JP2014140503A - Physiologic compensation acquiring action suppressing image collection - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a physiologic compensation acquiring action suppressing image collection allowing a user to easily perform a control method for a conditional reflex on physiologic compensation acquiring action in a household or a general social environment such as a general facility.SOLUTION: A physiologic compensation acquiring action suppressing image collection 20 is a single-sheet printed matter in a leaflet shape and comprises: an image 11 (an image of a scene where a park is viewed from a bench of the park) which is a physiologic compensation acquiring action evoking image relating to physiologic compensation acquiring action (smoking) to be suppressed; an image 14 (an image reproducing an act of opening a cigarette box and picking up the cigarette) which is a physiologic compensation acquiring action reproducing image relating to the physiologic compensation acquiring action; an image 15 (an image reproducing an act of firing the cigarette put in the mouth with a lighter); an image 16 (an image reproducing an act of holding the cigarette between fingers while smoking); an image 17 (an image reproducing an act of seeing the cigarette put on an ashtray); and an image 18 (an image reproducing an act of snubbing out the cigarette on the ashtray). The images may be printed on the same surface in this order.

Description

  The present invention relates to a collection of physiological reward acquisition behavior suppression images. Specifically, the present invention relates to a collection of images for suppressing physiological reward acquisition that can easily perform a conditional reflex control method for physiological reward acquisition behavior in an isolated environment or a general social environment such as a home or a general facility.

  Ivan Petrovich Pavlov (Ivan Petrovich Pavlov) is the animal's neural activity (not only the function of the autonomic nervous system that controls the movement of salivary lines and internal organs, but also all the neural activities related to perception, mood, movement, thinking, etc.) Based on the conditioned reflex theory, it is understood as follows.

  Animal neural activity creates reflexes to stimuli from the environment inside and outside the body, and behavior is governed by the chain action of reflexes. In addition, animals other than humans have a first signal system, which is a system in which a reaction conditioned in the past occurs unconsciously when stimulated, and this reflex occurs in a chain and creates a behavior. Consists of chains and acquired reflection chains. On the other hand, the human has not only the first signal system but also the second signal system, and the second signal system is a thing for thinking. The second signal system reacts when stimulated, and this reflex is conscious, the direction is diverse, and there are complex connections, so the neural activity of this system is called the second signal system reflex network Is appropriate. The stimuli of this system are words, and the functions of this system are evaluation, prediction, goal setting, planning, decision, etc., which directly control the operation.

  In other words, when the human cerebrum is subjected to some kind of stimulation, the congenital reflex chain, the acquired reflex chain, and the second signal system reflex network work, and these operate independently and influence each other. Yes, an action is selected and executed.

  Therefore, the mechanisms of addictive behavior, overeating, panic accompanied by reproduction of fear and hallucinations caused by posttraumatic stress disorder (PTSD), sexual deviant behavior, and the like are understood as follows.

  In other words, addiction and overeating such as repeated ingestion of substances and pathological gambling that occur contrary to rational thinking are caused by the pharmacological action of addictive substances (for example, stimulants, nicotine, alcohol, etc.) and nerves caused by gaining benefits in gambling Because the human repetitive acquisition of physiological rewards caused by activities, nutritional satisfaction, etc., the reflex chain governing the action is established in the first signal system, and when the relevant stimulus is received, the reflex chain is activated Arise. Also, because there are many things associated with physiological rewards in the environment, there are multiple reflection chains in the first signal system, so there are multiple origins, and as we go toward acquiring physiological rewards, A plurality of chains are combined so that the branch converges to the trunk, and immediately before acquisition of physiological reward, for example, it converges to a single reflex chain that controls a stimulant intake operation. Therefore, when the cerebrum receives a stimulus related to physiological reward, the reflex chain starts to operate in the first signal system, and the second signal system reflex network (thinking) is inappropriate from the surrounding situation. If it judges, it will work to stop. At this time, if the operability of the reflection chain in the first signal system is superior to the second signal system reflection network (thinking), it indicates a pathological condition such as addictive behavior. That is, the second signal system reflection network (thinking) works to stop the physiological reward acquisition behavior, but cannot be stopped because the operability of the reflection chain in the first signal system is dominant. When the second signal system reflex network (thinking) is activated to stop the physiological reward acquisition behavior, friction occurs between the two systems, and humans feel this as frustration, anguish, and depression, and this is a stimulant. It is interpreted as a desire or craving for. Fatigue, anguish, and depression occur suddenly at the beginning, and after that, if the second signal reflection network (thinking) continues to operate to stop the physiological reward acquisition behavior, frustration, anguish, and depression are floating To occur. When the second signal system reflection network (thinking) is exhausted from resisting, the operability of the reflection chain in the first signal system becomes dominant, and the first signal system dominates the behavior.

