RU2279868C1 - Wet vapor clinic - Google Patents

Abstract

FIELD: medical engineering.

SUBSTANCE: device has procedure cabinets each of which has boxes having casing and cover articulated thereto. The device has bed for placing patient, transducers producing signals describing physiologic parameters and set on patient body and transducers indicating procedure cabin parameters, the latter being set outside and inside of procedure cabins. Control units for adjusting procedure cabin parameters are mounted on outside of the procedure cabin. Unit for processing signals is connected to transducers producing procedure cabin parameter signals and procedure cabin parameter signals via data busses and via control busses to units for controlling procedure cabin parameters, indicator showing patient presence in procedure cabin and button for calling for personnel. PC has monitor unit and printer unit connected to units for processing procedure cabin parameter signals. Casing of each procedure cabin has opening for discharging sweat and condensate and delivering vapor via corresponding canal and central vapor duct connected to vapor generator. The device additionally has units for representing live data describing patient state united into data display tableau mounted in PC operator and patient visibility zone. Unit for storing live data describing patient state is connected to the data display tableau via signal busses and to PC via code and clock busses. Cover position indicator is mounted in connection plane between the casing and cover of each cabin manufactured as end switch. Procedure cabin has procedure cabin cover emergency opening button inside and canal for discharging waste vapor with vacuum fan. Central vapor duct has safety valve controlling excessive vapor pressure.

EFFECT: enhanced effectiveness and safety of treatment.

4 cl, 3 tbl

Description

The invention relates to medical equipment, and more specifically to equipment for carrying out procedures, for example, wet steam, and can find application in sanatorium-resort institutions, rehabilitation centers, medical prevention centers, health-improving complexes, physical dispensaries, dispensaries, houses recreation and other institutions that use the healing properties of water vapor.

A known system for continuous monitoring and control of the basic physiological parameters of a person, used in the course of lengthy experiments, The system includes primary information sensors - located directly on the human body sensors of various physiological parameters: electrocardiogram, blood pressure, body temperature, etc., the outputs of which are connected to the primary signal processing unit, including a “parameter-voltage” converter connected in series, an amplifier with spectrum correction filter, ADC and discrete analyzer, which is used as a digital computer [1].

The system constantly monitors the above physiological parameters, accumulating data for subsequent analysis using a digital computer.

A disadvantage of the known device is the complexity of the design, outdated elemental base, lack of speed. Another disadvantage is the lack of feedback, which dramatically reduces its functionality. Indeed, even having fixed the exit of a physiological parameter beyond the permissible limits, the device does not make it possible to automatically eliminate one or another factor of a negative impact on a person. Direct medical staff intervention is required. This makes this system unsuitable for monitoring the condition of a large number of patients, which occurs when procedures are dispensed in hospitals and sanatoriums.

A well-known hospital for conducting "dry" carbon dioxide baths containing a cabin with a plastic cover having a cutout at the head end, due to which the patient's head is located outside the cabin. To seal between the edges of the neckline and the neck of the patient placed a towel or sheet. Inside the cab there is a lodgement (seat) for the patient. A medicinal substance (СО) supply pipeline with an electromagnetic valve is connected to the cabin, a fan is used to create gas outflow around the patient’s body. There is a channel for exhaust air from the cabin [2].

The disadvantage of this hospital is the impossibility of its use for wet-steam procedures.

Known wet-steam hospital, containing barrel-shaped treatment cabins, each of which is made in the form of a body and a hinge-connected lid and is equipped with a lodgement for placing the patient in a lying or reclining position, as well as a steam supply pipe to the cabin with a controlled shutter, a cabin temperature sensor connected to a personal electronic computer (PC), the output of which is connected to a controlled shutter, a signaling device for the presence of a patient in the treatment room and a call button for medical personnel, when ohm body of each procedural cabin has a hole for draining the condensate and sweat [3].

This wet-steam hospital is characterized by relatively low safety for patients and nursing staff during the procedures.

