Control lever cartridge replacement mechanism

Abstract

The invention is a mechanism that eliminates the analog drift, maintenance and service difficulties experienced in analog joystick modules, enabling the replacement of joystick cartridges (K), and includes a cartridge holder (1) that allows the Hall sensor joystick module (2) to be attached and removed from the console body and provides alignment with a rail structure, a Hall sensor joystick module (2) that detects the position of the joystick cartridge (K) via a magnetic field, a locking slide (3) that secures the Hall sensor joystick module (2) and the joystick cartridge (K), pogo data / power pins (4) that contact the joystick cartridge (K) when each joystick cartridge (K) is inserted into the cartridge holder (1) and provide the electrical connection between the joystick cartridge (K) and the Hall sensor joystick module (2) for automatic electronic connection with the joystick cartridge (K), and a mechanism that enables the storage of calibration data in the Hall sensor joystick module (2) when the joystick cartridge (K) is inserted into the cartridge holder (1).It contains calibration EEPROM (5) which enables automatic loading of calibration data.

Description

1 TARIFF Control lever cartridge replacement mechanism Technical Area The invention relates to analog joystick (control / stick) modules (preferably in handheld consoles). Analog drift, maintenance and service difficulties experienced with (portable game consoles, etc.) 5 Used to provide solutions for user-specific bar height preferences, especially portable game consoles and devices preferred by professional gamers with a control stick cartridge replacement mechanism that provides a viable solution It is related. State of the Art 10 The standard joysticks used on the market today are mostly It has a potentiometer-based sensing system. These systems detect contact over time. analog drift due to contamination, wear or oxidation on their surfaces (Analog drift / deviation), even when an analog control device (joystick, etc.) is not being used. (This is the situation where it sends a signal or produces incorrect values ​​even when in a neutral position) 15 This creates a problem. The drift problem causes user inputs to be incorrectly recognized. And this creates a significant disadvantage, especially in competitive games. Existing information regarding these problems... The solutions developed in technology are as follows: - Complete module replacement (via service): In this system, the device is opened and the soldered joystick is replaced. The module needs to be replaced with a new one. This process requires technical knowledge and takes 20 minutes. It extends the service time. - Joystick cover / stick replacement: Some manufacturers offer different heights and shapes. It offers a thumbstick. However, this is limited to the top cover only; the sensor or does not include the calibration part. - Hall sensor joysticks: Recently, some manufacturers have been producing 25mm joysticks based on magnetic Hall sensors. It offers joysticks. These sensors perform frictionless detection, drifting. This greatly reduces the problem. However, the module is still fixed inside the device. It is soldered, meaning it requires servicing to be replaced. 2 The shortcoming of the aforementioned solutions is that the user may use a joystick for drifting or preference. It cannot quickly change the module on its own. Also, the device requires calibration. Since profiles are not stored, manual adjustments may be required after each change. In conclusion, due to the negative aspects described above and the current solutions being the subject of discussion... Due to its shortcomings, an improvement in the relevant technical field is necessary. 5 It has been made. Purpose of the Invention The invention was created by drawing inspiration from existing situations and overcoming the aforementioned drawbacks. It aims to solve the problem. The main purpose of the invention is to create a 10 that is completely tool-free and user-operated. It features a joystick cartridge replacement mechanism. Another objective of the invention is to integrate the joystick module, a special unit, into the console's body. It is able to be attached to and removed from a cartridge slot. Another aim of the invention is to minimize the drift problem thanks to the Hall sensor joystick module. It is done. 15 Another objective of the invention is to enable the locking bolt mechanism and joystick module to operate in less than 2 seconds. It can be removed and reattached quickly. Another aim of the invention is to provide a solderless connection for the pogo pin data / power connector. This allows electronic contact to be made automatically. Another objective of the invention is to store the calibration EEPROM inside the joystick module. Thanks to its storage, each module carries its own calibration profile and when installed This means the console automatically starts working with that profile. Another aim of the invention is to create a practical, service-friendly, user-liberating, and long-lasting product. The goal is to create a mechanism that offers a lasting solution. Thus, thanks to the structure that is the subject of the invention: 25  The user can change the joystick independently,  The need for service is eliminated, 3  Joystick cartridges with different heights and ergonomics can be fitted,  Drifting issues are completely eliminated thanks to the Hall sensor structure. To achieve the objectives described above, analog joystick modules are required. The joystick eliminates the analog drift, maintenance, and service difficulties experienced. The mechanism for changing the cartridges has been improved: 5 - Allows attaching and detaching the Hall sensor joystick module to the console body. cartridge holder that provides alignment with the rail structure, - Hall sensor that detects the position of the joystick cartridge via a magnetic field. joystick module, - Locking bolt that secures the Hall sensor joystick module and joystick cartridge, 10 - To automatically establish an electronic connection with the joystick cartridge, each When the joystick cartridge is inserted into the cartridge holder, the part that makes contact with the joystick cartridge, Provides the electrical connection between the joystick cartridge and the joystick module. pogo data / power pins, - Storing calibration data within the Hall sensor joystick module 15 and when the joystick cartridge is inserted into the cartridge holder, the calibration data is released. Calibration EEPROM that enables automatic loading. It includes. A preferred configuration of the invention is for the joystick cartridge to be placed inside the cartridge holder. When seated, the Hall sensor joystick module and joystick cartridge move back and forth 20 The barrier includes a lock slot or notch to which the lock bolt engages. The structural and characteristic features and all the advantages of the invention are given in the figures below. This becomes clearer thanks to the detailed explanation written with references to these figures. This will be understood, and therefore the evaluation should also take these forms and detailed explanations into consideration. It needs to be done by taking precautions. 25 Figures that will help understand the invention. Figure 1 shows the joystick cartridge replacement mechanism, which is the subject of this invention. It is the appearance of the preferred structure. Figure 2 shows the joystick cartridge replacement mechanism, which is the subject of this invention. The preferred configuration is the disassembled view. 30 4 Figure 3a shows the view of the locking bolt in the closed position. Figure 3b shows the view of the locking bolt in the open position. Explanation of Part References 1. Cartridge holder 2. Hall sensor joystick module 5 3. Lock bolt 4. Pogo data / power pins 5. Calibration of EEPROM K. Joystick cartridge Detailed Description of the Invention 10 In this detailed description, the joystick cartridge (K) change mechanism that is the subject of the invention is described. preferred structures are solely for the purpose of better understanding the subject. It is explained. The joystick cartridge (K) changeover mechanism, which is the subject of the invention, consists of the following elements: Includes: 15 - Cartridge holder (1), - Hall sensor joystick module (2), - Lock bolt (3), - Pogo data / power pins (4), - Calibration EEPROM (5) 20 Insert the cartridge holder (1), the joystick module with hall sensor (2), into the console body It is a cartridge holder that allows for removal and provides alignment via its rail structure. (1) includes a guide rail mechanical structure integrated into the cantilever body. The joystick cartridge (K) sits in the rail channels of the rail mechanical structure, aligning with the correct axis. It is aligned and inserted by sliding it in with a linear motion. When the cartridge needs to be removed, lock 25 The slider (3) is released and the joystick cartridge (K) is pulled back along the same rail line. It is easily removed. This prevents incorrect insertion, allowing the user to insert / remove it without tools. It can be done; mechanical alignment is guaranteed. Hall sensor (which detects changes in magnetic field intensity and acts accordingly) (2) joystick module (a magnetic sensor / detector that produces voltage output), magnetic It detects the position of the joystick cartridge (K) via the field. Hall sensor joystick 5 Module (2) eliminates the drift problem. Joystick cartridge (K) with hall sensor. It is a modular structure that houses the joystick module (2) in a single-piece carrier body. That is, The Hall sensor joystick module (2) is mechanically fixed inside the joystick cartridge (K). However, the electrical connection, pogo data / power, exits the joystick cartridge (K). The pins (4) are supplied through the surfaces. Therefore, the joystick cartridge (K) = carrier + hall 10 It is a single module that works together in the form of a sensor joystick module (2). The locking bolt (3) secures the joystick module (2) with hall sensor, allowing for tool-free removal and installation. It provides: When the locking bolt (3) is in place of the joystick cartridge (K):  By inserting it into a lock slot / notch on the joystick cartridge (K)  It mechanically prevents back-and-forth movement. 15 When the locking slide (3) is opened, the aforementioned locking contact is released and the joystick cartridge (K) is freed. It remains in place. This prevents detachment due to vibration, giving the user the possibility of controlled disassembly. Pogo (spring-loaded contact pin) data / power pins (4), electronic contact without soldering These are the pins that provide power. When the joystick cartridge (K) is fully inserted into the cartridge slot (1), Conductive surfaces under the joystick cartridge (K), pogo data / power 20 inside the cartridge holder (1) It makes spring contact with pins (4). Thanks to this contact, the power + data connection is automatic. It is provided; no soldering is required. Calibration EEPROM (5) (Electronically Erasable Programmable Read-Only Memory - Electrically Erasable Programmable Read-Only Memory), joystick module with hall sensor (2) joystick cartridge (K) 25 which enables the storage of calibration data. It is the feature that enables the automatic loading of calibration data when installed. The joystick cartridge (K) change mechanism, which is the subject of the invention, is attached to the body of the hand console. It operates via an integrated cartridge slot (1). The user has a hall sensor. When you want to change the joystick module (2), slide the lock slider (3) to the side to change the existing It releases the joystick cartridge (K). Joystick cartridge (K) hall sensor joystick 30 6 The module (2) is removed completely. The new joystick cartridge (K) is the same as the cartridge. When placed in its socket (1), the joystick cartridge (K) makes contact with the pogo data / power pins (4). and the electronic connection is established automatically. During this time, the console, joystick cartridge (K) It reads the necessary profile information from the calibration EEPROM (5) inside and automatically It performs calibration. Thus, the user: 5  Joystick control in a very short time (e.g., 2 seconds) without using any tools. You can replace the cartridge (K).  You can personalize it with modules that have different height / cup ergonomics,  It can continuously utilize the advantage of the Hall sensor, which minimizes drift problems.

