ANTI-FOG PASSIVE INSTANT BREATHING DEVICE FOR PROTECTIVE FACE SHIELDS.

Abstract

The invention is a passive face shield device designed to physically prevent fogging caused by the condensation of breath on the inner surface of the protective plate during the user's breathing. The invention consists of a collection container positioned in front of the user's mouth and nose, a discharge tube connected to the collection container, a body, attachment elements that temporarily secure the device to the protective face shield, a discharge and redirection hose, and a vertical discharge tube. The user's breath is drawn into the collection container, transferred through the discharge tube and body to the discharge and redirection hose, and then discharged outside the protective face shield through the vertical discharge tube. This physically prevents the user's breath from coming into contact with the inner surface of the protective plate and condensing there, thus preventing fogging.The device operates without the need for an external power source, energy storage unit, or consumables, and can be temporarily integrated into existing protective face shield systems via attachment elements and detached after use.

Description

1 PRICING: 5 Anti-fog Passive Instant Breath Vent for Protective Face Shields TECHNICAL FIELD TO WHICH THE INVENTION RELATES: The invention in question relates to personal occupational safety. Their equipment relates to the technical fields of protective face shields and breathing apparatus. STATE OF TECHNOLOGY: 1- USER OPERATION 10 IN EXISTING PROTECTIVE FACE SHIELDS THE BREATH OF THE PERSON WHO BREATHES DURING THE BREATHING PROTECTS THE PROTECTIVE PLATE DUE TO CONDENSATION ON THE INNER PART FACING THE USER'S FACE THE RESTRICTION OF VISIBILITY CAUSED BY THE RESULTING FOGGING THE REDUCED OPERATIONAL COMFORT IT CAUSES, LEADING TO PHYSICAL WORKPLACE ACCIDENTS. THE PROBABILITY INCREASES AND IN PHYSICAL FOG CLEANING, IT IS 15 TECHNICAL PROBLEM IN ESTABLISHING REGULAR WAITING PERIODS: Existing Protective face shields provide protection against the user's breathing during operation. The user's breath condenses on the inner part of the plate facing their face, causing fogging. It consists of. This condensation forming on the inside of existing protective face shields obstructs the user's vision. This visibility restriction also limits the user's comfort during operation. physical work accidents occurring due to visibility restrictions during joint operations This increases the likelihood that the product's comfort and safety of use will decrease. Protective This fogging that occurs on the inside of the face shield's protective plate is physically hindered by the user. When the device needs to be removed or cleaned, regular pause periods are required during the operation. This results in a reduction in the product's potential for uninterrupted operation. 2 2- USER OPERATION 5 IN EXISTING PROTECTIVE FACE SHIELDS THE BREATH OF THE PERSON WHO BREATHES DURING THE BREATHING PROTECTS THE PROTECTIVE PLATE PREVENTS CONDENSATION ON THE INNER PART FACING THE USER'S FACE. DEVELOPED PERFORATED PROTECTIVE PLATE AND CHEMICALLY COATED LOW FOGING PREVENTION CAUSED BY THE PROTECTIVE PLATE. ITS PERFORMANCE IS SAFETY AGAINST FLYING PARTICLES 10 THE DANGER AND LOW COMPLIANCE WITH THE CURRENT WIDESPREAD TECHNICAL STANDARDS TECHNICAL PROBLEM IN THE DEVELOPMENT OF ITS POTENTIAL: In existing protective face shields to prevent fogging on the inside of the protective plate due to the user's breath A perforated or chemically coated protective plate architecture is preferred. The perforated structure used in the protective plate of existing protective face shields allows for 15 minutes of operation. While it doesn't offer complete protection against flying particles, it only protects against incoming breath. Because it allows a portion of the condensation to pass through the protective plate to the outside, it significantly reduces condensation. It does not significantly reduce visibility and creates a restriction in vision. In existing protective face shields... The chemical coating structure used on the protective plate, with its chemical composition, allows the moisture of the breath to be absorbed individually. It distributes the chemical structure evenly across the plate, preventing it from accumulating in one area, but the chemical composition is long 20 When the product reaches saturation point during use, the dispersed moisture forms a thick layer. This begins to create visibility restrictions. These two physical protective plate structures in question... because this requires structural changes in the currently common protective face shield systems redesigning and supplying existing protective face shields or improving their physical structure It needs to be changed. This means that the established widespread protective 25 physical anti-fogging solutions... This makes it difficult to integrate with face shield systems. 