Respiratory therapy apparatus

Abstract

Therapeutic respiratory treatment device (100), comprising a motorized air recirculation system, a set of air purification filters (10a, 10b, 10c, 10d), an ultraviolet sterilizer and a plasma electrostimulator, characterized in that it comprises: means for ejecting air in the form of a laminar flow (6) whose noise emission is between 0 dB and 5 dB; means for redirecting the laminar flow towards the patient's head; a stabilizer (1); a multifilament diffuser (2); one or more UV-C LEDs (11).

Description

Technical Field

[0001] The purpose of this invention is to provide a respiratory therapy device or apparatus for cell regeneration that can be placed in a user's rest room to achieve therapeutic purposes, and a method for treating respiratory diseases using the device. Background Technology

[0002] Numerous studies have shown that longevity and health are related to the length of telomere sequences at the ends of cellular DNA. The shorter the telomere, the greater the likelihood of problems with DNA replication, and therefore the greater the possibility of cell death or deterioration, which is directly related to aging and health. Telomere length is influenced by three factors: genetic (genes and epigenetics, i.e., DNA and its relationship with the environment) factors, dietary (food) factors, and environmental factors (pollution, viruses and bacteria, stress, rest). Therefore, there is a need for devices that can directly influence environmental factors, preventing environmental pollutants, removing nanoparticles, viruses, and bacteria, and allowing the body to naturally eliminate pollutants, promote rest, increase sleep time, improve sleep quality, and reduce stress. This is achieved by altering the intercellular environment, releasing it from biological, physical, and chemical toxins, and promoting blood oxygenation and circulatory system cleansing.

[0003] Therefore, there is a need for a system capable of performing all of the above functions, particularly for purifying and better oxygenating the blood by treating the patient while he / she is asleep. This invention fulfills this need. Summary of the Invention

[0004] This invention relates to a cell regeneration device through respiratory therapy, which promotes the purification of the intercellular environment and improves general oxygenation in the organism, especially when the user or patient is asleep. This is achieved by using the cell regeneration respiratory therapy device of this invention to treat the air in the user's sleeping room and / or the room where he / she spends more time, 24 hours a day, 365 days a year.

[0005] The cell regeneration respiratory therapy device of this invention can reduce the number of nanoparticles (or nanoparticles) in the blood, while preventing the entry of associated allergens and the deposition of particles in blood vessels, and also preventing nanoparticles from reaching the intercellular matrix. Therefore, its primary uses are to improve the circulatory system, improve mitochondrial performance, and increase the production of essential amino acids; however, this purifier is primarily designed for the specific purpose of alleviating allergy problems. The use of this device is more preventative, continuous, and thorough, improving the entire organism.

[0006] The main features and advantages of the cell regeneration respiratory therapy device of the present invention are as follows:

[0007] Filtration system:

[0008] The cell regeneration respiratory therapy device of the present invention removes viruses, bacteria, mold, yeast, gases, volatile organic compounds, formaldehyde, and various pollutants that may enter the user's bloodstream through respiration via its filtration system, thereby permanently achieving a completely clean space. Because the cell regeneration air treatment device of the present invention can not only remove allergens, dust, mites, etc. from the air, but also remove nanoparticles, users can achieve ultra-healthy, intensive breathing, especially while sleeping.

[0009] Operating mode:

[0010] The cell regeneration respiratory therapy device of the present invention has two nighttime operation options:

[0011] 1) First mode: This cell regeneration respiratory therapy device is 100% silent; or

[0012] 2) Second mode: This cell regeneration respiratory therapy device generates low-intensity white noise (three different levels), which, together with permanently treated air, promotes deep restorative sleep, increases rest time, facilitates nasal breathing, eliminates dryness and snoring, and in many cases prevents the use of sleep apnea masks. It has a function specifically designed to prevent insomnia. Therefore, thanks to the cell regeneration respiratory therapy device of this invention, users can achieve complete rest while sleeping.

[0013] Cold or hot air jet:

[0014] The cell regeneration respiratory therapy device of this invention allows for the immediate, targeted delivery of cool or warm air to patients to prevent colds, as this is accomplished using fully sterilized air, thus achieving thermal regulation of a room free of viruses or bacteria. It is ideal for sick individuals and those with immunodeficiency. This reduces the need for opening windows (which can cause contamination), using air conditioning, or using heaters that move around viruses and bacteria activated at high temperatures. To prevent insomnia, the thermal sensation must be maintained between 18°C ​​and 24°C.

[0015] Remove allergens:

[0016] This cell regeneration respiratory therapy device combines nanoparticles to remove allergens at both the macroscopic and metastatic levels. Allergens are a cause of increased numbers and severity of allergies. The removal of these allergens must be permanent; therefore, the machine operates 24 hours a day, meaning the body gradually reduces its overall allergen levels. This makes patients more resistant to any type of allergy. In this way, they no longer suffer from respiratory attacks (which make it difficult to oxygenate the blood and increase heart rate). With fewer respiratory attacks and improved blood oxygenation, the whole body becomes more active, and everything improves, especially for systems most related to microcirculation, such as the brain, skin, reproductive system, and immune system.