The closest invention to the proposed technical essence and a schematic solution is a wet-steam hospital, containing treatment cabins, each of which is made in the form of a body and a hinge-connected lid and is equipped with a lodgement for placing the patient, sensors of signals about the physiological parameters of the patient, installed directly on the patient’s body, with sensors of signals about the parameters of the treatment room installed inside and outside the treatment room, with regulating bodies of the treatment room parameters bins installed outside the treatment room, a signal processing unit connected via data buses to signal sensors about the physiological parameters of the patient and signal sensors about the parameters of the treatment room, and through control buses to regulating bodies of the treatment room parameters, a patient presence indicator in the treatment room and a button medical personnel call, personal electronic computer (PC) with a monitor and printer, connected via information and clock cables to communication units ignalov, wherein the body of each procedural cabin has an opening for draining condensation and perspiration, and through a respective feed passage and couple the central steam line connected to the steam generator [4].

Such a device, selected as a prototype, is characterized by the following disadvantages.

In the process of adopting procedures, medical attendants and, especially, patients are in an extreme situation. Negative factors include, in particular, high humidity, temperature, pressure, which, if they exceed the permissible limits, can have a negative impact on people's health.

The objective of the present invention is to increase the safety of patients and medical staff during medical procedures, the identification of precritical situations in patients for the timely adoption of preventive measures.

To achieve the technical result, a wet-steam hospital containing treatment cabins, each of which is made in the form of a body and a hinge-connected lid and is equipped with a lodgement for placing the patient, signal sensors about the physiological parameters of the patient, installed directly on the patient’s body, signal sensors about parameters of the treatment room installed inside and outside the treatment room, regulatory authorities for the parameters of the treatment room installed outside the treatment room, bl lump of signal processing, connected via data buses with signal sensors about physiological parameters of the patient and signal sensors about parameters of the treatment room, and through control buses - with regulators of the parameters of the treatment room, an indicator of the patient in the treatment room and a call button for medical personnel, a personal computer with a monitor and a printer connected through information and clock cables to the signal processing units of the treatment rooms, while the body of each treatment room has an opening for draining This condensate, and through the corresponding steam supply channel and the central steam line is connected to the steam generator, also contains blocks for displaying operational information on the status of patients, combined in an information board, which is installed in the zone of visibility of the PC operator and patients, a unit for storing operational data on the status of patients, connected through signal buses to the information board, and through code and clock buses to a personal computer, a signal is installed in the plane of the connector between the body and the cover of each treatment room a cover positioner, made, for example, in the form of a limit switch, the treatment cabin is equipped with an emergency button for opening the treatment cabin cover and an exhaust channel for exhaust steam with an exhaust fan, and the central steam line is equipped with an overpressure safety valve.

The analysis of the prior art by the applicant, including a search by patent and scientific and technical sources of information and identification of sources containing information about analogues of the device, made it possible to establish that there are no analogues characterized by features identical to all the essential features of the device, and the selection from the list of analogues of the prototype allowed to identify the set of essential in relation to the technical result of the distinguishing features of the claimed device.

The main features that distinguish the claimed device from the prototype are:

- the presence of blocks displaying operational information about the condition of patients, combined in a bulletin board, which is installed in the zone of visibility of the PC operator and patients;

- the presence of a unit for storing operational data on the condition of patients, connected through signal buses to the information board, and through code and clock buses to a personal computer;

- the presence in the plane of the connector between the body and the cover of each treatment cabin of the signaling device of the cover position, made, for example, in the form of a limit switch;

- the presence, inside the treatment room, of an emergency opening button for the treatment room cover;

- the presence in the cockpit channel of exhaust steam with an exhaust fan;

- the presence of overpressure in the central steam line of the hospital safety valve.

The presence of these distinctive features ensures compliance of the claimed device with the patentability condition of "novelty" under the current law.

To verify compliance with the requirements of inventive step, the applicant conducted an additional search and analysis of solutions in order to identify signs that match the distinctive features of the selected prototype, the results of which showed that the claimed object does not explicitly follow from the prior art defined by the applicant.

In other words, a comparison of the claimed device not only with the prototype, but also with other technical solutions in this and related fields of science and medical technology showed that the latter do not contain features similar to those distinguishing the claimed technical solution from the prototype.

