Lock block-locker detection device and use method thereof

Abstract

The present invention relates to the field of vehicle accessories for preventing or indicating unauthorized use or vehicle theft prevention, and specifically to a lock block-locker detection device and a method for using the same. A lock block-locker detection device comprises a locker electronic control unit (1) and a lock block electronic control unit (2), wherein the locker electronic control unit (1) and the lock block electronic control unit (2) are interconnected via a signal line, and is characterized in that: it also comprises a locker LED indicator (11), a locker DC motor drive module (12), a locker detection button (13), a locker connection interface (14), a locker programming and debugging interface (15), a lock block LED indicator (21), a lock block DC motor drive module (22), a lock block detection button (23), a lock block connection interface (24) and a lock block programming and debugging interface (25). The present invention is easy to carry and quick to analyze.

Description

Technical Field

[0001] The invention relates to the field of vehicle accessories for preventing or indicating unauthorized use or preventing vehicle theft, and in particular to a lock block-locker detection device and a use method thereof. Background Art

[0002] Most of the existing lock block and latch detection equipment are large-scale EOL final inspection equipment, which is not suitable for carrying and using as a rapid analysis tool. Summary of the invention

[0003] In order to overcome the defects of the prior art and provide a vehicle lock detection device which is easy to carry and has fast analysis, the present invention discloses a lock block-locker detection device and a use method thereof.

[0004] The present invention achieves the purpose of the invention through the following technical solutions:

[0005] A lock block-locker detection device, comprising a locker electronic control unit and a lock block electronic control unit, wherein the locker electronic control unit and the lock block electronic control unit are connected to each other via a signal line, and characterized in that: it also comprises a locker LED indicator, a locker DC motor drive module, a locker detection button, a locker connection interface, a locker programming and debugging interface, a lock block LED indicator, a lock block DC motor drive module, a lock block detection button, a lock block connection interface and a lock block programming and debugging interface,

[0006] The interlock electronic control unit is connected to the interlock LED indicator, interlock DC motor drive module, interlock detection button, interlock connection interface and interlock programming and debugging interface through signal lines.

[0007] The lock block electronic control unit is connected to the lock block LED indicator, the lock block DC motor drive module, the lock block detection button, the lock block connection interface and the lock block programming and debugging interface through signal lines.

[0008] The high / low configuration selection switch is connected to the lock electronic control unit and the lock block electronic control unit respectively through signal lines, the battery is connected to the lock electronic control unit and the lock block electronic control unit respectively through wires connected in series with a voltage stabilizing module, and the battery is also connected to the power display module through a signal line.

[0009] The locking block-locker detection device is characterized in that the locker programming and debugging interface and the locking block programming and debugging interface both use ICSP interfaces, and the storage battery uses a lithium battery.

[0010] The method for using the locking block-locker detection device is characterized by being implemented in sequence according to the following steps:

[0011] The DC power output by the battery is input into the electronic control unit of the interlock and the electronic control unit of the lock block after being stabilized by the voltage stabilizing module. The electronic control unit of the interlock and the electronic control unit of the lock block are connected through a signal line to realize handshake, and the interlock and the lock block are jointly debugged;

[0012] When the high / low configuration selection switch is in the high configuration position, press the locker detection button and the lock block detection button, and the locker electronic control unit and the lock block electronic control unit jointly debug the high configuration locker and lock block. During the joint test, the locker electronic control unit drives the DC motor through the locker DC motor drive module to drive the locker. During the driving process, the locker electronic control unit reads the full lock, half lock and lock functions of the lock under the high configuration and the PCM state of the lock, and displays the PCM state of the lock through the locker LED indicator; the lock block electronic control unit drives the DC motor through the lock block DC motor drive module to drive the lock block. During the driving process, the lock block electronic control unit reads the full lock, half lock and lock functions of the lock block under the high configuration and the PCM state of the lock block, and displays the PCM state of the lock block through the lock block LED indicator; the current battery power is displayed through the power display module;

[0013] When the high / low configuration selection switch is in the low configuration position, press the locker detection button and the lock block detection button, and the locker electronic control unit and the lock block electronic control unit implement joint debugging of the low configuration locker and lock block. During the joint test, the locker electronic control unit drives the DC motor through the locker DC motor drive module to drive the locker. During the driving process, the locker electronic control unit reads the full lock, half lock and lock functions of the lock under low configuration and the PCM status of the lock, and displays the PCM status of the lock through the locker LED indicator; the lock block electronic control unit drives the DC motor through the lock block DC motor drive module to drive the lock block. During the driving process, the lock block electronic control unit reads the full lock, half lock and lock functions of the lock block under low configuration and the PCM status of the lock block, and displays the PCM status of the lock block through the lock block LED indicator; the current battery power is displayed through the power display module.

