Motion Stabilizing Door Switch Mechanism

Abstract

The invention is a motion-compensating door key mechanism used by people with Parkinson's disease or hand tremor disorder to open door locks (1).

Description

1 TARIFF Motion Stabilizing Door Switch Mechanism TECHNICAL AREA 5 The invention relates, in general, to motion-compensating door switch mechanisms. The invention is particularly useful for people with Parkinson's disease or hand tremor disorders. motion-stabilizing door switch mechanism used to unlock door locks 10 It is related to. STATE OF THE ART People with Parkinson's disease or hand tremors should take 15 doses daily. They have difficulty meeting their needs in life due to imbalances in hand movements. They are living. Balancing features have been specifically developed for this condition. Ideas such as glasses, spoons, and pens are included. These are among the things that patients find difficult. One person opens the door with a key. People with this condition open the door with a key. They have difficulty opening it. 20 people with movement disorders such as hand tremor or Parkinson's disease. Choosing the right door lock / key mechanism makes daily life much easier for individuals. With current technology, the ideal door opening solution for those with Parkinson's or hand tremors is... devices that require very little gripping and turning motion, for example, wrench turning devices or electronic / smart lock systems. These devices transform the key into a large handle. 25 by bringing it along or turning it with the help of a motor, control caused by hand tremor. It reduces the loss. Based on research conducted under the known state of the art, US20120042475A1 Application number [number] was encountered. In the said application, the patient has arthritis or mobility issues. For people with limited mobility, without the need to turn the doorknob, using their hand or wrist. The text refers to the door opening without difficulty. It mentions the user's wrist. by pulling with the help of a handle or grip, without requiring it to rotate There is a supporting device that enables the knob to turn. This device... 2 By using elements such as straps and handles, it mimics the user's wrist or hand movement. It makes it possible to open the door by minimizing the impact. However, electronic components... complex systems such as sensors, motor balancing systems, or charge indicators Features are not listed. As a result, improvements have been made in motion-compensating door switch mechanisms. This is being done to eliminate the disadvantages mentioned above and New structures are needed to provide solutions to the existing systems. PURPOSE OF THE INVENTION 10 The present invention meets the aforementioned requirements and overcomes all the disadvantages. motion-compensating door switches that eliminate the need for a separate switch and offer some additional advantages. It is related to the mechanism. The main purpose of the invention is to treat people with Parkinson's disease or hand tremor disorders. motion-stabilizing door switches that people use to unlock doors. The mechanism is to provide One aim of the invention is to treat 20 people with Parkinson's disease or hand tremor disorder. The aim is to make people's daily lives easier. The structural and characteristic features and all the advantages of the invention are given in the figures below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also be based on these forms and details. 25 This should be done taking the explanation into consideration. BRIEF DESCRIPTION OF THE FIGURES The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For it to be understood, it should be evaluated together with the figures explained below. 30 is necessary. Figure 1 shows a representative view of the door key mechanism that is the subject of the invention. 3 Figure 2 shows the balance motor of the door lock mechanism, which is the subject of the invention. It is a representative view of the tip change depending on the force applied. Figure 3 shows the front of the chuck in the door lock mechanism, which is the subject of the invention. It is the appearance. Figure 4. Tightening and loosening of the chuck in the door lock mechanism, the subject of the invention. 5 This is the appearance of the process. Figure 5 shows a general view of the door key mechanism that is the subject of the invention. Figure 6 shows a detailed view of the door key mechanism that is the subject of the invention. Figure 7 shows a downward-facing example of the door key mechanism, which is the subject of the invention. It is a representative view of the principle. 10 Figure 8 shows an upward-facing example of the door key mechanism, which is the subject of the invention. It is a representative illustration of the principle. REFERENCE NUMBERS 1. Door lock mechanism 2. Chuck 3. Outer perimeter protection 4. Inner circle 5. Spring bars 20 6. Holding rings 7. Central circle 8. Gyroscope 9. Accelerometer 10. Movement slot 25 11. Balance motor 12. Charging indicator 13. Moving shaft 14. Motherboard 15. Battery 30 A. First position 4 B. Second position C. Third position D. Fourth position DETAILED EXPLANATION OF THE INVENTION 5 In this detailed description, the preferred door key mechanism (1) of the invention is described. These structures are solely for the purpose of better understanding the subject and have no It is explained in a way that will not create a limiting effect. The invention, whose various appearances are given in Figures 1, 5 and 6, is intended for Parkinson's disease or hand disorders. The movement used by people with tremor disorders to unlock doors. It is a balancing door switch mechanism (1). The subject of the invention is a door key mechanism (1); 15  An on / off switch,  a movable shaft to which the elements will be attached (13),  the movable shaft (13) is attached and the movable shaft (13) is movable a movement slot (10) that provides  a 20 that measures the acceleration and direction of gravity of the mentioned moving shaft (13). accelerometer (9), gyroscope (8) which measures rotational motion and angular velocity,  Receiving measurement data from the accelerometer (9) and gyroscope (8) and processing this data based on the movement of the movable shaft (13) in the opposite direction of movement by creating a motion balance that provides balance to the movable shaft (13). engine (11), 25  the end of the door key mechanism (1) where the key will be inserted and a chuck (2) which includes the following: that mandrel (2) will be turned to narrow the mouth opening rigid outer ring housing (3), under the mentioned outer ring housing (3) is a rigid-flexible 30 inner circle in the structure (4), the rigid-flexible mouth part in the center of the chuck (2) It is structured in such a way that it takes the shape of the key, thus making the key a central circle that works independently of its shape (7),  attached to the center circle (7) and supporting the key grip chuck holder rings (6),  connected to the aforementioned retaining rings (6) and the outer ring resulting from the contraction and expansion movement of its housing (3) spring 5 transmits the tension through the inner ring (4) to the retaining rings (6). bars (5),  A charge indicator showing the charge status of the door key mechanism (1) indicator (12) and a replaceable battery (15) and  a motherboard that controls and manages its electronic components (14) It includes. 