Multiplier key.

Abstract

The invention relates to a shock switch, an electrically changeable switch that, unlike conventional electrical switches which change state through physical contact, allows the product to change state upon exposure to acceleration or shock without requiring any physical contact.

Description

1 TARIFF MULTIPLICATION SWITCH The technical field to which the invention relates: The invention is a switch that changes its electrical state under acceleration or shock. Unlike conventional electrical switches, which change state through physical contact, this method is different in 5 ways. as a result of the product being subjected to acceleration or shock without requiring any contact. It is related to the impact switch that enables the change of state. State of the art: Many products are triggered by acceleration or shock. The product contains acceleration... Or simple mechanisms triggered by shock exist. Airbags in cars 10 Airbag switches are one example. They can also be used in automation systems or... frequently used in ammunition systems for operations that are activated or stopped by impact. They are used. When an impact or a certain acceleration occurs, the mechanism in the product starts to move and Circuit position (closes if open, opens if closed) 15 It is changing. The product we designed operates with 100% reliability. This requires the product to have a simple design. In pre-consumption tests of existing products, product performance is re-evaluated. There are usability issues. Some products lose momentum as they are tested. It has been observed that the specifications have changed. Some products have environmental performance 20 It is unable to meet the requirements. It exhibits the same behavior in both shock and static acceleration. There may be difficulties in performing the work. It is necessary to remain indifferent. Some products may react to vibration or shock in their axes. Conventional electrical switches operate under physical contact conditions caused by shock or acceleration. It is changing. This also means that time and practice are required due to the need for contact. 25 this causes delays and security issues. This is possible. Furthermore, existing shock switches are becoming more sophisticated as testing increases. Their performance is declining and at some point they are unable to meet the requirements. It is starting. 2 Although various proposals and applications have been developed for impact in the current state of the art. However, these improvements are insufficient. Some of the inventions developed for this purpose... Applications are listed below. Patent file number “US20090057110A1” exists in the known state of the art. It has been examined. The invention that is the subject of the application relates to vibration switches and, more specifically, 5 The on / off state changes when swung in a predetermined direction. It relates to a vibration switch that switches between them. The vibration switch is a first one. an electrically insulating housing with a contact terminal and a second contact terminal It includes an electrically insulating cover. The vibration switch is also flexible. It includes a cantilever element and a metal plate. The body rests on a circumferential surface of 10 It contains an opening. The metal plate is mounted to the circumferential surface and the first contact It is electrically connected via a terminal. The flexible bracket element is attached to the cover. and is electrically connected via the second contact terminal and into the opening of the housing. It is obtained. When the vibration switch is swung in a predetermined direction, the flexible The cantilever element is deflected and makes contact with the metal plate. 15 Patent file number “US20090223787A1” exists in the known state of the art. The application has been examined. The invention in question eliminates or minimizes the use of electrical power. reducing, minimizing operating hysteresis, providing positive electrical function, mercury or eliminating the need for switches containing other toxic liquid metals and production This relates to tilt switches that reduce costs. 20 utilizing conductive graphite films. It is intended for tilt switches and other devices. Graphite films are a type of graphite film. Depending on the thickness of its layer, it functions as both an insulator and a conductor. Patent file number “GB1472744A” which is in the known state of the art. It has been examined. The invention that is the subject of the application is a modification of a motor vehicle, in any part of the vehicle. 25 if it is subjected to sufficient acceleration in that direction to activate the switch. with an inertial switch designed to be used to interrupt an electrical circuit It is related. The latch element in the system is located just below the movable contact. in position, the latch element is inside the body, under the influence of a spring for transverse movement. for sliding movement in the hole of a vertically placed collar supported It is directed. The latch element is a spiral compression 30 located at the lower end of the collar. upwardly biased so as to interact with the moving contact by the spring 3 is brought and the pendulum device, from the lower end of the latch element to the lower end of the collar It is being suspended from openness. In the known state of the technology, there are impact switches. However, in the known state of the technology... In this case, impact switches undergo pre-use testing to determine product performance. repeatability and failure to meet environmental performance requirements 5 It does not perform equally well under both shock and static acceleration; it remains insensitive. Ability to respond to vibration or shock in the required axes, with a locking option. In some cases, it falls short in addressing issues such as the inability to reset the products. In conclusion, due to the negative aspects described above and the current solutions, the subject matter... Due to its shortcomings, an improvement in the relevant technical field is necessary. 