A MOTHERBOARD CIRCUIT

Abstract

The invention relates to main boards used in passenger panel devices in public transport fare collection systems and is applicable to industrial use.

Description

1 TARIFF A MOTHERBOARD CIRCUIT Technical Area 5 The invention relates to main boards used in passenger panel devices in public transportation fare collection systems. It is related. State of the Art In conventional technology, motherboards are used to connect different circuit elements in electronic devices. They are used. The aforementioned motherboards hold some of the components of the electronic device. Motherboards also contain connection points for connecting to other components of the electronic device. It includes. Validators, also known as passenger panels, help users with different features thanks to developing technology. Functions are offered. Passenger panels, also used in public transport vehicles, have a cooling fan 15 Due to the absence of a propeller, electronic circuit board designs can operate at temperatures up to 75°C. It is unable to demonstrate durability. This makes electronic circuit design and component selection a complex process. It can achieve this. Selecting components suitable for the temperature profile is critically important. Electronic board to eliminate the negative effects such as parasitic and thermal effects created by the environment Their positions on the electronic board need to be adjusted correctly. 20 Developing new mechanisms to overcome the aforementioned disadvantage in the current state of the art. It is necessary. Consequently, an innovation in the relevant technical field is needed in light of all the problems mentioned above. It has become necessary to do so. 2 Purpose and Advantages of the Invention The aim of the invention is to develop a main board circuit for use in passenger panels. Another aim of the invention is to develop a long-lasting and reliable motherboard circuit. Figure Description 5 Figure 1 is a front view of a block diagram of the developed motherboard circuit. Figure 2 is a rear view of a block diagram of the developed motherboard circuit. Explanation of References A Motherboard circuit 10 Front view of the motherboard circuit. Rear view of the AY Motherboard circuit board. B Circuit board B1 First edge B2 Second edge 15 B3 Third edge B4 Fourth edge 1. Microprocessor 2. EMV LED indicator connection 3. USB connection 20 4. Antenna logo lighting connection 5. First series channel and power connection. 6. General power circuit 3 7. GPS-GSM Module 8. TPM unit 9. LCD backlight connector 10. Touchscreen connectivity 11. LCD connection 5 12. Audible alert connection 13. Second series channel and power connection. 14. Button link 15. Audio input connection 16. Audio output connector 10 17. First Ethernet transformer 18. First Ethernet and power connection. 19. DRAM unit 20. Microprocessor power management circuit 21. NAND flash unit 15 22. First micro SD module 23. External battery connection 24. Connection hole for grounding and mechanics. 25. Second Ethernet connection 26. Third serial channel and power connection 20 27. Main power and vehicle status information link 28. Multipurpose communication and I / O connectivity. 29. Update selection key 30. SAM module 31. Second micro SD module 25 32. SD / NAND selection switch 33. Cooling conductive surface 34. First micro SAM module 35. Second micro SAM module 36. Second Ethernet transformer 30 4 Detailed Description of the Invention As passenger panels in public transportation vehicles offer a variety of functions, main board design is becoming increasingly sophisticated. It becomes complicated. Improper positioning of components on the motherboard, overheating This can cause problems or slowdowns in data transfer. Therefore, the present invention Within this scope, a main board circuit based on the Val6_2.3 Electronic Board was developed, and 5 different components were used. The aim is to prevent their negative effects on each other. The invention is a circuit (A) with at least one motherboard for use in passenger panels, characterized by having at least one motherboard. front face (FP) of the circuit board, back face (RB) of at least one motherboard circuit board, and at least one first edge (B1) respectively. and 10 which has at least one second edge (B2) and at least one third edge (B3) and at least one fourth edge (B4). and at least one circuit board (B), preferably rectangular in shape, of the aforementioned motherboard circuit (A) At least one grounding and mechanical connection hole (24) located in the corner of the aforementioned motherboard located on the front face (F) of the circuit; at least one in the middle of the aforementioned motherboard circuit (A). microprocessor (1) is positioned on the side of the first edge (B1) closest to the fourth edge (B4) EMV LED indicator connection (2), at