ADAPTABLE OXYGEN CYLINDER TRANSPORT AND FIXING APPARATUS THAT CAN BE ATTACHED TO AND DETACHED FROM VARIOUS SUPPORTING STRUCTURES.

Abstract

The invention relates to a modular transport and securing apparatus that can be attached to and detached from wheelchairs, hospital beds, stretchers and similar transport structures, in which the lower part of oxygen cylinders of different sizes is seated and transported, the body is centered and the upper or middle section is quickly secured.

Description

1 TARIFF ADAPTABLE, CAN BE ATTACHED AND REMOVED FROM DIFFERENT LOAD-BEARING STRUCTURES. OXYGEN CYLINDER TRANSPORT AND SECURING DEVICE TECHNICAL AREA 5 The invention is a device that can be attached to and detached from wheelchairs, hospital beds, stretchers and similar transport structures. a device in which oxygen cylinders of different sizes are placed at the bottom and centered at the body. and a modular transport and securing device to which the upper or middle section can be quickly attached. It is related to. PREVIOUS TECHNIQUE In healthcare delivery, oxygen cylinders are transported by wheelchair during mobile patient transport. Safe transportation using patient stretchers, hospital beds, and similar supporting structures. It is a necessity. In current technology, straps, belts, rings, hangers, baskets or flat-bottomed 15 are used for this purpose. Carrier solutions are used. These known solutions carry the oxygen cylinder in just one or two places. It connects or surrounds at a point of separation, and the lower part of the tube is adequately connected. Due to the tube not being properly seated, it may slide down or oscillate laterally during transport. This can cause it to rotate around its own axis and tip over. Sudden movements, direction These simple conveyors and belt systems withstand changes or vibrations originating from the ground. 20 It fails to securely fasten the tube, which poses a risk to both patients and healthcare personnel. This jeopardizes security. Furthermore, most existing systems are only... Because it is specifically designed for a single type of load-bearing structure, the same apparatus cannot be used in different pieces of equipment. and it is not possible to use them in a modular way. In addition, the oxygen cylinders used The fact that they have different capacities and therefore different diameters and sizes means that the existing solutions are 25 This has not been considered in most cases. A strap or sling optimized for a tube of a specific diameter. the system provides the same level of grip and fixation on a tube of larger or smaller diameter. It is unable to demonstrate the performance. All these technical limitations, different support structures and different tubes This necessitates having separate transport equipment for each size. This creates inefficiencies in terms of cost and logistics and leads to compromises on patient safety. 30 This is happening. These shortcomings in the current technique require placing the oxygen cylinder on its base for a balanced position. It will carry the weight in this way, centering its body against lateral movements, from its upper or middle section. It will fasten quickly and securely, and allow for attachment and detachment to different support structures. 2 will provide and integrate all of this in a way that accommodates different tube sizes. and reveals the absence of a modular transport and fastening apparatus. This invention, under the synergistic effect of the seat, side support surface and quick-release fastening element This combination ensures the tube is securely gripped and balanced from three different points. It provides; thanks to its detachable connection mechanism, it can be used commonly in different support structures. 5 It offers the possibility of adapting to different tube diameters and sizes with its adjustment mechanism. innovative technology that aims to eliminate all these shortcomings and limitations in the current technology. It offers a solution. Patent document number KR101935385B1 describes attaching an oxygen cylinder to a wheelchair. The text describes a device used for removing a wheelchair. The invention involves a specific 10-inch wheelchair. a compartment that is mounted inside and provides a space for storing an oxygen cylinder. the housing, a motor mounted on one side of the housing that provides rotational force, and It includes a cam mechanism mounted on the other side of the housing. Its mechanism converts the rotational force of the motor into linear motion, creating structures of different sizes. securing oxygen cylinders to the wheelchair and easily removing the secured cylinder from the wheelchair 15 It enables separation. In the present invention, a motorized cam is used to fix the tube. instead of a mechanism, a completely mechanical sub-system operated manually by the user. The system utilizes a seat housing, a side support surface, and a quick-release fastening element. No electric drive system is required. Furthermore, the present invention only Not limited to wheelchairs, it can also be attached to other transport structures such as hospital beds and stretchers. 20 While offering a detachable feature, this equivalent application is only for wheelchairs. It offers a solution. Patent document CN106214366A describes a wheeled vehicle with an oxygen preparation function. The chair is being discussed. The invention consists of a chassis and wheels located at the bottom of the chassis, 25 a spring-loaded seat located at the base of the chassis, positioned at the bottom of the chassis The molecular sieve type oxygen generator is mounted on the backrest section of the chassis. a connected control device, an air transmission tube at the top of the control device, and the control The device includes a battery connected to an oxygen generator. The invention also includes a seat armrest. a heart rate sensor that detects the user's heart rate in real time 30 It includes. In the present invention, the wheelchair itself is used to carry the oxygen cylinder. There is no integrated oxygen production system. The present invention describes external and portable oxygen. a modular apparatus for securely fixing tubes to different support structures It offers a range of products but does not include a built-in oxygen generator or oxygen production technology. 