This allows us to conclude that the claimed device meets the patentability condition "inventive step" under the current law.

A new set of essential features of the device allows to increase the safety of patients and nursing staff during wet-steam procedures, which is confirmed by the information below.

The invention is illustrated by drawings, which show:

figure 1 is a functional diagram of a wet steam hospital,

figure 2-4 are, respectively, functional diagrams of the signal processing unit, the information board and the temporary storage unit of operational data on the status of patients.

The designations adopted in this application are summarized in table No. 1. Table 2 gives a list of some parameters of the patient and treatment room. A sample patient card is shown in table No. 3.

Wet-steam hospital contains (Fig. 1) N treatment rooms 1, each of which is equipped with a signal processing unit 2, a unit 3 for temporary storage of operational data on the condition of patients, an information board 4 and a personal electronic computer (PC) 5 with a monitor 6 and printer 7.

The treatment booth 1 is intended for the direct conduct of the treatment procedure and consists of two tightly joined sections, inside of which a tool tray 8 is installed to accommodate the patient. Lodge 8 is made with the possibility of giving the patient’s body a lying or reclining pose.

The sections of the cab 1 are pivotally interconnected on one side of the horizontal plane of the connector, one of the sections being fixed and forming the body 9, and the other section being movable and forming the cover 10 of the cab 1. The cover 10 has a cutout for the patient’s head (not shown in the drawing ), due to which the patient's head can be placed outside the cab 1.

The housing 9 of the cab 1 has:

- channel 11 for supplying steam with a counter 12 for the flow of steam and a controlled valve 13;

- channel 14 of exhaust steam with an exhaust fan 15;

- hole 16 for draining sweat and condensate.

The body 9 of each treatment room 1 through a corresponding channel 11 for supplying steam and a central steam line 17 is connected to a steam generator 18, equipped with regulators for water supply 19 and steam temperature 20.

The central steam line 17 is equipped with a steam supercharger 21 and an overpressure safety valve 22.

Table number 1. The designations adopted in this application. Designation Name Note n The number of patient parameters (the number of signal sensors about the physiological parameters of the patient) In addition to the parameters "patient code" and "duration of the procedure" p _i The value of the i-th parameter of the patient - w _i The weight coefficient of the i-th parameter of the patient - i Current Patient Parameter Number i = 1, 2, 3, ..., n but The number of digits of the patient parameter value code - r Total number of treatment room parameters (number of signal sensors about treatment room parameters) In addition to the parameters “cabin code” and “patient readiness for the procedure”, r = m + u u The number of unregulated parameters of the treatment room - m The number of adjustable parameters of the treatment room (number of regulatory bodies 25) - q _i The value of the j-th (adjustable) parameter of the treatment room - j Current treatment room adjustable parameter number j = 1, 2, 3, ..., m b The number of bits of the code value of the parameter treatment room - N Number of treatment rooms - from The number of bits of the code number of the treatment room - P _min , P _max The values of the limiting precritical parameters of the patient -

Each treatment room 1 is equipped with:

- n sensors 23 signals about the physiological parameters of the patient, installed directly on the patient's body (figure 2);

- r sensors 24 signals about the parameters of the treatment room 1, installed both inside and outside the treatment room 1;

- m bodies 25 regulating the parameters of the treatment room 1, installed outside the cabin 1;

- signaling device 26 of the presence of the patient in the cabin 1;

- the indicator 27 of the position of the cover 10 of the cabin 1, placed in the plane of the connector between the housing 9 and the cover 10 of the cabin 1 and made, for example, in the form of a limit switch;

- button 28 call medical personnel;

- a button (lever) for emergency opening of the cover 10 by the patient, located inside the treatment room 1 (not shown).

Each of the signal processing units 2 comprises:

- the first 29 and second 30 shift registers,

- shaper 31 codes of quantities n parameters of the patient,

- shaper 32 codes of quantities r parameters of the cabin 1,

- node 33 dial code cabin number 1,

- shaper 34 m regulation signals,

- logical node 35;

- sources of light 36 and sound 37 alarm.