[0017] Therefore, all of this ensures (especially while sleeping) that the user breathes fully treated and sterilized (sterilized) air. Because the air is free of pollutants, the user's body can regenerate. This is because indoor pollution levels have been proven to be up to eight times higher than outdoor levels. Indoor pollutants, including those released from walls, ceilings, fabrics, paint, varnish, and furniture, can cause various irritants in the respiratory system, leading to inflammation. These can cause complications during breathing, such as rhinitis, snoring, and sleep apnea—in short, a lack of rest. Furthermore, these pollutants are not filtered out by the lungs but enter the bloodstream directly, allowing them to be transported to all organs through contact with any type of allergen.

[0018] The cell regeneration respiratory therapy device of this invention revolutionizes these effects of pollutants, ensuring the body regenerates and purifies every night. Increased blood oxygenation due to the release of hemoglobin prevents nanoparticles from entering the bloodstream and occupying oxygen molecules (which would hinder oxygen delivery to various organs). This means the entire body will function better, particularly the purification and immune systems and microcirculation (all internal organs, especially the brain, reproductive system, immune system, skin, etc.). Furthermore, nanoparticles deposited in veins and arteries will be removed as the entry of pollutants is prevented, and the body's natural drainage will be promoted during rest. Due to better oxygen delivery to all internal systems, the body will also enjoy improvements for the remainder of the day.

[0019] The size of substances removed from the air can be as large as 1 millimeter divided by 10,000, therefore, it will not be filtered by the lungs and will directly reach the bloodstream. Therefore, the cell regeneration respiratory therapy device of the present invention includes a permanent air recirculation system that cycles indoor air up to three times per hour, 24 hours a day, wherein the indoor air is treated by a filtration device.

[0020] Components of the cell regeneration respiratory therapy device of the present invention:

[0021] The cell regeneration breathing air handling equipment includes a motor comprising a tubular blade system and a tubular steel integral recirculation system, which allows air to repeatedly pass through a filtration system or filter array, an ultraviolet sterilizer, a plasma electrostimulator, and a deflector for continuous laminar airflow.

[0022] The filtration system or filter assembly includes: a washable pre-filter for coarse particles; a dedicated blue antimicrobial filter to keep the filter free of biological materials; a HEPA 13 (High Efficiency Particulate Air) filter; and an activated carbon filter with catalytic platinum, which can remove gases, formaldehyde, odors, etc.

[0023] In addition, the device includes a stainless steel particulate filter that allows for coarse filtration when the filtration system is removed for cleaning or during periods of significant increase in airflow.

[0024] Ultraviolet (UV) sterilizers break down the DNA of viruses and bacteria. When using UV sterilizers to treat the air, it's crucial to limit use to specific times of day and avoid nighttime use to prevent disturbing sleeping individuals or over-sterilizing the room.

[0025] Plasma stimulators alter the charge of polluting nanoparticles (which are virtually impossible to filter), causing them to return to the environment with an opposite charge to that of the airborne nanoparticles in the room. This causes them to bind with the airborne nanoparticles due to the difference in charge, creating larger particles that are indeed filterable. Plasma stimulators must run at calibrated intervals to refresh the air so as not to alter the charge of the entire room. These systems can be adjusted remotely via any mobile device, providing usage logs for each part of the device and allowing doctors or specialists to remotely adjust usage for each patient based on these logs.

[0026] The deflector for continuous laminar airflow allows laminar flow to be directed toward the patient's face for optimal breathing.

[0027] Nanoparticle control system and laser measurement device:

[0028] The cell regeneration respiratory therapy device of this invention can operate 24 hours a day in a room, benefiting physical health, especially while the user is sleeping. The device must include a control system because each user has different behaviors and tolerance levels. Therefore, the cell regeneration respiratory therapy device includes a remote control device. All controls can be customized for the individual being treated.

[0029] As standard, the device will include a fully automated operating system with pre-programmed standard procedures. It will also include standard usage for filtration and processing speeds, as well as programming for the UV sterilizer and plasma stimulator, allowing the device to be set solely according to the user's preferences. To this end, the device includes a multi-level air nanoparticle laser measurement unit capable of measuring three different values: 1μm, PM2.5, and nanoparticles with an average PM2.5μm to 10μm. This combination of values ​​allows for fully automated settings based entirely on the patient's BPR (blood contamination risk), and is a permanent indicator visible to the user, with extremely precise values ​​that can be set to each family, each patient, and each lifestyle. Furthermore, the device will include a system that detects when the patient falls asleep (photosensitive unit), so that the device switches to night mode at that time, ensuring it operates in absolute silence. Thus, the patient can sleep without any type of disturbance, without any type of sleep apnea mask, without any type of vibration, noise, light, or any other form of disturbance.