3 Furthermore, the current invention provides superior stability by gripping the tube at three different points, unlike its counterparts. any mechanical clamping or centering elements for securing the tube in the application It is not available. Patent document number CN201888888U describes a device suitable for oxygen absorption and transfusion, with a usage limit of 5. The invention refers to a simple medical wheelchair. The invention consists of a chair seat with four... a seat base plate fixed to its foot, with fasteners fixed to both ends of this base plate respectively a sheep's eye tension spring and a hook tension spring, in the rear center section of the backrest. a serum hanger connecting tube that is fixed and has a positioning screw on it, a push handle fixed to the back of the backrest, a backrest fixed to the chair seat 10 with a base, a pair of foot pedals, and four mounts attached to the four legs of the chair seat. It includes a swivel wheel. In the present invention, however, there is a separate seating slot and side for the oxygen cylinder. There is a support surface which ensures that the bottom of the tube is securely seated and It ensures the centering of its body. In this equivalent application, the oxygen cylinder any bottom mounting slot, side support surface or quick-fixing 15 There is no element; instead, the oxygen cylinder is directly connected to a hook tension spring. It is held in place, which is insufficient to prevent lateral oscillation and the risk of tipping. Patent document CN204971931U describes a new type of wheelchair. The invention consists of a wheelchair main body, supported by a 20-inch support at the rear of this main body. a sleeve with a connected tube positioned, the connecting tube with a serum hanger that it is compatible and has a limiting screw, the sleeve with an oxygen cylinder that it is compatible, with a support plate for the armrest of the main body of the wheelchair. that it is connected, and that there is an on / off valve and an oxygen meter on the support plate, The oxygen meter is connected to the oxygen cylinder via an oxygen therapy tube with an on / off valve. It includes the connection. In the present invention, however, the fixation of the oxygen cylinder is only a single connection. This is done via a casing. However, the present invention delivers the tube from below, from the side, through the lower seating housing. with the support surface laterally and with the quick-release fastener from the top or middle section It provides safety from three separate points; and thanks to its adjustment mechanism, it is suitable for different tube diameters. It is adaptable. In this equivalent application, the casing is adaptable to different tube diameters. 30 There is no adjustment mechanism to provide this. Patent document number CN204468472U describes the treatment of prostate patients, oxygen absorption, and The invention refers to a wheelchair for transfusions. The device reduces pressure on the wheelchair. 4 a seat with a hole in it containing traditional Chinese medicine powder for the treatment of prostatitis a cushion, a chair seat plate under this cushion, a base under the chair seat a plate and a small oxygen cylinder holder positioned on this base plate It includes. In the present invention, a specific therapeutic feature for prostate patients is developed. There is no such thing, and the invention is entirely focused on the safe transport and securing of oxygen cylinders. 5 It focuses on the technical difference; in this equivalent application, the oxygen cylinder is only the bottom. While the tube is secured at one end with a holder, in the present invention, the top and bottom are used to prevent the tube from tipping over. It is also actively supported from the side areas, and features a plug-and-play connection. This mechanism makes integration with different load-bearing structures possible. Patent document number CN205924336U describes a wheeled vehicle equipped with an oxygen supply apparatus. The invention refers to a chair. It involves a wheelchair frame, a chair body... an oxygen supply apparatus mounted on the rear, the oxygen supply apparatus being an oxygen that it contains a tube with a human body infrared sensor on the wheelchair seat that it contains a pressure sensor inside the oxygen cylinder, and an infrared sensor with 15 The pressure sensor is connected to a single-chip computer, and the single-chip computer also has a A voice and visual alert module is connected to a GSM module, and the GSM module is for the nurse. It involves communicating with a terminal at the station. In the present invention, however, any electronic sensor, pressure monitoring system, infrared detection or wireless communication module There is no such thing. The present invention offers a completely mechanical and passive fastening system. 20 It does not require any electrical or electronic components. Therefore, the existing The invention offers a more cost-effective, reliable, and maintenance-free solution. Patent document CN202010243U describes how pregnant women can be comfortably transported for examinations. The invention refers to a wheelchair with oxygen intake and abdominal support. The invention is a 25 a small oxygen cylinder connection tube located under the chair seat, the bottom of this tube its end is fixed to a base plate, and swivel wheels are mounted on the base plate, a foot pedal fixed to the base plate, the support legs of the chair seat, the chair two telescopic rods are attached to the backrest tube of the seat, these rods two fixed grab handles, two 30-inch handles mounted on either side of the backrest tube. a positioning bolt and an inflatable abdominal support column attached to the foot pedal It includes. In the present invention, the oxygen cylinder is secured with a simple connecting tube. This is done by means of any element that restricts the lateral movements of the tube. It is not available. The present invention centers the tube body with the lateral support surface and is fast. It locks the top part with a fastening element, thus providing superior protection against the use of an equivalent application. It provides lateral stability. Patent document number JP2000140030A describes the installation of equipment for a wheelchair. The structure is being discussed. The invention concerns the rear frame of an electric wheelchair. on the side, a certain distance is left between the lower support section and the upper support section. oxygen cylinder and breathing apparatus positioned one on top of the other on the equipment loading carrier There is an equipment loading bay where equipment such as the device will be placed, The carrier has a lower supported section and an upper supported section at the front, again with a specific... It is positioned with a distance between them, and the transport wheels are located at the rear lower part of the carrier at 10 It includes being mounted in a rotatable manner. In the present invention, however, a similar lower support part is included. Although there is a lower seating slot, this equivalent application allows for lateral movements of the tube. a limiting side support surface and an element that quickly secures the top of the tube It is not available. Furthermore, the present invention includes an adjustment that accommodates different tube sizes. While it includes a mechanism, this equivalent application lacks any adjustment capability. 15 Patent document number CN201806852U describes a cardiology wheelchair device. The invention is described as a connecting tube fixed to the backrest of a chair seat. a serum hanger inserted into it, a positioning bolt on the connecting tube, Two arms are attached to the backrest of the seat via two elastic folding links. 