  In addition, panic with reappearance of fear and vision that occurs in PTSD, for example, humans who have those symptoms survived an experience that was about to be killed, and in this case, protection was completed to a considerable extent Physiological reward is generated, and survival in the same experience from the second time is necessary for the conservation of the species, so the physiological reward when it is successfully defended is strong, Because of the physiological rewards in the defensive experience, the neural activity before and during the experience settles as a reflex chain in the first signal system, and the human can receive the stimulus received before or during the experience or a similar stimulus. For example, the reflex chain in the first signal system is activated and the chain action is generated from the reflex in which the stimulus acts, so that vision, fear, and autonomic nerve modulation during the experience occur.

  Furthermore, sexually deviant acts such as genital exposure, molesting, and rape are inherently partial or complete reproductions of sexual acts that have physiological rewards at the end, ignoring the intentions of sexual acts, Because it is an irrational act that violates the risk of punishment, even if it is a rational thought that it should not be done, various things in the real world are stimulated, and at the end The innate reflex chain that earns physiological rewards for sexual activity etc. is activated and generated. The target of sexually deviant behavior is a person who is recognized as being of the opposite sex based on experience in the real society or a person who is recognized as a young person. This recognition is established in the first signal system by experience. The acquired reflex chain is involved. Therefore, the promotion of sexually deviant behavior involves the unconscious reflection of both the congenital and acquired reflex chains, and the operability of these unconscious reflexes is the second signal system reflex network (thinking) Sexual deviant behavior occurs when it becomes more dominant.

  Therefore, the present inventor previously described the above physiological mechanisms based on such mechanisms as addictive behavior, overeating, fear caused by post-traumatic stress disorder (PTSD), panic accompanied by reproduction of hallucinations, and sexual deviant behavior. A conditioned reflex control method (referred to as “conditional reflex suppression therapy” in the past) has been proposed as a treatment method for unconscious reflex overactivity that governs reward acquisition behavior (see Non-Patent Document 1, for example). This conditioned reflex control method is to suppress the operability of the unconscious reflex chain itself, which governs physiological reward acquisition behavior (first menu), and suppresses it even if its operation begins. It is a treatment program based on two things: to have a state to have (second menu).

  In other words, the first menu is related to the suppression of the consciousness of the unconscious reflex itself, and the routine action for acquiring physiological rewards, for example, the continuous action for ingesting the stimulant, is the final one. The reflex chain that controls the movement is activated, but it does not give physiological reward. The routine behavior for obtaining physiological rewards was operated as a survival of the species, but if the behavior is repeated and there is no physiological reward later, the behavior is Since it does not survive the species, the work in the brain that retains its typical behavior is lost, but it is rather unnecessary behavior, so the operability of the unconscious reflex chain that governs that typical behavior is Get restrained. This not only suppresses the operability of reflexes that govern the routine behavior of acquiring physiological rewards, but also includes a connection between the reflex arches on the chain, so that the reflex chain is all different from the origin. Receives suppression at a degree. Therefore, in all of the multiple chains of conditional reflexes that are assumed to be the shape of trees, the reflex chain becomes difficult to operate regardless of which origin or midway reflex arch receives a related stimulus. The desire is less likely to occur. Specifically, for example, in the case of a stimulant use disorder, as a continuous action of ingesting a stimulant, it reproduces the argument with the family, utters words expressing irritability such as `` I came to my head '', and the seller Reproduce the negotiations on the mobile phone, express the movement and situation to the delivery place in words, reproduce the words exchanged at the time of delivery of the stimulant, and shattered chlorinated as a pseudo-stimulant in a small plastic bag Imagine that you are given a syringe without a needle, buy water at a convenience store nearby, and enter the toilet, make an aqueous solution using a pseudo-stimulant, do not actually inject, but for the conditioned reflex control method The special kit made in the above is used to imitate intravenous injection, and the patient is made to visually recognize the backflow of simulated blood in the syringe. If you want to simulate simulated ingestion in a short period of time, use simulated stimulants and equipment to mimic preparations and injections. Moreover, the operation | work which suppresses the operation | movement of an acquired reflex chain strongly is the following method called imaginary ingestion. First, in accordance with the instructions of the therapist, the patient closes his eyes and, for example, recalls the behavior from the time of waking up on the day when the stimulant is used to the intake of the stimulant and the surrounding situation one by one. Many people have a clear picture during this work. In other words, the nerve cells in the brain do not move, but act in a very realistic way. However, there is no physiological reward at the end of neural activity. Later, this imaginary ingestion is repeated alone, without words.