[0030] The control system also allows family members to obtain accurate information about the user's usage or habits, sleep time, etc. (if that is what the user wants).

[0031] Motors and silicon stabilizers:

[0032] Achieving a device that operates without disturbing the user while they sleep is extremely difficult because removing nanoparticles is challenging because air must pass through high-intensity HEPA and activated carbon air purifiers at high pressure but low speed, which generate noise. To address this, a novel device is used: a highly specialized, low-power, low-consumption motor operating at low speed and high pressure. This generates vibration and thus causes disturbance. To resolve this, a unique vibration absorption system (or "vibration damping system") based on a high-density silicon stabilizer is developed and placed on the device, absorbing this type of vibration along with the main body of the device. The main body of the device is 100% made of steel and silicon, creating a high-density module that eliminates vibration and extends the device's lifespan to over 35 years. The device of this invention will accompany the user 24 / 7, 365 days a year for up to 50 years.

[0033] To be effective against exogenous factors affecting telomere length, sleep quality must be an integral part of the treatment. Better rest and proper oxygenation create an ideal state, avoiding stress and allowing the body to function better; the circulatory, brain, respiratory, muscular, skin, hair, and all internal organs will function optimally. Therefore, to achieve a device that is 100% silent while removing nanoparticles and preventing noise, a system combining a motor and a tubular steel integrated circulation system was designed, allowing for continuous, uninterrupted use for 50 years.

[0034] The motor operates at low speed, but generates enough pressure for the air to overcome any type of high-intensity filter. However, this produces two types of noise: air whistling due to the motor's power and vibration.

[0035] By setting the motor to an ultra-low speed electronically, but with sufficient pressure to force air through all filters without noise, the first scenario (whistling) is avoided. This is beneficial for removing nanoparticles, but requires more usage time, which is why the device runs continuously.

[0036] Vibrations are generated by the centrifugal force of the motor and tubular blade system. These vibrations are unavoidable, but a method has been invented to dissipate them using the high density of the equipment's steel body. Since this is insufficient, a vibration damper has been added, consisting of a high-density silicon block fired at 1.250°C. Due to its weight and attachment to the equipment body, it absorbs vibrations, prevents noise, and avoids inconvenience to the user.

[0037] These motors and air delivery systems must be arranged horizontally and at a specific height above the floor to ensure that optimal air (i.e., freshly treated air) reaches the patient's lungs. However, this must be done without causing any disturbance or disruption to rest; therefore, at the air outlet, there is a steel plate frame that performs two functions:

[0038] 1) It atomizes the air so that the user will not feel an annoying airflow while he / she is sleeping; and

[0039] 2) Heat the steel plate to ensure that the treated air still has the required temperature.

[0040] All of this air will pass through an ultraviolet sterilizer and a plasma electrostimulator beforehand. Thanks to a WiFi communication system and a nanoparticle laser measurement system, all of this is remotely controlled in a fully automated manner, instantly adjusting based on the pollution levels inside and outside the room.

[0041] Placement of equipment and continuous laminar flow guide plates:

[0042] The device is also shaped such that it is positioned at a height of 60cm-160cm above the floor relative to the patient's head, allowing treated air to be delivered directly into the patient's breathing stream. This creates a gentle layer of air towards the user's face while they sleep, without causing any disturbance or requiring any type of mask. To this end, a continuous laminar flow has been developed, gently and continuously delivering the atomized air so that it is virtually imperceptible (unlike the turbulent, unpleasant flow of a purifier). Therefore, the patient always inhales the optimal air in the room (when it leaves the machine) without any disturbance. Consequently, the device features a solid aluminum diffuser to ensure proper airflow direction; and also an upper deflector, also made of solid aluminum. Furthermore, the device incorporates a laminar flow redirection device, particularly large deflector strips, preferably made of aluminum, which direct the continuous laminar flow towards the patient's face for optimal breathing.

[0043] The overall design of the device of this invention is intended to allow the patient to immediately receive treated air. For this purpose, it has the described shape, arrangement, and operation.

[0044] Even when the air is clean, the patient's movements in bed and against the bedding mean they inhale some contaminated air while sleeping. This is because various substances (including dust mites) present in the sheets, their own breathing, their companions, and even the pillow can release particulate matter. The cell regeneration respiratory therapy device of this invention emits a pure laminar airflow. Because this airflow is a low-intensity, continuous laminar flow, it will not be noticed by the patient. Furthermore, this airflow will carry any type of harmful substances away from the patient's breathing range and continuously clean the surface of the patient's bed.