The first shift register 29 consists of sections 38-41, section 38 contains an bits, section 39 contains br bits, section 40 contains bits and section 41 contains one bit. Therefore, register 29 contains all (an + br + c + 1) bits.

The second register 30 contains m two-bit sections (not shown). At the input 51 of this register for each adjustable parameter of the cab from the PC 5 can consistently receive the following two-digit codes, which mean;

00 - cab parameter is normal;

01 - cab parameter is higher than normal;

10 - cab parameter is below normal;

11 - disable (close).

Shaper 31 can be implemented on the basis of n, and shaper 32 on the basis of r analog-to-digital converters.

Shaper 34 may be implemented based on m digital-to-analog converters.

Node 33 dialing code may be a set of toggle switches, which are used to dial the code of the cabin number. A variant is possible when the cabin code is directly “sewn” into the circuit of the node 33.

Logical node 35 contains logical elements AND 42 and 43 and logical elements NOT 44 and 45. At its outputs 46 and 47, logical functions are implemented:

where X ₂₆ and X ₂₇ are the logical signals at the outputs of the signaling devices 26 and 27, respectively.

Therefore, F ₄₆ = 1 only when the patient is placed on the tool tray 8 and the lid 10 of the cab 1 is closed.

Similarly, F ₄₇ = 1 only when cabin 1 is free from the patient and its cover 10 is open,

The output 47 of the logical node 35 is connected to an exhaust fan 15. If necessary, this connection can be made through a switch (not shown).

The signal processing unit 2 via data buses 48 is connected to respective sensors 23 of signals about the physiological parameters of the patient and sensors 24 of signals about the parameters of the treatment room 1, via control buses 49 to the bodies 25 for regulating the parameters of the treatment room 1, and through information 50, 51 and clock 52, 53, 54 communication cables - with a PC 5 (see figure 1, 2).

Tires 55 and 56 of each block 2 are connected respectively to the signal lines 57 and 58 (Figs. 1, 3) of the information board 4 (connections not shown).

The information board 4 (FIGS. 1, 3) is intended for prompt notification of the medical staff about the condition of patients and is a constructive combination of five display units of operational information about the status of patients: “Cabin number” 59, “Critical” 60, “Out of norm” 61, “ Completion of the procedure ”62 and“ Call ”63.

Each of these blocks contains N optical indicators (emitters) 64 with the numbers of treatment cabins 1. The indicators (emitters) 64 of block 63 are connected to the corresponding signal buses 57, the indicators of block 59 to the corresponding signal buses 58, and the indicators of the blocks 60-62 - to the corresponding signal bus 65.

Information board 3 is installed in the visibility range of the nursing staff and patients of the hospital.

Table number 2. Some parameters of the patient and the cabin. Item No. Patient Parameters Item No. Cab parameters 1.1 Patient Code 2.1. Cabin code (number) 1.2. Body temperature 2.2. Patient readiness for the procedure 1.3. Arterial pressure 2.3. Cabin temperature 1.4. Pulse 2.4. Pressure 1.5. Duration of the procedure 2.5. Humidity 1.6. Breathing rate 2.6. Steam consumption, etc. 1.7. Electrocardiogram, etc. Note. The table may also contain a different list of patient and cabin parameters.

Block 3 storing operational data on the status of patients (figure 4) consists of a 3 × N matrix of memory elements 66 located along its rows and columns, and a pulse distributor 67 with N outputs.

Each memory element 66 allows you to store one bit of information ("0" or "1") and can be implemented, for example, on the basis of D-triggers [5]. A feature of the D-trigger is that it is set to a state determined by the logic level at the input D at the time the clock signal is fed to its input C. The information inputs (D-inputs) of the triggers of each matrix column are connected to the PC 5 through the corresponding code bus 68. The sync inputs (C-inputs) of the triggers of each row of the matrix are connected to the corresponding output of the pulse distributor 67. The “single” output of each trigger through the signal bus 65 is connected to the corresponding indicator 64 of the blocks “Critical” 60, “Out of the norm” 61 and “End of the procedure” 62.

