Tire pressure sensor automatic programming online cargo allocation system

Abstract

The invention relates to the technical field of automatic programming cargo allocation systems, and discloses a tire pressure sensor automatic programming online cargo allocation system which comprises a sales client, a server and an automatic programming system, the sales client is wirelessly connected with the server, the server is connected with the automatic programming system, and the automatic programming system is arranged at a warehouse cargo allocation end. According to the requirements of the TPMS sensor of the target vehicle type selected by the client, the universal TPMS sensor to be allocated can be automatically programmed to the automatic programming system through the server, so that the universal TPMS sensor can be matched with the wheels of the vehicle type of the client for use after being programmed; a vehicle control end can conveniently and directly send a detection instruction to a newly replaced TPMS sensor of a vehicle, and the tire pressure and tire temperature detection of four groups of tires of the vehicle can be realized by matching with other unreplaced detection sensors of the vehicle, so that the universal TPMS sensor sold by a manufacturer can be quickly adapted to vehicle tire detection in the market.

Description

Technical Field

[0001] The present invention relates to the technical field of automatic programming and cargo distribution systems, and in particular to an automatic programming and online cargo distribution system for tire pressure sensors. Background Art

[0002] With the development of society and the popularization of automobiles, safe driving becomes more and more important. Tire Pressure Monitoring System (TPMS) is an active safety system that uses wireless transmission technology to collect data such as tire pressure and temperature of automobiles while driving or stationary using a high-sensitivity miniature wireless sensor device fixed in the tire of the automobile, and transmits the data to the host in the cab, and displays relevant data such as tire pressure and temperature of the automobile in real time in a digital form, and reminds the driver to give an early warning in the form of a buzzer or voice when the tire is abnormal. The use of the tire pressure monitoring system ensures that the pressure and temperature of the tire are maintained within the standard range, which reduces the probability of tire blowout and tire damage, reduces fuel consumption and damage to vehicle components. Before use, the tire pressure monitoring system needs to match the sensor on the tire with the host terminal so that the host terminal can determine the position of each tire where the sensor is located. When replacing the TPMS sensor of an existing automobile, it is necessary to program and match the TPMS sensor by itself. The operation process is relatively cumbersome, and it is very easy to conflict with the data collection of the TPMS sensors of other existing tires of the automobile. The TPMS sensor cannot be set in real time, and it is difficult to adapt to the detection and coordinated use of the tires of the replacement model. Therefore, an online distribution system with automatic programming of tire pressure sensors is proposed. Summary of the invention

[0003] 1. Technical issues to be resolved

[0004] In order to solve at least one aspect of the above problems, the present invention first provides an automatic programming and online distribution system for tire pressure sensors, which can match and automatically program the TPMS sensors according to the customer's vehicle model and the TPMS sensors selected, initialize the TPMS sensors, make them suitable for the replacement and adjustment of the customer's tires, and improve the distribution and matching efficiency of TPMS sensors.

[0005] (II) Technical solution

[0006] In order to solve the technical problem, the present invention provides a tire pressure sensor automatic programming online distribution system, including a sales client, a server and an automatic programming system, wherein the sales client is wirelessly connected to the server, the server is connected to the automatic programming system, and the automatic programming system is arranged at the warehouse distribution end, wherein:

[0007] The sales client is provided with a customer browsing interface and an order selection window. The customer browsing interface includes a display of sensor specifications, models and appearance pictures. The order selection window is provided with multiple groups of selection keys, and the selection keys include information on selecting a vehicle model, selecting a sensor model, and selecting a sensor production year.

[0008] The automatic programming system programs the universal TPMS sensor according to the customer selection information and vehicle model requirements, initializes the selected universal TPMS sensor, and starts the programming and calibration procedures for the universal TPMS sensor, so that the programmed and calibrated universal TPMS sensor becomes a TPMS sensor adapted to the target vehicle model selected by the customer.