  The second menu is related to the setting and use of negative stimuli. Arbitrary stimuli (which can be special and simple actions such as grasping the fist and touching the forehead) can be prepared. Exposing yourself to this stimulus in a situation where physiological reward acquisition behavior is not possible, for example, I thought `` I can not do stimulants now '', confirm the fact, and do this in various situations Iterate. If you are hospitalized, open your eyes on the bed or on the terrace, hall, toilet, bath, lavatory, etc., and look at the object in front of you or the sight that spreads out. By this work, an arbitrary stimulus is established as a stimulus that starts a time when no physiological reward acquisition behavior is performed in the system of unconscious reflexes. Suppose that, after returning to society, the unconscious reflex chain that governs physiological reward acquisition behavior begins and the desire arises. At this time, it is difficult for the second signal system reflection network (thinking) to overcome unconscious reflection directly. However, indirectly, when the second signal system reflex network (thinking) first acts as a negative stimulus, it starts a time when it does not act physiologically in the unconscious reflex system. Acts as a stimulus and exerts an effect, and the unconscious reflex action governing physiological reward acquisition behavior is interrupted. This eliminates friction between the second signal system reflex network (thinking) that does not perform physiological reward acquisition behavior and unconscious reflection, and the desire for physiological reward disappears in a few seconds.

  Such a treatment program based on conditioned reflex control may cause intense craving in the treatment of addictive behavior, overeating, and sexually deviant behavior, leading to reproduction of actual behavior in an environment where physiological rewards are readily available Because of the high possibility, it is preferable to perform at least initially in an environment isolated from society, such as a closed ward or prison. In the case of a patient suffering from a stimulant use disorder, the first and first Two menus are performed alone or in combination over 1000 times. Moreover, in the treatment of panic or the like accompanied by reproduction of fear or vision caused by PTSD, strong anxiety may be caused by stimulation. Therefore, after stimulation, it is preferable to spend in a safe environment familiar to the patient.

JP 2009-95424 A

Shinji Hirai, "Conditional reflex suppression therapy for stimulant repeated treatment", Psychiatry, 2008, 13 (1), p.1-13

  In the conditioned reflex control method, the above-mentioned treatment program suppresses the operability of the unconscious reflex chain that governs physiological reward acquisition behavior, and addictive behavior, overeating, panic in PTSD, sexually deviant behavior, etc. are temporarily cured Or, although it improves, conditional reflexes have the property of returning to the previous setting, so leaving this suppressed state restores the operability of the unconscious reflex chain that governs physiological reward acquisition behavior and renews the desire there is a possibility. Therefore, in the conditioned reflex control method, continuous therapy by the treatment program after the patient's return to society is extremely important, and in order to avoid such recovery of operability and maintain a suppressed state, the first and second treatments described above are performed. It is important to do this menu at least several times daily.

  The present invention has been made in view of the above problems, and its purpose is to perform a conditioned reflex control method for physiological reward acquisition behavior easily in an isolated environment or a general social environment such as a home or a general facility. The purpose is to provide a collection of images for the purpose of acquiring rewards.

  Another object of the present invention is a physiological method capable of simply and reliably performing a conditioned reflex control method and subsequent continuous therapy in an isolated environment for persons suffering from severe addiction, overeating, sexual deviation, PTSD, etc. It is to provide a collection of reward acquisition action suppression images.