Therefore, each memory element 66 is equipped with an “own” indicator 64 of its logical state.

The distributor 67 pulses through the clock bus 69 is connected to the PC 5 and can be implemented on the basis of the ring shift register [6], a binary counter with a decoder, etc.

Structurally, the operative data storage unit 3 and the information board 4 can be combined and placed in one building installed in the hospital’s room, convenient for viewing to the PC operator and patients.

PC 5 is equipped with a program and initial data necessary for managing the operation of the hospital, as well as collecting statistical data about patients and the procedures adopted by them. In the process of functioning of the hospital, the PC 5 continuously reads information from the registers 29, and its results are output to the registers 30, an information board 4, a monitor 6 and a printer 7.

The work of the steam-wet hospital is as follows.

Before starting the procedure, the doctor, according to the results of the patient’s examination, fills pos. 1-9 of the treatment card (see table 3), which is then transferred to the PC operator 5 (serving the nurse). The operator fills pos. 10-12 of the treatment card and enters all the information recorded on it into the PC 5 memory.

While the patient is preparing to receive the procedure, steam is not supplied to the cabin 1 (the shutter 13 is closed), and the exhaust fan 15 is turned off. With the cockpit lid 10 of the cabin 1 folded down, the patient is placed on the lodgement 8, takes a comfortable position by placing his head on the headrest of the lodgement 8. On the patient, the nurse has n sensors 23 signals about physiological parameters (for example, sensors of body temperature, blood pressure, pulse, etc. ) The patient puts one hand in the immediate vicinity of the button 28 call medical staff. After that, the cover 10 of the cabin 1 is closed. The neckline of the patient on the lid 10 is sealed with a towel or sheet.

After the patient takes his place in the cab 1 and closes the lid 10 (F ₄₆ = 1) through the bus 56 of block 2 to the bus 58 of the information board 4, a signal is received that turns on (igniting) the corresponding indicator 64 of block 59 “Cabin number”. At the same time, the specified signal begins to act at the input of the highest bit of the shift register 29. At the other inputs of the bits of the register 29, signals from the node 33 and the shapers 32 and 31 act.

With the arrival of the next “Write” pulse from the PC 5 via the communication clock cable 52, register (an + br + c + 1) is written into register 29 — a bit code containing information about the patient’s readiness for the procedure, the cab number and the parameters of cab 1 and patient .

This code under the action of a series of pulses "Reading", coming from the PC 5 via the communication clock cable 53, is read from the register 29 and through the information cable 50 communication is written to the memory of the PC 5.

By the presence of “1” in the high order of the read code (“the patient is ready for the procedure”), the program starts a report of the duration of the procedure and generates code 10 (“below the norm”), which is written via the communication cable 51 to the corresponding bits of register 30. The driver 34 generates the corresponding a control signal opening the shutter 13 of the channel 11 for supplying steam.

Reading information from the register 29 is continuous. At the same time, in PC 5, the values of the obtained (current) values of the parameters of the patient and the cabin 1 are compared with the set (by the doctor, see table No. 3) parameter values:

If condition (3) is not satisfied, the PC 5 generates a pulse that puts the corresponding memory element 66 in the state "1". This state of the element is indicated by the corresponding indicator of the block “Out of norm” of the information panel 4. Thus, the nursing staff is promptly informed about the patient’s parameter exceeding the norm.

Based on the results of checking condition (4), the PC 5 can generate the following control signals (two-digit codes): 00 - the cab parameter is normal, 01 - the cab parameter is above normal, 10 - the cab parameter is below normal, and 11 - disable (close).

Depending on the result of checking condition (4), one of the indicated codes (for each adjustable parameter of the cab 1) under the influence of clock pulses on the cable (input) 54 of the communication is “pushed” through the cable (input) 51 of the communication into register 30. The driver 34 converts them in the corresponding signals that control the work of bodies 25 of the regulation of the parameters of the treatment room 1.