[0014] This detection module can realize the following functions: detect the full lock, half lock and unlock functions of the lock block and display them using the LED indicator light; detect the PCM status of the lock and display it using the LED indicator light.

[0015] The present invention is portable and practical, and provides a rapid on-site fault analysis capability for the lock block and the latch. It can not only be used independently as an analysis device, but also can be integrated into the lock block and the latch final inspection device for use, and has the advantages of easy carrying and rapid analysis. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 It is a connection diagram of the present invention. DETAILED DESCRIPTION

[0017] The present invention is further described below by means of specific examples. Example

[0018] A lock block-locker detection device, comprising a locker electronic control unit 1, a locker LED indicator 11, a locker DC motor drive module 12, a locker detection button 13, a locker connection interface 14, a locker programming and debugging interface 15, a lock block electronic control unit 2, a lock block LED indicator 21, a lock block DC motor drive module 22, a lock block detection button 23, a lock block connection interface 24 and a lock block programming and debugging interface 25, such as Figure 1 As shown, the specific structure is:

[0019] The locking device electronic control unit 1 and the locking block electronic control unit 2 are connected to each other through a signal line.

[0020] The interlock electronic control unit 1 is connected to the interlock LED indicator 11, the interlock DC motor drive module 12, the interlock detection button 13, the interlock connection interface 14 and the interlock programming and debugging interface 15 through signal lines.

[0021] The lock block electronic control unit 2 is connected to the lock block LED indicator 21, the lock block DC motor drive module 22, the lock block detection button 23, the lock block connection interface 24 and the lock block programming and debugging interface 25 through signal lines.

[0022] The high / low configuration selection switch 3 is connected to the locking device electronic control unit 1 and the locking block electronic control unit 2 through signal lines, and the battery 41 is connected to the locking device electronic control unit 1 and the locking block electronic control unit 2 through a wire connected in series with a voltage stabilizing module 42. The battery 41 is also connected to the power display module 43 through a signal line.

[0023] In this embodiment, the lock programming and debugging interface 15 and the lock block programming and debugging interface 25 both use ICSP interfaces, and the storage battery 41 uses a lithium battery.

[0024] When this embodiment is used, the following steps are implemented in sequence:

[0025] The DC power outputted by the battery 41 is input into the locking device electronic control unit 1 and the locking block electronic control unit 2 respectively after being stabilized by the voltage stabilizing module 42. The locking device electronic control unit 1 and the locking block electronic control unit 2 are connected by a signal line to realize handshake, and the locking device and the locking block are jointly debugged;

[0026] When the high / low configuration selection switch 3 is in the high configuration position, the locker detection button 13 and the lock block detection button 23 are pressed, and the locker electronic control unit 1 and the lock block electronic control unit 2 implement joint debugging of the high configuration locker and lock block. During the joint test, the locker electronic control unit 1 drives the DC motor through the locker DC motor driving module 12 to drive the locker. During the driving process, the locker electronic control unit 1 reads the full lock, half lock and lock functions of the lock under the high configuration and the PCM state of the lock, and displays the PCM state of the lock through the locker LED indicator 11; the lock block electronic control unit 2 drives the DC motor through the lock block DC motor driving module 22 to drive the lock block. During the driving process, the lock block electronic control unit 2 reads the full lock, half lock and lock functions of the lock block under the high configuration and the PCM state of the lock block, and displays the PCM state of the lock block through the lock block LED indicator 21; the current power of the battery 41 is displayed through the power display module 43;

[0027] When the high / low configuration selection switch 3 is in the low configuration position, the locker detection button 13 and the lock block detection button 23 are pressed, and the locker electronic control unit 1 and the lock block electronic control unit 2 implement joint debugging of the low configuration locker and lock block. During the joint test, the locker electronic control unit 1 drives the DC motor through the locker DC motor driving module 12 to drive the locker. During the driving process, the locker electronic control unit 1 reads the full locking, half locking and locking functions of the locker under the low configuration and the PCM state of the locker, and displays the PCM state of the locker through the locker LED indicator 11; the lock block electronic control unit 2 drives the DC motor through the lock block DC motor driving module 22 to drive the lock block. During the driving process, the lock block electronic control unit 2 reads the full locking, half locking and locking functions of the lock block under the low configuration and the PCM state of the lock block, and displays the PCM state of the lock block through the lock block LED indicator 21; the current power of the battery 41 is displayed through the power display module 43.