10 It has been made. The purpose of the invention: The main purpose of the invention is to be an electrically changeable switch, thus preventing any Situation 15 occurs when the product is subjected to acceleration or shock without requiring any contact. It is the change. Another objective of the invention is to reduce the distance between the moving mass and the insulating leg. High precision thanks to its calculation and design within the optimum range. The key is its functionality, ensuring that the product's reliability is always at the maximum level. Another purpose of the invention is to adjust the spring 20 by factors such as material, number of windings, length and geometric shape. parameters, the amount of preloading used within the system, design and By optimizing the calculations, factors such as hot and cold operation, shock and vibration can be addressed. The goal is to achieve reliable results even under challenging environmental conditions. Another purpose of the invention is the ability to remain stuck by including additional components for resetting. In products with this feature, if desired, the product can be reset to its original contact status. 25 It is about making him come. Another purpose of the invention is that it can be Normally Open (NO) or Normally Closed (NC). It can provide alternative solutions in use. 4 Another objective of the invention is to adjust the spring material and preload used at the operating temperature. will have an infinite lifespan within the range and within the working displacement range The aim is to extend its lifespan. Another purpose of the invention is to control temperature and humidity by filling the product with inert gas. preventing problems and meeting environmental performance requirements 5 is to ensure. Another aim of the invention is to achieve both static and dynamic results through the movement of the gas within it. The goal is to create a product that can respond in a similar way. Another objective of the invention is to design the angular movement of the moving mass and spring in its multi-axis operation. Its suitability for operation as a multi-axis product in a compact space. 10 It is the arrival. Another aim of the invention is to bridge the gaps between the insulating leg and the movable mass. By minimizing it, the spring pre-pressure should be increased and remain insensitive. It does not react to vibration or shock in the axes. The structural and characteristic features and all the advantages of the invention are given in Figure 15 below. And thanks to the detailed explanation written with reference to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also include these forms and detailed explanations. This should be done taking that into consideration. Explanation of the figures: FIGURE -1; Normally Open single-axis view of the impact switch, the subject of the invention. 20 It is a drawing that gives. FIGURE 2; Normally Open two-axis view of the impact switch that is the subject of the invention. It is a drawing that gives. FIGURE 3; Normally Open three-axis view of the impact switch that is the subject of the invention. It is a drawing that gives. 25 FIGURE 4; The subject of the invention is a resettable type impact switch. It is a drawing that gives the image. Reference numbers: 1. Conductive leg 2. Insulating leg 3. Moving Mass 4. Spring 5 5. Reset mechanism 6. Body 7. Power connector 8. Reset button 9. LED 10 Description of the invention: The invention is a switch that changes its electrical state under acceleration or shock. Unlike conventional electrical switches, which change state through physical contact. as a result of the product being subjected to acceleration or shock without requiring any contact. It is related to the impact switch that enables the change of state. 15 Based on the impact switch; conductive leg (1), insulating leg (2), movable mass (3), spring (4), reset mechanism (5), housing (6), power connector (7), reset button It includes parts (8) and LED (9). In systems where a collision switch is used, the moment of impact is detected in milliseconds. It is used for perception. This perception process is based on the Cartesian coordinate system. It can be single-axis, two-axis, or three (multi-axis). Furthermore, it can be based on circuit logic. It can be either normally open or normally closed. Normally Open (NO) multiplication. The power supply remains active until the ignition switch changes position and returns to Normally Closed (NC). While not passing the signal, a continuous signal is transmitted through the Normally Closed impact switch. It passes through. Normally, when it switches to Open, it passes through 25. It interrupts the passing electrical signal. 6 The invention relates to Normally Open single-axis, Normally Open two-axis and Normally Open three-axis systems. It diversifies the working conditions in this way. Different spring (4) geometries and Detection is performed in 3 axes using moving mass (3) types. In a normally open single-axis impact switch, the normally open position is due to the insulator. The distance between the insulating pin passing through the leg (2) and the movable mass (3) is 5 It provides. Body (6), insulating leg (2), movable mass (3) and spring (4), electrical They are in constant communication with each other. However, passing through the insulating leg (2) Because there is an insulator such as glass / epoxy between the pin and the body (6), this pin is different from the other It becomes insulating from the parts. The direction of acceleration is from glass / epoxy. If the impact switch moves in the direction of the body (6) (Y-Axis) 10 The moving mass (3) will not move due to its inertia. The moving system The stationary moving mass (3) and the insulating pin will come into contact with each other. This In this case, electricity is transmitted from the insulating pin to the moving mass (3) and to the whole system. The signal will have passed. Here, the contact of the moving mass (3) with the insulating pin is only The acceleration is in the direction of the axis. Therefore, this system is a uniaxial system. 15 It is called. In one application of the invention, a normally open axis is formed by a moving mass (3), a spring (4) and The reset mechanism (5) is electrically conductive with each other. The contact The change state is the contact between the conductive leg (1) and the moving mass (3). It provides insulation between the insulating leg (2), the conductive leg (1) and the other parts. It performs the function. The acceleration direction of the biaxial impact switch is circular. It is 360° in shape. The moving mass (3) and the spring (4) can move in any direction within the system. If it bends and comes into contact with the conductive leg (1), the contact condition is Normally Open. It normally turns into a closed state. The upward movement of the moving mass (3) causes the spring This is prevented by limiting the amount of elongation by design. Therefore, 25 The moving mass (3) moves upwards and contacts the conductive leg (1). It is unable to do so. The sensing process occurs along the Z and X axes. In one application of the invention, Normally Open Three-axis, body (6), movable mass (3), The spring (4), the conductive leg (1) and the outer region of the insulating leg (2) are electrically connected to each other. It is in transmission. The pin passing through the insulating leg (2) is in contact with the rest of the system. It is in an insulating state. The electrical signal is sent through this insulating pin; contact With the change of condition, the impact switch is activated via the conductive leg (1). 