  Still another object of the present invention is to provide a collection of images for suppressing physiological reward acquisition capable of simply and reliably performing simple therapy that does not depend on an isolation environment for a person suffering from mild addiction or overeating.

  The above object of the present invention is achieved by the following means.

  (1) That is, the present invention is a collection of physiological reward acquisition action suppression images, in which a plurality of physiological reward acquisition action suppression images related to the physiological reward acquisition behavior to be suppressed are posted.

  (2) In the present invention, the plurality of physiological reward acquisition behavior suppression images may include at least one physiological reward acquisition behavior initiating image or a physiological reward acquisition behavior reproduction image related to the physiological reward acquisition behavior to be suppressed. The physiological reward acquisition action suppression image collection according to (1).

  (3) Further, in the present invention, the plurality of physiological reward acquisition behavior suppression images include at least one physiological reward acquisition behavior initiating image related to the physiological reward acquisition behavior of the suppression target, and the physiological reward of the suppression target. The physiological reward acquisition action suppression image collection according to (1) or (2), including a plurality of physiological reward acquisition action reproduction images reproducing a series of actions or scenes related to the acquisition action.

  (4) According to the present invention, in the plurality of physiological reward acquisition behavior suppression images, at least one physiological reward acquisition behavior inducing image appears first, and then the plurality of physiological reward acquisition behavior reproduction images are actually The physiological reward acquisition action suppression image collection according to (3), wherein the images are displayed so as to appear according to an appearance order in the physiological reward acquisition action.

  (5) The present invention also provides the physiological reward acquisition behavior suppression according to any one of (1) to (4), wherein the plurality of physiological reward acquisition behavior suppression images are posted on the same surface. A collection of images.

  (6) The present invention also provides the physiological reward acquisition according to any one of (1) to (4), wherein the plurality of physiological reward acquisition action suppression images are individually displayed on different surfaces. This is a collection of behavior suppression images.

  (7) The present invention is also the collection of physiological reward acquisition behavior suppression images according to any one of (1) to 6, which is a printed matter, a painting, a mural, a road surface art, a signboard, or a neon sign.

  (8) The present invention is the physiological reward acquisition action suppression image collection according to (7), wherein the printed material is a leaflet, a brochure, a booklet, a poster, a book, a newspaper, a flyer, a card, a postcard, or a calendar.

  (9) The present invention also includes sound reproduction means for reproducing sound corresponding to the physiological reward acquisition behavior suppression image, wherein the physiological reward acquisition behavior suppression according to any one of (1) to (8) A collection of images.

  (10) In the present invention, the physiological reward acquisition behavior is a response based on a past risk avoidance behavior that is a symptom of addictive substance intake, gambling, eating, sexual behavior or PTSD. 9) The physiological reward acquisition action suppression image collection according to any one of 9).

  (11) The present invention also provides that the physiological reward acquisition behavior is smoking, drinking or amphetamine, methamphetamine, MDMA, cocaine, opium, cannabis, PCP, methadone, antidepressant, anxiolytic, antidepressant, central Nervous stimulants, sleep-inducing agents, sedative hypnotics, antihistamines, general cold drugs, antitussives, anesthetics, analgesics, hallucinogens, smoking cessation aids, organic solvents or organic fuel intake or taking (10) The physiological reward acquisition action suppression image collection described in 1.

  According to the physiological reward acquisition behavior suppression image collection of the present invention, a physiological reward acquisition behavior suppression image including a physiological reward acquisition behavior induction image and a physiological reward acquisition behavior reproduction image is posted. Etc.), using the physiological reward acquisition behavior suppression image collection according to the present invention, the physiological reward acquisition action sub image and the physiological reward acquisition action reproduction image are observed to obtain the physiological reward acquisition It is possible to create a situation where the physiological remuneration cannot be obtained while the unconscious reflex chain that controls behavior is activated.

  Therefore, by using the physiological reward acquisition behavior suppression image collection of the present invention, the user can operate the unconscious reflex chain that controls the physiological reward acquisition behavior in the conditional reflex control method for the physiological reward acquisition behavior. Because it is possible to easily and reliably carry out a treatment program (first menu) that suppresses illness in an isolated environment or a general social environment such as a home or general facility, severe addiction, overeating, sexual deviation, PTSD, etc. It is possible to simply and effectively perform a conditioned reflex control method in an isolated environment and a subsequent continuous therapy for a person suffering from sarcoidosis, and a simple therapy independent of the isolated environment for a person suffering from mild addiction or overeating.