3 3- USER OPERATION 5 IN EXISTING PROTECTIVE FACE SHIELDS THE BREATH OF THE PERSON WHO BREATHES DURING THE BREATHING PROTECTS THE PROTECTIVE PLATE PREVENTS CONDENSATION ON THE INNER PART FACING THE USER'S FACE. ALONGSIDE THE DEVELOPED ANTI-FOG SPRAYS RENEWED CONTINUOUSLY DURING THE OPERATION HE BROUGHT ABOUT PROCUREMENT, HIGHER OPERATIONAL RESPONSIBILITY AND HEALTH 10 TECHNICAL PROBLEM RESULTING IN THE RISKS: In existing protective face shields to prevent condensation from forming on the inside of the protective plate regularly Anti-fog sprays are used. In existing protective face shields, condensation may form on the inside of the protective plate. These anti-fogging sprays are used to prevent the protective plate from fogging up again. 15 It is used continuously and repeatedly. As a result, when the spray runs out... Continuous replacement of consumables is required. Thus, the operation on the protective face shield... an additional operation that will require continuous consumption and replenishment while demonstrating Responsibility and budgetary burden are created. In this way, the product is supported by another product from the outside. It is kept constantly connected during the operation. However, the user has a physical 20 Regular use of these anti-fog sprays, which have a close and long-term interaction In line with studies in the medical literature, liver damage, cornea irritation, hormonal imbalances, and various organs, primarily the testes and kidneys. The risks of carcinogenic effects are increasing. 4 4- DURING OPERATION, THE USER'S BREATH MUST BE PROTECTED BY THE PROTECTIVE PLATE 5 DUE TO CONDENSATION ON THE INNER PART FACING THE USER'S FACE THE EXISTING SYSTEM WAS DEVELOPED TO PREVENT THE FORMATION OF FOG. MOTORIZED AND ELECTRIC INSTANT FOG PREVENTION SYSTEMS HIGH PHYSICAL WEIGHT, HIGH ENERGY THAT IT BRINGS WITH IT STORAGE REQUIREMENTS, DIFFICULTY IN OBTAINING, OPERATIONAL 10 DIFFICULTY OF USE AND HIGHER RISK OF FAILURE - TECHNICAL PROBLEM: In existing protective face shields, the protective plate is located on the inside facing the user's face. To prevent momentary fogging caused by user breath during operation. structures that operate a motor and store and consume energy from external energy sources through airflow. It is used. 15 These structures are used to prevent fogging during the operation. These existing systems require physical structures such as motors and batteries. They become physically heavy, reducing overall portability. This is the current situation. These physical structures provided by the systems require a high level of protection to prevent fogging in the system. This creates a need for energy storage; however, due to the need for charging, 20 Regular periods of operational downtime occur during the operation, which is sustainable. Financial affordability is decreasing. This is inherent in the systems in question. The entire technical infrastructure represents a high financial requirement in terms of initial procurement. Availability is decreasing. These systems include units, backup wind tunnels, etc. structures must be effectively positioned near the user during operation, in accordance with rules 25 This requires proper use, providing the user with additional protective face shields. This creates a liability, which therefore increases the difficulty of operational use. The subject of this technical solution provided by these systems is the potential for failure, technically speaking. Due to the high-profile parts, they generally have a higher potential for failure. 30 Operational reliability is decreasing. 