JP2005121889A - Palpation training system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a palpation training system for improving the technique of palpation for a trainee, such as a medical student. <P>SOLUTION: The palpation training system 1 is constituted by mainly including a human body model 2 which is formed by imitating a human body of an approximately full scale, is stuck with artificial skins 7 on the surface, and is formed by using elastically deformable elastic bodies under the artificial skins 7 of the points corresponding to the chest and the abdomen, a pressure sensor 3 which is installed at the human body model 2 and measures the oppression force by the trainee's palpation technique, an amplifier 4 which is connected to the pressure sensor 3, a computer 5 which is connected to the amplifier 4 and has a computer body 5a for performing various controls according to the detection by the pressure sensor 3, a keyboard 5b connected to the computer body 5a and a liquid crystal monitor 5c, and a speech annunciator 6 which announces the degree of achievement of the palpation technique by speech messages. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to an apparatus for palpation training, and more particularly to an apparatus for palpation training used for training performed for medical students and the like in order to improve palpation techniques.

  Even in modern medicine with advanced diagnostic technology, medical examinations such as inspection, auscultation, percussion, and palpation performed by doctors are important not only in internal medicine but also in various fields such as surgery, urology, obstetrics and gynecology. Here, the visual inspection grasps the pathology as a whole, the auscultation listens to the sound of the heart, lungs, intestines and arteries with a stethoscope, and the echoes when hitting the patient's examination site by percussion are distinguished to distinguish the size of the organ. The presence of blood and pus, the presence of gas, etc. are examined.

  Palpation is performed by a doctor touching the patient's body to feel the elasticity of the body or the patient's reaction, to check for abdominal wall tension, visceral swelling or mass, tenderness, muscle or bone abnormalities. It is a technology to diagnose. Diseases that can be detected by palpation include appendicitis, bone fractures, myocardial infarction, breast cancer, and many others, and the results of palpation allow doctors to give gastroscopy to patients who need more detailed examination ( The examination required for the patient can be selected from a number of examinations such as a gastric camera, an X-ray examination, and an ultrasonic examination.

  By the way, even palpation can be divided into shallow palpation performed on the entire palm and deep palpation using the fingertips. In shallow palpation, it is important to lightly press with the weight of the hand, which allows the patient to perform palpation in a natural situation without straining the abdominal wall, etc. The presence or absence of a large mass can be examined. On the other hand, in deep palpation, the state of the internal organs can be examined using the fingertip, and for example, the properties of the liver margin, the hardness, the properties of the liver surface, etc. can be examined. The palpation differs depending on the patient's symptoms and the position of the affected area, and the strength to push, the angle to push in, the timing of releasing the hand, etc., and the doctor determines whether these are normal or abnormal depending on the sense of the hand. It is necessary to do.

  For example, Brunberg's sign (recoil tenderness), which confirms peritonitis, is characterized by the fact that when the fingers are slowly pressed against the abdominal wall and released quickly, the patient complains of more pain than when pressed. There is. At this time, pain may be difficult to occur depending on how the fingers are separated, and this sign may not be found when an inexperienced medical student or the like performs palpation. For this reason, medical students with little experience are required to be given practical practical guidance in order to make an accurate diagnosis.

  However, there are very few opportunities for medical students to receive palpation practice in patients who actually visit or are hospitalized, and each medical student receives personal guidance from a supervisor. Was extremely small. In particular, there were few opportunities for many medical students to actually palpate patients with symptoms such as peritonitis that require urgent treatment. Therefore, when a medical student or the like has a poor experience, he / she may not be able to find a disease when he / she examines a patient at an actual medical site, or may cause unnecessary pain to the patient due to excessive palpation. There was also.

  In view of the above circumstances, an object of the present invention is to provide an apparatus for palpation training in which a palpation technique can be virtually experienced and a technique related to palpation can be acquired.

  In order to solve the above-described problems, the palpation training apparatus according to the present invention is “an elastic body that is formed to resemble a human body and is disposed in at least one of the abdomen and the chest, and the elastic body. A human body model having an artificial skin capable of presenting substantially the same tactile sensation as the skin of the human body, and a palpation technique that is disposed on the human body model and is simulated on the human body model by a trainee And detecting a palpation position of the human body model on which the palpation procedure is performed based on a pressure sensor for measuring the compression force applied to the human body model and the pressure sensor on which the compression force is measured. Position detecting means, time detecting means for detecting a duration of compression by the palpation technique at the palpation position detected by the pressure sensor and the position detecting means, and the duration A measurement data recording means for recording the change of the compression force as pressure measurement data of a time function, and a measurement data display means for displaying the measurement data recorded by the measurement data recording means so as to be visually recognizable. '' It is mainly composed of what it comprises.