10 In a sample application of the invention, the charge indicator (12) shows low level energy. red in this state, yellow in medium energy state and high energy state. The light will turn green. This provides the user with clearer information. will be. The general energy of the electronic elements in the door key mechanism (1) There is a battery (15) that will meet your needs. This battery (15) is replaceable. 15 Study of a sample application of the door key mechanism (1) which is the subject of the invention. The principle is as follows: The key to be used is determined and the door key mechanism (1) is opened and closed. It is opened with the button. If the charge of the door key mechanism (1) is low, the charge indicator (12) red light comes on. The outer ring guard (3) of the chuck (2) is loosened. Key 20 The mouth of the chuck (2) is placed in the center and the outer circle of the chuck (2) The housing (3) is tightened by turning it clockwise. Along with the tightening process; the chuck (2) A tension is created on the inner circle (4) and it is transferred to the spring rod of the chuck (2). (5) transfers. The stress transferred to the spring bar (5) is transferred to the retaining rings (6). Final The tension transferred to the retaining rings (6) is transferred to the center ring (7) of the chuck (2) 25 It is transferred and the tightening process becomes much more efficient. The door key mechanism (1) With the movement, the accelerometer (9) and gyroscope (8) start taking measurements. The measured values The motion will be transmitted to the balance motor (11) instantly. The motion will be transmitted to the balance motor (11). By creating movement in the opposite direction and magnitude of the values, the door switch The mechanism (1) brings the movable shaft (13) inside into balance. Thus the door key 30 6 Even if the mechanism (1) moves, the movable shaft (13) will always be in equilibrium. If the door key mechanism (1) is not to be used after the key is used, then either If it is to be used with a different key, the door key mechanism (1) opening-closing It is closed by pressing the button. If a different key is to be used, the door key... There is no need to close the mechanism (1). The chuck (2) outer circle 5 The key can be changed by loosening the housing (3). The chuck (2) outer ring The key is separated from the door key mechanism (1) by loosening its housing (3). As shown in Figure 2; in the first position (A), the motion balancer motor (11) Because it applies a pulling motion, the end part motion balancer motor (11) is inside 10 It has been pulled back and shortened. The second position (B) is the balancer motor (11) in equilibrium. This is the stage at which the balance position of the end of the motion balancing motor (11) is determined. It shows that in the third position (C) the motion balancer motor (11) push motion. Because of the application, the end section has been pushed out and extended from the motion balancer motor (11). Figure 4 shows the appearance of the chuck tightening and loosening operation. Accordingly, The outer ring housing (3) in the first position (A) located on the chuck (2) It is tightened by rotating it clockwise. This tightening process also tightens the outer ring. its enclosure (3) approaches the inner circle (4) in the second position (B). The inner circle (B) in the second position The circle (4) begins to shrink and transfers the compression stress on it first to the spring rod (5) 20 It transfers this stress to the retaining rings (6) in the third position (C) and to the most Finally, it is transmitted to the center circle (7) in the fourth position (D). Center circle (7) It contracts with the transmitted clamping stress and the clamping process is completed. The chuck (2) To loosen it, the outer ring guard (3) is turned clockwise. With this turning Together the central circle (7) expands and the outer circle enclosure (3) expands from the inner circle (4) 25 It moves away. The extent to which the outer circle enclosure (3) will be tightened is in the background water. It is determined as follows: After the key is placed in the center circle (7), tightening is done. Together, the central circle (7) shrinks. More than the volume of the key. When it cannot shrink, it transmits the stress on it to the retaining rings (6). In the retaining rings (6) transmits this stress to the spring bars (5). The spring bars (5) transmit it to the inner circle (4) and the inner 30 It prevents the inner circle (4) from shrinking further. The inner circle (4) cannot shrink further. The outer ring housing (3) cannot be turned any further. 7 In Figure 7, the operation of the door key mechanism (1) on the downward sample is shown. The principle of the mandrel (2) is explained after the user grips the hand. When it moves downwards from the first position (A) to the second position (B) with its movements, In the third position (C) the motion balancer motor (11) is on the movable shaft (13) It provides balance to the movable shaft (13) by creating an upward pushing motion. 5 In Figure 8, the operation of the door key mechanism (1) on the upward example is shown. The principle has been explained. The chuck (2) is the hand that occurs after the user grip. When it moves upwards from the first position (A) to the second position (B) with its movements In the third position (C) the movable balancer motor (11) is on the drive shaft (13) 10 It ensures the balance of the movable shaft (13) by creating a downward pulling motion.