30 THE TECHNICAL SOLUTIONS THAT THIS INVENTION PROVIDES TO THESE TECHNICAL PROBLEMS: 5 1- USER OPERATION IN EXISTING PROTECTIVE FACE SHIELDS THE BREATH OF THE PERSON WHO BREATHES DURING THE BREATHING PROTECTS THE PROTECTIVE PLATE DUE TO CONDENSATION ON THE INNER PART FACING THE USER'S FACE THE RESTRICTION OF VISIBILITY CAUSED BY THE RESULTING FOGGING THE REDUCED OPERATIONAL COMFORT IT CAUSES IS A 10% INCREASE IN PHYSICAL WORKPLACE ACCIDENTS. THE INCREASE IN PROBABILITY AND IN PHYSICAL FOG CLEANING... THE TECHNICAL PROBLEM OF CREATING REGULAR WAITING PERIODS TECHNICAL SOLUTION PROVIDED: The invention in question provides a protective surface during the operation. gripping the lower parts of the inner side of the visor's protective plate facing the user's face The collection structure part, which temporarily holds on with its elements depending on the user's request, is 15. by holding the device in front of the user's mouth and nose area without making direct contact with the user The structure that carries and directs the breath given during the operation through the ventilation structures. Thanks to this, it outputs data in a way that can be directed according to the user's request. The invention in question attaches to the protective plate with gripping elements and allows the user to breathe. This technical solution, which allows for adjustable outward orientation, ensures correct positioning. 20 If provided, the user's breath will be inside the protective plate It physically prevents the formation of condensation and mist. This invention... This technical solution provides a protective barrier against the user's breath, which is the main cause of fogging. By physically solving the technical problem of the plate meeting the inside, it prevents the formation of condensation. It greatly reduces the experience of vision restriction. Visibility during the operation is 25 This technical solution significantly reduces the limitations, thus improving operational comfort. operations are increasing and physical work accidents caused by visibility limitations are decreasing. Comfort and safety of use are increased during operation. because during this process the user's breath is momentarily expelled away from the protective plate The protective plate does not need to be cleaned at specific intervals; the product lasts 30 days. The ability to operate without interruption is supported. 6 2- USER OPERATION 5 IN EXISTING PROTECTIVE FACE SHIELDS THE BREATH OF THE PERSON WHO BREATHES DURING THE BREATHING PROTECTS THE PROTECTIVE PLATE PREVENTS CONDENSATION ON THE INNER PART FACING THE USER'S FACE. DEVELOPED PERFORATED PROTECTIVE PLATE AND CHEMICALLY COATED LOW FOGING PREVENTION CAUSED BY THE PROTECTIVE PLATE. ITS PERFORMANCE IS SAFETY AGAINST FLYING PARTICLES 10 THE DANGER AND LOW COMPLIANCE WITH THE CURRENT WIDESPREAD TECHNICAL STANDARDS THE TECHNICAL PROBLEM OF CREATING ITS POTENTIAL SOLUTION: The invention in question affects the overall structure of the protective face shield during the operation. without holding on to the underside of the inner side of the protective plate facing the user's face With its components, it temporarily holds on to the user according to their request and covers the user's mouth and nose 15 to the area, and from there, the direction of the discharge and guidance structure can be adjusted on the plate. By extending and directing the discharge and direction of breath, it releases the breath and eliminates the substances caused by breathing. a physically anti-fogging system, compatible with the existing established market It is a mechanism. The invention in question refers to the protective plate of a protective face shield or any 20 by not permanently altering the physical structure of the part, the structural integrity of the protective plate It does not compromise its integrity. The invention in question is only temporary and user-friendly on the plate. This physical placement, which it provides without contact, does not damage the entire protective plate. Therefore, the perforated protective plate will allow some breath to pass through while retaining some. largely incapable of preventing fogging from user breath and small holes 25 The problem of vulnerability to particles will be caused by the chemically coated protective plate. Once it reaches its saturation point, it forms a thick layer of moisture, which the user It does not create a problem of being unable to resist the fogging of your breath. The issue in question... The invention allows for the creation of chemically coated physical structures with a suitable, albeit uncommon, coating, according to the user's requirements. 