7 It is transferred to the system in which it is used. The insulating pin enters the moving mass (3). However, it does not make contact when stationary. This occurs along the X, Y, or Z axes. In an acceleration motion, the position of the moving mass (3) changes and the insulating pin It is in contact. The moving mass (3) moves downwards along the Y-axis; Z and X It makes contact with the insulating pin by bending along its axes. 5 In one application of the invention, a resettable type impact switch can be operated from within the system. The type that cannot be reset by removing the reset button (8) and the reset mechanism (5) It can be converted into a shock switch. The power connector (7) provides both power and signal. It is used as a connector. The configuration is made possible thanks to the power connector (7). Depending on the wireless communication, wireless reset operations are 10. It can perform this. The status of the key can be seen from the indicator LED (9). Manual reset and remote reset for resettable type impact switches. It is divided into two separate configurations. In manual reset, only the body (6) reset button (8) on it or reset button on the top of the box This is done through the mechanism (5). Another type of reset is 15 Remote resetting is divided into two types. These two types of resetting are: These are instant reset and timed reset. The first type of remote reset is... In the event of an instant reset, the electronic board is inside the impact switch housing (6). It is located there. This allows the system to be powered by the impact switch. Reset operation with a signal sent through connector (7) 20 This can be done. Another type of remote reset is the timed reset. Resetting can also be divided into fixed-time reset and programmable-time reset. It is divided into two types: timed reset and fixed-timed reset. In fixed-timed reset, there is a collision. The electronic board is located inside the key housing (6). On the electronic board There is a module that performs the time setting function. This module sets the desired duration to 25. It is pre-programmed. The system detects collisions in advance. The defined time is then counted by the electronic card. The time... After completion, the crash switch performs a reset operation. In the programmable time reset, the impact switch housing (6) contains There is an electronic circuit board. The electronic circuit board has 30 modules that perform the time setting function. There is a module. This module can be adjusted to the desired duration. 8 The impact switch contains a gaseous fluid and moves under the influence of acceleration or shock. The gas is compressed as the mass (3) changes position. The movement of the gas inside the product. By incorporating it into the development process, it provides a similar response both statically and dynamically. It is able to provide. Vibration or shock in axes that are not normally sensitive, especially in closed products. 5 When it has an effect, the product contact can be interrupted momentarily. This situation can be prevented. by minimizing the gaps between the conductive leg (1) and the moving mass (3) The spring (4) pre-pressure is increased. Argon is used as the fluid gas in impact switches. Argon gas, When the impact switch is brought to the closed position, 10 is inserted into the impact switch. It is filled. The moving mass (3) inside the impact switch, acceleration or shock It is displaced under the influence of the moving mass. During the displacement, argon gas is released into the moving mass. (3) By compressing it, the moving mass moves in the opposite direction of the movement made by (3). This movement of argon gas acts as a damping action. This Damping motion is used in the design and calculations of the impact switch, 15 It enables similar responses under static and dynamic impacts. Impact The use of argon gas within the switch, also in the hot-cold transitions of the system. It is beneficial for his / her work. The movable mass (3) used in the impact switch transmits an electrical signal through it. It is made of metal material to allow passage. Geometrically, it is a sphere, flat 20 It can be a plate or a part with a special geometry. For the purpose of electrical conductivity. The parts are gold plated. The spring (4), performance change made of stainless steel to prevent breakage and ensure an infinite lifespan. It is manufactured in various sizes and geometries such as conical and flat, according to requirements. The springs (4) are gold plated. Insulating leg (2) 25 They are produced from metals and alloys to provide electrical conductivity. It is one of the parts that determines the ignition status (normally open / normally closed). The signal coming through or going to the system passes through this insulating leg (2) It passes through. The circular part on the outside of the product and the pin passing through the middle are electrically connected. They are insulated from each other. This insulation is provided by a non-conductive epoxy, plastic part or 30 in between. This is achieved with a third piece, such as glass. Available in different geometries depending on requirements. It is located. The conductive leg (1) is made of metal to provide electrical conductivity. 9 It is manufactured from alloys. It has a nickel-gold plating. To the system Fiber laser welding, wire / cream soldering, or epoxy are used in its assembly. Protection against external factors and transmission of the electrical signal in the impact switch. The body (6) part is used for this purpose. The body (6) is produced by machining method. This component is manufactured from metals and alloys for the purpose of providing electrical conductivity. 