step S22). By outputting the image data D2 constituting the “screen” to the display device 4, the “age input” screen (FIG. 4) for inputting the age of the perpetrator is displayed on the display device 4 (step S23).

When the user inputs age (that is, when a number is input using the numeric keypad and “OK” is pressed on the “age input” screen), the input age A1 is stored (step S24). .
Next, based on the selected crime name, the prison term data file 15 is searched to extract the corresponding longest prison term data (P_MAX) (step S25). For example, when the crime name is “murder”, “indefinite” is extracted as the longest imprisonment period, and when the crime name is “robbery”, “20 years” is extracted as the longest imprisonment period.

  Next, it is determined whether or not the longest imprisonment period P_MAX indicated by the extracted imprisonment period data is indefinite (step S26), and if it is determined that the longest imprisonment period P_MAX is indefinite, a prison term data file 6, the inmate period data (inmate period C1) is read out (step S27), and the inmate period C1 is determined as the longest expected inhabitant period C_MAX (step S28). For example, when the incarceration residence period C1 is 31 years, the longest expected inmate residence period C_MAX is determined to be 31 years.

  On the other hand, if it is determined that the longest imprisonment period P_MAX is not indefinite (that is, it has a fixed period), the longest imprisonment period P_MAX is determined to be the longest imprisonment period C_MAX (step S29). For example, if the longest imprisonment period P_MAX is 20 years, the longest expected incarceration period C_MAX is determined to be 20 years.

Next, the expected maximum age A_MAX at the time of release is calculated by adding the expected inmate longest term C_MAX to the input age A1 (step S30).
After that, the image data D3 representing the selected crime name, the input age A1, the expected maximum age A_MAX at the time of release, etc. is output to the display device 4, so that the crime name, the current age of the offender, and the release date The expected age and the like are displayed on the display device 4 (step S31).

According to the information presentation apparatus 11 according to the above embodiment (2), the expected release at the time of being sentenced to maximum imprisonment from the crime name selected by the user or the age A1 of the perpetrator input Age A_MAX can be calculated and presented.
In the prison term data file 15, “20 years” is stored as the longest prison term in association with the burglary. For example, the crime name “robbery” is selected by the user, and the age of the perpetrator is “30 years old”. When entered, the longest possible period of incarceration is determined to be 20 years, and the expected maximum age at release is calculated as 50 years old. “The expected age at release is 50 years (when the maximum prison sentence is 20 years) Or the like.

  If it is presented as "punishment of 5 to 20 years in prison" or "punishment of 20 years in prison at maximum", it may be understood that "if you have been in prison for at least 20 years, you can go to society." However, if it is suggested that "the expected age at release is 50 years old (in the case of 20 years of maximum imprisonment)", it will be understood that "if you are late, you cannot go back to society until you are 50 years old." Think about it.

"I can't go back to society until I'm 50" means that you have to spend 30s and 40s in prison.
That is, by presenting the expected age at the time of release, this presented harsh reality can be intuitively understood by the person who is presented.
Therefore, by making this presentation, it is possible not only to understand the cost of committing a crime, but also to make the heart feel enough.

By the way, when calculating the expected age at release, instead of adopting only the longest imprisonment period, both the longest imprisonment period and the shortest imprisonment period are adopted, or only the shortest imprisonment period is adopted. Is also possible.
When both the longest prison period and the shortest prison period are adopted, for example, “The expected age at release is 35 to 50 years old” is presented, and when only the shortest prison period is adopted, Is expected to be 35 years old (minimum of 5 years in prison).
These presentations should be understood as “you can't go back to society until the age of 35 at the earliest”, but “as soon as you can go back to society at the age of 35, five years later. If it is understood that it will be released on parole at the age of 34, the effect of deterring crime will be reduced.

  However, according to the information presentation apparatus 11 according to the above embodiment (2), only the longest imprisonment period is used for calculating the expected age at release, so “the expected age at release is 50 years old (the longest "In the case of 20 years in prison)" and only the very harsh reality at the time of committing a crime is conveyed, so the deterrent effect of crime can be greatly enhanced.