  Here, the human body model is formed to mimic the human body three-dimensionally, and is formed to be almost the same as the actual human body size, so that the trainer does not feel uncomfortable with the human body model. desirable. In order to reduce visual and tactile discomfort when a trainee trains a human body model, artificial skin presenting the same tactile sensation as the human skin is placed on the surface of the human body model. In addition, the material corresponding to the chest and abdomen of the human body is made of an elastic material such as urethane or rubber that can be elastically deformed according to the applied pressure when subjected to pressure by palpation training. .

  Here, as described above, palpation may be performed such that the palm is placed along the surface of the body, or may be performed to the extent that the internal organs can be palpated deeply with the fingertips. Therefore, the location where the pressure sensor is installed includes a location corresponding to the inside of the human body, such as directly under the artificial skin of the human body model or under the elastic body, depending on the purpose of the training. Furthermore, the number of pressure sensors to be installed can be set in plural according to the case that is the purpose of training. At this time, it is particularly desirable to use a surface contact type pressure sensor in the form of a thin film so that the installation position of the pressure sensor cannot be confirmed from the appearance.

  Also, if the pressure sensor is made of a material that easily deforms the surrounding area, especially the surface that opposes the compression direction, the position of the pressure sensor itself becomes unstable, and the sensor signal that is output according to the compression force Variations may occur, and correct detection may not be performed or durability may be reduced. Therefore, take measures to stabilize the sensor signal output of the pressure sensor by attaching a hard material such as a plastic plate to the lower part of the pressure sensor or using a hard material for the core of the human body model. Is desirable.

  When palpation is performed, particularly when examining the presence or absence of tenderness at the tender point, the depth of compression is important, and palpation to an accurate position is important. Here, the tender point refers to a place where there is pain when pressed with a finger, for example, McBurney's tender point. McBurney's tender point is drawn from the umbilicus to the right hipbone and is two-thirds from the umbilicus when the line is divided into three equal parts. The patient feels pain when pressing on this point. In such a case, in order for a doctor to make an accurate diagnosis, it is necessary to accurately examine the tender point, and training for accurately pressing the tender point is also important in palpation training.

  Therefore, the position detection means sets the position of each pressure sensor installed in the human body model in advance so as to be a palpation position along the training purpose, so that the trainer can grasp the correct position. Become.

  The time detection means measures and detects the duration of the compression, and the measurement data recording means detects the value of the compression force measured by the pressure sensor by the time detection means. The pressure change of the time function in the set duration is recorded as measurement data. Then, the recorded measurement data is displayed on the measurement data display means as a pressure waveform representing a change in pressure over time.

  Therefore, according to the palpation training apparatus of the present invention, it is possible to detect the compression force applied to the human body model in the palpation training and display it on the measurement data display means as a pressure waveform. It is possible to confirm whether or not the palpation position of the human body model is correct, and to recognize and train the temporal change of the compression force as a pressure waveform. That is, when the trainee presses the correct palpation position, the pressure waveform is displayed on the measurement data display means. On the other hand, when an incorrect position is pressed, the pressure waveform is not displayed. Furthermore, since the pressure waveform can indicate the strength of the compression force, this allows the trainer to feel the degree of palpation pressure.

  Further, the palpation training apparatus according to the present invention may be configured so that “exemplary data including information on the compression force and the duration, which is an example of the palpation procedure performed on the human body model, according to the palpation position, respectively. Model data storage means for storing, and model data extraction means for extracting from the model data storage means the model data corresponding to the palpation position to be a training target for the trainer to perform training related to the palpation technique; The measurement data display means may further include model data display means for displaying the model data together with the measurement data in synchronization with the time function ".

  Here, the model data storage means records data to be presented on the model data display means as a model of the palpation technique of the trainee, and the model data is performed by a leader who has excellent palpation technology. The palpation procedure was previously measured and stored. Here, a plurality of model data is stored for each palpation position, and can be appropriately selected according to the training target. Then, the model data extracting means detects and extracts model data as necessary from each model data stored by the model data storage means.

