RAPID RESPONSE LIFEGUARD TOWER WITH SLIDE

Abstract

This invention relates to a quick-response lifeguard tower with a slide that can be used in swimming pools, aquaparks, hotels, resorts, municipal water sports and recreation facilities, sports complexes, and beach and coastal security services. Its features include an observation platform (1) that allows observation from above, a seating seat (3) located on the observation platform (1), a canopy (2) located on the upper part of the observation platform (1), a rear access ladder (6) located at the rear section that forms the first line of movement for emergency response to access the tower, a landing platform (5) that provides passage between the observation platform (1) and the rear access ladder (6), a front slide (4) located at the front of the tower that forms the second line of movement for emergency response to provide quick descent, and support legs (9) that support the entire system to stand firmly on the ground.

Description

1 TARIFF RAPID RESPONSE LIFEGUARD TOWER WITH SLIDE Technological Field: 5 This invention is suitable for swimming pools, aquaparks, hotels, resorts, and municipal water sports facilities. and recreation facilities, sports complexes, and beach and coastal security services. It relates to rapid response lifeguard towers with slides that can be used in these areas. State of the Art: Lifeguard towers used in water safety applications are especially important for swimming. in swimming pools, beaches, aquaparks, open water recreation areas and similar facilities Surveillance system 15 developed to provide lifeguard personnel with a wide field of view. They are structures. In known techniques, these towers are usually at a certain height. It consists of positioned platforms, providing access to and from the tower. The operations are generally carried out via the same staircase system. These structures It primarily facilitates environmental monitoring, but emergency situations... It does not include a specific structural solution to expedite the intervention. 20 In current systems, a lifeguard is on duty at a drowning site while on the observation platform. danger, struggling in the water, sudden fainting, or an event requiring quick physical intervention When this happened, he used the stairs again to descend to the ground from the high platform where he was standing. They have to get down. The working principle of structures with stairs is based on steps and 25 Because it relies on a controlled landing, it is particularly useful in time-critical rescue scenarios. This can cause the intervention time to be prolonged. Also, the lifeguard's intervention... To reach that destination, he first had to change direction, then climb the stairs in a controlled manner. The need for the landing to occur in this manner can slow down the operational flow. Tower structures used in known techniques are mostly for observation from above only. Since it focuses on the execution function, the surveillance and rapid response functions are the same. 2 It appears that the problem is not solved in an integrated way within the system. Especially with high user traffic. in areas such as swimming pools with capacity, sports facilities, hotel pools and water parks Prolonged intervention time can pose a risk to life safety. In rescue operations where seconds matter, classic ladder trucks are a viable option. The landing systems are not providing a sufficient speed advantage. 5 In current tower systems, loss of balance can occur during rapid descent, resulting in stepped landings. speed limitation due to movement and moving together with the equipment Difficulties also include significant technical problems. Especially the lifeguard. In cases where rescue equipment needs to be brought down from the tower, 10 Staircase systems can negatively affect mobility ergonomics and require intervention. This can reduce its efficiency. In addition, the ascent and descent paths being on the same line... its presence causes the movement of people on the tower to become disorganized in the event of an emergency. This can lead to... Lifeguard towers used in known techniques are generally passive observation structures. It is of a nature that includes sufficient active structural elements to reduce the intervention time. It does not include. Furthermore, most existing systems lack modular integration for different facilities. features such as adaptability to different types, ergonomic movement flow, and optimization for rapid response. It appears that the criteria are relegated to a secondary role. This situation is particularly true for modern water 20 more functional in security applications, allowing for faster response and surveillance There is a desire for systems that can resolve interventions in an integrated manner within the same structure. This creates a need. A utility model application was filed in China in 2011 and 25 published in 2012. "Lifeguard surveillance of swimming pool with slide" with registration number CN202431028U. The invention, titled "Lifeguard's Hut," features a swimming pool with a slide for lifeguards to observe. The shed is mentioned. In the utility model document published in 2012, the pool is described. It was determined that a lifeguard tower solution with a slide integrated into its side was included. It has been done. 30 3 The aforementioned patent application concerns rear access in lifeguard seats. It has been determined that models with ladders are on sale. This information has been obtained in this area. Research has shown that older generation or devices that solve a specific function independently are more effective. These are limited structural solutions. Existing systems are outdated, rely on outdated