least one preferably three 15 located at the midpoint of the second edge (B2). The USB connection (3) is located between the aforementioned USB connection (3) and the third edge (B3) and at least one Antenna logo lighting connection (4) is located on the side of the second edge (B2) that is closest to the third edge. at least one first series channel and power link (5), located at the midpoint of the fourth edge (B4) a general power circuit (6), the most located between the aforementioned general power circuit (6) and the first edge (B1) a small GPS-GSM module (7), between the first edge (B1) and the aforementioned LCD backlight link (9) 20 At least one TPM unit (9) located between the aforementioned GPS-GSM module (7) and the second edge (B2) at least one LCD backlight connector (9) located in the mentioned LCD backlight connector (9) At least one touchscreen connector (10) located between the fourth edge (B4) and the mentioned LCD At least one LCD connector (11) located between the backlight connector (9) and the third edge (B3), At least one audible alarm link located between the aforementioned LCD link (11) and the third edge (B3) 25 (12) at least one of the mentioned touchscreen connectors (10) located between the third edge (B3) second series channel and power connection (13), the aforementioned audible warning connection (12) and the fourth edge (B4) at least one button link (14) located with the aforementioned button link (14) and the fourth edge (B3) at least one audio input connection (15) located between the aforementioned audio input connection (15) and the third At least one audio output connection (16) located between the edge (B4), the aforementioned second series channel and power 30 At least one first ethernet transformer (17) located between connection (13) and the fourth edge (B4), At least one first Ethernet transformer is located between the first Ethernet transformer (17) and the fourth edge (B4). Ethernet and power connection (18), the first edge (B1) with the aforementioned first Ethernet and power connection (18) At least one DRAM unit (19) located between the mentioned microprocessor (1) and the first edge (B1) At least one microprocessor power management circuit (20) located between the mentioned microprocessor power At least one NAND flash unit (21) located between the control circuit (20) and the second edge (B2), between the mentioned microprocessor power management circuit (20) and the second edge (B2) and the NAND flash unit (21) 5 At least one first micro SD module (22) which can be mounted in place, the aforementioned general power circuit At least one external battery connection (23) located between (6) and the second edge (B2) of the aforementioned motherboard positioned on the back face (AY) of the circuit; the third edge (B3) is close to the fourth edge (B4) at least one second ethernet connection (25) located on the side, the aforementioned second ethernet connection (25) At least one third serial channel and power connection (26) located between the second edge (B2), mentioned 10 At least one main power and located between the third series channel and power link (26) and the second edge (B2) The vehicle status link (27) is located on the side of the third edge (B3) closest to the second edge (B2). at least one multipurpose communication and I / O link (28), the aforementioned multipurpose communication and I / O link (28) and at least one software update selection switch (29) located between the first edge (B1), first At least one, preferably three, SAM modules located on the side of the edge (B1) closest to the fourth edge (B4) 15 (30), at least one second micro SD located between the aforementioned SAM module (30) and the second edge (B2). module (31) is at least located between the second micro SD module (31) and the third edge (B3). an SD / NAND selection switch (32), between the first ethernet transformer (17) and the first edge (B1) At least one heat conductive surface located (33), with the second micro SD module (31) mentioned above. At least one, preferably two, first micro SAM modules (34) located between the edge (B2), 20 of the first edge (B1) on the side closest to the fourth edge (B4) and in a position where the SAM module (30) can be mounted. at least one, preferably three, second micro SAM modules (35), second ethernet connection (25) with first edge It includes at least one second ethernet transformer (36) located between (B1). The components of a system in which the method described in the invention is applied, and the interactions between them, are shown in Figure 1. 