  Therefore, according to the apparatus for palpation training of the present invention, the pressure waveform based on the palpation technique as an example according to the patient's symptom or the position of the affected part assumed at the time of the palpation training, By displaying simultaneously with the start of the palpation technique on the screen on which is displayed, it is possible to visually recognize the difference between the palpation technique of the trainee himself and the example of the palpation technique. As a result, the trainer can receive palpation training while confirming an exemplary pressure waveform and learn appropriate compression.

  Further, the palpation training apparatus according to the present invention includes, in addition to the above configuration, “a human body drawing presentation means for presenting a human body figure formed by imitating the human body on a substantially flat surface, and the palpation in which the palpation technique is performed. It may further comprise a palpation position notifying means for notifying the position by the human body figure so as to be visually recognizable.

  Here, examples of the human body diagram presenting means include those formed on a substantially flat surface such as a human body diagram displayed on a plate-shaped main body or a human body diagram displayed on a liquid crystal monitor or the like. The palpation position notifying means visually notifies the trainee of the palpation position performed by the trainee based on the human body diagram represented by the human body diagram presenting means. For example, the human body represented on the plate-shaped body Examples include light bulbs such as miniature light bulbs and light-emitting diodes arranged at various locations on the body and informing them by light emission, and notifications by changing part of the color of the human body diagram displayed on the monitor.

  Therefore, according to the device for palpation training of the present invention, the trainer not only recognizes the correctness of the position of the palpation performed on the human body model in the palpation training, but also uses the human body diagram to determine the palpation position performed by himself / herself. Visual notification is possible.

  Further, the palpation training apparatus according to the present invention may include, in addition to the above configuration, “the palpation of the human body model performed by the trainer based on a difference between the measurement data displayed on the measurement data display unit and the model data. Judgment means for judging the proficiency level of the technique, message storage means for recording a plurality of voice messages for informing the trainee of the proficiency level judged by the judgment means, and judgment by the judgment means Depending on the proficiency level, a message extraction means for extracting the voice message recorded in the message storage means, and a voice notification for outputting and notifying the voice message extracted by the message extraction means in an aurally recognizable manner It may be provided with a means.

  Here, the judging means judges the proficiency level of the trainee's palpation technique. The message storage means records voice messages such as “pain” and “do not feel” prepared in advance as patient responses. The message extraction means is for selecting an appropriate voice message from the recorded voice messages when the trainee presses, and the voice notification means is extracted by the message extraction means. The trainee is notified of the message.

  Therefore, according to the palpation training apparatus of the present invention, it becomes possible to present the patient's reaction due to the compression performed by the trainer in a simulated manner by voice. For example, the patient's response may vary greatly depending on the palpation technique, such as the aforementioned Brunberg sign, and it is necessary to learn the patient's response to palpation for the patient's disease and symptoms. Therefore, by determining the proficiency level of the palpation technique performed by the trainee and presenting the patient's response in a pseudo manner according to the proficiency level, the trainee can determine whether the pressure applied to the human body model is appropriate for palpation. It becomes possible to recognize whether or not by hearing, and it becomes possible to learn a patient's reaction to palpation in a simulated manner. In particular, since the proficiency level of the palpation technique can be recognized by hearing, palpation training can be performed without using visual recognition means such as a pressure waveform.

  As an effect of the present invention, a trainee such as a medical student can recognize the result of the palpation technique performed by himself / herself by the correctness of the position, the pressure waveform, the light emission of the body part of the human body diagram, and the notification of the voice message. Then, by presenting a model palpation technique, it is possible to improve the palpation technique of the patient with the aim of the palpation technique. Thereby, the training of the doctor who has the outstanding medical technology which can perform an appropriate palpation in a medical field can be performed.

  Hereinafter, a palpation training apparatus 1 according to an embodiment of the present invention will be described with reference to FIGS. 1 to 6. Here, FIG. 1 is a schematic diagram schematically showing a schematic configuration of the palpation training apparatus 1 of the present embodiment, FIG. 2 is a front view showing the configuration of the human body model 2, and FIG. FIG. 4 is a partially cutaway sectional view showing the structure of the human body model 2, and FIG. 5 is a functional diagram of the computer main body 5 a in the palpation training apparatus 1. FIG. 6 is an explanatory diagram showing a screen display example of the liquid crystal monitor 5c.