It is a figure which shows an example of the physiological reward acquisition action induction image contained in the physiological reward acquisition action suppression image in case the physiological reward acquisition action in this invention is smoking. It is a figure which shows the other example of the physiological reward acquisition action induction image contained in the physiological reward acquisition action suppression image in case the physiological reward acquisition action in this invention is smoking. It is a figure which shows the other example of the physiological reward acquisition action induction image contained in the physiological reward acquisition action suppression image in case the physiological reward acquisition action in this invention is smoking. It is a figure which shows the other example of the physiological reward acquisition action induction image contained in the physiological reward acquisition action suppression image in case the physiological reward acquisition action in this invention is smoking. It is a figure which shows an example of the physiological reward acquisition action reproduction image contained in the physiological reward acquisition action suppression image in case the physiological reward acquisition action in this invention is smoking. It is a figure which shows the other example of the physiological reward acquisition action reproduction image contained in the physiological reward acquisition action suppression image in case the physiological reward acquisition action in this invention is smoking. It is a figure which shows the other example of the physiological reward acquisition action reproduction image contained in the physiological reward acquisition action suppression image in case the physiological reward acquisition action in this invention is smoking. It is a figure which shows the other example of the physiological reward acquisition action reproduction image contained in the physiological reward acquisition action suppression image in case the physiological reward acquisition action in this invention is smoking. It is a schematic plan view which shows the physiological reward acquisition action suppression image collection 20 concerning the 1st Embodiment of this invention. It is a schematic plan view which shows the physiological reward acquisition action suppression image collection 30 concerning the 2nd Embodiment of this invention. It is a schematic perspective view which shows the physiological reward acquisition action suppression image collection 40 concerning the 3rd Embodiment of this invention.

  Next, embodiments of the present invention will be described in detail with reference to the drawings.

  The physiological reward acquisition behavior suppression image collection of the present invention is characterized in that a plurality of physiological reward acquisition behavior suppression images related to the physiological reward acquisition behavior to be suppressed are posted.

  In the present invention, physiological reward acquisition behavior refers to a series of behaviors in which an animal acquires a physiological reward. In other words, physiological reward is an action that occurs in the brain when it completes defense, feeding, and reproduction, which are fundamental behaviors that originally support the evolution of species. When the reflection composed of the stimulus and the response developed before that is fixed, and later receiving the same stimulus, the same response, that is, the same reflection is easily reproduced. For this purpose, when the living body experiences an action with the physiological reward at the end, the reflex chain governing the action progresses in the unconscious reflex system, and later, the stimulus related to the physiological reward is given. When it is received, the chain of unconscious reflexes is activated, and an action to acquire physiological rewards occurs. Specific examples of such physiological reward acquisition behavior (the physiological reward in parentheses) include smoking (pharmacological action of nicotine), alcohol consumption (pharmacological action of alcohol), intake of other dependent substances (amphetamine, methamphetamine, MDMA, Cocaine, opium, cannabis, PCP, methadone, antidepressant, anxiolytic, antidepressant, central nervous stimulant, sleep inducer, sedative hypnotic, antihistamine, general cold drug, antitussive, anesthetic, analgesic Drugs, hallucinogens, smoking cessation aids, pharmacological actions of addictive substances such as organic solvents, organic fuels, etc.), gambling (effects on reward systems by nerve activity similar to completion of food acquisition by ancient hunting or sampling), feeding (Effects on reward system due to fulfillment of nutrition), sexual behavior (action on reward system due to completion of sexual behavior), reaction based on past risk avoidance behavior that is a symptom of PTSD (to reward system due to successful defense) Action), and the like.

  Further, in the present invention, the physiological reward acquisition behavior suppression image refers to an image that suppresses physiological reward acquisition behavior, and is at least one physiological reward acquisition behavior induction image or physiological that relates to the physiological reward acquisition behavior to be suppressed. A remuneration action reproduction image.