  FIG. 7 is a block diagram schematically showing a main part of the information presentation apparatus according to the embodiment (3). In the figure, reference numeral 21 denotes an information presentation device. The information presentation device 21 includes a central processing unit 2 including a CPU, a main memory 23 storing a control program 23a, and a display device 4 including a display panel 4a. And a prison term data file 15, a sentenced period data file 6, and an execution rate data file 28. These are connected via a communication bus 7.

The central processing unit 2 performs various processes according to the control program 23a in the main memory 23.
Further, a touch panel is employed for the display panel 4a, and the user can perform various operations by touching the display panel 4a.

The prison term data file 15 stores the longest prison term data corresponding to a crime name.
For example, “indefinite” is stored as the longest imprisonment period in association with the crime name “murder”, and “20 years” is stored as the longest imprisonment period in association with the crime name “robbery”.
Also, the inmate period data file 6 stores inmate period data indicating an inmate period C1 (for example, 31 years) until release in indefinite imprisonment.

The execution rate data file 28 stores execution rate data indicating the execution rate K (for example, 85%) of the sentence until the release in fixed term imprisonment.
For the execution rate K, for example, the average execution rate of fixed-term prisoners may be adopted.
According to the statistics published by the Ministry of Justice, the execution rate of sentenced prisoners and sentenced sentences by prison term (2007) is 4 out of 50% or more and less than 55% of imprisoned parolees exceeding 3 years in prison. There are 8 people, etc. who are 55% or more and less than 60%, and the average execution rate is calculated as 85.36% from these statistical results.
Further, the execution rate data stored in the execution rate data file 28 may be arbitrarily registered by the user. At that time, it is preferable to set an average execution rate (for example, 85%) as an initial value.

The processing operation [3] performed by the central processing unit 2 in the information presentation device 21 according to the embodiment (3) will be described based on the flowchart shown in FIG. This processing operation [3] is an operation performed in accordance with the control program 23a when the information presentation device 21 is activated.
However, since the processing operation [3] is the same as the processing operation [2] except for step S29 shown in FIG. 6, only the processing different from the processing operation [2] will be described here.

If it is determined in step S26 that the longest imprisonment period P_MAX is not indefinite (that is, it has a fixed period), the execution rate data (execution rate K) is read from the execution rate data file 28 (step S29-A), and the longest imprisonment is determined. A period obtained by multiplying the period P_MAX by the execution rate K is determined to be the expected inmate longest period C_MAX (step S29-B), and then the process proceeds to step S30.
For example, if the longest imprisonment period P_MAX is 20 years and the execution rate K is 85%, the expected maximum incarceration period C_MAX is determined to be 17 years.
FIG. 9 is a diagram showing an example of a display displayed on the display device 4, (a) shows the case of indefinite imprisonment, and (b) shows the case of fixed-term imprisonment.

According to the information presentation device 21 according to the above embodiment (3), when the imprisonment period is fixed, the period obtained by multiplying the imprisonment period by the execution ratio K is predicted using the execution ratio data file 28. C_MAX is determined as the longest period in prison.
Since the execution rate data file 28 stores 85% as the execution rate K, for example, when the crime name “robbery” is selected by the user and the perpetrator's age “25 years old” is input, the longest imprisonment The period of 17 years obtained by multiplying the execution rate by 85% for the period of 20 years is determined as the longest expected period of incarceration, and the expected maximum age at release is calculated as 42 years old. 42 years old (in the case of 20 years imprisonment) ".
This can improve the credibility of the expected age at release.

  FIG. 10 is a block diagram schematically showing a main part of the information presentation device according to the embodiment (4). In the figure, reference numeral 31 denotes an information presentation device. The information presentation device 31 includes a central processing unit 2 including a CPU, a main memory 33 storing a control program 33a, and a display device 4 including a display panel 4a. A prison term data file 15, a sentenced inmate period data file 6, an execution rate data file 28, and a death penalty presence / absence data file 39. These are connected via a communication bus 7.