  As shown in FIGS. 1 and 2, the palpation training apparatus 1 according to the present embodiment includes a human body model 2 that is three-dimensionally modeled on the upper body of a human body, and a sensor unit 3 a at a predetermined position of the human body model 2. Is inserted, and is electrically connected to the pressure sensor 3 for measuring the compression force at the palpation position in the palpation procedure, and the end 3b of the pressure sensor 3, and amplifies the sensor signal S detected by the sensor unit 3a. The proficiency level of the palpation technique determined and processed by the computer 5 and the computer 5 including the main body 5a, the keyboard 5b, and the liquid crystal monitor 5c that receive the sensor signal S amplified by the amplifier 4 is mainly described. It is mainly comprised from the audio | voice alerting device 6 alert | reported with an audio | voice to a trainee. Here, the voice alarm 6 corresponds to the voice notification means in the present invention.

  Furthermore, as shown in FIGS. 2 and 4, the human body model 2 of the palpation training apparatus 1 according to the present embodiment is such that the upper body portion of the human body is formed in a substantially actual size, particularly the chest and abdomen. The artificial skin 7 capable of presenting a touch similar to that of the human skin is used on the surface corresponding to the above, and the elastic deformation corresponding to the muscles such as the abdominal and pectoral muscles of the human body is further provided below the artificial skin 7. An elastic body 8 made of a possible urethane material is provided.

  As a result, it is possible to reproduce the skin feeling and elasticity similar to those of an actual human body, and it is possible to prevent the trainee receiving training in the palpation technique from feeling uncomfortable. Further, a hard core material 9 is used in the vicinity of the center of the human body model 2, in other words, below the elastic body 8 made of a urethane material, and the core material 9 is compressed by training of palpation techniques. Hard enough to resist force.

  Here, the configuration of the pressure sensor 3 attached to the human body model 2 will be described in more detail based on FIGS. 3 (a) and 3 (b). The pressure sensor 3 used in the palpation training apparatus 1 according to the present embodiment has a thin film-like longitudinal shape as a whole, and a sensor unit 3a that detects a change in the amount of electricity according to the compression force at the tip, and a multi-end. In order to send the sensor signal S detected by the sensor unit 3a to the computer body 5, the end 3b connected to the amplifier 4 for amplifying the sensor signal S is electrically connected between the sensor unit 3a and the end 3b. And a protective film 3d made of a transparent material for covering the sensor portion 3a and the conductive wire 3c and protecting them from an external impact or the like. Thus, when using the flexible film-shaped material and using the pressure sensor 3 formed in a thin shape, when installing the human body model 2, as shown in FIG. It can be inserted into the lower part of the model artificial skin 7 or elastic body 8 and can be easily installed at a predetermined position. Further, by using the pressure sensor of this shape, the installation location does not rise as compared with other locations, and the trainee does not recognize the palpation position P through vision when performing a palpation procedure.

  Here, the pressure sensor 3 can be respectively disposed at a plurality of locations of the human body model 2 in accordance with the purpose and case of training. The pressure sensor 3 may be interposed between an elastic body 8 that can be elastically deformed and a hard material 9 (core material), as shown on the left side of FIG. 4 may be interposed between the artificial skin 7 and the elastic body 8 as shown on the right side of FIG. Thereby, the difference based on each palpation position P can be grasped | ascertained, comparing the difference of "shallow palpation" and "deep palpation" in the palpation technique mentioned above. In addition, below the sensor part 3a of the pressure sensor 3 interposed between the artificial skin 7 and the elastic body 8, a hard support such as plastic is previously supported so that the compression force can be detected stably. A plate 40 is arranged. Thereby, even when a compression force is applied to the sensor part 3a of the part, the deformation of the sensor part 3a itself of the pressure sensor 3 is limited, and the measurement of the compression force can be performed stably. Here, in order to simplify the explanation, FIG. 1 or FIG. 2 shows a case where one or two pressure sensors are provided, but more pressure sensors 3 are arranged in the human body model 2 via the amplifier 4. (See FIG. 1).