Table No. 3. PATIENT PROCEDURE CARD. Item No. Patient and cab parameters. Limits of change of parameters. Other data. one Date of:_______________ 2 FULL NAME:__________________________________________________ 3 Patient Code (treatment card number): ___________ four Body temperature: min____ max___. Weighting factor w ₁ ______ 5 Blood pressure: min__ max__. Weight coefficient w ₂ ___ 6 Pulse: min___ max___. Weight coefficient w ₃ _________________ 7 Pre-critical parameter: P _min ________P _max _________ 8 Cabin temperature: min__________ max__________ 9 Duration of the procedure: ______________ 10 Cabin number (code): _______________ eleven Procedure Start Time: ______________ 12 Procedure Completion Time: _____________ Doctor's signature: ___________ Signature of a PC operator ____________ Note. The patient's treatment card may contain other parameters of the patient and the cabin.

There are various options for the implementation of regulatory authorities 25, which, in particular, depends on the type of adjustable parameter. In this application, an organ 25 is shown as an example, implemented as a controlled shutter 13 mounted on a steam supply channel 11. By adjusting the lumen of the shutter 13, it is possible to control the flow of steam into the cabin 1, and therefore, the temperature inside the cabin 1.

A temperature sensor (one of the sensors 23), installed inside the cabin 1, measures the temperature and transfers data about it through the shift register 29 and then through the cable 50 to the PC 5. In the latter, the current value of the measured temperature is compared with the specified parameters as prescribed by the doctor ( that is, checking condition (4)), and based on the results of the comparison, commands (“00”, “01”, “10”, “11”) are generated that control the position of the shutter 13.

A number of cab parameters may not be adjusted during the procedure (for example, humidity inside cab 1). In this case, the data obtained from the respective sensors can be used for subsequent analysis of the accumulated information.

In order to increase the safety of the procedures, the program incorporated in PC 5 is not limited to checking conditions (3) for each parameter individually, but analyzes the patient’s condition immediately by the totality of its parameters, taking into account the “weight” of each parameter.

The fact is that the patient’s body is strictly individual. For one, even a slight change in body temperature is undesirable, but it is not so critical to a change in blood pressure, and for the other, on the contrary. Those. each parameter for a given patient has its own "weight", its own degree of "influence". Even if condition (3) is fulfilled for each parameter, by their totality the patient may be in a “precritical” state, which is necessary to identify when taking the procedure and promptly inform the nursing staff.

The threshold function [7] most fully meets these requirements:

or the same

Where

P _min , P _max - the values of the limiting precritical parameters of the patient (set by the doctor individually based on previous experience and knowledge);

w _i - weight coefficient of the i-th parameter of the patient. This ratio, ideally for each patient is strictly individual. In practice, it is selected based on previous experience, analysis of statistical data. In the general case, it can take both positive and negative values;

k _i is the reduction coefficient of the i-th parameter. Units of measurement of patient parameters are different. For the purpose of summing them according to (5), each of the parameters is multiplied by the corresponding reduction coefficient to obtain a dimensionless quantity as a result. For example, if a parameter such as body temperature is 36.6 ° C, then multiplying it by the selected reduction coefficient equal to, for example, 1/100 ° C, a dimensionless quantity is obtained.

Therefore, the program embedded in PC 5 simultaneously checks the condition (5). If condition (5) is not satisfied, the PC 5 generates a pulse that puts the corresponding memory element 66 in the state "1". This element state is indicated by the corresponding indicator of the block 60 "Critical" information board 4.

Thus, the nursing staff is promptly informed about the critical condition of the patient, which increases the safety of the procedure.

The duration of the procedure is also controlled with PC 5 and does not depend on patient discipline. At the end of the procedure, the PC 5 generates a signal (code "11") to close the shutter 13, i.e. to stop the steam supply, and “lights” the corresponding indicator 64 of block 62 “Completion of the procedure”. This message may also appear on the monitor 6 and be notified by a light and sound signal (sources of notification are not shown).

If necessary, the patient by pressing the button 28 can call the medical staff. With this push, the light 36 and sound 37 alarm sources and the corresponding indicator 64 of the block 63 of the information board 4 are turned on.