Claims

8 REQUESTS 1. Door locks for people with Parkinson's disease or hand tremor disorders The motion balancer door switch mechanism (1) used to open it is 5 feature;  An on / off switch,  a movable shaft to which the elements will be attached (13),  the movable shaft (13) is attached and the movable shaft (13) is movable a movement slot (10) that provides, 10  a measuring device that measures the acceleration and direction of gravity of the mentioned moving shaft (13) accelerometer (9), gyroscope (8) which measures rotational motion and angular velocity,  Receiving measurement data from the accelerometer (9) and gyroscope (8) and processing this data based on the movement of the movable shaft (13) in the opposite direction of movement by creating a motion balance that provides the balance of the moving shaft (13) 15 engine (11),  the end of the door key mechanism (1) where the key will be inserted and a chuck (2) which includes the following: that mandrel (2) will be turned to narrow the mouth opening rigid outer ring housing (3), 20 under the mentioned outer ring housing (3) there is a rigid-flexible inner circle in the structure (4), the rigid-flexible located in the mouth part in the center of the chuck (2) It is structured in such a way that it takes the shape of the key, thus making the key a central circle (7) that works independently of its shape, 25  attached to the center circle (7) and supporting the key grip chuck holder rings (6),  connected to the aforementioned retaining rings (6) and the outer ring resulting from the contraction and expansion movement of its (3) housing The spring 30 transmits the tension through the inner ring (4) to the retaining rings (6). bars (5),  A charge indicator showing the charge status of the door key mechanism (1) indicator (12) and a replaceable battery (15) and 9  a motherboard that controls and manages its electronic components (14) It includes.