25 It is shown. The mentioned EMV LED indicator connection (2), USB connection (3), antenna logo lighting connection (4), first serial channel and power connector (5), LCD backlight connector (9), touchscreen connector (10), audible warning connection (12), second serial channel and power connection (13), button connection (14), audio input 30 6 connection (15), audio output connection (16), first ethernet and power connection (18); picoblade connector It is used as such. The aforementioned “first series channel and power connection (5)” provides a connection to the EMV reader. The aforementioned “GPS-GSM module (7)” is used with a mini PCI-F connector. The aforementioned “TPM unit (8)” is used as a Trusted Platform Module and also as a SAM module 5 (30) It is located in that position in order to be close. The aforementioned “LCD connection (11)” is used as an FFC connector. The aforementioned “audible warning connection (12)” is used as a buzzer. The aforementioned “second serial channel and power connection (13)” provides connection to the barcode reader via RS232. The aforementioned “audio input connection (15)” provides a connection for the microphone. 10 The aforementioned “audio output connection (16)” provides a connection for the speaker. The aforementioned “first ethernet and power connection (18)” provides the connection for the camera. Said “DRAM unit (19)”; Dynamic Random Access Memor and DDR (Double Data Rate) memory It is used as such. The aforementioned “second ethernet connection (25)” has an RJ45 structure. 15 The aforementioned “third serial channel and power connection (26)” has a 4-pin microfit and RS232 structure. Driver It provides a connection to the control panel. The aforementioned “main power and vehicle status information connection (27)” has a 10-pin microfit structure. The aforementioned “multipurpose communication and I / O connection (28)” has an 8-pin microfit structure. It also It has a USB input and a serial channel structure with RS232. Thanks to these features, it can connect to turnstile control systems up to 20°C. It is used for programming as well as for debugging. 7 The current invention involves developing a mainboard circuit for use in passenger panels. The aforementioned mainboard... The circuit board is designed for use in environments requiring durability, such as when operating on a vehicle. It is being designed. With this invention, in public transportation services (bus, stop, tram, subway, stations, tunnels, security (cameras, etc.) and similar areas require different solutions to work seamlessly together. 5 For it to continue operating, electromagnetic interference (EMI), electromagnetic susceptibility (EMC), and operating temperature must be controlled. A long-lasting card is being designed to prevent its increase in durability. With the current invention, the motherboard is improved by customizing the positions of the components, thus reducing heat on the motherboard. This ensures optimal adjustment of the distribution and magnetic wave distribution. Thus, This ensures both more efficient operation and a longer lifespan for the motherboard. Furthermore, there are 10... the microprocessor (1) has the temporary memory unit and MEMC integrated circuit directly on it This enables rapid communication between these components. Since different functions are offered to users on passenger panels, the passenger panel main board design also varies. It becomes complex. The correct positioning of the components on the motherboard relative to each other is crucial. Problems such as improper configuration, motherboard overheating, or slow data transfer between components may occur. This can lead to encountering such situations. Therefore, the present invention can be used in public transportation systems. a motherboard circuit in which different components are prevented from negatively affecting each other It is being developed. With the current invention, the motherboard circuit developed (A) can be customized by customizing the positions of the components. In circuit (A), the heat and magnetic wave distribution is appropriately adjusted. Thanks to this innovation, the motherboard 20 The operating efficiency of circuit (A) has been increased, more balanced heat management has been achieved, and its service life has been improved. The range has been extended. At the same time, the negative effects of magnetic waves have been reduced. In preferred examples, terms such as one, two, front, back, up, down, side, arm, section, etc., are used to better illustrate the invention. It has been used for ease of understanding. The invention is not limited to these uses. 25 The invention is not limited to the above descriptions; a person skilled in the field can easily discover different aspects of the invention. They can present applications. These fall within the scope of the protection sought by the invention through claims. These are their evaluations. 8 Industrial Applicability of the Invention The invention relates to main boards used in passenger panel devices in public transportation fare collection systems. It is suitable for industrial application. 10