The central processing unit 2 performs various processes according to the control program 33a in the main memory 33.
Further, a touch panel is employed for the display panel 4a, and the user can perform various operations by touching the display panel 4a.

The prison term data file 15 stores the longest prison term data corresponding to a crime name.
For example, “indefinite” is stored as the longest imprisonment period associated with the crime name “murder”, “20 years” is stored as the longest imprisonment period in association with the crime name “robbery”, and the crime name “current residence building” In association with “equal arson”, “indefinite” is stored as the longest imprisonment period.

Also, the inmate period data file 6 stores inmate period data indicating an inmate period C1 (for example, 31 years) until release in indefinite imprisonment.
The execution rate data file 28 stores execution rate data indicating the execution rate K (for example, 85%) of the sentence until the release in fixed term imprisonment.

The death penalty presence / absence data file 39 stores the death penalty presence / absence data corresponding to the crime name.
For example, the death penalty “Yes” is stored in association with the crime name “murder”, the death penalty “no” is stored in association with the crime name “robbery”, and the death penalty is associated with the crime name “arson of buildings, etc.” “Yes” is stored.

The processing operation [4] performed by the central processing unit 2 in the information presentation device 31 according to the embodiment (4) will be described based on the flowchart shown in FIG. The processing operation [4] is an operation performed according to the control program 33a when the information presentation device 31 is activated.
However, since the processing operation [4] is the same as the processing operation [3] shown in FIG. 8 from step S21 to S30, only step S41 and subsequent steps will be described here.

  In step S30, after calculating the expected maximum age A_MAX at the time of release, the death penalty presence / absence data file 39 is searched based on the selected crime name, and the corresponding death penalty presence / absence data is extracted (step S41). From the presence / absence data, the presence / absence of the death penalty for the selected crime name is determined (step S42).

If it is determined that there is a death penalty for the selected crime name, image data D3 representing the selected crime name, the input age A1, the death penalty, the expected maximum age A_MAX at the time of release, and the like are output to the display device 4. As a result, the display device 4 displays the crime name, the current age of the perpetrator, the death penalty, and the expected age at release (step S43).
FIG. 12A shows an example of a display displayed on the display device 4.

If it is determined that there is no death penalty for the selected crime name, the crime name is output by outputting to the display device 4 image data D3 representing the selected crime name, the input age A1, the expected maximum age A_MAX at the time of release, etc. The current age of the perpetrator and the expected age at release are displayed on the display device 4 (step S44).
FIG. 12B shows an example of the display displayed on the display device 4.

According to the information presentation device 31 according to the above embodiment (4), it is possible to determine the presence or absence of the death penalty for the selected crime name and present the presence or absence of the death penalty together with the expected age at the time of release.
For example, if the user selects the criminal name “arson of the current building” and enters the age of the perpetrator, “25 years old”, he / she presents “the expected age at parole is 56 years old (in the case of indefinite imprisonment), etc.” Therefore, the death penalty, which is the highest penalty for arson, etc. of existing buildings, can be kept unforgettable.

FIG. 13: is the block diagram which showed roughly the principal part of the information presentation system using the information presentation method concerning Embodiment (5).
In the figure, reference numeral 41 denotes an information presentation system. The information presentation system 41 includes a server 51, an information terminal device 61 such as a personal computer, and a telecommunication line NT such as the Internet.
The server 51 and the information terminal device 61 are connected to the telecommunication line NT, and data can be transmitted and received between the server 51 and the information terminal device 61 via the telecommunication line NT.

  FIG. 14 is a block diagram schematically showing the main part of the server 51. The server 51 includes a central processing unit 52 including a CPU, a main memory 53 in which a control program 53a is stored, a communication device 54, a prison term data file 15, a prison term data file 6, and execution rate data. The file 28 and the death penalty presence / absence data file 39 are included. These are connected via a communication bus 57.