  Here, the physiological reward acquisition behavior-inducing image is a scene, action or thing that starts the physiological reward acquisition behavior, and operates a chain of unconscious reflections to give a user (addict etc.) a physiological reward. It is an image of what causes acquisition behavior. For example, if the physiological reward acquisition behavior is smoking, for example, an image of a scene in which the inside of the park is viewed from the park bench (image 11 in FIG. 1), a ship floating on the water surface or the water surface from the beach bench, etc. An image of a scene where you smoke, an image of a scene where you are drinking about a banquet seat in a pub (none of which are shown), an image of a scene of daily life that you generally smoke, and an image of a store in a tobacco shop , Images of cigarette display shelves, images of cigarette vending machines (none of which are shown), images of places involved in obtaining cigarettes that are smoking objects, images of cigarette boxes (not shown) and tobacco 2 images (image 12 in FIG. 2), lighter images (image 13 in FIG. 3), match images, images of ashtrays (none shown), and images of objects and tools generally used for smoking. .

  The physiological reward acquisition behavior reproduction image is an image that reproduces a series of actions or scenes normally encountered by an addict or the like until a physiological reward is acquired. For example, if the physiological reward acquisition behavior is smoking, for example, an image (not shown) that reproduces the act of purchasing tobacco at a tobacco shop or vending machine, opening the cigarette box and removing the cigarette An image that reproduces the action of taking out (image 14 in FIG. 4), an image that reproduces the action of lighting a cigarette in the mouth with a lighter (image 15 in FIG. 5), and holding the cigarette between the fingers. An image that reproduces the act (image 16 in FIG. 6), an image that reproduces the act of viewing the cigarette placed on the ashtray (image 17 in FIG. 7), and an image that reproduces the act of extinguishing the cigarette fire on the ashtray (Fig. 6) 8 images 18) and the like.

  The physiological reward acquisition behavior suppression image used in the present invention only needs to include at least one physiological reward acquisition behavior-initiated image or physiological reward acquisition behavior reproduction image related to the physiological reward acquisition behavior to be suppressed. Preferably, at least one physiological reward acquisition behavior-initiating image related to the physiological reward acquisition behavior of the suppression target and a plurality of physiological reproductions of a series of actions or scenes related to the physiological reward acquisition behavior of the suppression target A thing including a reward acquisition action reproduction image is good.

  Next, a specific example of the physiological reward acquisition action suppression image collection of the present invention will be described. In all of the following embodiments, the physiological reward acquisition behavior to be suppressed will be described using an example of smoking.

  FIG. 9 is a schematic plan view showing the physiological reward acquisition action suppression image collection 20 according to the first embodiment of the present invention. In FIG. 9, the physiological reward acquisition behavior suppression image collection 20 is a leaflet-like printed matter, and the physiological reward acquisition behavior induction related to the physiological reward acquisition behavior (smoking) to be suppressed is provided on the same surface. Image 11 which is an image (image of a scene viewing the park from a park bench) and image 14 which is a physiological reward acquisition action reproduction image related to the physiological reward acquisition action (open the cigarette box and take out the tobacco) Images that reproduce the act), image 15 (image that reproduces the act of lighting a cigarette with a lighter), image 16 (image that reproduces the act of cigarettes sandwiched between fingers), Image 17 (image reproducing the act of viewing the cigarette placed on the ashtray) and image 18 (image reproducing the act of extinguishing the cigarette fire on the ashtray) are posted and configured in this order.

  As described above, in the physiological reward acquisition behavior suppression image collection of the present invention, the physiological reward acquisition behavior suppression image first has a single or a plurality of physiological reward acquisition behavior induced images, and then a plurality of physiological rewards. It is preferable that the acquired action reproduction image is posted in an order that appears in accordance with the appearance order in the actual physiological reward acquisition action. Thereby, when the user (addict etc.) sees the physiological reward acquisition action suppression image collection of the present invention, the physiological reward acquisition action induced image sub-image and the physiological reward related to the physiological reward acquisition action to be suppressed are displayed. Since the acquired behavior reproduction image is visually recognized according to the appearance order in the actual physiological reward acquisition behavior, the unconscious reflex chain that governs the physiological reward acquisition behavior becomes easy to operate, and as a result, the physiological reward The conditional reflex control method for the acquired behavior can be performed more effectively. However, the posting order of the physiological reward acquisition behavior suppression image does not necessarily have to follow the appearance order in the actual physiological reward acquisition action, and may be posted in any order, or the same physiological A plurality of reward acquisition action suppression images may be posted.