  Next, in the palpation training apparatus 1 of the present embodiment, the functional configuration of the computer main body 5a that receives information related to the palpation technique performed on the human body model 2 and performs various processes is further described based on FIG. This will be described in detail. Here, as shown in FIG. 5, the computer main body 5a can read the sensor signal S sent from the pressure sensor 3 disposed in the human body model 2 through the amplifier 4 for amplification in the computer main body 5a. An interface 10 that is converted into an appropriate format, a position detection unit 11 that detects a palpation position P of the palpation principle performed on the human body model 2 by the received sensor signal S, and compression by a palpation technique on the human body model 2 A pressure corresponding to a palpation position P where the pressure sensor 3 is installed, and a detection unit 18 having a time detection unit 12 for detecting the continued time, a pressure detection unit 13 for detecting the compression force by the pressure sensor 3 as a time function. The storage unit 19 in which various pieces of information including the sensor position information 35 are stored, and the compression force related to the palpation technique by the trainee detected by the detection unit 18 as a time function. Is formed mainly and a measurement data storage unit 14 for storing the measurement data 30 shown as a pressure waveform I. Here, the position detection unit 11 corresponds to the position detection unit in the present invention, the time detection unit 12 corresponds to the time detection unit in the present invention, and the measurement data recording unit 14 corresponds to the measurement data recording unit in the present invention. Here, in the palpation training apparatus 1 according to the present embodiment, as shown in FIGS. 2 and 4, the pressure sensors 3 are installed at two locations of the chest and the right abdomen. Stores information for recognizing the position as the palpation position P.

  Furthermore, in order to evaluate the skill level of the palpation technique by the trainee, in other words, the technical proficiency level related to the palpation technique, the computer main body 5a has model data 31 serving as an example of the palpation technique in the storage unit 19 in advance. A plurality of model data groups 15 stored according to the training target, purpose, palpation position P, proficiency level, etc. of the palpation technique are stored. Furthermore, model data extraction information 32 for extracting appropriate model data 31 from the model data group 15 is stored in association with the model data group 15 in accordance with the various palpation training situations described above. Then, the computer main body 5 a further includes an extraction unit 16 for extracting the optimum model data 21 from the model data group 15 based on the model data extraction information 32, and a measurement related to the palpation technique detected by the detection unit 18. Based on the data 30 and the extracted model data 31, it further includes a determination unit 17 that determines the proficiency level of the trainee's palpation technique. Here, the extraction unit 16 corresponds to model data extraction means in the present invention, and the determination unit 17 corresponds to determination means in the present invention.

  Here, in order to determine the proficiency level of the trainee by the determination unit 17, as shown in FIG. 5, the storage unit 19 stores the voice message group 33 in which a plurality of voice messages 36 are stored in advance, and the proficiency level. Proficiency level determination information 34 including a comparison standard of measurement data 30 and model data 31 for evaluation is stored. The extraction unit 16 described above can extract an appropriate voice message 36 from the message group 33 based on the proficiency level determination information 34 according to the situation. Here, the storage unit 19 has the function of the message storage unit in the present invention, and the extraction unit 16 has the function of the message extraction unit in the present invention.

  Next, the liquid crystal monitor 5c of the computer 5 will be described with reference to FIG. As shown in FIG. 6, the liquid crystal monitor 5c is configured to display two windows (a first window 20 and a second window 24) so as to divide the screen into two substantially right and left. The windows 20 and 24 can be switched ON / OFF according to the usage situation, or the size of the windows 20 and 24 can be changed.

  Here, the first window 20 is a graph 23 in which two waveforms including a pressure waveform 21 based on the measurement data 30 detected according to the palpation procedure performed by the trainee and a pressure waveform 22 based on the model data 31 are shown. Can be displayed. Here, in the graph 23, the vertical axis indicates the compression force F by the palpation procedure, while the horizontal axis indicates the time T (corresponding to the duration) when the compression is performed. The two pressure waveforms 21 and 22 are displayed in a state in which the time T on the horizontal axis is synchronized. Thereby, the difference between the palpation technique performed by the trainee and the exemplary palpation technique indicated by the exemplary model data 31 can be displayed in a visually recognizable manner. The liquid crystal monitor 5c here corresponds to the measurement data display means and the model data display means in the present invention.

  On the other hand, in the second window 24 located on the right side of the screen, a human figure 25 showing the human body in a plan view is displayed. Then, it is possible to perform control such that the portions corresponding to the palpation positions of the human body model 2 blink at a plurality of locations on the screen of the human body diagram 25. That is, the same position as the palpation position detected by the position detection unit 11 described above can be shown in the human figure 25. Here, the human body diagram 25 corresponds to the human body diagram display means in the present invention, and the blinking of the palpation position by the liquid crystal monitor 5c corresponds to the palpation position notification means in the present invention.