materials and are difficult to implement. Installation, uncomfortable to use, not sufficiently helpful for quick response time, 5 with a safe landing geometry and a design concept that can be adapted to existing towers when necessary. When considered, it is a material structure that is expensive and time-consuming to produce. It is seen. In 2008, in South Korea, under the title "Emergency Life-Saving Launcher" and 10 Patent application number KR100868738B1 describes a projectile that carries a life vest. a mechanical system that enables launching to the target area with the help of pressurized gas The system in question is described as follows: launch tube, vaporization cylinder, cylinder. many components such as the lid, valve mechanisms, trigger system, safety lever and hinged handle It consists of a number of mechanical and pressure-resistant components. However, in such systems, 15 The use of pressurized mechanisms powered by liquefied gas reduces production costs. This is increasing. Especially for high-pressure resistant metal parts, valve systems, Sealing elements and special safety components are manufactured and maintained in both production and maintenance. This creates an additional cost in terms of installation. This also makes it possible to install it in any beach environment. This is made difficult by budgetary constraints. In addition, the system is very... 20 Due to its segmented and complex mechanical structure, valve failure and gas leakage may occur during use. slippage, trigger mechanism malfunction, hinge deformation or pressure Technical problems such as imbalance may occur. These types of malfunctions... This can reduce system reliability, especially during emergency response times, and hinder recovery efforts. This can cause delays in the operation. Also, gas launch systems have a 25 Requires regular maintenance, periodic inspection and technical service, and is subject to heavy use. This can further increase operating costs in facilities. In this sector, lifeguard flashlights, lifeguard windows, and equipment developed for swimming pools are available. rescue mechanism, multi-rotor rotary-wing rescue unmanned aerial vehicle, 30 lifeguard keyless lock, lifeguard shorts, lifeguard wristband, advertising app Remote-controlled lifebuoys, inflatable lifebuoy watches, self-propelled 4 Numerous patent or utility model applications have been filed, such as for an inflatable life raft. These applications have been made. However, not all of these applications can be used during the rescue operation. These are products for support staff. The vast majority of applications are for lifeguards. Since it is not aimed at improving the tower, there is a need for new technology in this field. It has increased. 5 In conclusion, the modern material structure is able to overcome the disadvantages mentioned above. modular installation, ergonomic use, rapid response workflow, safe landing geometry and a new technology needed with a design concept that can be adapted to existing towers when necessary It is heard. 10 Description of the invention: The invention is a modern material that can overcome the disadvantages mentioned above. Its structure, modular installation, ergonomic use, rapid response flow, and safe landing are among its features. With its geometry and design concept that can be adapted to existing towers when necessary, it is a new It is technology. The invention allows lifeguards to reach the scene of an incident in a shorter time from the observation platform. It offers an integrated tower system that allows access. The structure has 20 in the rear section. A staircase is used to access the tower, allowing for a quick and controlled descent from the front section. a system of slides that provides thanks to this, the time loss that occurs in classic tower systems is reduced. The aim is to direct the lifeguard's movement towards the intervention direction. It becomes possible to do so. 25 One of the key advantages of the invention is that it combines surveillance and intervention functions within the same system. It is about solving the problem in an integrated way. Traditional towers are mostly only high. While other systems are passive structures designed to provide a field of view, the proposed system makes the tower active. It transforms into a functional safety equipment that supports intervention. This 30 thanks to its structure, it is especially suitable for situations requiring drowning risk, sudden illness, or rapid rescue. The aim is to increase the effectiveness of interventions in these situations. The invention also features an ergonomic design that improves movement patterns on the tower. It offers the following features: The back staircase is for access purposes only, while the front slide is for quick access. Its use for intervention landings separates the landing and take-off routes. This This allows human movement on the tower to become more controlled, in case of an emergency. The aim is to reduce potential confusion. At the same time, the lifeguard number is 5. It is ensured that the movement proceeds in the natural flow of motion in the direction of the event without changing direction. Another advantage of the invention is that it reduces intervention time while improving operational safety and mobility. It supports ergonomics. Thanks to the slide system, the lifeguard can descend in steps. It is possible to reach the bottom without needing the process, thus enabling a rapid descent. 10 to reduce problems such as loss of balance or difficulty in movement that may occur during the procedure This is intended, especially in situations where it is necessary to move around with equipment. a more fluid intervention process can be achieved. Thanks to its modular and expandable structure, the invention can be applied to different plant types. 