  As a modification of the physiological reward acquisition action suppression image collection according to the present embodiment, instead of a leaflet, the physiological reward acquisition action to be suppressed on the same surface of a single calendar, poster, picture postcard, flyer, etc. And the like on which a plurality of physiological reward acquisition action suppression images according to the above are posted.

  FIG. 10 is a schematic plan view showing a physiological reward acquisition action suppression image collection 30 according to the second embodiment of the present invention. In FIG. 10, the physiological reward acquisition behavior suppression image collection 30 is a plurality of card-like printed matter, and includes an image 11 as a physiological reward acquisition behavior inducing image related to the physiological reward acquisition behavior to be suppressed, and the physiological Image 14, image 15, image 16, image 17 and image 18 as physiological reward acquisition behavior reproduction images related to the reward acquisition behavior are posted one by one on each card.

  The physiological reward acquisition action suppression image collection 30 may be used in the state of a rose card as it is, but each card on which the physiological reward acquisition action suppression image is posted is placed in the appearance order in the actual physiological reward acquisition action. By arranging and binding one side with a binding tool, a holder, etc., and using the card in a so-called flip animation, the user (addicted person, etc.) can obtain the physiological reward constituting the physiological reward acquisition action suppression image collection 30. The acquired behavior suppression image can be viewed as a movie, and the unconscious reflex chain that governs the physiological reward acquisition behavior can be activated more strongly. It can be done very effectively.

  As a modified example of the physiological reward acquisition action suppression image collection according to the present embodiment, instead of a card, the physiological target to be suppressed is placed on different surfaces such as a multi-card set of postcards, a multi-page pamphlet, a booklet, a calendar, and the like. The physiological reward acquisition action suppression images related to the target reward acquisition action are listed one by one in an arbitrary order or according to the appearance order in the actual physiological reward acquisition action.

  FIG. 11: is a schematic perspective view which shows the physiological reward acquisition action suppression image collection 40 concerning the 3rd Embodiment of this invention. In FIG. 11, the physiological reward acquisition action suppression image collection 40 is a plurality of poster-like printed materials, and includes an image 11 as a physiological reward acquisition action inducing image related to a physiological reward acquisition action to be suppressed, and the physiological reward. Image 14, image 15, image 16, image 17, and image 18 as physiological reward acquisition behavior reproduction images related to the reward acquisition behavior are posted one by one on each poster. The physiological reward acquisition action suppression image collection 40 is a set of posters on which physiological reward acquisition action suppression images are posted on walls such as an exhibition hall, a lobby of a building, and a corridor, in any order, or an actual physiological reward. It is used by posting according to the appearance order in the acquired behavior, and the user (addicted person etc.) can observe the collection of physiological reward acquisition behavior suppression images sequentially while walking (intentionally or unintentionally). It can be done.

  As a modification of the physiological reward acquisition action suppression image collection according to this embodiment, instead of a poster, as a painting, mural, road surface art, signboard, neon sign, etc., on the inner wall or outer wall of a building, road surface, rooftop, etc. The physiological reward acquisition behavior suppression images related to the physiological reward acquisition behavior to be suppressed are posted one by one in any order or according to the appearance order in the actual physiological reward acquisition behavior. .

  The physiological reward acquisition action suppression image collection of the present invention is not limited to the above-described embodiment, and it is needless to say that various changes can be made without departing from the gist of the present invention. For example, the number and types of physiological reward acquisition behavior inducing images and physiological reward acquisition behavior reproduction images to be published in the physiological reward acquisition behavior suppression image collection of the present invention, the posting order, and the like are limited to the above embodiment. However, it goes without saying that it can be designed arbitrarily.

  In the above embodiment, the physiological reward acquisition behavior suppression image collection of the present invention is provided as a dedicated medium (printed material or the like). You may comprise by publishing in some books, a newspaper, etc. with a content. In this case, the plurality of physiological reward acquisition action suppression images may be placed side by side on the same page, or may be placed one by one on separate pages.

