A cable car cabin that operates based on the weight being carried and measures the altitude being traveled.

Abstract

The invention, presented herein, is a cable car cabin in which a microprocessor is coded to measure the maximum weight the cabin can carry via a ground-mounted weight scale and display the weight on the screen. It detects the on / off command received via an on / off button and, if the predetermined maximum weight is not exceeded, activates the rail system on which the right door panel moves and the associated right door opening / closing motor, and the rail system on which the left door panel moves and the associated left door opening / closing motor. If the predetermined weight is exceeded, it gives an audible warning via buzzer and measures the height using a height scale located on the outer ground of the cable car cabin and displays the height on the screen.It is characterized by a microprocessor (1), display (2), right door opening / closing motor (3), rail system on which the right door panel moves (4), opening / closing button (5), weight sensor (6), height sensor (7), rail system on which the left door panel moves (8), left door opening / closing motor (9) and buzzer (10).

Description

1 TARIFF WORKING AND TRAVELING HEIGHT DEPENDING ON THE WEIGHT CARRIED MEASURING CABLE CAR CABIN Technological Field: The present invention involves the coding of a microprocessor in the cable car cabins, along with the cabin's 10 The maximum weight it can carry is measured using a weight scale located on the ground. It prints to the screen, detects the on / off command coming from the power button, and acts as a signal to the specified end. If the maximum weight limit is not exceeded, the rail system on which the right door panel moves and to it the connected right door opening / closing motor, the rail system on which the left door panel moves, and It activates the left door opening / closing motor connected to it, if the specified weight is exceeded 15 with an audible warning via buzzer and an altitude gauge located on the outer floor of the cable car cabin. It relates to a system that takes measurements and displays the results on the screen. State of the Art: Cable cars have been an important means of transportation and tourism in modern cities and natural areas for 20 years. These are elevation transport systems used. These systems provide fast transportation between locations at high altitudes. and provides efficient transportation. The importance and function of cable cars are valuable in many respects. First As such, cable cars help alleviate heavy traffic and transportation problems in cities. Especially in mountainous regions or historical centers, cable cars serve tourists and locals alike. It allows for easy movement, reduces vehicle traffic, and minimizes environmental impact. Also, 25 Cable cars are a major attraction for the tourism sector. From high points... Offering spectacular views, the cable cars attract tourists and contribute to the economic development of the region. It contributes to increasing tourism revenue by supporting activities such as mountaineering and skiing. Cable cars also have strategic importance for emergencies. In mountainous or difficult terrain, 30 in rescue operations and firefighting efforts in accessible areas They are used to enable rapid intervention and assistance in emergency situations. Ensuring the safety of cable cars is important because these types of transportation are often high. They work in places and transport people. They are directly involved with human lives and are not always safe. Serious risks can arise in these situations. The safety of people using the cable cars is of the highest priority. 35 It must be kept in check. Any security vulnerability or problem could seriously harm users. It can cause blindness or even death. Occurring in cable cars 2 Safety protocols and regulations to prevent or reduce potential accidents 5 This is necessary. Besides ensuring user safety, it also prevents potential property damage. In addition to all these safety recommendations and findings, the carrying capacity of existing cable cars... mostly used for tourism purposes, to address the commercial concerns of users or businesses. It has been abandoned. With the developed system, a weight gauge is placed on the floor of the cable car cabins. 10 by displaying the measured weight on the screen, giving a warning with a buzzer, and disabling the door closing button. Provided that it remains open, the door will not open if the specified maximum weight is not exceeded. The closing switch is activated, the slides to which the door panels are attached and the things that move them. closing the door via motors, in terms of viewing pleasure for users. It measures the height using an altimeter and displays the measurement on the screen. 15 Figures: 20 Figure 1: Interior of the cable car cabin, which operates based on the weight being carried and measures the height being traveled. appearance References: 1. Microprocessor 25 2. Screen 3. Right door opening / closing motor 4. The rail system on which the right door panel moves. 5. On / off switch 6. Weighing scale 30 7. Altitude gauge 8. The rail system on which the left door panel moves. 9. Left door opening / closing motor 10. Buzzer 35 Description of the Invention: 3 The cabin design that the invention is about: Microprocessor (1), Display (2), Right door opening / closing 5 motor (3), Rail system on which the right door panel moves (4), On / off switch (5), Weight gauge (6), Height gauge (7), Rail on which the left door panel moves The system consists of (8), Left door opening / closing motor (9) and Buzzer (10). With the coding of the System Microprocessor (1), the cabinet can carry a maximum of 10 The weight is measured by means of the Weight Meter (6) located on the floor and the weight is displayed on the Screen (2) By detecting the on / off command that comes with the on / off button (5), it prints the specified If the maximum weight is not exceeded, the rail system (4) over which the right door panel moves and The right door opening / closing motor (3) connected to it, the rail on which the left door panel moves. Activating the system (8) and the connected left door opening / closing motor (9), if the specified 15 If the weight limit is exceeded, it will give an audible warning with the Buzzer (10) and on the outer floor of the cable car cabin It works by taking measurements with the height sensor (7) and printing them on the screen (2). Thus, the determined weight is not left to the discretion of the passengers or those providing the service. This prevented the capacity from being exceeded and enhanced the passengers' viewing pleasure by showcasing the high altitude. will be provided. 20

Claims

4 REQUESTS 1. The present invention relates to the coding of a microprocessor in cable car cabins, along with the cabin's operation. by measuring the maximum weight it can carry using a weight scale located on the ground It prints the weight on the screen, and the on / off command received via the on / off button is 10. By detecting the weight and if the set maximum weight has not been exceeded, it moves over the right door panel. the rail system it installed and the right door opening / closing motor connected to it, on the left door panel the rail system it moves on and the activation of the left door opening / closing motor connected to it, if If the predetermined weight limit is exceeded, an audible warning is given via buzzer and the outside of the cable car cabin... It is a cable car cabin that measures height using a height gauge located on the ground and displays the measurement on the screen; 15 Microprocessor (1), Display (2), Right door opening / closing motor (3), On the right door panel Rail system on which it moves (4), On / off switch (5), Weight gauge (6), Height gauge (7), Rail system on which the left door panel moves (8), Left door opening / closing motor It is characterized by (9) and Buzzer (10).