20 its support, placing an oxygen bag secured between the four legs of the chair seat. It includes a plate and four swivel wheels attached to the lower ends of the four legs of the seat. In the present invention, the oxygen cylinder is housed in a rigid and molded lower seating slot instead of a bag. It is positioned in a way that physically prevents the tube from sliding down. This equivalent In this application, the oxygen bag is secured only with a mounting plate, 25 There are no top fixing or side support elements to prevent the tube from tipping over. The present invention offers a multi-point fastening system that addresses these shortcomings. Patent document number CN203138888U describes a multifunctional wheelchair for a patient. The device in question is described. The invention involves a chair leg, with a 30-inch base at the bottom of the chair leg. swivel casters, an armrest on the chair seat, a hollow space at the base of the armrest. a column and a telescopic rod that is movable inside this column, telescopic a serum hanger at the top of the rod, a positioning screw on the outer column, behind the backrest of the chair seat is an oxygen cylinder holder and the backrest 6 It includes a push handle at the back. In the present invention, however, the structure of the oxygen cylinder holder... It is not detailed and most likely consists of a simple hive or suspension system. Available The invention operates on the principle of gripping the tube from three different points, and also utilizes different carriers. Thanks to its ability to be attached and detached from structures, it is not limited to wheelchairs only. It does not remain. This equivalent application, however, only allows the oxygen cylinder holder to be fitted to a wheelchair. It is integrated. Patent document number CN202060993U describes a multifunctional medical device for pediatric patients. The wheelchair in question is described. The invention is a wheelchair mounted on a base fixing plate. a connected IV pole tube with a compression screw on this tube, base 10 a foot pedal on the fixing plate and swivel wheels mounted on the base plate, a chair seat and a chair backrest tube attached to the backrest of that seat with two positioning bolts on this pipe, as well as a small one attached to the foot pedal. It includes an oxygen cylinder sleeve. In the present invention, however, the fixation of the oxygen cylinder is only This is done via a sleeve at the bottom. The present invention applies to the middle or upper region of the tube with a 15 This is achieved by installing a quick-release fastening element that prevents the tube from tipping over. The equivalent application does not include such a top fixing element. Furthermore, the adjustment of the present invention... While its mechanism adapts to different tube diameters, in this equivalent application the sleeve is for a fixed diameter. It has been designed. Patent document number CN201968931U describes a medical multifunctional wheelchair. The invention is described as attaching one end of a chair leg to the underside of the chair seat. that it was fixed, the other end was fixed to a dovetail sliding plate, a an inflatable support column and a table plate are articulated by a folding connection, a small oxygen cylinder connecting tube is fixed to the base of the foot pedal, a 25 two dovetail sliding rails fixed to the base plate, inside these rails a dovetail scroll with a positioning screw attached It includes the plate and a serum hanger connection tube fixed to the base plate. Available In this invention, however, the oxygen cylinder connecting tube does not have any adjustment mechanism. The present invention allows for the adjustment of the opening of the lower seat housing, side support 30, thanks to its adjustment mechanism. By changing its position and the gripping range of the fastening element, it can accommodate different tube sizes. While this provides flexibility, this equivalent application lacks such flexibility, for tubes of different sizes. Separate devices or adapters are required. 7 Patent document number CN201441546U describes a wheeled device for the treatment and transport of patients. The invention refers to a chair device. The invention concerns the side of the backrest of a patient transport chair. an IV pole attachment fixed to the side and having a positioning bolt on it its pipe, four swivel wheels mounted on the four legs of the patient transport chair, a base plate fixed to the four legs of the chair, 5 on this base plate a medical equipment storage cabinet and an oxygen bag storage cabinet positioned within it. a foot pedal articulated to the two front legs of the chair with two elastic folding links It includes. In the present invention, however, the oxygen source is not a bag but a rigid tube, and this tube Much higher mechanical requirements to ensure safety during transport. It is located. The present invention positions the bottom of the tube, centers its body, and the top 10 While locking that part, in this equivalent application the oxygen bag is only inside a cabinet. It is positioned and there are no fixing or centering elements. Patent document number KR102734467B1 describes an oxygen tank fixing apparatus. The invention is described as consisting of a support shaft and 15 movable components attached to this support shaft. a support module containing a support piece that supports the oxygen tank, in one direction an extended frame that secures the support module and allows the support module to rotate a clamp module attached, which can be rotated according to the extension direction of the frame, and It includes fastening modules that secure the support piece to the support shaft. In the present invention, however, The fastening mechanism has the ability to rotate around a clamp and a support shaft. 20 It is based on. However, the current invention allows the oxygen cylinder to be transported both by being seated underneath it and... It is based on the principle of both centering from the side and quickly fixing from above, This equivalent application does not include any fastening elements for the upper region of the tube. It is not available. Furthermore, while the present invention restricts the tube in three axes, this equivalent application is based on the following principles. It allows rotational movement and encloses the tube at only one point. 25 Patent document JP2001120602A describes a single object attached to a wheelchair. The invention refers to a maintenance wheelchair consisting of a wheeled bicycle. The invention concerns maintenance. a removable wheelchair equipped with an attachment mechanism to the rear frame of the wheelchair a foldable or fixed connection mechanism is installed, and a 30 is attached to this connection mechanism. a foot-operated unicycle via a foldable or fixed connecting shaft the bicycle is attached and, if necessary, an oxygen cylinder can be attached to this attachment mechanism. A section has been added for the placement of rescue equipment such as a dropper device. It includes. In the present invention, there is also an additional connection for securing the oxygen cylinder. 