RU149056U1 - CHAIR FOR DIAGNOSTIC SELF-EXAMINATION COMPLEX - Google Patents

Abstract

A multifunctional diagnostic self-examination complex containing a chair, a personal computer monitor for displaying diagnostic data with an information output unit on paper, electrodes for recording electrocardiograms, a device for measuring blood pressure, sensors for determining a weight, characterized in that it is additionally equipped with an infrared device body thermometry, a device for measuring peak expiratory flow rate, a device for pulse oximetry, an apparatus for measuring the level of total cholesterol and glucose in the blood and a device for determining the percentage of fat in the body, while the back, armrests and legs of the chair are hollow, inside which there is a connecting wire to which a personal computer monitor is connected to display diagnostic data with an information output unit on paper media installed in the side of the chair, and the monitor is mounted on a platform with a bracket with the possibility of the last movement "back and forth", while in the left base a device for measuring blood pressure, an electrode for performing an electrocardiogram-study-left hand and a device for determining the percentage of fat in the body are mounted, and an electrode for performing an electrocardiogram-study-right hand is mounted in the right armrest, while it is mounted in the left front leg of the chair an electrode for performing an electrocardiogram-study-left leg, and an electrode for performing an electrocardiogram-study is mounted in the right front leg of the chair

Description

The technical field to which the utility model relates.

The utility model relates to medical equipment, in particular, to a chair for a diagnostic complex of self-examination and can be used to quickly and accurately conduct an independent diagnostic examination of health by a person using a complex installed, for example, at an enterprise and annual preventive examination of workers and employees.

State of the art

A medical information and consultation system (MIS) is known, comprising a device for receiving a patient’s request and data about his health status and a means for transmitting recommendations associated with a telecommunication network with devices for transmitting a patient’s request and data about his health and devices for receiving and displaying recommendations, and a storage device data on the patient’s health status, reference and other medical information related to the inputs of the patient request receiving device and data on the state of his health, means for selecting a doctor according to the profile, a device for reading data about the patient’s health status, reference and other medical information and a recommendation generating device connected via an output to said storage device and to a recommendation transfer means, characterized in that it is provided with means for generating a predictor template (unchanged basic medical a card that includes information about the general state of the patient’s health), and at least one corrector template (specialized medical records, specifying her condition of those organs and body parts that the patient complains of), a means for storing requests controlled by a predictor processing unit and a corrector processing unit, and a doctor response input unit, a template generation tool is associated with a template storage and delivery tool connected to the device inputs receiving a patient’s request and data on his state of health and a device for storing data on the patient’s health status, reference and other medical information, and output to a device for transmitting recommendations, the predictor and corrector processing units connected by inputs are connected to the means for storing requests and to a device for reading data about the patient’s health status, reference and other medical information, the output of the latter is connected to the corresponding input of the device for generating recommendations, while the means for storing requests is connected to the means for choosing the doctor’s profile, and the doctor’s response input unit is connected to the corresponding input of the patient’s health data storage device, reference and other copper Inskoy information.

In the system, templates are designed to be filled in by patients.

The system provides for a doctor-controlled means of re-sending the corrector template of the corresponding profile to identify the dynamics of the development of the disease and adjust the recommendations.

The system provides a means for receiving and processing complaints related to a device for storing patient health data.

The system additionally provides an administrator-driven tool for generating a request for an examination of recommendations related to a device for storing data on the patient’s health status, reference and other medical information, a means for receiving and processing data for this examination and inputting an expert’s opinion related to the output with the said storage device ( see Pat. RU No. 2207623, IPC G06F 17/60, АВВ 5/04, publ. 06/27/2003).

The disadvantage of this system is the difficulty of providing medical consultation services to clients, as the doctors working in it advise in absentia.

A well-known mobile diagnostic and treatment complex, which is made in the form of functional modules: laboratory diagnostic, clinical diagnostic, x-ray diagnostic, surgical dressing, intensive care, hyperbaric oxygenation, detoxification, pharmacy, mounted on the basis of cars, biaxial trailers with van bodies with medical equipment providing a throughput of at least 100 affected and injured therapeutic profile and wounded surgical profile in duck. As the technical means of the long-term reception and transmission of medical data for the management of the salvation of the wounded, subscriber and base broadband radios were used, interconnected via trunk channels with its local computer computer radio network and the wireless computer network of a separate medical battalion of the division (see US Pat. No. 2365515, IPC ВРР 3 / 00, A61B 5/00, published on August 27, 2009).

The disadvantage of this complex is the complexity of its implementation, namely, the execution in the form of separate modules, a long examination time.

The closest in technical essence and the achieved positive effect and accepted by the authors for the prototype is the Health-Express complex, which consists of two versions of Health-Express-1, which includes software and a set of computerized devices (psychophysiological diagnostic panel, height meter, wrist dynamometer, caliper) to assess the level of psychophysiological state and parameters of physical development. The complex in this design contains a chair, a personal computer monitor for displaying diagnostic data with a paper output unit, electrodes for recording electrocardiograms, weight sensors and is designed to be installed on a computer in conjunction with the Cardiovisor heart screening system, as well as a meter blood pressure and performed by "Health-Express-2" which is additionally equipped with a cardiac amplifier, and provides registration of an electrocardiogram, analysis of var heart rate abnormalities and health assessment. The Health-Express complex is intended for screening assessment of the level of psychophysiological and somatic health, body reserves, physical development parameters and the issuance of individual recommendations for correcting the condition and choosing a lifestyle. The complex is recommended for use in children's and adult Health Centers and is fully compatible with the Health Center software package.