15 It exhibits the following features: The system is suitable for swimming pools, Olympic pools, aquaparks, beaches, hotels, municipal recreation areas, sports facilities and open water events, among many others. It is suitable for application in various fields. Furthermore, it requires a suitable support system. material choices and the possibility of retrofitting into existing lifeguard towers This is possible. This situation completely transforms the existing infrastructure of the facilities. This allows them to increase security capabilities without making any changes. The invention is modular, aesthetic and renewable, in line with modern production techniques. The fact that it can be produced with various materials is also among its important advantages. The system; Industrial design, building and construction systems, ergonomics, occupational health and safety, 25 a multidisciplinary field related to sports facility planning and water safety equipment It offers a solution. In this respect, it is not only functional but also It offers a structure that can be developed and adapted to different application scenarios. The invention transforms lifeguard towers from mere fixed structures used for observation into 30 It is transforming them into more functional security systems with rapid response capabilities. It reduces intervention time, improves user ergonomics, and provides direct access to the scene of the incident. 6 It provides freedom of movement, regulates movement within the tower, and is more efficient than existing systems. It is an innovative system that contributes to life safety thanks to its functional structure. It offers a solution. Explanation of the Figures: 5 The invention will be described by referring to the attached figures, so that the features of the invention can be explained. It will be understood and appreciated more clearly, but the purpose of this invention is this obvious It is not about limiting it with regulations. On the contrary, the invention is defined by the accompanying claims. all alternatives, modifications, and 10 options that can be included within the defined area The aim is to cover their equivalences. The details shown are only for the present invention. It is shown to illustrate the preferred arrangements and both the methods shaping, as well as the rules and conceptual features of the invention, in the most useful way. It should be understood that they are presented to provide a readily understandable definition. This in the drawings; 15 Figure 1 is a perspective view of the system. Illustrations that will help understand this invention are shown in the attached image. They are numbered and listed below with their names. 20 Explanation of References: 1. Observation Platform 2. Canopy 25 3. Seat 4. Front Slide 5. Landing and Taking-Off Platform 6. Rear Access Staircase 7. Lifebuoy Holder 30 8. Rescue Tube Holder 9. Support legs 7 Description of the Invention: The invention is an observation platform (1) that enables observation from above, observation a seat (3) located on platform (1) of observation platform 5 (1) a canopy located on the top (2) to provide emergency access to the tower a positioned in the rear section that forms the first line of action for intervention rear access ladder (6), between observation platform (1) and rear access ladder (6) a landing and take-off platform (5) providing passage, second line of movement for emergency response a front 10 formed and positioned in the front section of the tower to enable rapid landing. slide (4) and the whole system are designed to stand firmly on the ground. It includes the supporting legs (9). The invention is designed to enable the transportation of emergency response equipment on the tower. Includes a lifebuoy holder (7) and / or a rescue tube strap (8). 15 The invention is between the observation platform (1), rear access ladder (6) and front slide (4). a landing and take-off platform that provides user guidance and forms a transition section (5) has. Detailed Description of the Invention: The invention enables lifeguards to observe from a height and respond to emergencies when needed. front slide and rear access stairs that allow quick access to the scene It is structured as a lifeguard observation tower. The system monitors the lifeguard's duties. remaining in a safe monitoring position during this time, and having the necessary rescue equipment. keep it readily accessible and in case of danger, there will be no need for the classic ladder descent. It allows it to reach the ground faster without hearing it. The upper part of the tower structure provides the lifeguard with a wide view of the pool, beach, or water area. 30 There is an observation platform (1) that allows observation from a certain angle. Observation platform (1) constitutes the main work area where the lifeguard works and the other part of the system 8 It operates in conjunction with its functional parts. On the observation platform (1) ensuring the lifeguard sits in a balanced and ergonomic position during prolonged surveillance. The seat providing (3) is positioned. At the top of the observation platform (1), the lifeguard can protect himself from the sun, rain and similar conditions. There is a canopy (2) that provides protection from environmental effects. The canopy (2), It increases the working comfort of the lifeguard working on the platform and for a long time It supports task efficiency in continuous surveillance activities. Thus The lifeguard, positioned on the seat (3), continuously monitors the water area. It is doing. 