  Furthermore, in the physiological reward acquisition behavior suppression image collection according to the above-described embodiment, only the physiological reward acquisition behavior suppression image related to one physiological reward acquisition behavior of the suppression target is listed. The physiological reward acquisition action suppression image related to the target reward acquisition action may be posted.

  In the physiological reward acquisition action suppression image collection of the present invention, sound corresponding to each of the posted physiological reward acquisition action suppression images (for example, sound for igniting a writer in image 15, sound of burning cigarette in image 16, etc.) is reproduced. An audio reproducing means may be further provided. As a result, the chain of unconscious reflexes governing the physiological reward acquisition behavior can be activated more strongly, and the conditional reflex control method for the physiological reward acquisition behavior can be performed extremely effectively.

  As described above, the physiological reward acquisition behavior suppression image collection of the present invention can easily perform the conditional reflex control method for physiological reward acquisition behavior in an isolated environment or a general social environment such as a home or a general facility. Conditional reflex control method in isolated environment for persons suffering from severe addiction, overeating, sexual deviation, PTSD, etc. and subsequent continuous therapy, simple therapy not depending on the isolated environment for those suffering from mild addiction or overeating It is extremely useful when used for.

11-13 Physiological reward acquisition behavior inducing image 14-18 Physiological reward acquisition behavior reproduction image 20, 30, 40 Physiological reward acquisition behavior suppression image collection

Claims (11)

  A collection of physiological reward acquisition action suppression images, wherein a plurality of physiological reward acquisition action suppression images related to a physiological reward acquisition action to be suppressed are posted.   2. The plurality of physiological reward acquisition behavior suppression images include at least one physiological reward acquisition behavior initiating image or physiological reward acquisition behavior reproduction image related to the physiological reward acquisition behavior of the suppression target. Collection of physiological reward acquisition behavior suppression images.   The plurality of physiological reward acquisition behavior suppression images include at least one physiological reward acquisition behavior induction image related to the physiological reward acquisition behavior of the suppression target and a series of actions related to the physiological reward acquisition behavior of the suppression target or The collection of physiological reward acquisition action suppression images according to claim 1 or 2, comprising a plurality of physiological reward acquisition action reproduction images reproducing scenes.   In the plurality of physiological reward acquisition behavior suppression images, at least one physiological reward acquisition behavior-initiated image appears first, and then the plurality of physiological reward acquisition behavior reproduction images in the actual physiological reward acquisition behavior The physiological reward acquisition action suppression image collection according to claim 3, wherein the image is displayed so as to appear according to the appearance order.   The physiological reward acquisition action suppression image collection according to any one of claims 1 to 4, wherein the plurality of physiological reward acquisition action suppression images are displayed on the same plane.   The physiological reward acquisition action suppression image collection according to any one of claims 1 to 4, wherein the plurality of physiological reward acquisition action suppression images are individually placed on different surfaces.   The physiological reward acquisition action suppression image collection according to any one of claims 1 to 6, which is a printed matter, a painting, a mural, a road surface art, a signboard, or a neon sign.   8. The physiological reward acquisition action suppression image collection according to claim 7, wherein the printed material is a leaflet, a brochure, a booklet, a poster, a book, a newspaper, a flyer, a card, a picture postcard, or a calendar.   The physiological reward acquisition action suppression image collection according to any one of claims 1 to 8, further comprising: a sound reproduction unit that reproduces sound corresponding to the physiological reward acquisition action suppression image.   10. The physiological reward acquisition behavior according to any one of claims 1 to 9, wherein the physiological reward acquisition behavior is a response based on past risk avoidance behavior that is a symptom of addictive substance intake, gambling, eating, sexual behavior or PTSD. Collection of physiological reward acquisition behavior suppression images.   The physiological reward acquisition behavior includes smoking, drinking or amphetamine, methamphetamine, MDMA, cocaine, opium, cannabis, PCP, methadone, antidepressant, anxiolytic, antidepressant, central nervous stimulant, sleep inducer, 11. Physiological reward acquisition behavior according to claim 10, wherein the sedative hypnotic, antihistamine, general cold medicine, antitussive, anesthetic, analgesic, hallucinogen, smoking cessation aid, organic solvent or organic fuel intake or taking. Suppressed image collection.

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