RU90325U1 - INCUBATOR FOR NEWBORNS - Google Patents

Abstract

1. An incubator for newborns, containing a control system with microprocessor monitoring control of the incubator operation parameters connected to a power source, characterized in that an additional remote video monitoring system for the physical condition of the patient in the incubator, which is connected to the power source, is introduced. ! 2. The incubator according to claim 1, characterized in that the system for remote video monitoring of the physical condition of the patient in the incubator is made on the basis of a power supply and noise reduction module, a color video module, the output of which is connected to a TV and / or video recorder, and / or with a personal computer through the module converting the video signal into a digital code.

Description

The proposed utility model relates to medicine, in particular to neonatal equipment intended for nursing and intensive care of newborns and debilitated children in emergency departments and medical pediatrics, maternity hospitals.

Currently, all well-known models of leading domestic and foreign companies (FSUE PA UOMZ, Russia; Fanem, Brazil; Ameda, Switzerland; DIXION and TM Bandeq, China; GE MS, USA; Ohmeda Medical, USA; Drager, Germany and etc.) contain a system for monitoring and controlling incubator operation parameters.

The closest analogue of the proposed utility model is the neonatal intensive care incubator model IDN-03- “UOMZ”, which contains a control system with microprocessor-based monitoring for controlling temperature, oxygen concentration, air humidity, temperature and body weight of the child, connected to a power source (Russia, Operation manual 3120.00000000 OM, manufacturer of the Federal State Unitary Enterprise “Production Association“ UOMZ ”, 2007, pp. 1-4, 8-10, 13-15).

However, IDN-03- “UOMZ” (as well as the models of the above firms leading in this field of technology) lacks a system of constant visual remote monitoring of the physical condition of the newborn child, which can cause untimely resuscitation.

The task to which the proposed utility model is directed is to increase the effectiveness of therapeutic measures.

The technical result is the provision of continuous remote video monitoring online of the physical condition of the patient with the ability to record and archive the data.

The problem is solved, and the technical result is achieved due to the fact that the incubator for newborns contains a control system with microprocessor monitoring control of the incubator operation parameters, connected to a power source.

The novelty lies in the fact that an additional system for remote video monitoring of the physical condition of a patient in an incubator, which is connected to a power source, has been introduced.

In addition, the system for remote video monitoring of the physical condition of the patient in the incubator consists of a power supply module and noise reduction, color video module. The output of the color video module is connected to the TV and / or to the VCR, and / or to the personal computer through the module for converting the video signal into a digital code.

The proposed device is illustrated by drawings.

Figure 1 presents the functional diagram of the incubator.

Figure 2 - structural diagram of a system for remote video monitoring of the physical condition of a patient in an incubator (fourth embodiment).

The incubator contains a power source (1), to which a control system (2) is connected with microprocessor-based monitoring to control the incubator operation parameters and a system (3) for remote video monitoring of the physical condition of the patient in the incubator (Fig. 1). In the first embodiment, the system (3) consists of a series-connected module (4) of the power supply and noise reduction, color video module (5), the output of which is connected to the video input of the TV (6).

In the second embodiment, the system (3) consists of a series-connected module (4) of the power supply and noise reduction, color video module (5), the output of which is connected to the video recorder (7).

In the third embodiment, the system (3) consists of a power supply and noise suppression module (4) connected in series, a color video module (5), the output of which is connected by a personal computer (8) through a video signal to digital code conversion module (9).

In the fourth embodiment, the system (3) for remote video monitoring of the physical condition of a patient in an incubator consists of a series-connected module (4) of a power supply and noise suppression, color video module (5). The color video module (5) is connected to the video input of the TV (6), to the video recorder (7) and to the personal computer (8) through the module (9) for converting the video signal into a digital code (Fig. 2).

The device operates as follows.

Connect the control system (2) with microprocessor monitoring control of the incubator operation parameters to the power source (1). The values of the monitoring parameters (air temperature, skin temperature, relative humidity, oxygen concentration, baby weight, etc.) are displayed on the screen of the control and display unit located on the incubator. Then, a remote video monitoring system (3) for the physical condition of the patient in the incubator is connected to the power source (1). Place the child in the children's module. In the first embodiment, the low-frequency video signal from the color video module (5) is fed directly to the video input of the TV (6). In the second embodiment, the low-frequency video signal from the color video module (5) is supplied to the video recorder (7). In the third embodiment, the low-frequency video signal from the color video module (5) is supplied to the module (9) for converting the video signal into a digital code for the purpose of its digitization and transmission to a personal computer (8). In the fourth embodiment, the low-frequency video signal from the color video module (5) is fed simultaneously to the video input of the TV (6), to the video recorder (7) and to the module (9) for converting the video signal into a digital code for digitization and transmission to a personal computer (8). After that, on the TV screen (6) (1 version) or a VCR (7) (2 version), or a personal computer (8) (3 version), or simultaneously through a TV (6), VCR (7) and personal computer (8) online monitor the physical condition of the patient (skin color, respiration, activity, position, etc.). At the same time, a personal computer (8), a VCR (7), a television set (6) can be located at a considerable distance from the incubator: in the ward room, at the nurse's post. In the process of video monitoring the physical condition of the patient, the data is recorded and archived. Providing the incubator with a remote video monitoring system for the patient’s physical condition will allow for more rapid therapeutic measures and will reduce the period of stay of newborns in the hospital.

Claims (2)

1. An incubator for newborns, containing a control system with microprocessor monitoring control of the incubator operation parameters connected to a power source, characterized in that an additional remote video monitoring system for the physical condition of the patient in the incubator, which is connected to the power source, is introduced. 2. The incubator according to claim 1, characterized in that the remote video monitoring system of the physical condition of the patient in the incubator is made on the basis of a power supply and noise reduction module, a color video module, the output of which is connected to a television and / or video recorder, and / or with a personal computer through the module converting the video signal into a digital code.