The central processing unit 52 performs various processes according to the control program 53a in the main memory 53.
The communication device 54 is connected to the telecommunication line NT (FIG. 13), and realizes data transmission / reception with an external device (for example, the information terminal device 61 (FIG. 13)).

The prison term data file 15 stores the longest prison term data corresponding to a crime name.
For example, “indefinite” is stored as the longest imprisonment period associated with the crime name “murder”, “20 years” is stored as the longest imprisonment period in association with the crime name “robbery”, and the crime name “current residence building” In association with “equal arson”, “indefinite” is stored as the longest imprisonment period.

Also, the inmate period data file 6 stores inmate period data indicating an inmate period C1 (for example, 31 years) until release in indefinite imprisonment.
The execution rate data file 28 stores execution rate data indicating the execution rate K (for example, 85%) of the sentence until the release in fixed term imprisonment.

The death penalty presence / absence data file 39 stores the death penalty presence / absence data corresponding to the crime name.
For example, the death penalty “Yes” is stored in association with the crime name “murder”, the death penalty “no” is stored in association with the crime name “robbery”, and the death penalty is associated with the crime name “arson of buildings, etc.” “Yes” is stored.

Next, processing operations performed by the central processing unit 52 in the server 51 and processing operations performed by the information terminal device 61 will be described based on the flowcharts shown in FIGS. 15 and 16.
When the user operating the information terminal device 61 performs an access operation on the server 51, the information terminal device 61 performs an access process on the server 51 (step S51).

When the server 51 receives the access from the information terminal device 61 (step S52), the server 51 transmits screen data D11 constituting the “select crime name” screen to the information terminal device 61 (step S53).
When the information terminal device 61 receives the screen data D11 from the server 51 (step S54), the information terminal device 61 displays a “criminal name selection” screen (FIG. 3) (step S55). The selected data is transmitted to the server 51 (step S56).

When the server 51 receives the selection data (criminal name) from the information terminal device 51 (step S57), the server 51 stores the selection data (criminal name) (step S58), and then stores screen data D12 constituting the “age input” screen. It transmits with respect to the information terminal device 61 (step S59).
Upon receiving the screen data D12 from the server 51 (step S60), the information terminal device 61 displays an “age input” screen (FIG. 4) (step S61), and indicates the age when the user inputs age. The input data is transmitted to the server 51 (step S62).

  When the server 51 receives the input data (age) from the information terminal device 61 (step S63), the server 51 stores the input data (age A1) (step S64), and then imprisoned based on the selection data (criminal name). The term data file 15 is searched to extract the corresponding longest imprisonment term data (P_MAX) (step S65). For example, when the crime name is “murder”, “indefinite” is extracted as the longest imprisonment period, and when the crime name is “robbery”, “20 years” is extracted as the longest imprisonment period.

  Next, the server 51 determines whether or not the longest imprisonment period P_MAX indicated by the extracted prison period data is indefinite (step S66), and if it is determined that the longest imprisonment period P_MAX is indefinite, The inmate period data (inmate period C1) is read from the institutional period data file 6 (step S67), and the inmate period C1 is determined as the expected inmate longest period C_MAX (step S68). For example, when the incarceration residence period C1 is 31 years, the longest expected inmate residence period C_MAX is determined to be 31 years.

On the other hand, if the server 51 determines that the longest imprisonment period P_MAX is not indefinite (that is, it has a fixed period), it reads the execution rate data (execution rate K) from the execution rate data file 28 (step S69), and the longest imprisonment The period obtained by multiplying the period P_MAX by the execution rate K is determined to be the expected inmate longest period C_MAX (step S70).
For example, if the longest imprisonment period P_MAX is 20 years and the execution rate K is 85%, the expected maximum incarceration period C_MAX is determined to be 17 years.