The complex is also designed to work in conjunction with the Cardiovisor heart screening system and expands its capabilities during pre-nosological monitoring (see producer: Medical computer systems, Moscow, Zelenograd, www.mks.ru).

The disadvantage of this complex is its complexity, high cost, as well as the need for highly qualified specialists.

Utility Model Disclosure

The objective of the proposed utility model is the development of a chair for the diagnostic self-examination complex, which has a quick and accurate ability to conduct an independent diagnostic self-examination of the state of health by the person himself, to obtain analysis results and issue recommendations.

The technical result, which can be obtained using the proposed invention, is reduced to a quick and accurate possibility of conducting an independent diagnostic self-examination of the state of health by a person.

The technical result is achieved with the help of a chair for a diagnostic self-examination complex, including hollow backs, armrests and chair legs, inside which a connecting wire is located, while a device for measuring blood pressure with a rim is mounted in the left armrest, an electrode for performing an electrocardiogram - studies - left hand and device for determining the percentage of fat in the body, an electrode is mounted in the right armrest to perform an electrocardiogram - studies - the right hand, an electrode is mounted in the left front leg of the chair for performing an electrocardiogram - studies - the left leg, in the right front leg of the chair is mounted an electrode for performing an electrocardiogram - studies - the right leg, and sensors are mounted in the rear left and right legs of the chair to determine the weight of the user, a bracket with a platform for placing a personal computer with a monitor, a device for measuring peak speed and exhalation, an apparatus for measuring the level of total cholesterol and glucose in the blood, a device for infrared thermometry of the body and a device for pulse oximetry, configured to connect a connecting wire to a personal computer.

Brief Description of the Drawings

In FIG. given a chair for a diagnostic self-examination complex, side view.

Utility Model Implementation

The chair for the diagnostic self-examination complex contains a chair 1, a backrest (not shown in FIG.), Armrests (not shown in FIG.) And legs (hollow in FIG. Not shown) which are hollow, inside of which there is a connecting wire (not shown in FIG. ), a monitor 2 of a personal computer (PC) with pre-installed software for displaying diagnostic data with a block (not shown) of outputting information on paper media installed in the side of chair 1 and connected to the connecting part armrest cable, and in the side of the chair 1 is mounted with the possibility of moving the platform 3 on the bracket 4 for placement on it of a personal computer with a monitor 2 with the possibility of the last movement "back and forth", while in one of the armrests, for example, left, mounted device 5 for measuring blood pressure (BP) with a rim, electrode 6 for performing an electrocardiogram (ECG) - studies - the left hand and a device 7 for determining the percentage of fat in the body, including an analyzer (in FIG. not shown), and an electrode 8 is mounted in the right armrest for performing an ECG electrocardiogram - studies - the right hand, while an electrode 9 is mounted in the left front leg of the chair 1 for performing ECG - studies - the left leg, and an electrode is mounted in the right front leg of the chair 1 10 to perform an ECG - research - the right leg, and the mounted electrodes 6, 8, 9, 10 are made to record the electrocardiogram in three standard leads, and sensors 11 are mounted in the rear left and right legs of chair 1 to determine the weight of users device, and on platform 3 with bracket 4 mounted device 12 for measuring peak expiratory flow, device 13 for measuring the level of total cholesterol and glucose in the blood, device 14 for infrared thermometry of the body and device 15 for pulse oximetry, and device 5 for measuring blood pressure, electrode 6 for performing ECG - studies - the left hand, a device 7 for determining the percentage of body fat, including a fat analyzer, electrode 8 for performing ECG - studies - the right hand, electrode 9 for ECG completion - studies - left leg, electrode 10 for performing ECG - studies - right leg, sensors 11 for determining the weight of the user, device 12 for measuring peak expiratory flow using a peak flow meter (in FIG. not shown), an apparatus 13 for measuring the level of total cholesterol and glucose in the blood, including a biochemical automated analyzer (not shown in Fig.) a device 14 for infrared thermometry of the body and a device 15 for pulse oximetry are connected to the connecting wire with the possibility of transmitting diagnostic data to monitor 2 PC.

The chair for the diagnostic self-examination complex is operated as follows.