5 They are available in different types depending on the requirements. The distance between the moving mass (3) and the insulating leg (2) is in the optimum range Thanks to its calculation and design, the invention provides the acceleration required in the requirements. It can operate with high precision within these ranges. This ensures the reliability of the product. It is always at the maximum level. Material, number of wraps, length and geometric 10 Parameters such as spring (4) are the amount of preload used in the system. It is optimized in design and calculations. This optimization Consequently, even under environmental influences such as hot and cold working conditions, shock, and vibration... Reliable operation is achieved. The impact switch, thanks to the spring (4) life It ensures that performance is consistently maintained at the same level. 15 The impact switch operates under static and dynamic acceleration effects. Assembly Once completed, the impact switch has a closed volume. This volume Static and dynamic effects when the fluid inside is air. Its performance varies depending on the mounting. Impact switch, assembly During this process, it is sealed by being pumped into it with argon gas. The 20 inside the closed volume Due to the fluid gas being argon, performance is improved under static and dynamic effects. It gives similar responses. The shock switch is also known as a normally closed contact. It also has the version called Normally closed contact, insulating leg (2) and This means that there is a permanent electrical signal passing between the conductive leg (1). It is coming. In order to ensure this signal transmission, the moving mass (3), insulator 25 The product is in constant contact with the leg (2). Requirements for products with this type of contact Under external vibration and shock effects, the contact state changes from Normally Open to Normally Open. It is possible. The spring (4) parameters, the amount of pre-compression given to the spring (4) and the moving Change of contact state under these effects by optimizing the mass (3) geometry Normally remains closed in case of blocked and unnecessary influences. 30 is doing. A shock switch, being a product that conducts an electrical signal, has its own... It also has a resistance. In order to keep this resistance at low levels, it must contain... All parts used are nickel and gold plated. Gold, by its nature, is easily... It is a non-oxidizing element. This means that even if the product remains unused for many years, It allows for the preservation of electrical conductivity. It is also a very good 5. Because it is conductive, the system's resistance is lower than 1 ohm. It is available. Also, a version of the impact switch that remains attached is also available. It includes versions that can be reset or cannot be reset. It is divided into two. The movable mass (3) used in the sticking operation is called a magnet. It is used; ferromagnetic steel material is used as the conductive pole. This 10 In this way, the impact switch operates within the required acceleration ranges and the contact after the condition changes (usually from a normally open contact to a normally closed contact) (it is passing) it remains in this position. Its remaining in this position is due to the magnet and This is due to the magnetic attraction between ferromagnetic steels. This invention an external reset mechanism in the resettable version (5) 15 It is used. The reset mechanism (5) can be actuated manually or electrically. It can also be activated by giving a command or by transmitting a radio frequency. The invention enables very rapid sensing under the influence of acceleration or shock, and the system in which it is used. It offers a solution to triggering. Acceleration or shock detection process using Cartesian coordinates. According to the system, it provides 3-axis (X, Y, Z) accuracy. 1x10^-8 SCC / s (20 kcal per second) It provides hermetic sealing at the standard cubic centimeter level. To ensure a leak-proof seal, use solder paste and / or fiber laser welding methods. These methods are used. For these methods to be successful, they must work together. The materials of the soldered / welded parts, the elements they contain It is selected taking into consideration its composition. The soldering process involves assembling 25 The entire part was produced by controlled heating on a heating plate. Source In this process, the assembled part is rotated 360 degrees at a specific speed; the laser beam is emitted. The frequency and power of the light beam are kept at optimum levels. A trip switch is classified as Normally Open or Normally Closed in terms of its electrical condition. This is possible. Normally in the Open position, the impact switch may activate at 30 degrees under acceleration or shock. When not, there is no bridge between the conductive leg (1) and the insulating leg (2). 11 Normally in the Closed position, the conductive leg (1) and the product are not under acceleration or shock. The insulating legs (2) are in contact with each other. The conductive leg (1) is made of metal alloys to provide electrical conductivity. It is manufactured. It has a nickel-gold plating. Fiber optic mounting is used in the system. Laser welding, wire / cream soldering or epoxy are used. Insulating leg (2), 5 They are produced from metals and alloys to provide electrical conductivity. It is one of the parts that determines the ignition status (normally open / normally closed). The signal coming through or going to the system passes through the insulating leg (2). It passes through. The circular part on the outside of the product and the pin passing through the middle are electrically connected. They are insulated from each other. This insulation is provided by a non-conductive epoxy, plastic piece or 10 in between. This is achieved with a third piece, such as glass. Available in different geometries depending on requirements. It is located. In order to pass an electrical signal through the moving mass (3). It is manufactured from metal material. Geometrically, it can be a sphere, a flat plate, or a special type. It can be a geometrically shaped part. For the purpose of electrical conductivity, the parts are designed with this in mind. It has gold plating. The spring (4) prevents performance change and is infinite 15 It is manufactured from stainless steel to ensure a long lifespan. Depending on the requirement... They are in conical and flat geometries of different sizes. Gold on the springs (4) There is a coating. The housing (6) protects the impact switch against external factors. and is used for the transmission of electrical signals. by machining method The manufactured body (6) part is made of metal and 20 in order to provide electrical conduction. They are produced from alloys. Different types are available according to requirements. 30