[0045] This device significantly improves sleep quality because it requires the patient to truly relax, allowing his / her body to heal optimally. To this end, it employs a special design in the upper part that mimics the soundbox of a musical instrument. This allows the vibrational characteristics of the motor to be converted into low-intensity white noise for a whitening function, serving as a relaxing option for the patient while sleeping. This low-intensity white noise, combined with air that has been completely treated 24 hours a day, means that rest and relaxation are deep and restorative. The patient can choose absolute silence or three white noise intensities.

[0046] The device can be mounted on a room wall, but it includes a standard support system, with or without wheels, that allows the patient to position the device in the optimal location so that continuous laminar flow reaches his / her lungs while he / she sleeps. The support system also allows the device to be moved from one room to another, depending on who needs it more to address their health problem.

[0047] Photosensitive unit for night mode activation:

[0048] To this end, the device of the present invention also includes a system that can detect when the patient is ready to fall asleep (photosensitive unit) so that the device switches to night mode at that time, ensuring that it operates in absolute silence. Thus, the patient can sleep without any type of disturbance, without any type of sleep apnea mask, without any type of vibration, or noise, or any type of light or disturbance.

[0049] design:

[0050] The cell regeneration respiratory therapy device of the present invention is designed to be used as a shelf and is designed to be fully integrated into the wall of a house, so that the device is completely integrated into the house and no longer becomes an obstacle in the house like a traditional air purifier. In addition, its design allows any type of object (such as books, televisions, music equipment, decorations, etc.) to be placed on it without being disturbed or vibrated.

[0051] The device's unique shape is specially designed to deliver a thin film of treated air to the patient's face via continuous laminar flow while the patient is sleeping, ensuring the patient always enjoys optimally treated air in the room. Furthermore, the device features a large deflector that directs the continuous laminar flow towards the patient's face for optimal breathing.

[0052] It also features supports for athletes to improve their performance when training on treadmills, exercise bikes, or other forms of indoor training. Used with the supports, it ensures proper height and continuous laminar flow towards the patient. The overall design of the device aims to provide the patient with immediate access to treated air. For this purpose, it has the described shape, layout, and operation.

[0053] use:

[0054] The use of the respiratory therapy device of this invention is entirely different from that of an air purifier, as it is not designed for standalone use but for permanent, 24-hour use. While ordinary air purifiers can also remove fine particles, they are designed for standalone use and prioritize power or speed to quickly remove allergens from the environment when necessary. The respiratory therapy device of this invention is designed for permanent use, operating at very low speeds to increase the Brownian effect and thus specifically remove the finest nanoparticles.

[0055] This is a continuous, low-speed operating process that allows the room where the device is installed to always maintain an optimal nanoparticle count, and the process also guides treated air into the patient's respiratory tract. Especially when used at night, the device enhances rest due to the insertion of low-intensity white noise. This deep rest is crucial for using the device, as only in this state can the patient's overall recovery and elimination be promoted. To achieve this effect, and considering the fact that the ideal thermal sensation during rest is between 18°C ​​and 24°C, the device delivers fresh laminar airflow to the user and warm airflow when needed, as it incorporates a thermostat and a hot or cold air system.

[0056] Remove mold and fungi:

[0057] The device of this invention is also used to remove mold and fungi from homes because it combines sterilization with thermal protection to prevent room temperatures from dropping below 16°C. Therefore, it prevents dampness and spore growth. While traditional air purifiers are designed for the respiratory system, the device of this invention is designed for the circulatory system, relaxation, and rest.

[0058] Material:

[0059] Traditional air purifiers are mostly made of plastic, which yellows and ages after a short period of use. The respiratory therapy device of this invention incorporates materials such as steel, aluminum, and silicon, and is designed to operate continuously for 24 hours a day for up to 50 years. This device is intended for professional medical applications. Furthermore, in order to operate with high-power, low-speed, but high-voltage, low-consumption steel motors, the device must include a vibration-damping system. This is achieved through a high-density silicon stabilizer designed to absorb vibrations and convert them into low-intensity white noise. Air purifiers do not include these features.

[0060] Long lifespan:

[0061] Traditional air purifiers have short lifespans, are prone to aging, generate noise, yellow, and eventually become environmental problems because they require significant economic and ecological recycling costs. The device of this invention does not age; all its components are replaceable and 100% recyclable. The device has a lifespan of 50 years, illustrating what this means from both an ecological and user perspective.

[0062] Interior layout:

[0063] The device is designed to be placed at a height of 60cm-160cm above the floor. In an alternative embodiment, the device also has a wheel system that allows it to be positioned at this height. This ensures that continuous laminar flow reaches the user at face height while they sleep, promoting breathing and preventing the entry of particles that may cause airway irritation (which can make rest difficult). The device is designed for strategic placement in a house to ensure perfect air laminar flow, even in houses with high ceilings. They are also designed to generate laminar flow across the house at the user's height, allowing the device to operate by connecting different areas to each other, allowing air to flow from one room to another. Therefore, the device not only has a localized, isolated function, but when strategically placed by a professional, it can also ensure that everyone in the entire house receives treatment. That is, it is designed for coordinated use.