8 There is no mechanism. The detachable connection mechanism of the present invention, the apparatus While enabling direct attachment to the carrier structure, this equivalent application uses an oxygen cylinder carrier. Presented as a separate connecting element, it allows for bottom fitting and side centering of the tube. and does not include any elements such as top fastening. Patent document number CN203524884U describes a multifunctional device for the traditional Chinese medicine department. The subject is a wheelchair. The invention involves the addition of a backrest to the side of a chair seat. a serum hanger connecting tube with a compression screw on one side that it is fixed, that there is an armrest on the chair seat, the chair seat The chair legs have 10 foot pedal platforms, one for the left foot pedal and one for the right foot pedal, respectively. It includes securing the oxygen cylinder. Any technical details regarding oxygen cylinder securing are not included. There is none. The present invention, however, is entirely focused on the safe and modular design of oxygen cylinders. It is focused on transportation, with a lower seating slot for securing the tube, a side support surface, and quick movement. five basic components: fastening element, quick-release connection mechanism and adjustment mechanism. It presents all these elements together. This equivalent application contains none of these elements, oxygen 15 No technical instructions are given on how to secure the tube. Patent document number CN202015295U describes a very useful product for patients with bone injuries. The invention refers to a functional wheelchair. It involves an inflatable support column. a table plate is articulated with a folding joint, the upper 20 of the inflatable support column It has two leg and foot placement grooves on its surface, and a foot pedal. a small oxygen cylinder connecting tube is fixed to the base, on a base plate two fixed dovetail sliding rails, with parts placed inside these rails and It includes a dovetail sliding plate with a positioning screw on it. In the present invention, the oxygen cylinder is secured only from its bottom by a connecting tube 25 This is achieved by centering the lateral support surface with the tube body. While preventing lateral oscillation, this equivalent application does not limit any lateral movements of the tube. There is no side support element. This situation causes the tube to shake, especially during transport. And it is a serious deficiency that could potentially lead to its downfall. Patent document number JP2006068305A describes an electric vehicle and an oxygen enrichment system. The device in question is described. The invention involves transferring water discharged from a container through an ion exchange resin. that it is turned into pure water, and this water is sent to a water electrolysis cell where it is electrolyzed, The oxygen produced as a result of electrolysis is used for oxygen respiration using a water separator, a container, and a... 9 that it is fed into a respiratory support mask via a control valve, resulting from electrolysis Hydrogen is then sent to a fuel cell stack for electricity generation, and this electricity generation... This involves using the resulting electrical energy to charge a battery. In this invention, the oxygen source is an external tube, and any electrochemical oxygen production or No enrichment technology is used. The present invention mechanically processes the oxygen cylinder 5 It focuses on the fixing and transport of the cylinder, and the production or processing of oxygen inside the cylinder. It does not contain any claims related to that. Patent document number CN201968932U describes how to make it easier for patients to relieve themselves. The invention refers to a medical multifunctional wheelchair that provides this capability. 10 a drawer with a defecation hole and hooks for hanging a stool The closing plate is mounted on a base plate with two wheels and a rotating mechanism. a table with wheels, a foot pedal fixed to the base plate, and an inflatable support column. its plate is articulated with a folding link, a small oxygen cylinder on the foot pedal The base of the connecting pipe is secured, with two dovetail pins fixed to the base plate. a dovetail sliding rail and a dovetail sliding mechanism embedded within these rails It includes a plate. In the present invention, however, there is no side plate for fixing the oxygen cylinder. There is no support or upper fixing element. The present invention attaches the tube to the lower seating slot. It is positioned, centered with the side support surface, and secured from above with a quick-release fastener. It locks. In this equivalent application, the oxygen cylinder is only connected by a connecting tube at the bottom. 20 It is inserted internally and there is no lateral or top-down fixation. Patent document number CN207627697U describes a respiratory device for internal medicine. The invention is described as a respiratory device body with an oxygen tank at the bottom of this body. the cylinder, wheels on either side of the oxygen cylinder, a steering wheel on one side of the wheels, 25 on one side of the steering wheel is a first foot pedal, and on the other side of that foot pedal is a second foot pedal. a pedal, a seat cushion on top of the oxygen tank, a handle on one side of the seat cushion its support, on the other side a filter box, on top of the filter box a box lid, box an air intake pipe on one side of the cover, and a water outlet at the bottom of the filter box. its tube, a headrest on top of the seat cushion, and a 30-inch pole on this headrest. It includes an oxygen mask. In the present invention, however, the oxygen cylinder is directly attached to the wheelchair. It is integrated into the structure and the tube cannot be removed or attached to another carrier. This is not possible. The present invention allows different versions of the same device to be used thanks to its detachable connection mechanism. While this allows for its use in load-bearing structures, this equivalent application proposes oxygen cylinders with wheels. It has been made an integral part of the chair and does not have modularity features. Patent document number US5988165A describes how to create enriched oxygen gas and... 5. A device and method for compressing for high-pressure mobile storage. It is stated that the invention involves using an oxygen concentrator together with a compressor. highly enriched and compressed oxygen gas in a mobile container such as a gas cylinder It provides oxygen concentrators that extract approximately 80 percent to approximately 1 percent of atmospheric air. Two or more molecular sieves to provide a breathable gas containing 98% oxygen. In use, the oxygen-enriched gas produced is stored in a condenser product tank. 10 and primarily the patient is provided with oxygen in the appropriate amount and concentration, secondarily Any excess or super-enriched oxygen is fed to a compressor. Available The invention concerns the transportation and securing of oxygen already contained in an oxygen cylinder. and involves the separation, enrichment, or compression of oxygen from atmospheric air. There are no processes involved. The present invention is independent of oxygen production technologies. as such, it ensures the safe transport of any existing standard oxygen cylinder. It offers a mechanical fastening solution. Patent document CN201930360U describes a vehicle-mounted breathing apparatus. The invention refers to a pressurization apparatus. It consists of a support plate with 20 mm pressurization pressure applied to both side surfaces. two spring-shaped support plates fixed in place, these two spring-shaped supports Two nuts attached to and connected to the plate are fixed to the four corners of the support plate. four binding ropes, screwed onto nuts and spring-shaped support plates a bolt passing through, a pressurization plate fixed to one end of the bolt, and to the other end It includes a mounted handwheel. In the present invention, however, the oxygen source is not a bag, but 25 It is a rigid tube, and it is not possible to pressurize or compress this tube. Existing The invention involves physically fixing and transporting an oxygen cylinder to a support structure. While concerned with preventing it from tipping over, this equivalent application deals with the oxygen inside the oxygen bag. It offers a mechanism for increasing pressure. These two inventions are based on completely different techniques. It provides solutions to problems. 