Claims

7 REQUESTS 1. Analog drift experienced in analog joystick modules, maintenance and servicing difficulties. The mechanism that eliminates the need for changing the joystick cartridges (K) feature; - Hall sensor joystick module (2) can be attached to and removed from the console body 5 cartridge holder (1) that provides alignment with the rail structure, - hall which detects the position of the joystick cartridge (K) via a magnetic field sensor joystick module (2), - locking slide that secures the joystick module (2) with hall sensor and the joystick cartridge (K) (3), 10 - For automatic electronic connection to be established with the joystick cartridge (K), each When the joystick cartridge (K) is inserted into the cartridge holder (1), contact with the joystick cartridge (K) eden, between joystick cartridge (K) and joystick module with hall sensor (2) Pogo data / power pins (4) that provide the electrical connection, - storing calibration data in the hall sensor joystick module (2) 15 and when the joystick cartridge (K) is inserted into the cartridge slot (1), calibration Calibration EEPROM (5) that enables automatic loading of data It includes.

2. The mechanism conforming to Claim 1, its feature is: joystick cartridge (K) cartridge holder (1) When it is seated in its place, the joystick module with hall sensor (2) and joystick 20 a lock to which the locking bolt (3) is connected, preventing the cartridge (K) from moving back and forth It includes a slot or notch.

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