30 in positioning with perforated physical structures or existing protective face shield systems without leaving a lasting mark on the established order, without requiring renewal or re-procurement It adapts easily. As a result, the invention in question offers a higher level of performance. Physical improvement over existing market standards, along with anti-fogging performance. It offers adaptability performance. 7 3- USER OPERATION 5 IN EXISTING PROTECTIVE FACE SHIELDS THE BREATH OF THE PERSON WHO BREATHES DURING THE BREATHING PROTECTS THE PROTECTIVE PLATE PREVENTS CONDENSATION ON THE INNER PART FACING THE USER'S FACE. ALONGSIDE THE DEVELOPED ANTI-FOG SPRAYS RENEWED CONTINUOUSLY DURING THE OPERATION HE BROUGHT ABOUT PROCUREMENT, HIGHER OPERATIONAL RESPONSIBILITY AND HEALTH 10 TECHNICAL SOLUTION TO THE TECHNICAL PROBLEM OF RISK EMERGENCE: The invention in question involves the inner part of the protective plate of the protective face shield, facing the user's face. The lower part of the section is attached to the body in the invention by gripping elements and the collection area. positioned in front of the user's mouth and nose so as not to touch the user After passing the incoming breath through the exhaust structures, the user is directed to the exhaust and guidance structure. 15 The protective plate can be adjusted to the outside of the part that will not affect the field of vision. Lying down physically prevents fogging caused by breathing. Once this invention is provided, along with the technical solution architecture it offers, Unlike anti-fog sprays, depletion will be continuous with use. creating operational costs and constantly facing higher operational responsibility problems 20 This prevents the invention from providing the user with consumables as a result. to prevent exhaustion and fogging caused by user breath during operation recurring operational operating costs and operational responsibilities It creates blocking advantages. The invention in question, along with these advantages, during operation... Because it does not create a chemical property or physical contact with the user, fogging is 25. preventive sprays are regularly applied to the face area, near the respiratory tract, during the operation. its use causes corneal damage, infertility, kidney and testicular cancer, and affects the user. It largely prevents the risk of bacterial infections that can occur through physical contact. 8 4- DURING OPERATION, THE USER'S BREATH MUST BE PROTECTED BY THE PROTECTIVE PLATE 5 DUE TO CONDENSATION ON THE INNER PART FACING THE USER'S FACE THE EXISTING SYSTEM WAS DEVELOPED TO PREVENT THE FORMATION OF FOG. MOTORIZED AND ELECTRIC INSTANT FOG PREVENTION SYSTEMS HIGH PHYSICAL WEIGHT, HIGH ENERGY THAT IT BRINGS WITH IT STORAGE REQUIREMENTS, DIFFICULTY IN OBTAINING, OPERATIONAL 10 DIFFICULTY IN USE AND A HIGHER RISK OF FAILURE - TECHNICAL PROBLEM TECHNICAL SOLUTION PROVIDED: The invention in question provides a protective face shield for instantaneous exhalation. It attaches to the inside of the visor's protective plate with gripping elements and allows the user to breathe. It collects through collection structures and discharges through discharge and redirection structures. By directing the user's breath outwards in a momentary flow through the protective face shield, instantaneous breathing 15 It physically facilitates the evacuation. This technical solution provided by the invention is suitable for motorized systems thanks to its physical structure. It offers higher portability compared to others, increasing overall system portability. The subject of the invention is that it eliminates the need to use or store any external energy. does not hear, uninterrupted operational reliability and technical and material 20 during operation Sustainability is increasing. This invention, thanks to the structural solution it offers, It has lower material procurement requirements compared to other systems, thus the initial procurement This makes it easier. The invention, with the structure it provides, compares to the systems in question during operation. Potential for easier operational use by not presenting an additional physical burden. It creates and increases operational ease of use. The invention applies to these systems for 25 years. Its simpler structure compared to others creates a lower potential for technical failures, operationally. Reliability is increasing. 