[0064] Sound alarm system:

[0065] The device includes an audible alarm system, specifically an alarm to detect when air pollution levels rise at an alarming rate, for example, when someone is sleeping in the room or not in the room, indicating a possible small fire. The alarm will communicate with authorized users of the patient via sound within the room and the internet.

[0066] Data acquisition system:

[0067] This device features a global data acquisition system that allows for automated predictions using artificial intelligence, optimally adapting to the usage and habits of each patient, house, and town. With customer authorization, all this data can be used to publish any type of statistical data related to treatment, medication reduction (including disease alleviation), and of course, control over the user's lifespan, enabling definitive recording of future improvements in patient quality of life and lifespan. Furthermore, the device includes a high-quality display that permanently reports blood contamination risk levels (instantaneous nanoparticle levels), room temperature, operating system status, and a photosensitizing control system that adapts to rest modes.

[0068] Therefore, this device stands out for its continuous ultra-quiet operation, its vibration absorption system that silences it, and its automated remote control system for medical monitoring. The system boasts maximum design strength (no plastic) and can be used continuously for 50 years; the device is horizontally arranged; and it is a low-power system, operating at only 6W / h, ensuring negligible power consumption. Furthermore, the white noise generation system is specifically designed for user relaxation, concentration, and rest.

[0069] Therefore, in a first aspect, the present invention relates to a therapeutic respiratory therapy device for placement in a patient rest room, the device comprising an electrically driven air recirculation system, an air purification filter assembly, an ultraviolet sterilizer, and a plasma electrostimulator. The device is characterized by including a laminar airflow jetting device, a laminar airflow redirection device for redirecting the laminar airflow toward the patient's head, a stabilizer, and an anchoring device for anchoring the device to a wall.

[0070] In a preferred embodiment, the device is positioned at a height of 60cm-160cm relative to the room floor. Furthermore, the laminar airflow redirection device for redirecting the laminar airflow toward the patient's head includes an aluminum deflector.

[0071] In a preferred embodiment, the device includes a diffuser inserted between the patient and the laminar flow system. In another preferred embodiment, the device includes a support system for positioning the device at a height of 60cm-160cm relative to the room floor, preferably having wheels.

[0072] In a preferred embodiment, the device includes a wireless transmission device, preferably WiFi and / or Bluetooth and / or an LED display.

[0073] In a preferred embodiment, the device includes a pre-filter, a blue antibacterial filter, a HEPA 13 filter, and an activated carbon filter with catalytic platinum. Furthermore, in another preferred embodiment, the device includes a stainless steel filter. In a preferred embodiment, the stabilizer comprises silicon and / or steel.

[0074] In a preferred embodiment, the device includes a silent operation mode or a low-intensity white noise operation mode. Furthermore, in another preferred embodiment, the device includes a multi-stage nanoparticle laser measurement device and / or an audible alarm.

[0075] On the other hand, the present invention relates to a method for treating respiratory ailments. The method includes placing the aforementioned device at a height of 60cm-160cm relative to the room floor, and applying a laminar airflow generated by the device above the patient's head. Attached Figure Description

[0076] As a supplement to the provided specification, and in order to help to make the features of the generator easier to understand, a set of drawings are included as part of the specification according to a preferred example of a practical embodiment thereof, wherein the drawings are for illustrative purposes only and are not restrictive.

[0077] Figure 1 The cell regeneration respiratory therapy device of the present invention is shown.

[0078] Figure 2The airflow of the respiratory therapy device is shown.

[0079] Figure 3 The respiratory therapy device of the present invention and its included filter assembly are shown.

[0080] Figure 4 An LED display of the cell regeneration respiratory therapy device of the present invention is shown.

[0081] Figure 5 The present invention provides a cell regeneration respiratory therapy device with a wheeled support system.

[0082] Figure 6 The cell regeneration respiratory therapy device of the present invention is shown, which has a diffuser at the airflow outlet.

[0083] Figure 7 The present invention’s cell regeneration respiratory therapy device is shown in use by a patient. Detailed Implementation

[0084] Figure 1 The present invention illustrates a therapeutic respiratory therapy device 100, also known as a cell regeneration respiratory therapy device.

[0085] The cell regeneration respiratory therapy device includes: a stabilizer 1 (which is a silicon stabilizer) to prevent vibration; a multifilament diffuser 2, preferably made of stainless steel, in which air is subdivided into hundreds of vertical slits, the multifilament diffuser 2 dispersing and slowing the airflow; a jet flow device 3 for jetting air; a recirculation flow device 4 for recirculating air within the cell regeneration respiratory therapy device; longitudinal guide aluminum slats 5; a device 6 (which is an aluminum compression plate) for jetting laminar air, which slows the laminar flow without generating noise, vibration, or turbulence; guide vanes 7 for recirculation; an airflow distributor 8 including a mica insulation protector; a recirculation channel 9; a multi-filtration system 10; a set of UV-C LEDs 11; a plasma electrostimulator 12; and a resistivity system 13 for thermal sterilization.