[0009] The automatic programming system is connected to the command output end of the server. The server presets programming codes for the target model TPMS sensors of existing models and models required by the models, and inputs the working instructions of the preset programming codes into the automatic programming system through the command output end. The automatic programming system outputs corresponding programming instructions according to the order information, and automatically programs the universal sensor, so that the universal sensor becomes the target model TPMS sensor that meets the requirements.

[0010] The warehouse distribution end is provided with an automatic labeling device at the output end of the automatic programming system. The automatic labeling device is used to quickly and automatically affix a paper label to the TPMS sensor of the target vehicle model that has completed programming, and the TPMS sensor of the target vehicle model is labeled. The designated areas of the paper label respectively contain the order information of the customer, customer information and relevant configuration information of the automatic programming.

[0011] The automatic programming system is connected to an online proofreading and goods distribution system, and the online proofreading and goods distribution system includes a delivery channel, an automatic scanning device and a goods distribution terminal.

[0012] Furthermore, the delivery channel is provided with an automatic scanning device on the subsequent production line of the automatic labeling device, and the automatic scanning device collects images of paper labels. A data conversion device is arranged in the automatic scanning device, and the data conversion device converts the collected image analog information into digital information and inputs it into the server. The data comparison unit arranged in the server compares the order information, customer information and configuration information on the paper labels.

[0013] Furthermore, the online proofreading and distribution system is provided with proofreading targets, which include sales information proofreading, customer information proofreading and assembly information proofreading, and the proofreading methods of the online proofreading and distribution system include electronic proofreading and manual proofreading.

[0014] Furthermore, the target vehicle model TPMS sensor data end is provided with a wireless transmitter, the target vehicle model TPMS sensor is connected with a low-frequency activator, and the target vehicle model TPMS sensor is provided with a corresponding low-frequency identification code for the low-frequency activator.

[0015] Furthermore, the output end of the automatic scanning device is provided with a distribution end, the distribution end is provided with a proofreader, the distribution end is provided with a high-definition display screen at the operation end of the proofreader, and the high-definition display screen is provided with a setting frame and an angle adjustment frame.

[0016] Furthermore, a warning terminal is provided on the right side of the high-definition display screen, a feedback terminal is provided on the right side of the warning terminal, and the feedback terminal is set as an abnormal button.

[0017] Furthermore, the server is wirelessly connected to the control terminal, the server includes a data terminal, the data terminal is provided with a data update unit, the data update unit is wirelessly connected to the control terminal, and the server data terminal is provided with an anti-interference unit.

[0018] In addition, the workflow of the automatic programming system of the present invention in conjunction with the above-mentioned online distribution system is as follows:

[0019] S1. The server publishes detailed information about all vehicle models, sensor models, production years and pictures of the manufacturer to the sales client, and displays product content to the customer based on the selected information;

[0020] S2. The customer selects the vehicle model, sensor model, and production year on the sales client, and the order information is automatically generated. The client sends the customer selection information to the server, and after confirmation by the server, the order information is sent to the automatic programming system;

[0021] S3, the automatic programming system selects a TPMS sensor that meets the order information for programming, so that the programmed sensor can be used in accordance with the target sensor ordered by the customer;

[0022] S4, using an automatic placement device in conjunction with a pressing device to automatically label the programmed sensor, the sensor label containing order information, customer information and programming information;

[0023] S5. Use an automatic scanning device to quickly scan the label on the surface of the sensor and send it to the server for comparison to determine whether there is a difference between the sensor and the order;

[0024] S6. The sensor that has completed the scan is transmitted to the distribution end, and the warehouse management staff at the distribution end confirms the order information and sensor information again and places the sensor in the corresponding shipping warehouse.

[0025] (III) Beneficial effects

[0026] 1. The tire pressure sensor automatic programming online distribution system provided by the present invention can automatically program the universal TPMS sensors to be distributed to the automatic programming system through the server according to the needs of the target vehicle model selected by the customer, so that the universal TPMS sensors can be adapted to the wheels of the customer's vehicle model after programming, so that the vehicle control end can directly send detection instructions to the newly replaced TPMS sensors of the vehicle, and cooperate with the remaining detection sensors of the vehicle that have not been replaced to realize tire pressure and tire temperature detection of the four sets of tires of the vehicle, so that the universal TPMS sensors sold by the manufacturer can be quickly adapted to the vehicle tire detection on the market.