10 The lifeguard's safe arrival at the tower is ensured by the tower's rear section. Rear access is provided by ladder (6). Rear access ladder (6) is normal During use, it performs the function of accessing the tower and the platform. Thanks to the structure, the access line to the tower is 15 kilometers from the landing line used for emergency response. They are separating and the movement pattern on the tower is becoming more controlled. Passage between observation platform (1) and rear access ladder (6) and front slide (4) There is a landing and take-off platform (5) that provides access to the lifeguard. The landing and take-off platform (5) is for the lifeguard. Moving from a seated and observational position, one can use the stairs or 20 as needed. This section allows the user to move towards the slide. It directs movement and supports transit security. In the front section of the tower, the rescuer can quickly and controllably respond to an emergency. There is a front slide (4) that allows it to reach the bottom in this way. Front slide (4), 25 the lifeguard can go to the scene of the incident without having to descend back down the ladder in case of danger This allows the lifeguard to make the correct move. In this way, the observer can... from platform (1) to landing-ascent platform (5) and from there to the front slide (4) It quickly descends to the ground. To ensure that emergency response equipment is kept ready on the tower, life... Lifebuoy holder (7) and life tube sling (8) are included. Lifebuoy holder (7), lifebuoy 9 It ensures that the ring is securely and accessibly fixed on the tower. The rescue cylinder sling (8) ensures the safe transport of the rescue cylinder and the need for This allows for immediate and rapid response. Thus, the lifeguard can quickly identify the incident. by taking the necessary equipment or moving from a position close to the equipment when the situation arises The intervention process is beginning. 5 The tower structure must sit evenly on the ground and withstand the loads generated during use. Safe movement is ensured by support legs (9). Support legs (9), transferred via observation platform (1), rear access ladder (6) and front slide (4) It transmits the loads to the ground and ensures the stable operation of the system. 10 The lifeguard's ascent to the tower, waiting on the platform, and descent via the slide. During this process, structural integrity is preserved thanks to this load-bearing arrangement. The working process of the invention is to reach the tower via the rear access ladder (6) of the lifeguard. It starts with the ascent. The lifeguard descends using the rear access ladder (6)-15 The mission reaches the exit platform (5) and from there passes to the observation platform (1). during which time it is positioned on the seat (3), under the canopy (2) surrounding It is protected from the elements and monitors the water area from a high vantage point. A lifeguard is on duty to respond to drowning hazards, struggling in the water, sudden illness, or other emergencies. When it identifies a situation requiring rapid intervention, it first heads towards the intervention area. It is moving. The equipment needed at this stage is a lifebuoy holder (7) or The rescue tube can be removed from the sling (8). Then the lifeguard observes from platform (1) to landing-ascent platform (5) and towards the front slide (4) It is heading in that direction. 25 During the emergency intervention, the lifeguard descends in a controlled manner via the front slide (4). It descends. The front slide (4) allows the lifeguard to descend to the ground without having to descend the step ladder. This enables it to reach the scene and facilitates its descent into the incident area. This landing During this time, the support legs (9) ensure the stability of the tower structure and the system's 30 It supports safe usage. In the final stage, after the lifeguard reaches the ground via the front slide (4), directly It is directed towards the scene of the incident. Thanks to this operational arrangement, the tower is only for surveillance. It is moving away from being a passive structure used for this purpose and is supporting rapid intervention. It functions as an integrated security system. 10 20 30

Claims

11 REQUESTS 1- The invention relates to a rapid response lifeguard tower with a slide, the feature of which is;  an observation platform that allows observation from a height (1),  a seat (3) located on the observation platform (1), 5  a canopy (2) located on the upper part of the observation platform (1),  The first line of action for emergency response to gain access to the tower forming and a rear access staircase located in the rear section (6),  a passage that provides access between the observation platform (1) and the rear access ladder (6) landing and take-off platform (5), 10  forming the second line of action for emergency response and enabling rapid landing a front slide (4) located in the front section of the tower for this purpose and  The entire system is designed to stand firmly on the ground, supported by a load-bearing structure. It includes support legs (9). 2- The device mentioned in Claim 1 is a rapid response lifeguard tower with a slide, and its features are: A lifeguard is needed to transport emergency response equipment on the tower. characterized by including a lifebuoy holder (7) and / or a rescue tube strap (8). It is done. 3- The device mentioned in Claim 1 is a rapid response lifeguard tower with a slide, and its features are: between the observation platform (1), the rear access ladder (6) and the front slide (4) It has a landing and take-off platform (5) which provides guidance and forms a transition section. It is characterized by its being. 30

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