30 Patent document JP2011015971A describes a system for patient support, monitoring and treatment. The invention is described as a patient support device such as a bed, stretcher, or wheelchair. The system has an electronic control system and a user interface, 11 electronic control system of the bed deck including head, seat and leg connections of the bed It monitors its functions, and also includes a heart rate monitor, a blood pressure monitor, thermometer, continuous compression therapy device, chest wall oscillation device, respiratory therapy that it checks or monitors the operation of medical devices such as the device and blood oxygen monitor It includes. In the present invention, however, any patient monitoring, physiological parameter measurement or 5 There is no electronic control system. The present invention is a completely passive mechanical system. It is a mounting bracket and does not contain any sensors, monitors, or electronic components. This While the equivalent application presents a complex electronic patient monitoring system, the present invention is simple and inexpensive. and offers a reliable mechanical solution. Patent document number CN201847845U describes a medical patient wheelchair device. It is stated that the invention is located on the left edge center part of an oxygen bag placement plate. a secured suspension chain to the right middle section of the oxygen bag placement plate one end of the hook spring is secured to the side of the backrest of a chair seat. an IV pole placed inside a connecting tube with a positioning bolt, 15 the connecting pipe is fixed to the backrest of the chair seat, the chair seat is four the oxygen bag placement plate is secured between the legs and the four of the chair seat It involves four swivel wheels being attached to the lower end of its foot. In the present invention, however, An oxygen cylinder is not a bag but a rigid cylindrical container, and therefore has much higher mechanical properties. Stability is required. The present invention seats the bottom of the tube, with a 20° side support surface. centering and locking with a quick-release fastener from above, in this equivalent application The oxygen bag is simply placed on a plate and requires no lateral or overhead fastening. It does not contain any element. Patent document CN1128651A describes an oxygen apparatus and a stand for an infusion apparatus, with 25... The invention refers to a multipurpose vehicle equipped for transporting critically ill patients. It is designed to transport critically ill patients. It offers a transport system that facilitates transfer to a hospital bed or diagnostic table, It consists of a system in which the oxygen cylinder and IV pole are integrated into the support structure. In the present invention, the transport device can be a wheelchair, stretcher, or hospital bed, and The device can be attached to and detached from these structures. The detachable connection mechanism of the present invention is 30 Thanks to this, the same apparatus can be used in different carrier structures, while in this equivalent application, oxygen The IV tube and IV pole are mounted directly onto the carrier vehicle and cannot be transferred to a different carrier. It does not have transfer or modular use features. Furthermore, the present invention has a lower seating position. Elements such as the housing and side support surface are not included in this equivalent application. 12 The inspections revealed that wheelchairs, patient stretchers, hospital beds, and similar transport devices were involved. Current technical solutions for securing oxygen cylinders to structures have serious limitations. and appears to involve safety risks. The vast majority of current systems use oxygen cylinders. 5 that surround only a single point or are held by a simple sleeve, hanger, basket or strap system It consists of structures. In such solutions, the lower part of the oxygen cylinder must be adequately fitted. Due to its inability to be seated and its body not being centered with any lateral support, transportation During this process, the tube slides downwards, rotates around its own axis, and especially sudden movements, ramp tipping over due to lateral oscillation under ups and downs or vibrations from the ground The risk arises. Furthermore, almost all existing solutions are only for wheeled 10 Specifically designed for a single type of support structure, such as a chair, the same apparatus can be used for a stretcher, In a common and modular way, whether it's a hospital bed or a different type of wheelchair. It is not possible to use it. In addition, hospitals have different capacities and therefore Although oxygen cylinders of different diameters and sizes are used, most of the existing apparatuses Fixed for a specific tube size, but any 15 will accommodate different tube diameters. It does not have an adjustment mechanism. In some existing solutions, the oxygen source is a cylinder instead of... additional problems such as being a bag, the need for pressurization, and low mechanical stability. This includes some advanced solutions involving electronic sensors or motorized systems. However, disadvantages include high cost, maintenance requirements, and dependence on a power source. It offers. All these limitations are separately calculated for different support structures and different tube sizes. This creates a requirement to have equipment and leads to a compromise in patient safety. This invention eliminates all these technical shortcomings and safety risks. It offers an innovative solution developed to remove the oxygen cylinder. In this invention, the oxygen cylinder is primarily... It is physically prevented from sliding down by being seated in the lower seat slot, then the side support Thanks to its surface, the tube body is centered, minimizing lateral oscillations and rotational movements. 25 Finally, the upper or middle section of the tube is secured with a quick-release fastening element. It is secured with a single movement and preferably thanks to an integrated locking mechanism. The risk of spontaneous opening is completely eliminated. The device has a detachable connection. With its mechanism, it can be mounted on different support structures without the need for any tools, and It can be disassembled and used on another carrier if needed. Thanks to the adjustment mechanism, the bottom 30 the opening of the seat socket, the position of the side support, and the gripping range of the fastening element. It is interchangeable, making the same adapter compatible with oxygen cylinders of different diameters and sizes. It is arranged in a bowl, semi-circular or V-shaped form of the lower seating slot and the tube. Thanks to being gripped simultaneously from three different points, the device can withstand sudden movements and changes in direction. 