Claims

9 REQUESTS 1. Invention, There is at least one motherboard circuit (A) for use in passenger panels, and its characteristic is; at least one front-facing motherboard circuit (FP) circuit, 5 at least one motherboard circuit board back side (BCR), at least one first edge (B1), at least one second edge (B2), and at least one third edge (B3) respectively and at least one circuit having at least one fourth side (B4) and preferably in rectangular form card (B), At least one grounding wire located at at least one corner of the mentioned motherboard circuit (A) and 10 connection hole for mechanical (24), At least one microprocessor (1) is in the middle of the mentioned motherboard circuit (A), At least one EMV LED positioned on the side of the first edge (B1) closest to the fourth edge (B4) indicator connection (2), At least one, preferably three, USB ports (3) located at the midpoint of the second edge (B2), 15 At least one antenna logo located between the aforementioned USB connection (3) and the third edge (B3) lighting connection (4), at least one first series channel located on the side of the second edge (B2) closest to the third edge and power connection (5), At least one general power circuit (6) located at the midpoint of the fourth edge (B4), 20 at least one GPS-GSM located between the aforementioned general power circuit (6) and the first edge (B1) module (7), at least the mentioned LCD backlight connector (9) is located between the first edge (B1) and the first edge (B1) a TPM unit (9), At least one LCD backlight located between the aforementioned GPS-GSM module (7) and the second edge (B2) 25 lighting connection (9), The mentioned LCD backlight connector (9) is located between the fourth edge (B4). a small touchscreen connection (10), at least the mentioned LCD backlight connector (9) is located between the third edge (B3) and the third edge (B3) an LCD connection (11), 30 at least one audible warning located between the mentioned LCD connection (11) and the third edge (B3) connection (12), at least the touchscreen connector (10) mentioned is located between the third edge (B3) a second series channel and power connection (13), with the aforementioned audible warning connection (12) and at least one button located on the fourth edge (B4) connection (14), At least one audio input 5 located between the mentioned button connection (14) and the fourth edge (B3) connection (15), at least one audio output located between the aforementioned audio input connection (15) and the third edge (B4) connection (16), the second series channel and power connection (13) mentioned is located between the fourth edge (B4) at least one first ethernet transformer (17), 10 at least one of the mentioned first ethernet transformers (17) located between the fourth edge (B4) first ethernet and power connection (18), The first edge (B1) is located between the first Ethernet and power connection (18) and the first edge. a small DRAM unit (19), At least one microprocessor located between the aforementioned microprocessor (1) and the first edge (B1) 15 power management circuit (20), The most important one is located between the mentioned microprocessor power management circuit (20) and the second edge (B2). a small NAND flash unit (21), at least one second edge located on the side of the third edge (B3) closest to the fourth edge (B4) Ethernet connection (25), 20 at least one located between the second ethernet connection (25) and the second edge (B2) third series channel and power connection (26), The third series channel and power connection (26) mentioned is located between the second edge (B2) and the third edge (B2). a small main power and vehicle status information link (27), at least one multipurpose 25 located on the side of the third edge (B3) closest to the second edge (B2) communication and I / O connection (28), The mentioned multipurpose communication and I / O link (28) and located between the first edge (B1) at least one software update selection key (29), at least one, preferably three, located on the side of the first edge (B1) closest to the fourth edge (B4). SAM module (30), 30 At least one second micro located between the mentioned SAM module (30) and the second edge (B2) SD module (31), at least one of the mentioned second micro SD modules (31) located between the third edge (B3) SD / NAND selection switch (32), 11 at least one of the first ethernet transformers (17) mentioned is located between the first edge (B1) and the first edge (B1). cooling conductive surface (33), At least one second ethernet located between the second ethernet connection (25) and the first edge (B1) transformer (36) It is characterized by containing 5 2. A motherboard circuit (A) according to claim 1, and its characteristic is; the aforementioned microprocessor power management circuit. (20) and the second edge (B2) and the position where the NAND flash unit (21) can be mounted in place of the (B2) It is characterized by containing at least one first micro SD module (22).

3. According to claim 1, a motherboard circuit (A) is characterized by; the aforementioned general power circuit (6) and the second edge 10 characterized by having at least one external battery connection (23) located between (B2). is being done.

4. A motherboard circuit (A) according to claim 1, and its feature is; with the aforementioned second micro SD module (31). At least one, preferably two, first micro SAM modules (34) located between the second edge (B2) It is characterized by its inclusion.

5. According to claim 1, a motherboard circuit (A) has the characteristic that the first edge (B1) is connected to the fourth edge (B4) 15 At least one preferably located on the nearest side and in a position where it can be mounted in place of the SAM module (30). It is characterized by containing three second micro SAM modules (35).

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