[0086] Respiratory scan:

[0087] The cell regeneration respiratory therapy device has a horizontal arrangement between 50cm and 120cm in length, which provides a laminar flow of treated air to generate a respiratory sweep. That is, a “piece” of treated air (i.e., free of nanoparticles, viruses, and bacteria) reaches the patient’s face before being contaminated along a path of, for example, 60cm to 140cm.

[0088] 100% Quiet:

[0089] This cell regeneration respiratory therapy device is 100% silent. This is achieved by combining laminar flow, flow velocity, and filter size (preferably 400 / 800×40×160 mm) with multiple parallel and horizontally arranged cross-flow fans (400 mm-800 mm) and DC levitation motors to avoid friction, electronically maintaining ultra-low airflow velocity through the filters, and eliminating all types of typical vibrations caused by the centrifugal force exerted by the moving motors. These vibrations are absorbed by a high-density silicon stabilizer 1 arranged on the upper part of the device, which is connected to a resonant chamber inside the device along its periphery. All of this achieves 0 dB to 5 dB in silent night mode (operating at 550 RPM).

[0090] The cell regeneration respiratory therapy device includes a 7.5kg high-density silicon stabilizer (2.3gr / cm²). 3 ( ), to absorb all types of vibrations and avoid noise and buzzing.

[0091] Imperceptible laminar flow:

[0092] The cell regeneration respiratory therapy device emits an airflow so that the patient cannot feel it. A single airflow can interfere with sleep, irritate the skin, and cause eye and ear problems. To address this, the device includes a vertically arranged multifilament diffuser 2 made of stainless steel, located at the outlet of the air jet, to divide the air into thousands of parts, creating a sensation similar to air passing through a tree. That is, the air is subdivided into hundreds of vertical "strips" that disperse and slow its passage. The distance between the metal strips of the multifilament diffuser 2 is between 2mm and 4mm, and it includes arrangements such as vertical rectangular rings or springs to prevent whistling or noise as the air passes through.

[0093] The air is then redirected horizontally through horn-shaped compression plates, preferably made of aluminum. These compression plates, similar to channels, are horizontally arranged at the air outlet to further slow the laminar flow without generating noise, vibration, or turbulence. Thus, the air reaches the patient imperceptibly without turbulence.

[0094] In order for users to sleep without being disturbed by airflow over their face, a combination of factors that generate laminar flow rather than turbulent flow is essential.

[0095] The cell regeneration respiratory therapy device includes an ultra-long horizontal cross-flow fan (400mm-800mm) and a parallel filtration system of the same size (400 / 800×40mm×160mm), with the interval (chamber) between the two being between 25mm and 40mm.

[0096] This cell regeneration respiratory therapy device includes a DC motor and electronics that reduce the rotation speed of the ventilation system based on readings of nanoparticles in the air and the presence of light (night mode). It operates in four modes:

[0097] Silent mode: 550 RPM;

[0098] White mode: 750 RPM;

[0099] Mode V2: 950 rpm;

[0100] Mode V3: 1200 RPM.

[0101] In this way, air is guided through the injection zone of a multifilament diffuser 2, preferably made of stainless steel, where the air is subdivided into hundreds of vertical “plates” that disperse and slow the airflow, where the airflow is disrupted, and finally, the air passes through aluminum compression plates that slow the laminar flow without generating noise, vibration or turbulence and guide it in a stable horizontal manner, thus ensuring continuous laminar flow (1930 Reynolds medium laminar flow).

[0102] UV-C sterilization optimization system

[0103] The aforementioned cell regeneration respiratory therapy device incorporates a UV-C LED sterilization system. The sterilization effect against viruses and bacteria is directly proportional to the exposure time of the airflow in UV-C rays. To increase this exposure time, the cell regeneration respiratory therapy device employs a dual-channel jet mode, i.e., it has multiple circulating flow channels, such as… Figure 2 As shown, a first airflow A, comprising 70% to 85% of air containing PM particles larger than 1 μm, passes through the multifilament diffuser 2 and is discharged to the outside of the device; a second airflow B, comprising the remaining airflow, i.e., air containing 15 / 30% of PM particles smaller than 1 μm, is recirculated into the cell regeneration respiratory therapy device and exposed again to the UV-C LED 11.

[0104] Therefore, airflow A is generated, circulating outside the tangential ventilation duct. This airflow A uses centrifugal force to drag the heaviest particles (PM particles larger than 1 μm), which are then discharged outside the equipment via a thermal sterilizer. Airflow B is generated inside a rotor, through which nanoparticles (PM particles smaller than 1 μm) pass and are returned to the equipment for reprocessing with UV-C, ions, and plasma ions. This is done because the inactivation of viral and bacterial DNA requires the longest possible exposure time. The nanoparticles will move towards airflow A via centrifugal force until they are discharged through the thermal sterilizer. In this way, the air ejected outside does not transport biomass.