9 DESCRIPTION OF TECHNICAL DRAWINGS RELATED TO THE INVENTION: 5 1: Addition structure 2: Evacuation structure 3: Body 4: Grabbing element 5: Evacuation and guidance structure 10 6: Vertical drainage structure 7: Protective face shield head frame 8: Protective face shield / guard plate FIGURE 1: Separate view of the structural elements of the invention. FIGURE 2: General view of the invention from the left. 15 FIGURE 3: Rear view of the invention. FIGURE 4: Front view of the invention. FIGURE 5: General view of the adjusted left-side discharge and steering structure of the invention. FIGURE 6: General view of the invention integrated into the face shield from the left. DETAILED DESCRIPTION OF THE INVENTION: This invention replaces the existing conventional protective surface 5 by being integrated into the shields (FIGURE 6), the user's breath is taken during the operation. It is positioned in front of the nose and mouth area with a collecting cup and provides instantaneous protection without touching the user. by venting the condensation caused by user breath outside the protective plate It physically hinders it. The invention in question (FIGURE 2) consists of 10 from the collection structure (1) discharge structure (2) and body (3). from the handholding elements (4) from the discharge and guidance structure (5) from the vertical discharge structure (6) The invention consists of the retaining elements (3) on the body and the protective face shield (4). During the operation, hold on (FIGURE 6) to the collection structure (1) above and the vertical discharge structure (6) It is integrated into the protective face shield by being positioned below. (FIGURE 6) Before the operation, the evacuation and guidance structure (5) can be set up as follows or 15 according to the user's request. It can be directed from over the shoulder towards the back of the neck. (FIGURE 5) The invention is thus... Once integrated (FIGURE 6), the user can put on the protective face shield. The collecting structure (1) positioned in front of the user's mouth and nose area during the operation During this time, the breath is taken and directed directly into the hollow evacuation structure (2). The evacuation structure (2) directs the breath it takes directly into the hollow body (3). The body (3) takes the breath and 20 It directs directly to the hollow evacuation and redirection structure (5). Evacuation and routing structure (5) depending on the user's physical orientation (FIGURE 5) It carries the breath in a long direction and finally delivers it to the vertical discharge structure (6). Vertical discharge structure (6), flow trapezoid of the breath it receives from the discharge and redirection structure (5) To avoid creating a barrier, the invention is positioned in a vertical direction, and the physical structure and protective 25 It is delivered outside through the face shield, and fogging is physically prevented. Operation When finished, the gripping elements (4) on the body (3) are physically removed from the protective face shield. They are divided as follows.

Claims

11 REQUIREMENTS: 5 Invention; protective face shield protective plate (8) due to user breath during operation It is a passive breath-ventilator that prevents condensation and fogging on the inside. requests; 1: The breathing apparatus mentioned in Claim 1, its characteristic is; in protective face shields. The subject of the holding element (4); a suction cup, a latch structure, a magnetic mechanism, a 10 snap clip construction, a wrap-around fastening structure or a hook-and-loop fastening element by adhering to the protective face shield protective plate (8) with at least one of the combinations It is characterized by... 2: The breathing apparatus mentioned in Claim 1, its characteristic is; in protective face shields. The subject is placed at the end of the evacuation and redirection structure (5) and directs the incoming breath vertically 15 It is characterized by having a vertical discharge structure (6) that discharges outwards by aligning it with the direction. is being done. 3: The breathing apparatus mentioned in Claim 1; its feature is that it is an adjustable breathing apparatus. and the breathing of the guiding structure (5) in the protective face shields is adjusted by the user. It is characterized by its discharge to the outside of the protective face shield. 20

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