The user is located in chair 1, monitor 2 PCs for displaying diagnostic data with a paper output unit installed in the side of the chair 1, bracket 4 with platform 3 and connected to the armrest connecting cable, turns “forward” in front of itself, as it is made with the possibility of moving "back and forth", fills out a questionnaire on a PC containing the following data: name, gender, age, previous illnesses, nature of work, level of physical activity and proceeds to conduct studies, and he installs the shoulder in the rim (not shown in FIG.) of the device 5 for measuring blood pressure, presses a button on the device 5, within 2 minutes takes blood pressure measurement, the result is displayed on the display of the device 5, as well as on the monitor screen of 2 PCs, followed by: recording the ECG by positioning in the chair 1 so that the forearms and legs of the user are in contact with the electrode 6 to perform ECG - studies - the left hand, electrode 8 to perform ECG - studies - the right hand, electrode 9 to perform ECG - studies - the left leg, electrode 10 to perform an ECG - studies - the right leg, with the ability to record an electrocardiogram in three standard leads, which is carried out for 2-3 minutes, transferred to a PC using a connecting wire, then a PC using software, analyzes and the obtained data are displayed on the monitor screen of 2 PCs by measuring the body temperature, for which the user brings his head to the device 14 for infrared thermometry of the body, then pressing the device key 14 directs it to the forehead and for For 9-10 seconds, the data is displayed on the display of device 14 and transmitted to the PC and displayed on the monitor screen 2 by measuring the peak expiratory flow using device 12 using a peak flow meter, for which the user puts a mouthpiece on the neck of the peak flow meter, takes a deep breath and then the maximum and fast exhalation, having first tightly clasped the mouthpiece with the lips, the data is displayed on the display of the device 12, and via the connecting wire are transferred to the PC and displayed on the monitor screen 2, defined by lowering the level of total cholesterol and glucose in the blood using an apparatus 13, including a biochemical automated analyzer, for which the user pre-treats with an alcohol-containing cloth (in FIG. not shown) the ring finger of the left hand, uses an automatic lancet-scarifier, makes a puncture, wipes the received drop of blood, draws blood from the second drop into a pipette, puts it on a test strip, which then places it in a biochemical automated analyzer, receives diagnostic tests for two minutes the data that is then transmitted through the connecting wire to the PC is analyzed and displayed on the monitor screen 2, by determining the percentage of body fat using device 7, for which the user the analyzer is covered, as a result of which the latter roughly determines the percentage of fat in the body based on the bioimpedance analysis method based on measuring the resistance of body tissues when conducting weak pulses of electric current, while the different ability to conduct pulses of fat, muscle and bone tissue allows us to estimate the approximate content body fat, which are then transmitted via a connecting wire to a PC, analyzed and displayed on monitor 2, by determining the weight of using the sensors 11 of the device mounted in the rear left and right legs of the chair 1, the data of which are then transmitted via a connecting wire to a PC and displayed on the monitor screen 2 PC.

At the end of all the manipulations, the software analyzes the received diagnostic data, compares the indicators with the norms, formulates a conclusion and recommendations, which displays on the screen and displays on paper.

Thus, using the proposed utility model, installed, for example, at an enterprise, factory, educational institution and other places, it is possible to conduct quick and accurate self-examination without receiving a long investment of time with the receipt of recommendations, as well as an annual preventive examination, and in case of deviations from the norm, follow-up treatment in a hospital or clinic.

The proposed utility model in comparison with the prototype and other well-known technical solutions has the following advantages:

- fast and accurate self-examination of the state of human health;

- conducting annual preventive examinations on the job;

- ease of use.

Claims (1)

A multifunctional diagnostic self-examination complex containing a chair, a personal computer monitor for displaying diagnostic data with an information output unit on paper, electrodes for recording electrocardiograms, a device for measuring blood pressure, sensors for determining a weight, characterized in that it is additionally equipped with an infrared device body thermometry, a device for measuring peak expiratory flow, a device for pulse oximetry, an apparatus for measuring the level of total cholesterol and glucose in the blood and a device for determining the percentage of fat in the body, while the back, armrests and legs of the chair are hollow, inside which there is a connecting wire to which a personal computer monitor is connected to display diagnostic data with an information output unit on paper media installed in the side of the chair, and the monitor is mounted on a platform with a bracket with the possibility of the last movement "back and forth", while in the left base a device for measuring blood pressure, an electrode for performing an electrocardiogram-study-left hand and a device for determining the percentage of fat in the body are mounted, and an electrode for performing an electrocardiogram-study-right hand is mounted in the right armrest, while it is mounted in the left front leg of the chair an electrode for performing an electrocardiogram-study-left leg, and an electrode for performing an electrocardiogram-study is mounted in the right front leg of the chair - the right leg, and sensors are mounted in the rear left and right legs of the chair to determine the weight of the user, and on the platform with a bracket there is a device for measuring peak expiratory flow, an apparatus for measuring the level of total cholesterol and glucose in the blood, a device for infrared body thermometry and a device for pulse oximetry, a device for measuring blood pressure, an electrode for performing an electrocardiogram-study-left hand, a device for determining the percentage of fat in the body, an electrode for performing an electrocardiogram-research-right leg, an electrode for performing an electrocardiogram-research-left leg, an electrode for performing an electrocardiogram-research-right leg, sensors for determining a user's weight, a device for measuring peak expiratory flow, an apparatus for measuring total cholesterol and blood glucose, a device for infrared thermometry of the body and a device for pulse oximetry are connected to the connecting wire.

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