  Next, the usage method of the apparatus 1 for palpation training of this embodiment is demonstrated. Here, as described above, the components such as the human body model 2 and the computer 5 of the palpation training apparatus 1 are powered on and turned on. And as shown in FIG. 4, a palpation technique is performed with respect to the surface of the human body model 2 by a trainee's finger (not shown). As a result, the compression force F (see the arrow in FIG. 4) is applied to the human body model 2. As a result, at the palpation position P where the compression force F is applied, the artificial skin 7 and the elastic body 8 constituting the human body model 2 are elastically deformed according to the compression force F. As a result, a change in the amount of electricity occurs in the sensor portion 3a at the tip of the sensor 3, and the sensor signal S is sent to the computer main body 5a via the amplifier 4. At this time, since the sensor signal S is not sent to the computer main body 5a even if the location where the sensor portion 3a of the pressure sensor 3 is not installed is pressed, the trainer has pressed the correct palpation position P. Whether the sensor signal S is transmitted or not can be perceived by displaying the pressure waveform 21 (details will be described later).

  The sensor signal S amplified by the amplifier 4 is converted through the interface 10, received by the computer main body 5 a, and sent to the internal detection unit 18.

  Here, based on the sensor signal from the pressure sensor 3 and the pressure sensor position information 35 stored in the storage unit 19, the position detection unit 11 of the detection unit 18 determines the pressure sensor 3 at the palpation position P where the palpation procedure has been performed. Further, the time T when the pressing force F is applied to the human body model is detected by the time detection unit 12. Further, the pressure detection unit 13 detects the strength of the compression force F applied to the human body model 2. Based on the time detection unit 12 and the pressure detection unit 13, the measurement data 30 indicating the change of the compression force F with respect to the time T is recorded in the measurement data recording unit 14. The measurement data 30 is output-controlled to the liquid crystal monitor 5c described above and displayed as a pressure waveform 21 on the graph 23 of the first window 20. Thereby, a trainer, a supervisor, etc. can grasp the result with respect to the performed palpation technique as visual information by the pressure waveform 21 displayed.

  At this time, as described above, the graph 23 is superimposed on the pressure waveform 21 of the measurement data 30 related to the palpation technique of the trainee, and the pressure waveform of the model data 31 indicating the model of the palpation technique extracted in advance. 22 can also be displayed in synchronization with time T. Thereby, the trainee can display and compare the pressure waveform 21 based on the measurement data 30 and the pressure waveform 22 based on the model data 31. The trainee can receive palpation training while viewing the exemplary pressure waveform 22 displayed on the pressure waveform 21, and strives to bring the pressure waveform from his compression technique closer to the exemplary pressure waveform 22. By doing so, the correct palpation technique can be improved.

  In addition, as shown in FIG. 6, the palpation training apparatus 1 of the present embodiment displays a human figure 25 on the second window 24 of the liquid crystal monitor 5c described above, and uses this to display the human body palpation by the palpation technique. The position P can be notified visually. Specifically, when compression by a palpation technique by a trainee is applied to the human body model 2, the position detection unit 11 of the detection unit 18 detects a palpation position P where the palpation technique has been performed. As a result, in the human body diagram 25 of the second window 24, control is performed so that the portion 26 of the human body diagram 25 corresponding to the palpation position P flashes, and the trainee can perform the palpation position of the palpation technique performed by himself / herself by this blinking. In addition to whether P is correct or not, a specific palpation position P can be visually grasped.

  Furthermore, the apparatus 1 for palpation training of this embodiment can objectively determine the technical proficiency level related to the palpation technique performed by the trainee. Specifically, when the palpation technique of the trainee is performed, the measurement data 30 is created and recorded in the measurement data recording unit 14 as described above. When making a determination, the determination unit 17 determines the proficiency level based on the model data 31 and the proficiency level determination information 34. Based on the proficiency level, an appropriate voice message 36 (for example, a message such as “pain!” That is notified when unnecessary pressure is applied) is notified to the trainee from the message group 33. To do. Thereby, the trainee can recognize the proficiency level of his own palpation technique by hearing while receiving the palpation training.