[0105] This cycle repeats continuously, allowing the air to be renewed by the centrifugal force of the cross-flow fan, so that all the air in the user's or patient's room is circulated at least, for example, 200 times a day through each UV-C sterilizer containing a UV-C LED 11. To this end, the device has a special arrangement of jet ducts that guide airflow A, mica conductors that guide the air to the outside, and blades that guide the air back into the UV-C chamber.

[0106] Partial polarity reversal system:

[0107] The cell regeneration respiratory therapy device includes a plasma electrostimulator 12, which alters the charge of most positively charged particles, turning them negatively charged. This dual-channel, multi-cycle jet system generates a recirculation of negatively charged particles, ensuring that 10% to 20% of the air is recharged with positive charge before being ejected through the compression plate.

[0108] Heat sterilization system:

[0109] The cell regeneration respiratory therapy device features a device that applies charge to a stainless steel multifilament diffuser 2 located at the air outlet, causing it to act as a resistive unit at 300°C, thereby sterilizing all air before it is ejected to the outside. A shunting and recirculation system allows a portion of the air (e.g., 15 / 30%) to remain at a low temperature because it must be returned to the cell regeneration respiratory therapy device for reprocessing by the UV-C / plasma electrostimulator. Without the shunting design and the configuration of the jet duct guided by mica (a mica is an electrical and thermal insulator), hot air would recirculate within the device, resulting in a permanent temperature rise and rendering operation infeasible.

[0110] The cell regeneration respiratory therapy device operates continuously (24 hours) in an ultra-quiet manner to help the body rest and regenerate while a person sleeps. Figure 3 A steel housing and a front region are shown, the front region including a device 6 for ejecting laminar flow of air and a high-quality LED display 16. This cell regeneration respiratory therapy device emits a laminar flow of treated air, which can be redirected toward the patient's face by a device that includes longitudinally directed aluminum slats 5.

[0111] The cell regeneration respiratory therapy device includes a filter system located in the multi-filtration system 10.

[0112] To breathe the treated air, it first passes through a washable pre-filter 10a to remove the coarsest particles and extend the filter's lifespan. Then, the air passes through a blue antibacterial filter 10b. The air continues through a HEPA 13 filter 10c (a large, high-density HEPA 13 filter), which removes 99.9% of suspended particles.

[0113] The air is then filtered through a catalytic platinum activated carbon filter 10d, which includes activated carbon capsules catalyzed by platinum, thereby eliminating gases, odors, and volatile organic compounds (VOCs) and formaldehyde (HVOCs).

[0114] This highly purified air, through a photocatalytic (UV) filter 10f, eliminates bacteria, viruses, volatile organic compounds, and nitrogen dioxide, thus producing sterile air.

[0115] If there are still particles smaller than 0.1 micrometers (0.0001 mm), the filtration system includes a dual-electro-stimulated plasma filter that ionizes the air, causing the particles to become charged through mutual adhesion, thus generating larger particles that will be filtered again.

[0116] In addition, the therapeutic respiratory therapy device 100 includes high-density silicon steel and / or silicon stabilizers, which, together with the device body, absorb all types of vibrations. For this purpose, the device body 100% is made of steel and / or silicon, thus forming a high-density module that provides rigidity, eliminates vibrations, and enables the device to have a service life of more than 35 years when fixed to the device under pressure.

[0117] Furthermore, the device includes a stainless steel filter 10e, which in particular includes a polished stainless steel grille, allowing the use of the therapeutic respiratory therapy device 100 while the filter is being removed for cleaning. The stainless steel filter 10e has at least the following three functions.

[0118] 1) Avoid approaching the moving parts of the therapeutic respiratory therapy device 100 so that it can be used without a replaceable filter assembly during removal and cleaning. This allows for increased airflow and reduced sound levels in the therapeutic respiratory therapy device 100. This can be particularly useful when the room is clean and greater cooling or heating capacity is required.

[0119] 2) The stainless steel filter 10e allows for coarse material filtration, which is performed independently of the filter assembly.

[0120] 3) The stainless steel filter 10e reflects ultraviolet light, allowing it to reach all internal components of the device, including the blades used for airflow circulation, the carbon filter, and other internal parts. This reflection of ultraviolet light facilitates the internal sterilization of the entire therapeutic respiratory therapy device 100. This ensures that bacteria are never emitted to the user.

[0121] Figure 4 A high-quality LED display 16 is shown, which permanently reports the level of contamination risk in the blood (instantaneous level of nanoparticles), as well as room temperature, operating equipment systems, and a photosensitive control system adapted to sleep patterns.