  Next, the server 51 calculates the expected maximum age A_MAX at the time of release by adding the expected incarceration period C_MAX to the age A1 (input data) (step S71), and then based on the selection data (criminal name) Then, the death penalty presence / absence data file 39 is searched to extract the corresponding death penalty presence / absence data (step S72), and the presence / absence of death penalty for the selected crime name is determined from the extracted death penalty presence / absence data (step S73).

  If the server 51 determines that there is a death penalty for the selected crime name, the information terminal displays screen data D3 indicating the selected crime name, the input age A1, the death penalty, the expected maximum age A_MAX at the time of release, etc. If transmitted to the device 61 (step S74) and it is determined that there is no death penalty for the selected crime name, screen data representing the selected crime name, the input age A1, the expected maximum age A_MAX at the time of release, etc. D3 is transmitted to the information terminal device 61 (step S75).

  When the information terminal device 61 receives the screen data D3 from the server 51 (step S76), the information terminal device 61 displays a screen showing the crime name, the current age of the perpetrator, the presence or absence of the death penalty, the expected age at release, and the like (step S76). S77).

According to the information presentation system using the information presentation method according to the above embodiment (5), the expected age at the time of release is calculated and presented from the crime name selected by the user and the age of the perpetrator input. can do.
Further, since the information terminal device 61 may be an existing personal computer or the like, the usage range can be easily expanded.

  According to the information presentation apparatus according to the above embodiments (1) to (4) and the information presentation method according to the above embodiment (5), the case of presenting the expected age at release is described. In the information presenting apparatus and information presenting method according to the embodiment of the present invention, it is possible to input the damage status, calculate the financial burden of the perpetrator for committing a crime based on the input damage status, and at the time of release In combination with the expected age, the perpetrator's financial burden may be presented.

The perpetrator has a financial burden for committing a crime. For example, damages caused when a person is injured or killed, lawyer expenses, and the like.
By presenting such a financial burden, it is possible to tell from the monetary aspect how much the cost of crime is, and the crime prevention effect can be enhanced.

The amount of damages varies greatly from case to case and is not easy to generalize. For example, the amount of damages may be set according to the age of the victim from past cases.
For example, if the victim is a teenager, set it as A yen, B for 20s, C for 30s, D for 40s, etc., and kill two men in their 20s. In such cases, the amount of compensation for damages shall be twice the amount of B yen.

The information presentation device according to the above embodiment corresponds to a device that employs the information presentation method according to the present invention, and also corresponds to a device that employs the information presentation program according to the present invention.
Moreover, the information presentation system which employ | adopted the information presentation method which concerns on the said embodiment respond | corresponds to the information presentation system which employ | adopted the information presentation program which concerns on this invention.
A computer-readable recording medium according to the present invention corresponds to a computer-readable recording medium in which the information presentation program is recorded.

It is the block diagram which showed roughly the principal part of the information presentation apparatus which concerns on embodiment (1) of this invention. It is the flowchart which showed the processing operation which the central processing unit in the information presentation apparatus which concerns on embodiment (1) performs. It is the figure which showed an example of the display with respect to the display apparatus in the information presentation apparatus which concerns on embodiment (1). It is the figure which showed an example of the display with respect to the display apparatus in the information presentation apparatus which concerns on embodiment (1). It is the block diagram which showed roughly the principal part of the information presentation apparatus which concerns on embodiment (2). It is the flowchart which showed the processing operation which the central processing unit in the information presentation apparatus which concerns on embodiment (2) performs. It is the block diagram which showed roughly the principal part of the information presentation apparatus which concerns on embodiment (3). It is the flowchart which showed the processing operation which the central processing unit in the information presentation apparatus which concerns on embodiment (3) performs. It is the figure which showed an example of the display with respect to the display apparatus in the information presentation apparatus which concerns on embodiment (3), (a) shows the case of indefinite imprisonment, (b) has shown the case of fixed-term imprisonment. It is the block diagram which showed roughly the principal part of the information presentation apparatus which concerns on embodiment (4). It is the flowchart which showed the processing operation which the central processing unit in the information presentation apparatus which concerns on embodiment (4) performs. It is the figure which showed an example of the display with respect to the display apparatus in the information presentation apparatus which concerns on embodiment (4), (a) shows the case with a death penalty, (b) has shown the case with no death penalty. It is the block diagram which showed roughly the principal part of the information presentation system using the information presentation method which concerns on embodiment (5). It is the block diagram which showed roughly the principal part of the server which comprises the information presentation system using the information presentation method which concerns on embodiment (5). It is the flowchart which showed the processing operation which the central processing unit in a server performs, and the processing operation which an information terminal device performs. It is the flowchart which showed the processing operation which the central processing unit in a server performs, and the processing operation which an information terminal device performs.