Claims

1. A lock block-locker detection device, comprising a locker electronic control unit (1) and a lock block electronic control unit (2), wherein the locker electronic control unit (1) and the lock block electronic control unit (2) are connected to each other via a signal line, wherein: It also includes a locking device LED indicator light (11), a locking device DC motor drive module (12), a locking device detection button (13), a locking device connection interface (14), a locking device programming and debugging interface (15), a locking block LED indicator light (21), a locking block DC motor drive module (22), a locking block detection button (23), a locking block connection interface (24) and a locking block programming and debugging interface (25). The interlock electronic control unit (1) is connected to the interlock LED indicator (11), the interlock DC motor drive module (12), the interlock detection button (13), the interlock connection interface (14) and the interlock programming and debugging interface (15) through signal lines. The lock block electronic control unit (2) is connected to the lock block LED indicator (21), the lock block DC motor drive module (22), the lock block detection button (23), the lock block connection interface (24) and the lock block programming and debugging interface (25) through signal lines. The high / low configuration selection switch (3) is connected to the locker electronic control unit (1) and the lock block electronic control unit (2) through signal lines. When the high / low configuration selection switch (3) is in the high configuration position, the locker detection button (13) and the lock block detection button (23) are pressed to enable the locker electronic control unit (1) and the lock block electronic control unit (2) to jointly debug the high configuration locker and the lock block. When the high / low configuration selection switch (3) is in the low configuration position, the locker detection button (13) and the lock block detection button (23) are pressed to enable the locker electronic control unit (1) and the lock block electronic control unit (2) to jointly debug the low configuration locker and the lock block. The storage battery (41) is connected to the locker electronic control unit (1) and the lock block electronic control unit (2) through a wire connected in series with a voltage stabilizing module (42). The storage battery (41) is also connected to the power display module (43) through a signal line.

2. The locking block-locker detection device according to claim 1, characterized in that: The programming and debugging interface (15) of the locking device and the programming and debugging interface (25) of the locking block are both ICSP interfaces, and the storage battery (41) is a lithium battery.

3. The method for using the lock block-locker detection device according to claim 1 or 2, characterized in that: Follow the steps below to implement: The direct current outputted by the storage battery (41) is inputted into the locking device electronic control unit (1) and the locking block electronic control unit (2) respectively after being stabilized by the voltage stabilizing module (42). The locking device electronic control unit (1) and the locking block electronic control unit (2) are connected via a signal line to realize handshake, and the locking device and the locking block are jointly debugged; When the high / low configuration selection switch (3) is in the high configuration position, the locker detection button (13) and the lock block detection button (23) are pressed, and the locker electronic control unit (1) and the lock block electronic control unit (2) perform joint debugging on the high configuration locker and the lock block. During the joint test, the locker electronic control unit (1) drives the DC motor through the locker DC motor drive module (12) to drive the locker. During the driving process, the locker electronic control unit (1) reads the full lock, half lock and lock functions of the locker in the high configuration and the lock block. The PCM state of the lock is displayed through the lock LED indicator (11); the lock block electronic control unit (2) drives the DC motor through the lock block DC motor drive module (22) to drive the lock block, and the lock block electronic control unit (2) reads the full lock, half lock and lock functions of the lock block under high configuration and the PCM state of the lock block during the driving process and displays the PCM state of the lock block through the lock block LED indicator (21); the current power of the battery (41) is displayed through the power display module (43); When the high / low configuration selection switch (3) is in the low configuration position, the lock detection button (13) and the lock block detection button (23) are pressed, and the lock electronic control unit (1) and the lock block electronic control unit (2) perform joint debugging on the low configuration lock and lock block. During the joint test, the lock electronic control unit (1) drives the DC motor through the lock DC motor drive module (12) to drive the lock. During the driving process, the lock electronic control unit (1) reads the full lock, half lock and lock functions of the lock in the low configuration and the lock block. The PCM state of the lock is displayed through the lock LED indicator (11); the lock block electronic control unit (2) drives the DC motor through the lock block DC motor drive module (22) to drive the lock block, and the lock block electronic control unit (2) reads the full lock, half lock and lock functions of the lock block under low configuration and the PCM state of the lock block during the driving process, and displays the PCM state of the lock block through the lock block LED indicator (21); the current power of the battery (41) is displayed through the power display module (43).

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