13 It exhibits superior stability and safety performance even under vibration. In this respect... The present invention addresses all these shortcomings in the current technology, and is suitable for different carrier structures and different Compatible with various tube types, highly modular, fully mechanical, maintenance-free, It offers a low-cost and superiorly secure standard for transportation and fastening. Ultimately, the problems mentioned above, which cannot be solved with the current technology, are the subject of discussion in the relevant technical field. This has made it necessary to make an innovation. A BRIEF DESCRIPTION OF THE INVENTION The invention describes how medical gas cylinders, particularly oxygen cylinders, can be safely and securely transported during patient transport. eliminates technical problems arising from the need for balanced positioning. It offers an innovative lifting and securing device aimed at lifting. In current technology Known strap, belt, hanger, basket or flat-bottomed carrier solutions, the tube is usually only This causes it to be held in place at certain points, and the lower section cannot be properly seated. This carries the risk of slipping, lateral oscillation, rotation, or tipping during transport. 15 This brings about additional problems. Moreover, since these existing systems are mostly designed for a single load-bearing structure. It does not allow for common use in different equipment and is not compatible with tubes of different diameters and sizes. It is insufficient in providing this. The present invention solves all these technical problems under a single umbrella. and a new approach through a series of mechanical elements that work synergistically with each other. It brings about. The apparatus that is the subject of the invention is integrated onto a main carrier body; different carriers 20 A detachable connection mechanism that enables modular connection to structures, oxygen a lower seat that securely holds the bottom of the tube in place, preventing it from sliding down. the housing, at least one lateral support that centers the tube body and minimizes lateral oscillations a device that secures the surface and the top or middle section of the tube in a single movement, preferably with a safety lock. It includes a quick-release fastening element. The device preferably has an adjustment mechanism 25 thanks to the opening of the lower seat slot, the position of the side support and the fastening element. By changing the grip range, it can accommodate oxygen cylinders of different diameters and sizes. It can provide this. The lower seating slot can be arranged in a bowl, semi-circular or V shape, and Thanks to the locking mechanism of the fastening element, the device is protected from sudden movements, changes in direction, or vibrations. Even below this point, the safety of the tube is guaranteed; the quick-release connection mechanism is the same 30 the device is common to multiple carrier structures such as wheelchairs, stretchers, and hospital beds. It allows for its use. In this respect, the invention differs from existing solutions in that it offers a different approach. 14 Highly modular, safe, and compatible with equipment and different tube types. It offers an ergonomic transport standard. The main purpose of the invention is to provide transport for wheelchairs, patient stretchers, hospital beds, and similar devices. 5 common problems encountered in current technology when transporting oxygen cylinders in buildings. Safe and stable, completely eliminating the risks of slipping, lateral oscillation, rotation, and tipping. The aim is to provide a transport system. This includes a lower seat, a side support surface, and a quick-opening mechanism. with a synergistic combination of closing fixation elements from the bottom, middle / side and top regions of the tube By enabling simultaneous comprehension of sudden movements, changes of direction, and ramp ascents and descents. or superior stability and safety performance even under vibrations originating from the ground 10 is obtained. Another objective of the invention is to enable the use of the same conveying and fastening device in different support structures. The aim is to enable modular use. Thanks to the detachable connection mechanism. The device allows the patient to be transferred to a wheelchair, patient stretcher, or hospital bed without the need for any tools. or it can be easily mounted on an examination chair and removed and moved to another one if needed. It can be transferred to the carrier. Thus, having separate equipment for each carrier structure. By eliminating the need for such a requirement, cost and logistical efficiency are increased. Another purpose of the invention is to accommodate oxygen cylinders of different diameters and sizes within the same apparatus up to 20. This allows for safe use. Thanks to the integrated adjustment mechanism, the lower seat... the opening of its socket, the position of the side support surface, and the gripping range of the fastening element They are interchangeable, thus ranging from small-diameter portable tubes to high-capacity hospital tubes. Such a wide range of oxygen cylinders can be fitted without the need for any adapters or additional parts. It can be transported safely and discreetly using the same device. 25 Another purpose of the invention is to streamline the processes of attaching and removing the oxygen cylinder from the support structure. The goal is to achieve this in the fastest and most practical way possible. Quick release fastening element. Thanks to this, the upper or middle section of the tube can be secured with a single movement, and again with a single action. It can be released with movement. This feature is particularly useful in situations requiring emergency intervention. 30 A critical advantage when oxygen cylinders need to be quickly changed or detached from their carrier. It saves time and offers ease of use. Another purpose of the invention is to prevent the oxygen cylinder from opening spontaneously during transport or The purpose is to create an additional layer of security by preventing the fastening element from loosening. Quick release. The closing fastening element should preferably be of a safety lock type, ensuring safety during transport. The fastening mechanism may malfunction as a result of vibrations or accidental contact. The risk of unintentional opening is completely eliminated, thus protecting both the patient and healthcare. 