Explanation of symbols

1, 11, 21, 31 Information presentation device 2, 52 Central processing unit 3, 13, 23, 33, 53 Main memory 3a, 13a, 23a, 33a, 53a Control program 4 Display device 4a Display panel 5, 15 Prison term data File 6 Prison resident period data file 7, 57 Communication bus 28 Execution rate data file 39 Death penalty presence / absence data file 41 Information presentation system 51 Server 54 Communication device 61 Information terminal device

Claims (19)

An information presentation method by a computer for presenting information that leads to deterrence of a crime using a prison term data storage means in which a prison term data corresponding to a crime name is stored,
Based on the selected crime name, searching the imprisonment period data storage means and extracting the corresponding imprisonment period data;
Calculating the expected age at release by adding the estimated inmate period determined from the extracted prison term data to the age of the perpetrator entered;
Providing a calculated expected age at release ;
Information presentation method the search conditions are characterized offenses Dakedea Rukoto. An information presentation method by a computer for presenting information that leads to crime prevention using a prison term data storage means in which the longest prison term data is stored in association with a crime name,
Based on the selected crime name, searching the prison term data storage means and extracting the corresponding maximum prison term data;
Calculating the expected age at release by adding the expected age of imprisonment determined from the extracted longest prison term data to the age of the perpetrator entered;
Providing a calculated expected age at release ;
Information presentation method the search conditions are characterized offenses Dakedea Rukoto. If the imprisonment is indefinite,
Use the inmate period data storage means in which the inmate period data until release in indefinite imprisonment was stored,
The information presentation method according to claim 1, further comprising a step of determining a period indicated by the inmate residence period data as an expected incarnation residence period. If the imprisonment period is limited,
Using the execution rate data storage means in which the execution rate data of the sentence until release was stored,
4. The method according to any one of claims 1 to 3, further comprising a step of determining a period obtained by multiplying an imprisonment period by an execution rate indicated by the execution rate data as an expected prison residence period. Information presentation method of description. In association with the crime name, using the death penalty presence / absence data storage means in which the death penalty data stored therein is stored, and determining whether or not there is a death penalty for the selected crime name,
The information presentation method according to any one of claims 1 to 4, wherein the expected age at the time of release is presented together with the existence of a death penalty. Based on the input damage situation, it has a step of calculating the financial burden of the perpetrator for committing a crime,
The information presentation method according to any one of claims 1 to 5, wherein the expected age at the time of release is presented together with the calculated financial burden. Computers to present information that leads to crime prevention,
Prison period data storage means in which the prison period data for the crime name is stored in association with the crime name,
Based on the selected crime name, the extraction means for searching the imprisonment period data storage means and extracting the corresponding imprisonment period data;
The expected age calculation means for calculating the expected age at release by adding the expected period of incarceration determined from the extracted prison term data to the age of the perpetrator entered, and the calculated expected age at release It is intended to function as a presentation means to present ,
An information presentation program in which the search condition is only a crime name . Computers to present information that leads to crime prevention,
A prison term data storage means for storing the longest prison term data associated with a crime name;
Based on the selected crime name, the extraction means for searching the imprisonment period data storage means and extracting the corresponding maximum imprisonment period data;
Expected age calculation means to calculate the expected age at release by adding the expected incarceration period determined from the extracted longest prison term data to the entered perpetrator's age, and the calculated expectation at release It is intended to function as a presentation means for presenting age ,
An information presentation program in which the search condition is only a crime name . The computer,
In addition, the inmate period data storage means for storing the inmate period data until release in indefinite imprisonment, and, if the incarceration period is indefinite, the inmate sentence stored in the inmate sentence period data storage means 9. The information presentation program according to claim 7 or 8, wherein the information presentation program causes the term indicated by the term data to function as an indefinite sentence imprisonment period determining unit that determines the period of expected imprisonment. The computer,