  The present invention has been described with reference to preferred embodiments. However, the present invention is not limited to these embodiments, and as described below, improvements and designs are made without departing from the scope of the present invention. Can be changed.

  That is, in the human body model 2 of the palpation training apparatus 1 of the present embodiment, the human body model imitating the torso of the human body is shown, but the present invention is not limited to this, and the head, limbs, etc. It may be a human body model imitating the whole body. Furthermore, although the display of the human figure 25 on the liquid crystal monitor 5c is shown, the present invention is not limited to this, and a light emitter such as a miniature bulb is installed in each part of the body of the human figure written on a board or the like. The light may be emitted according to the palpation technique.

  In some cases, it is necessary to start palpation from a site as far as possible from the place where the patient complains of pain and gradually move to the painful part. In this case, it is preferable to use a pressure sensor with a wide sensing range rather than a pressure sensor with a narrow sensing range. Therefore, like the pressure sensors 26 and 27 shown in FIGS. 7A and 7B, sensors having different sensing areas of the sensor portions 26a and 27a are prepared so that they can be replaced according to the assumed symptoms. Also good. Thereby, it can respond also to the training which approaches the palpation position P gradually from the periphery of the affected part assumed by the palpation training.

It is a schematic diagram which shows typically schematic structure of the apparatus for palpation training. It is a front view which shows the structure of a human body model. It is a block diagram of a pressure sensor. It is a partially cutaway sectional view showing the configuration of the human body model. It is a block diagram which mainly shows the functional structure of the computer main body in the apparatus for palpation training. It is explanatory drawing which shows the example of a screen display of a liquid crystal monitor. It is explanatory drawing which shows another example of a pressure sensor.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Apparatus for palpation training 2 Human body model 3 Pressure sensor 5c Liquid crystal monitor (Measurement data display means, model data display means, human body figure presentation means, palpation position notification means)
6 Voice alarm (voice alarm means)
7 Artificial skin 8 Elastic body 11 Position detection unit (position detection means)
12 Time detector (time detector)
14 Measurement data recording part (Measurement data recording means)
16 Extraction unit (exemplary data extraction means, message extraction means)
17 Judgment part (judgment means)
18 Message storage unit (message storage means)
19 Memory 25 Human figure

Claims (4)

An elastic body that is formed to resemble a human body and is disposed on at least one of the abdomen and chest, and covers the elastic body so that it can present substantially the same tactile sensation as the skin of the human body A human body model with artificial skin,
A pressure sensor that is disposed on the human body model and measures a compression force of the palpation procedure applied to the human body model according to a palpation procedure performed on the human body model in a pseudo manner by a trainee;
Position detection means for detecting a palpation position of the human body model on which the palpation procedure is performed based on the pressure sensor in which the compression force is measured;
Time detection means for detecting a duration of compression by the palpation technique at the palpation position detected by the pressure sensor and the position detection means;
A measurement data recording means for recording a change in the compression force with respect to the duration as pressure measurement data of a time function;
An apparatus for palpation training comprising: measurement data display means for displaying the measurement data recorded by the measurement data recording means so as to be visually recognizable. Exemplary data storage means for storing exemplary data including information on the compression force and the duration as an exemplary palpation procedure performed on the human body model according to the palpation position,
The model data storage means further comprises model data extraction means for extracting the model data corresponding to the palpation position to be a training target for the trainer to perform training related to the palpation technique,
The measurement data display means includes
The palpation training apparatus according to claim 1, further comprising model data display means for displaying the model data together with the measurement data in synchronization with the time function. A human body diagram presenting means for presenting a human body diagram formed by imitating the human body on a substantially plane;
The palpation training apparatus according to claim 1, further comprising palpation position notifying means for notifying the palpation position where the palpation technique has been performed so as to be visually recognizable by the human body diagram. . Judgment means for judging the proficiency level of the palpation technique for the human body model performed by the trainer based on the difference between the measurement data and the model data displayed on the measurement data display means;
Message storage means for recording a plurality of voice messages for informing the trainee of the proficiency level determined by the determination means;
Message extraction means for extracting the voice message recorded in the message storage means according to the proficiency level determined by the determination means;
The palpation training apparatus according to claim 2, further comprising: a voice notification unit that outputs the voice message extracted by the message extraction unit so as to be audibly recognizable and notifies the voice message.

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