5 The safety of personnel is maximized. Another objective of the invention is to ensure that the apparatus occupies minimum space on the supporting structure. The aim is to provide a compact layout. Positioning that provides a compact layout. Thanks to this section, the device does not restrict the mobility of the supporting structure, patient 10 It does not hinder transfers and the folding of the supporting structure or maneuvering in confined spaces. It does not pose any protrusion or obstacle when it needs to be done. Another purpose of the invention is to enable the lateral oscillation and rotation of the oxygen cylinder around its own axis. The aim is to optimize transport stability by minimizing movement. Thanks to the side support surface, 15 The tube body is perfectly centered, thus facilitating ramps, especially at corridor turns. centrifugal forces and lateral forces generated during transportation in transitions or over uneven terrain The forces are neutralized, minimizing the tube's tendency to tip over. Another purpose of the invention is to replace the straps, belts, hangers and baskets commonly used in current technology. In clinical settings where simple delivery systems like these are insufficient, a reliable and long-lasting solution is needed. The goal is to offer alternatives. These include metals, alloys, polymers, composites, or combinations thereof. The apparatus, which can be manufactured, is resistant to heavy-duty conditions thanks to its robust structure, and is suitable for intensive use. for many years in environments where it is used, such as hospitals, ambulances, and care centers It can be used safely. 25 Another purpose of the invention is to address the need for transporting and securing oxygen cylinders in all applications. In the healthcare sector, patient transport by offering an innovative alternative to existing protocols. Its modular structure, adjustability, and superior features contribute to the improvement of standards. Thanks to its safety features, the invention is suitable not only for oxygen cylinders but also for similar cylindrical medical devices. Medical transport also offers an adaptable solution for gas cylinders and portable cylinder systems. It leads the way in technological advancements in the field of equipment. 16 All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention is designed to produce wheelchairs, patient stretchers, hospital beds, and examination rooms. oxygen cylinders of various sizes that can be attached to and removed from seats and similar support structures. This relates to a compatible transport and fastening device. The system in question concerns the main structural aspect of the device. 5, which forms the load-bearing part, supports all other elements and holds the entire system together. a main carrier body, the apparatus is positioned on the aforementioned main carrier body and the apparatus wheelchairs, patient stretchers, hospital beds, examination chairs and similar transport structures a detachable structure that allows it to be attached and, if necessary, removed and reattached to another support structure. The connecting mechanism is designed to help ensure the oxygen cylinder is transported in a stable upright position. located on the main carrier body mentioned and containing the lower part of the oxygen cylinder 10 A lower seat cushion reduces sliding down, lateral swing, rotation, and tipping. In order to reduce its tendency, the aforementioned substructure is located on the main carrier body and is mentioned below. At least one side encircling and centering the body of the oxygen cylinder seated in the seat socket. The support surface is located on the aforementioned main carrier body and the aforementioned lower seating area. The upper or middle 15 of the oxygen cylinder, which is seated in its socket and centered with the aforementioned side support surface. It includes a quick-release fastening element that secures the section in a single movement. The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For it to be understood, it must be considered together with the figures explained below. BRIEF DESCRIPTION OF THE FIGURES Figure 1: Adaptable oxygen cylinder carrier that can be attached to and detached from different carrier structures. This is a schematic view of the fixing device. REFERENCE NUMBERS 25 1 - Main carrier body 11 - Detachable connection mechanism 12 - Lower seat 13 - Side support surface 14 - Quick-release fastening element 30 - Adjustment mechanism 16 - Positioning section providing compact placement. 17 DETAILED DESCRIPTION OF THE INVENTION This detailed explanation focuses solely on the innovation in the invention to provide a better understanding of the subject matter. This is conveyed without being limited to examples. Accordingly, in the following explanations and figures, different An adaptable oxygen cylinder carrying and securing device that can be attached to and detached from support structures. It is explained. 5 Figure 1 shows an adaptable oxygen cylinder carrier that can be attached to and detached from different carrier structures. This is a schematic view of the fixing device. Accordingly, the system is:  the main structural support part of the apparatus, carrying all other elements on it, and a main carrier body that holds the whole system together (1), 10  the wheelchair, located on the main carrier body (1) of the aforementioned apparatus, attaching to support structures such as patient stretchers, hospital beds, examination chairs, and similar devices. and rail-mounted or A snap-on / snap-off connection mechanism in a pin-hole type locking snap-on connection structure (11),  located on the main carrier body (1) and the lower part of the oxygen cylinder 15 By placing it inside, it reduces the possibility of sliding down and contributes to balanced transport in an upright position. a lower seating slot arranged in the shape of a bowl, semicircle or v (12),  located on the aforementioned main carrier body (1) and the aforementioned lower seating slot (12) surrounding and centering the body of the seated oxygen cylinder, thus lateral at least one side support surface which reduces oscillation, rotation and tendency to tip over (13), 20  located on the aforementioned main carrier body (1) and the aforementioned lower seating slot (12) the oxygen cylinder is placed on top of the mentioned side support surface (13) and centered with the mentioned side support surface (13) or one that secures the middle section with a single movement and preferably has a safety lock mechanism. a quick-opening and closing fastening element (14),  located on the aforementioned main carrier body (1) and the aforementioned lower seating 25 the opening of its housing (12), the position of the mentioned side support surface (13) and By changing the clamping range of the mentioned quick-opening / closing fastening element (14) an adjustment mechanism (15) that adapts to oxygen cylinders of different diameters and sizes and  The aforementioned detachable apparatus is located on the main carrier body (1) mentioned. When connected to the supporting structure with the connection mechanism (11), the usable area is reduced by 30 providing a compact layout that contributes to its positioning without enlargement positioning section (16) It includes. 