Toilet oxygen storage and aeration method
By installing an oxygen storage system and oxygen generator in the bathroom ceiling, oxygen can be supplied quickly, solving the problem of dizziness and falls caused by oxygen deficiency in the elderly in small bathrooms, achieving the effect of increasing oxygen concentration and ensuring the safety of the elderly.
Patent Information
- Application Number
- CN202511334906.1
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-09-18
- Publication Date
- 2025-12-12
AI Technical Summary
Elderly people are prone to dizziness and falls due to lack of oxygen in small family bathrooms, and current technology has not been able to effectively solve this problem.
An outdoor oxygen generator, an indoor oxygen storage system, and a control system are used. By installing oxygen storage bags and oxygen concentration boxes on the ceiling of the bathroom, and using solenoid valves and fans, oxygen can be supplied quickly to increase the oxygen content in the bathroom, especially to the head.
It effectively prevents dizziness and falls caused by oxygen deficiency in the elderly during bathing, increases the oxygen concentration in the bathroom, and ensures the safety of the elderly.
Smart Images
Figure CN121112434A_ABST
Abstract
Description
TECHNICAL FIELD
[0003] The present application relates to a kind of bathroom oxygen storage oxygenation method, especially suitable for family bathroom with ceiling use. BACKGROUND
[0005] Household bathroom, space is generally small, when defecating or bathing, doors and windows generally need to be closed.Taking a bath, a large amount of blood flows to the skin, causing cerebral ischemia, and in this hypoxia and ischemia, the elderly are prone to dizziness and falls. SUMMARY
[0007] The purpose of the present application is to provide a bathroom oxygen storage oxygenation method to prevent accidental injury caused by hypoxia in the elderly.
[0008] The present application provides a bathroom oxygen storage oxygenation method, which comprises an outdoor oxygen generator, an indoor oxygen storage system and a control system, characterized in that: the indoor oxygen storage system comprises a polyoxygen tank and an oxygen storage bag, the oxygen storage bag is connected to the polyoxygen tank through a gas pipe joint; one end of the polyoxygen tank is connected to the outdoor oxygen generator, and the other end of the polyoxygen tank is connected to a fan; an electromagnetic valve is installed between the polyoxygen tank and the fan, and an electromagnetic valve is also installed between the outdoor oxygen generator and the polyoxygen tank; the indoor oxygen storage system is installed in the ceiling space above the bathroom ceiling. The ceiling space has a limited height, and the maximum thickness of the oxygen storage bag after being filled with oxygen is less than the height of the ceiling space. Multiple oxygen storage bags are arranged on both sides of the polyoxygen tank to maximize the use of the ceiling space for oxygen storage. When bathing, the corresponding electromagnetic valve and fan are turned on to quickly extract the stored oxygen, increase the oxygen content in the bathroom, and offset the effects of cerebral ischemia and hypoxia, thereby preventing dizziness and falls.
[0009] The bathroom oxygen storage oxygenation method described above is characterized in that: the air outlets of the fan are arranged above the bathing area and the toilet. The purpose is to blow fresh air containing oxygen to the air space where the head is located, further improving the oxygen supply effect. BRIEF DESCRIPTION OF DRAWINGS
[0011] Figure 1 is a schematic diagram of the present application, wherein: 1-polyoxygen tank; 2-inlet electromagnetic valve; 3-inlet pipe; 4-gas pipe joint; 5-oxygen storage bag; 6-secondary air outlet; 7-secondary air outlet connecting pipe; 8-fan; 9-exhaust electromagnetic valve. DETAILED DESCRIPTION
[0013] In the application, the air inlet, air outlet and gas storage related parts are connected together through the poly-oxygen box, which is a central component and needs to be customized. The length, width and height of the poly-oxygen box are recommended to be 60 cm, 30 cm and 18 cm, respectively, and the thickness of the aluminum alloy die casting is recommended to be 0.5 cm. The oxygen storage bag is customized by a portable oxygen storage bag manufacturer, and the thickness after inflation is controlled within 20 cm, and the length is extended to about 1 meter. The oxygen storage bag and the poly-oxygen box are connected by a hose, which can be flexibly placed according to the space of the bathroom ceiling. Multiple oxygen storage bags can be distributed and connected around the poly-oxygen box. It is recommended that the oxygen storage bags cover the entire bathroom ceiling space. The outdoor oxygen generator is recommended to have a flow rate of 10-20 liters per minute. The oxygen generator is installed outdoors and is recommended to be installed together with the nearby air conditioner outdoor unit. In principle, it can share the power supply with the air conditioner outdoor unit in different time periods. The oxygen generator is installed outdoors to further reduce noise and improve the overall oxygen content in the room. The electromagnetic valve, air pipe and fan parts can be purchased with matching sizes. Among them, the fan is recommended to use a centrifugal fan, which ensures safety in use without oxygen passing through the motor winding. The control system can be controlled by a wall switch or a remote control. The main air outlet of the fan is recommended to be installed directly above the shower area or integrated shower room to supply oxygen-enriched air to the head.
Claims
1. A method for oxygen storage and enhancement in a restroom, comprising an outdoor oxygen generator, an indoor oxygen storage system, and a control system, characterized in that: The indoor oxygen storage system includes an oxygen-concentrating box and an oxygen storage bag. The oxygen storage bag is connected to the oxygen-concentrating box via a duct connector. One end of the oxygen-concentrating box is connected to an outdoor oxygen generator, and the other end is connected to a fan. A solenoid valve is installed between the oxygen-concentrating box and the fan, and a solenoid valve is also installed between the outdoor oxygen generator and the oxygen-concentrating box. The above-mentioned indoor oxygen storage system is installed in the ceiling space above the bathroom ceiling.
2. The method for storing and increasing oxygen in a toilet as described in claim 1, characterized in that: The fan outlets are located above the shower area and the toilet, respectively.