Furthermore, the execution rate data storage means storing the execution rate data of the sentence in fixed-term imprisonment, and the execution rate indicated by the execution rate data stored in the execution rate data storage means during the imprisonment period when the imprisonment period is fixed The information presentation program according to any one of claims 7 to 9, which functions as fixed-term imprisonment period determining means for determining a period obtained by multiplying by a predicted period of imprisonment. The computer,
Further, the death penalty data storage means storing the death penalty presence / absence data associated with the crime name, and the death penalty for the selected crime name based on the death penalty presence / absence data stored in the death penalty presence / absence data storage means Function as a means of determining the death penalty,
The information presenting program according to any one of claims 7 to 10, wherein the presenting means presents the existence of a death penalty together with an expected age at the time of release. The computer,
In addition, based on the damage situation that has been entered, to function as a financial burden calculation means to calculate the financial burden of the perpetrator for committing a crime,
The information presenting program according to any one of claims 7 to 11, wherein the presenting means presents a calculated financial burden together with an expected age at the time of release.   The computer-readable recording medium which recorded the information presentation program in any one of Claims 7-12. Operation means for the user to select a crime name and input the age of the offender,
A prison term data storage means in which the prison term data corresponding to the crime name is stored;
Based on the selected crime name, extraction means for searching the imprisonment period data storage means and extracting corresponding imprisonment period data;
An expected age calculation means for calculating the expected age at release by adding the expected prison residence period determined from the extracted prison term data to the age of the perpetrator entered,
Presenting means for presenting the calculated expected age at release ,
Information presentation apparatus the search conditions are characterized offenses Dakedea Rukoto. Operation means for the user to select a crime name and input the age of the offender,
An imprisonment period data storage means in which longest imprisonment period data is stored in association with a crime name;
Based on the selected crime name, the extraction means for searching the imprisonment period data storage means and extracting the corresponding longest imprisonment period data;
An expected age calculating means for calculating the expected age at release by adding the expected prison residence period determined from the longest prison term data extracted to the age of the perpetrator entered;
Presenting means for presenting the calculated expected age at release ,
Information presentation apparatus the search conditions are characterized offenses Dakedea Rukoto. Inmate data storage means for storing inmate data until the release in indefinite imprisonment;
When the prison term is indefinite, it is provided with indefinite imprisonment period determining means for determining the period indicated by the inmate period data stored in the inmate period data storage unit as the expected inmate period 16. The information presentation device according to claim 14 or 15, characterized in that: Execution rate data storage means for storing execution rate data of penalties in fixed-term imprisonment;
If the imprisonment period is a fixed period, the imprisonment period is determined by multiplying the imprisonment period by the execution rate indicated by the execution rate data stored in the execution rate data storage means as the expected prison residence period The information presentation apparatus according to claim 14, further comprising a determination unit. The death penalty presence / absence data storage means in which the death penalty data corresponding to the crime name is stored;
A death penalty presence / absence judging means for judging the presence / absence of the death penalty for the selected crime name based on the death penalty presence / absence data stored in the death penalty presence / absence data storage means;
The information presenting device according to any one of claims 14 to 17, wherein the presenting means presents whether or not there is a death penalty together with an expected age at the time of release. Based on the input damage situation, it has a financial burden calculation means for calculating the financial burden of the perpetrator for committing a crime,
The information presenting apparatus according to any one of claims 14 to 18, wherein the presenting means presents a calculated financial burden together with an expected age at the time of release.

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