18 The subject matter of the invention is a transport and securing device, wheelchair, patient stretcher, hospital bed, Oxygen sensors of various sizes that can be attached to and removed from examination chairs and similar support structures. It is a modular system that ensures the safe transport of tubes, and its working principle is... oxygen cylinder from three different points simultaneously: bottom, middle / side and top. It is based on the principle of understanding and balancing. The operation of the system primarily depends on the main 5 of the apparatus. The carrier is connected by means of the detachable connection mechanism (11) located on the carrier body (1). It is started by mounting it onto the structure. The quick-release connection mechanism (11) is rail-mounted or pin-mounted. It has a socket-type locking snap-fit ​​connection structure, allowing the device to be attached to the carrier without the need for any tools. It allows the structure to be fixed in place and, if necessary, to be disassembled and transferred to another supporting structure. After the apparatus is mounted on the carrier structure, the oxygen cylinder is placed on the main carrier body (1) 10 a lower seating positioned and its lower part arranged in the shape of a bowl, semicircle or V. It is fitted into its housing (12). The lower seating housing (12) securely holds the bottom of the tube. By positioning it, it physically prevents it from sliding down and ensures the tube remains stable in an upright position. This forms the basis for transporting the tube in this way. After the tube is placed in the lower seating slot (12), the main The tube, located on the carrier body (1) and seated in the aforementioned lower seating slot (12), 15 At least one side support surface (13) surrounding the body comes into play. Side support surface (13) tube by encircling the body and centering it precisely at the midpoint, it allows the tube to oscillate laterally. It minimizes its tendency to rotate around its own axis and tip over. The bottom of the tube is the bottom after being secured with the seat housing (12) and its body centered with the side support surface (13) then, located on the main carrier body (1) and the upper or middle section of the tube 20 The quick-opening and closing fastening element (14) secures the tube by closing it with a single movement. It takes. The quick-opening and closing fastening element (14) is preferably of a safety lock type, fastening as a result of vibrations or accidental contact that may occur during transport. The risk of the mechanism opening involuntarily is completely eliminated. This three-stage process... As a result of the fixing process, the oxygen cylinder is attached to the bottom, middle / side and top 25 on the main carrier body (1). The system is simultaneously grasped and balanced from three different points in its regions. Another important element that provides its flexibility is again on the main carrier body (1) It is the adjustment mechanism located (15). Oxygen cylinders of different diameters and sizes are located in the same apparatus. When it needs to be used inside, the lower seat housing can be adjusted by means of the adjustment mechanism (15) (12) opening, position of the side support surface (13) and the quick-opening / closing fastening element 30 (14) By changing the clamping range, the tube is made to adapt to the new dimensions. Thus from small, portable tubes without the need for any adapters or additional parts. A wide range of oxygen cylinders, from large-capacity hospital cylinders to larger ones, can be fitted with the same apparatus. 19 It can be transported safely. The compact body of the apparatus is located on the main carrier body (1). The positioning section (16) which provides placement is the aforementioned plug-and-play connection of the apparatus. When connected to the supporting structure by mechanism (11), the mobility of the supporting structure is improved. will not restrict, will not hinder patient transfers, and the carrier structure will not fold or narrow 5 when it needs to maneuver in areas without presenting any protrusions or obstacles. It offers a compact layout. With this operating principle, the system handles sudden movements, changes in direction, Oxygen cylinder remains secure even under ramp ascents and descents or vibrations from the ground. It ensures that it is transported in some way.

Claims

REQUESTS 1. Adaptable oxygen cylinder carrier and securing system that can be attached to and detached from different support structures. It is a device and its feature is  the main structural support part of the apparatus, carrying all other elements on it, and a main carrier body that holds the whole system together (1), 5  located on the main carrier body (1) of the apparatus and the wheel of the apparatus chairs, patient stretchers, hospital beds, examination chairs and similar support structures enabling it to be attached and, if necessary, removed and attached to another supporting structure. a quick-release connection mechanism (11),  To help ensure the oxygen cylinder is transported in a balanced, upright position, the aforementioned 10 main points... positioned on the carrier body (1) and into which the lower part of the oxygen cylinder fits a lower seat slot (12) that reduces sliding down,  To reduce lateral oscillation, rotation, and tendency to overturn, the aforementioned main carrier located on the body (1) and seated in the aforementioned lower seating slot (12) At least one side support surface (13) that surrounds and centers the body of the oxygen cylinder, 15  located on the aforementioned main carrier body (1) and the aforementioned lower seating slot (12) the oxygen cylinder is placed on top of the mentioned side support surface (13) and centered with the mentioned side support surface (13) or a quick-release fastening element that secures the central section in a single movement (14) It includes. 20 2. The device is compliant with claim 1 and its feature is that the said detachable connection mechanism (11) It has a rail-mounted sliding structure.

3. The device is compliant with claim 1 and its feature is; the pin-socket connection mechanism (11) for quick-release connection. Its type is a locking interlocking structure.

4. The apparatus is suitable for Request 1, 2 or 3 and its feature is that the lower seating slot (12) is in the form of a bowl 25 It is the fact that.

5. The device is suitable for Request 1, 2 or 3 and its feature is that the lower seating socket (12) is semi-circular. It is in the form of... 21 6. The device is suitable for Request 1, 2 or 3 and its feature is that the lower seating slot (12) is V-shaped. It is the fact that.

7. This device is suitable for any of the previous requirements and its feature is: quick opening and closing. The fastening element (14) is of a safety lock type.

8. The apparatus suitable for any of the previous requirements is; main carrier body (1) 5 positioned on it and the opening of the lower seat slot (12) and the side support surface (13) position and the gripping range of the quick release fastening element (14) An adjustment mechanism that allows it to accommodate oxygen cylinders of different diameters and sizes. its mechanism (15) is that it includes.

9. The apparatus suitable for any of the previous requirements is the main carrier body (1) 10 located on it and connected to the carrier structure by the apparatus’s detachable connection mechanism (11). a compact device that, when connected, contributes to its placement without increasing the usable area. It includes the positioning section (16) which provides location.

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