Claims

12 REQUESTS 1. The product in which it is used changes its state when subjected to acceleration or shock. It is a multiplication switch that provides the following feature: - Normally open on a single axis, the body (6), the moving mass (3) and the spring (4) they are in constant electrical conduction with each other, through which 5 a gap between the insulating pin passing through it and the body (6) at least one insulating leg (2) with insulating material, - Normally open on a single axis, the body (6), the body of the conductive leg (2) and broadcast (4) are in constant electrical transmission with each other, between the insulating pin passing through the insulating leg (2) and the 10 A normally open system that provides a movable system. in contact with each other via an insulating pin while stationary inside, Contact with the insulating pin results in the transmission of radiation from the insulating pin to the entire system. The electrical signal passes through contact with the insulating pin only during acceleration. at least one moving mass in the direction (3), 15 - Normally open on a single axis, the conductive part, the insulating leg (2) and the moving masses (3) are in constant electrical conduction with each other the material, number of wraps, length, and geometric shape at least one arc (4) in which the parameters are taken into consideration, - Normally open on a single axis, insulating leg (2) body, movable mass 20 (3) and spring (4) are in constant electrical conduction with each other, Since it is an insulator with a pin passing through the insulating leg (2), making the pin insulated by the moving mass (3) and the spring (4) It must contain at least one body (6).

2. A contact switch conforming to Claim 1, whose characteristic is that the contact change status is 25 This is achieved by the contact between the conductive leg (1) and the moving mass (3), body (6), conductive leg (1) and movable mass (3) spring (4) and reset The mechanism (5) acts as insulation between the acceleration circularly 360 degrees, moving mass (3) and spring (4), impact switch system If it is tilted in any direction and comes into contact with the conductive leg (1), 30 the contact status changes from Normally Open to Normally Closed, the movable the mass (3) going upwards, the amount of spring (4) elongation 13 restricted and the moving mass (3) contacts the conductive leg (1) with its movement What it does not include is Normally Open two-axis switching.