[0122] Figure 5 A cell regeneration respiratory therapy device according to the invention is shown, having a wheeled support system 14 that allows it to be positioned optimally so that continuous laminar flow can reach the patient's lungs while the patient is asleep, particularly at a height of 100 cm to 130 cm above the room floor; and allows it to be moved from one room to another, depending on who needs it more to address their health problem. In a preferred embodiment, the filter includes an anchoring device that allows the therapeutic respiratory therapy device 100 to be secured to a wall, thereby eliminating the need for the wheeled support system 14. Also visible in the figure are a device 6 for injecting laminar flow and longitudinal guide aluminum strips 5 for redirecting the laminar flow toward the patient's face.

[0123] Figure 6 The present invention illustrates a cell regeneration respiratory therapy device having a diffuser 15 at the outlet of an airflow. This cell regeneration respiratory therapy device incorporates a diffuser at the outlet of a treated airflow, allowing the administration of different substances that can be administered through inhalation. The diffuser 15 allows for the combination of different treatments according to a medical prescription, such as bronchodilators or other types of substances that can enhance the efficacy of respiratory therapy, and even allows for concentrated, specific applications to treat crises of different natures (asthma, allergies, etc.).

[0124] Figure 7 The present invention illustrates a cell regeneration respiratory therapy device and a diffuser 15 at the airflow outlet above the patient bed. The cell regeneration respiratory therapy device includes a support system 14 to allow laminar air ejected through a device 6 for ejecting laminar air to be redirected toward the patient's face via an aluminum deflector, thereby achieving optimal breathing.

[0125] Although specific embodiments of the invention have been described, the respiratory therapy unit described herein is susceptible to various changes and modifications, and all mentioned features may be replaced by other technically equivalent features without departing from the scope of protection defined by the claims.

Claims

1. A therapeutic respiratory therapy device (100), the therapeutic respiratory therapy device (100) comprising a motorized air recirculation system, an air purification filter assembly, an ultraviolet sterilizer, and a plasma electrostimulator, characterized in that, The therapeutic respiratory therapy device (100) includes: - A device for injecting laminar air (6); - A device for redirecting laminar flow; - Stabilizer (1); - Multifilament diffuser (2); - One or more UV-C LEDs (11); - Cross-flow fans; and - A resistivity system (13) for heat sterilization, the resistivity system (13) applies charge to the multifilament diffuser (2) so that it acts as a resistive unit at 300°C; The motorized air recirculation system includes a motor operating between 550 rpm and 1200 rpm, which drives a tubular blade system and a tubular steel integral recirculation system; and The therapeutic respiratory therapy device (100) is configured such that the centrifugal force generated by the rotation of the cross-flow fan generates a first airflow containing PM (particulate matter) particles larger than 1 μm and a second airflow containing PM particles smaller than 1 μm inside the therapeutic respiratory therapy device (100). The first airflow is sequentially ejected to the outside through the multifilament diffuser (2) and the device (6) for ejecting laminar air. The second airflow is recirculated inside the therapeutic respiratory therapy device (100) and reprocessed by the one or more UV-C LEDs (11) and the plasma electrostimulator.

2. The therapeutic respiratory therapy device (100) according to claim 1, wherein, The device for redirecting laminar flow includes an aluminum guide plate (5).

3. The therapeutic respiratory therapy device (100) according to claim 1 or 2, wherein, The therapeutic respiratory therapy device (100) also includes a support system (14).

4. The therapeutic respiratory therapy device (100) according to claim 1 or 2, wherein the therapeutic respiratory therapy device (100) further includes a wireless transmission device.

5. The therapeutic respiratory therapy device (100) according to claim 1 or 2, wherein, The therapeutic respiratory therapy device (100) also includes an LED display (16).

6. The therapeutic respiratory therapy device (100) according to claim 1 or 2, wherein, The air purification filter assembly includes a pre-filter (10a), a blue antibacterial filter (10b), a HEPA 13 filter (10c), and a catalytic platinum activated carbon filter (10d).

7. The therapeutic respiratory therapy device (100) according to claim 1 or 2, wherein, The therapeutic respiratory therapy device (100) also includes a stainless steel filter (10e).

8. The therapeutic respiratory therapy device (100) according to claim 1 or 2, wherein, The stabilizer (1) comprises silicon and / or steel.

9. The therapeutic respiratory therapy device (100) according to claim 1 or 2, wherein, The therapeutic respiratory therapy device (100) also includes an audible alarm.

10. The therapeutic respiratory therapy device (100) according to claim 1 or 2, wherein, The therapeutic respiratory therapy device (100) also includes a multi-level nanoparticle laser measuring instrument.

11. The therapeutic respiratory therapy device (100) according to claim 3, wherein, The support system (14) has wheels.

12. The therapeutic respiratory therapy device (100) according to claim 4, wherein, The wireless transmission device is Wi-Fi and / or Bluetooth.

Images