ES1068435U - Camera hyperbaric monoplaza (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Hyperbaric chamber single-seat. Consisting of a cylinder to resist the pressure of treatment with windows for the internal visualization of the same with closing door and fastening butterflies, built-in stretcher to the door, control board, recirculator with ventury system and 2 filters, base with wheels for mobilization and oxygen exhaust system. (Machine-translation by Google Translate, not legally binding)

Description

Hyperbaric single chamber chamber.

Object of the invention

The descriptive memory that is carried out at below corresponds to a Utility Model related to a medical - aesthetic equipment to be used in the treatment of patients with pressure oxygen, called "Chamber Hyperbaric Monoplace ". Characterized by oxygen pressures pure less than 3 ATAS (29.4 PSI), for having a stretcher Removable and an oxygen recirculating system.

Background of the invention

There is extensive documentation about design and manufacture of hyperbaric chambers, as well as a extensive regulation in this regard.

This type of treatments has been used in different types of equipment; some of them performing the process of compression by means of air and providing the patient with oxygen through masks.

The equipment found in the market They can be classified into two types: multiplace cameras for the simultaneous treatment of two or more patients and the single-seater type for the treatment of a single patient.

The latter, unlike the previous one, performs the oxygen compression process and does not require the use of masks

You can also find different types of waterproof door closure, eccentric locks, by means of levers, internal pressure locks, pneumatic, electric,  etc.

The multiplace camera system presents major disadvantages with respect to manufacturing cost, to the inability to treat a single patient with a pathology specific and at high maintenance cost.

Description of the invention

The camera involves the use of a ferrule cylindrical made of steel with capacity to house a person in horizontal position, with 4 side windows and one in The upper part made of high strength acrylic, caps closure of the ferrule, one of which with the clamping flange conforms its waterproof door, a stretcher built into it and a 6 closing butterfly system, a control panel equipped with 3 pressure gauges to control the pressure and 4 valves to perform the compression and decompression processes of the equipment and connections from the dashboard to the cylinder, an intercom to keep communication with the patient, an oxygen recirculator, and a base With 6 wheels for easy mobilization.

In addition the camera presents some accessories for safety and control such as a safety valve, a thermometer and stale or end-of-air exhaust system session.

The oxygen recirculator is a device that allows oxygen to recirculate through 2 filters, one of carbon activated and another CO2 absorber; thus allowing to maintain a concentration of oxygen free of CO2 and compounds Volatile Organic (VOC), also equipped with a ventury system for cause a pressure difference. The recirculator is located installed on the bottom of the cylinder.

For a better understanding of the model of utility, below is a set of plans with the which components of the hyperbaric chamber are detailed single seater

Brief description of the drawings

In Figure number 1 we find represented the team in perspective, where you can see referenced as 1 the cylinder.

Reference number 2 corresponds to the board of control.

References 3A, 3B and 3C correspond to the Windows for interior observation.

Reference 4 corresponds to the door with its wheels.

Reference 5 indicates the basis of the equipment that holds the camera itself.

Reference 6 corresponds to the butterflies of closure, which serve to adjust and tighten the door.

Figure 2 is represented the complete cylinder with covers, closing flanges and butterflies closing.

Reference 1 corresponds to the ferrule that make up the cylinder.

References 2A and 2B correspond to the tapas. Reference 2A is attached to the ferrule and the reference 2B is attached to the closing flange by means of welding.

Reference 3 indicates the butterflies of closing.

References 4A and 4B correspond to the flanges Reference 4A is attached to the ferrule by means Welding

In Figure number 3 it is represented the closing cover and the stretcher incorporated in perspective.

Figure 4 shows the view Top of the dashboard.

Reference 1 indicates the support of all control panel components.

The references 2A, 2B and 2C indicate the pressure gauges, the references 3A, 3B, 3C and 3D indicate the valve controls.

With reference 4 the intercom that serves to communicate with the patient.

In Figure number 5 it is represented The team base in perspective.

Figure 6 is represented in cut the oxygen recirculator, which through the ventury references 2A and 2B generates a pressure difference to the internal of the pipe, referenced as 1; forcing stale oxygen from circular inside through the CO2 absorber filters reference 6 and activated carbon filter reference 5.

Both the supply oxygen flow and the recirculated oxygen pass through the silencer reference 3 and of the T silencer reference 4.

References 7A and 7B indicate the connections of fixation to the cylinder.

Figure number 7 represents one of the Butterflies in front view.

In Figure number 8 it is represented the complete equipment in frontal view.

Claims (1)

1. Single-seated Hyperbaric Chamber. Consisting of a cylinder to withstand the pressure of window treatment for the internal display of the same with closing door and clamping butterflies, stretcher built into the door, board control, recirculator with ventury system and 2 filters, base with wheels for mobilization and oxygen exhaustion system.