TWM619052U - Vehicle electronic loop teaching aid module - Google Patents

Abstract

The present invention provides a teaching aid assembly for a vehicle electronic circuit, which includes a support frame, a teaching board, an engine computer and at least one electrical connection line. The teaching board is detachably fixed on the support frame and has an operating surface. The operating surface includes a start area, a signal area, a light area, an ignition area and a charging area. The engine computer is set on the operating surface. The electrical connection wires are suitable for electrically connecting the engine computer to at least one of the starting area, the signal area, the light area, the ignition area, and the charging area. This makes it easier for learners to learn the connection and test of the electronic circuit in the vehicle.

Description

Teaching aid component of vehicle electronic circuit

This authoring department provides a teaching aid component of a vehicle electronic circuit, especially a teaching aid component of a vehicle electronic circuit that is convenient for teaching.

Modern vehicles use an engine computer to control the starting, signal, ignition and other functions of the vehicle. The car factory usually provides a manual for the vehicle, and the circuit configuration diagram is also provided in the manual. For users who study vehicle circuits, the circuit diagrams in the manual are too dense and complicated, which is not conducive to learning.

The creator then exhausted his mind to study carefully, and then developed a teaching aid component of the vehicle electronic circuit, in order to achieve the purpose of facilitating the user to learn.

The invention provides a teaching aid assembly for a vehicle electronic circuit, which includes a support frame, a teaching board, an engine computer, and at least one electrical connection line. The teaching board is detachably fixed on the support frame and has an operating surface. The operating surface includes a start area, a signal area, a light area, an ignition area and a charging area. The engine computer is set on the operating surface. The at least one electrical connection line is suitable for electrically connecting the engine computer to at least one of the starting area, the signal area, the light area, the ignition area, and the charging area.

In one embodiment, a brake light, a motor light, a brake switch, and a start relay are provided on the start zone.

In an embodiment, the signal area is provided with a left turn signal, a right turn signal, a horn signal, a small light signal, and a flasher.

In an embodiment, a night light signal, a near light signal, a far light signal, a passing light signal, a near light relay, and a far light relay are provided on the light zone.

In one embodiment, the ignition zone is provided with an ignition light, a pump light, a fuel injector light, a high voltage coil, and a dump sensor.

In one embodiment, a charging light, a fan switch and a rectifier are provided on the charging area.

In one embodiment, there is a fuse area on the operating surface, and the fuse area corresponds to the start area, the signal area, the light area, and the ignition area.

In one embodiment, a main switch and a main fuse are further provided on the operating surface.

In one embodiment, a load element is further provided on the operating surface.

In one embodiment, the teaching board further has a back surface opposite to the operation surface, and the teaching aid assembly of the vehicle electronic circuit further includes a plurality of electrical connection parts passing through the operation surface and the back surface to electrically connect the The engine computer and the components respectively provided in the starting zone, the signal zone, the light zone, the ignition zone and the charging zone.

In this way, the teaching aid component of the vehicle electronic circuit created by the present invention classifies and displays each function in the vehicle electronic circuit on the teaching board, so that the user can connect and test the circuit of each function.

In order to fully understand the purpose, features and effects of this creation, we will use the following specific examples and accompanying drawings to give a detailed description of this creation. The description is as follows:

Please refer to Figure 1 and Figure 2. This creation is to provide a teaching aid assembly 1 for a vehicle electronic circuit, which includes a support frame 10, a teaching board 11, an engine computer 12, and at least one electrical connection line 13. The teaching board 11 is detachably fixed on the support frame 10 and has an operating surface 110. The operating surface 110 includes a start area 111, a signal area 112, a light area 113, an ignition area 114, and a charging area 115 . The engine computer 12 is installed on the operating surface 110. The at least one electrical connection line 13 is suitable for electrically connecting the engine computer 12 to at least one of the starting area 111, the signal area 112, the light area 113, the ignition area 114 and the charging area 115.

As mentioned above, the teaching aid assembly 1 of the vehicle electronic circuit created by the present invention classifies and displays each function in the vehicle electronic circuit on the teaching board 11 so that the user can connect and test the circuits of each function.

As shown in FIG. 1, in an embodiment, a brake light 20, a motor light 21, a brake switch 22, and a start relay 23 may be provided on the starting area 111. The signal area 112 can be provided with a left turn signal light 30, a right turn light signal 31, a horn light 32, a small light 33, and a flasher 34. The lighting area 113 may be provided with a night light signal 40, a near light signal 41, a far light signal 42, a passing light signal 43, a near light relay 44, and a far light relay 45. The ignition area 114 can be provided with an ignition light 61, a pump light 62, a fuel injector light 63, a high voltage coil 64 and a dump sensor 65. The charging area 115 is provided with a charging light 50, a fan switch 51 and a rectifier 52. But it is not limited to this, the educator can arrange the configuration on the teaching board 11 according to the vehicle manual. The lights are used to simulate the circuits of various functions in the vehicle. For example, the lights will light up when the user's wiring is correct. In addition, related components and lights of the same type are arranged hierarchically in the same area, so users can easily connect and test the circuit.

As shown in FIGS. 1 and 2, in one embodiment, the teaching board further has a back surface 116 opposite to the operating surface 110, and the teaching aid assembly 1 of the vehicle electronic circuit may further include passing through the operating surface 110 and The plurality of electrical connections 90 on the back 116 are electrically connected to the engine computer 12, and the start area 111, the signal area 112, the light area 113, the ignition area 114, and the charging area 115 respectively. element. The electrical connection portion 90 may be a conductive jack, and both ends of the electrical connection wire 13 may have quick-plug connectors 130 to be inserted into the electrical connection portion 90. For example, there may be a plurality of electrical connection parts 90 for electrically connecting the engine computer 12 and arranged in two rows. The engine computer 12 extends from a plurality of lines 120 to be connected from the back 116 in a manner such as a locking clip. For the corresponding electrical connection portion 90, the electrical connection portion 90 protruding from the operation surface 110 can be inserted into the quick plug connector 130 of the power supply connection line 13. For another example, the brake light signal 20 on the activation area 111 can be connected to the two corresponding electrical connection portions 90 from the back through the two lines 5, and the electrical connection portion 90 protruding from the operating surface 110 can be used for power supply connection lines. 13's quick-plug connector 130 is inserted.