3. It is a collision switch in accordance with claim 1, and its feature is that the body (6), the movable mass (3), The spring (4), the conductive leg (1) and the outer region of the insulating leg (2) are electrically The pin passing through the insulating leg (2) which is in communication with each other, 5 It is insulated from the rest of the system, the electrical signal passes through this insulating pin. sent through, the conductive leg with the change in contact status. (1) The system is switched to using the impact switch, the insulating pin, X, which does not come into contact with the moving mass (3) while it is stationary when it enters it. In an acceleration motion occurring along the Y or Z axes, the moving part is 10 The moving mass (3) changes position and contacts the insulating pin, While moving downwards along the Y-axis; tilting motion along the Z and X axes. Normally Open three-axis switching by making contact with the insulating pin. It includes.

4. It is a multiplication key that conforms to Request 1, and its feature is; reset from within the system 15 The type cannot be reset when the button (8) and reset mechanism (5) are removed. Converted into a shock switch, depending on the configuration with the power connector (7). wireless communication, wireless reset operations that it can perform, the status of the key can be seen from the indicator LED (9) It includes a resettable impact switch. 20 5. It is a collision switch in accordance with Claim 1, and its feature is that it is located on the body (6). reset button (8) or reset mechanism located on top of box Resettable with a manual reset feature performed via (5). It includes a trigger switch.

6. The impact switch conforming to Claim 1, its feature is; impact switch body (6) 25 A system that uses an electronic circuit board to activate the impact switch. reset by a signal sent via the power connector (7) the reset feature at the moment the operation is performed; on the electronic board with a module that performs the time setting function, the desired time can be set in advance. programmed in advance, the system detects collisions 30 The defined time period starts being counted by the electronic card, the period 14 After completion, it performs the crash switch reset operation. fixed time reset and adjustable to the desired duration The electronic card is activated by the system's collision detection within a predefined time. counting begins, multiplication after the time is completed Programmable timer 5 where the key reset process takes place. remote control features include timed reset capabilities, such as resetting. It includes a resettable crash switch.

7. It is a shock switch conforming to claim 1, and its features are; insulating leg (2) and conductive. A normally closed contact is one where there is a permanent electrical signal passage between the parts. It includes version 10.

8. It is a multiplication switch that conforms to Claim 1, and its characteristic is that it has electrical conductivity. insulating legs made of metal and alloys for the purpose of providing (2) It includes.

9. A shock switch conforming to Claim 1, whose characteristic is that the shock switch... while under the influence of the moving mass (3) during displacement, the moving mass 15 (3) The movement of the moving mass in the opposite direction of the movement made by the compression (3) It contains a shell (6) which contains argon gas.

10. An impact switch conforming to Claim 1, its characteristic feature being; the impact switch's hot-cold function. It contains argon gas, which also contributes to the system's operation during its transitions. It contains the body (6). 20 11. It is a multiplication switch that conforms to Claim 1 and whose characteristic is that it transmits an electrical signal. made of metal material to allow electrical conductivity (3) the moving mass with gold plating on the parts for the purpose of It includes.

12. A multiplication key conforming to claim 1, whose characteristic is; geometrically spherical and flat 25 It contains a movable mass which can be a plate (3).

13. This is a strike switch conforming to Claim 1, and its feature is; in the stuck operation. used as a magnet, ferromagnetic as a conductive pole It contains a moving mass (3) using steel material.

14. This is an impact wrench conforming to Claim 1, and its feature is that it is made of stainless steel. produced in a way that prevents performance variation and has an infinite lifespan. It contains a bow (4) with gold plating.

15. This is a multiplication key that conforms to Claim 1, and its features vary according to the requirement. The spring can vary in size and shape, and can be conical or flat. (4) is included.

16. An impact switch conforming to Claim 1, its characteristic feature being; the external part of the impact switch housing (6) that protects against elements and enables the transmission of electrical signal It includes.

17. This is a collision wrench conforming to Claim 1, and its characteristic is that it is manufactured using a machining method. manufactured from metals and alloys for the purpose of providing electrical conductivity. (6) the body which comes and can be found in more than one type according to requirements It includes.

18. This is a multiplication switch conforming to Claim 1, and its function is to be used for signal and power purposes. It includes a power connector (7). 15 19. It is a multiplication switch conforming to Claim 1, and its characteristic is that it transmits electrical signals. This ensures that its own resistance is kept at a maximum of 1 ohm. It is made of nickel and gold plating. 25

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