In urgent cases, while taking the procedure, the patient can independently open the lid 10 of the cab 1 by pressing the emergency opening button (lever).

The patient's sweat and condensate from the cab 1 are removed through the drain hole 16 and, after neutralization, enter the sewer.

Upon completion of the procedure, opening the lid 10 and the patient’s exit from the cabin 1, a control signal F ₄₇ = 1 is generated at the output 47 of the logical node, which includes an exhaust fan 15. As a result, the residual exhaust steam, together with the air entering the cabin 1 through the open cover 10, is removed through channel 14 to the atmosphere. This prevents steam from entering the hospital room, which creates safer and more comfortable working conditions for the nursing staff, and reduces the amount of moisture in the cabin 1.

The pressure in the central steam line 17 is controlled by an overpressure relief valve 22.

Thus, the claimed wet-steam hospital allows you to continuously and remotely measure the parameters of the patient and the cabin and on the basis of this to make their adjustment. This ensures increased safety and the prevention of dangerous situations during medical procedures due to:

- the presence of an information board installed in the visibility zone of the medical staff and patients and promptly notifying them of the progress of the procedure;

- identifying and informing hospital staff about the precritical state of patients;

- supplying the patient with an emergency button for opening the cab lid;

- the presence in the cockpit channel of exhaust steam with an exhaust fan;

- the presence of excessive steam pressure in the central steam line of the safety valve.

The above information indicates for the claimed invention, as it is described in its formula, about the possibility of its implementation using known and proposed methods and means.

Therefore, the claimed invention meets the condition of patentability "industrial applicability" under applicable law.

Used sources.

1. Utyamyshev RI Electronic equipment for the study of physiological processes. M .: Energy. 1969.p.297-305.

2. Copyright certificate of the USSR No. 1710053. Device for carrying out carbonic baths. IPC A 61 H 33/06, 33/14. BI, 1992, No. 5.

3. Certificate of the Russian Federation for utility model No. 3207. Cabin for receiving steam-air procedures. IPC A 61 H 33/00. Bull. 1996, No. 12.

4. RF patent for the invention No. 2137455. The system of control and management of the hospital and a cabin for receiving procedures. IPC A 61 H 33/00. Bull. No. 26, 1999 (prototype).

5. Kalabekov B.A. Digital devices and microprocessor systems. Textbook. M .: Hot line - Telecom, 2000, p. 104-109, Fig. 3.4.

6. Bukreev I.N., Mansurov B.M. Goryachev V.I. Microelectronic circuits of digital devices. M .: Sov. radio. 1973, pp. 201-240.

7. Dertouzos M. Threshold logic. M.: Mir, 1967.

Claims (1)

A humid steam hospital containing treatment cabins, each of which is made in the form of a body and a hinge-connected lid and is equipped with a lodgement for placing the patient, sensors of signals about the physiological parameters of the patient, installed directly on the patient’s body, sensors of signals about the parameters of the treatment cabin, installed inside and outside the treatment room, regulators of the parameters of the treatment room, installed outside the treatment room, a signal processing unit connected via the data bus connected with sensors of signals about the physiological parameters of the patient and sensors of signals about the parameters of the treatment room, and through control buses - with the regulators of the parameters of the treatment room, an indicator of the presence of the patient in the treatment room and a call button for medical personnel, a PC with a monitor and printer, connected via information and clock communication cables with signal processing units of treatment rooms, while the body of each treatment room has an opening for draining sweat and condensate, and through the corresponding channel yes, the steam and the central steam line are connected to the steam generator, characterized in that it contains blocks for displaying operational information about the status of patients, combined in an information board that is installed in the zone of visibility of the PC operator and patients, a unit for storing operational data about the status of patients, connected via signal buses to information board, and through the code and clock buses - with a PC, in the plane of the connector between the body and the cover of each treatment room, a cover position indicator is installed, made For example, in the form of a limit switch, the treatment room is equipped with an emergency button for opening the treatment room cover and an exhaust channel for exhaust steam with an exhaust fan, and the central steam line is equipped with an overpressure safety valve.

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