As shown in Figures 1 and 2, in one embodiment, the operating surface 110 may further have a fuse area 117, and the fuse area 117 corresponds to the start area 111, the signal area 112, the light area 113, and the Ignition zone 114. The fuse area 117 may be provided with a plurality of fuses 60 corresponding to the above functional areas respectively to simulate the fuses of the vehicle. In addition, a main switch 16 and a main fuse 17 can be further provided on the operating surface 110.

As shown in FIGS. 1 and 2, in one embodiment, a load element 19 may be further provided on the operating surface to simulate the operation of the engine. The load element 19 can be a small motor, which can be operated by a 1.5 volt battery assembly 8. Therefore, when using the teaching aid assembly 1 for creating a vehicle electronic circuit for learning, there is no need to consume too much energy.

This creation has been disclosed in a preferred embodiment above, but those familiar with this technology should understand that this embodiment is only used to describe the creation, and should not be construed as limiting the scope of the creation. It should be noted that all changes and replacements equivalent to this embodiment should be included in the scope of this creation. Therefore, the scope of protection of this creation shall be subject to the scope of the patent application.

1: Teaching aid components for vehicle electronic circuits 10: Support frame 11: Teaching board 110: Operation surface 111: boot area 112: Signal area 113: Light Zone 114: ignition zone 115: Charging area 116: back 117: Fuse area 12: Engine computer 120: Line 13: Electrical connection line 130: Push-in connector 16: main power 17: Main fuse 19: Load element 20: Brake light 21: Motor light 22: Brake switch 23: Start relay 30: Left turn signal light 31: Right turn signal light 32: Horn light 33: small light signal 34: Flasher 40: Night light 41: Near light signal 42: far light signal 43: Overtaking light signal 44: Near light relay 45: far light relay 60: Fuse 61: Ignition light 62: pump light 63: Injector light 64: high voltage coil 65: dump sensor 5: Line 50: Charging light 51: Fan switch 52: Rectifier 8: battery pack 90: Electrical connection

Fig. 1 is a schematic front view of a teaching aid component of a vehicle electronic circuit according to a specific embodiment of the invention. Fig. 2 is a schematic back view of the teaching board of the vehicle electronic circuit of Fig. 1.

1: Teaching aid components for vehicle electronic circuits

10: Support frame

11: Teaching board

110: Operation surface

111: boot area

112: Signal area

113: Light Zone

114: ignition zone

115: Charging area

117: Fuse area

12: Engine computer

13: Electrical connection line

130: Push-in connector

16: main power

17: Main fuse

19: Load element

20: Brake light

21: Motor light

22: Brake switch

23: Start relay

30: Left turn signal light

31: Right turn signal light

32: Horn light

33: small light signal

34: Flasher

40: Night light

41: Near light signal

42: far light signal

43: Overtaking light signal

44: Near light relay

45: far light relay

60: Fuse

61: Ignition light

62: pump light

63: Injector light

64: high voltage coil

65: dump sensor

50: Charging light

51: Fan switch

52: Rectifier

90: Electrical connection

Claims (10)

A teaching aid component of a vehicle electronic circuit, which includes: A support frame; A teaching board is detachably fixed on the support frame and has an operating surface, the operating surface includes a start area, a signal area, a light area, an ignition area, and a charging area; An engine computer installed on the operating surface; and At least one electrical connection line is suitable for electrically connecting the engine computer to at least one of the starting area, the signal area, the light area, the ignition area, and the charging area. According to claim 1, the teaching aid assembly of the electronic circuit of a vehicle, wherein a brake light, a motor light, a brake switch, and a start relay are provided on the starting area. The teaching aid assembly of the vehicle electronic circuit according to claim 1, wherein the signal area is provided with a left turn signal, a right turn signal, a horn signal, a small signal, and a flasher. The teaching aid component of the vehicle electronic circuit according to claim 1, wherein the lighting area is provided with a night light signal, a near light signal, a far light signal, a passing light signal, a near light relay, and A far light relay. The teaching aid assembly of the vehicle electronic circuit according to claim 1, wherein the ignition area is provided with an ignition light, a pump light, a fuel injector light, a high voltage coil, and a dump sensor. The teaching aid component of the vehicle electronic circuit according to claim 1, wherein a charging light, a fan switch and a rectifier are provided on the charging area. According to claim 1, the teaching aid assembly of the electronic circuit of a vehicle, wherein the operation surface further has a fuse area, and the fuse area corresponds to the start area, the signal area, the light area and the ignition area. According to claim 1, the teaching aid assembly of a vehicle electronic circuit, wherein a main switch and a main fuse are further provided on the operating surface. According to claim 1, the teaching aid assembly of a vehicle electronic circuit, wherein a load element is further provided on the operating surface. The teaching aid assembly of a vehicle electronic circuit according to claim 1, wherein the teaching board further has a back surface opposite to the operation surface, and the teaching aid assembly of the vehicle electronic circuit further includes a plurality of electric circuits passing through the operation surface and the back surface. The sexual connection part is electrically connected to the engine computer and the components provided in the starting area, the signal area, the light area, the ignition area, and the charging area.

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