[0027] 2. This solution sets up a labeling device and a proofreading device at the output end of the programming system to facilitate the server to send the programming requirements of the order to the automatic programming system. After the automatic programming system completes the processing, the target model TPMS sensor that has completed the programming and calibration processing is labeled and scanned and proofread to obtain the target model TPMS sensor that meets the order requirements and programming processing needs, and the target model TPMS sensor with a paper label is delivered to the customer's shipping end through the distribution end. BRIEF DESCRIPTION OF THE DRAWINGS

[0028] Figure 1 This is a schematic diagram of the operation of the online distribution system according to an embodiment of the present invention;

[0029] Figure 2 A system schematic diagram of an online distribution system according to an embodiment of the present invention;

[0030] Figure 3 The following is a flowchart of the online distribution system according to an embodiment of the present invention. DETAILED DESCRIPTION

[0031] In order to make the above-mentioned objects, features and advantages of the present invention more obvious and easy to understand, specific embodiments of the present invention are described in detail below with reference to the accompanying drawings.

[0032] See also Figures 1 to 3 The embodiment of the present invention provides a tire pressure sensor automatic programming online distribution system, including a sales client, a server and an automatic programming system, the sales client is wirelessly connected to the server, the server is connected to the automatic programming system, and the automatic programming system is set at the warehouse distribution end, wherein:

[0033] The sales client is provided with a customer browsing interface and an order selection window. The customer browsing interface includes a display of sensor specifications, models and appearance pictures. The order selection window is provided with multiple groups of selection keys, and the selection keys include information on selecting a vehicle model, selecting a sensor model, and selecting a sensor production year. The customer enters the sales client, enters the TPMS sensor he wants to order in the customer browsing interface, and browses the specifications, models and appearance of related products to determine that the product is the sensor he wants to select, that is, clicks into the order selection window of the TPMS sensor, selects the vehicle model, sensor model and sensor production year he needs to place an order, and uses the sales client to set product information and sales information, which can improve the accuracy and efficiency of customer selection, and facilitates merchants to automatically program the products selected by customers to match their vehicle models. Customers can directly install the received target vehicle model TPMS sensor into the corresponding wheel, open the control end to establish information transmission with the target vehicle model TPMS sensor, and complete the control of the target vehicle model TPMS sensor, so that the target vehicle model TPMS sensor is adapted to the detection and use of new wheels.

[0034] See also Figure 1 The automatic programming system programs the universal TPMS sensor according to the customer's selection information and vehicle model requirements, initializes the selected universal TPMS sensor, and starts the programming and calibration program for the universal TPMS sensor, so that the programmed and calibrated universal TPMS sensor becomes a TPMS sensor suitable for the target vehicle model selected by the customer. The server sets automatic programming programs for different types of TPMS sensors according to existing vehicle models and tire pressure detection requirements, and is provided with a data input terminal on the control end. Engineers can add new automatic programming programs to the data update unit through the data input terminal to adapt to the programming and use of the increasing number of vehicle models and TPMS sensors. The server selects the corresponding automatic programming program according to the target vehicle model TPMS sensor and vehicle model configuration selected by the customer's order, realizes automatic programming processing for the universal TPMS sensor taken out of the warehouse, and uses the verification equipment to calibrate the TPMS sensor according to the order information, so that it can perfectly meet the customer's ordering requirements.

[0035] See also Figure 2The automatic programming system is connected to the command output end of the server. The server presets the programming code for the target model TPMS sensor required by the existing model and the model, and inputs the working instruction of the preset programming code into the automatic programming system through the command output end. The automatic programming system outputs the corresponding programming instruction according to the order information, and performs automatic programming operation on the universal sensor, so that the universal sensor becomes the target model TPMS sensor that meets the requirements. The preset programming codes of the TPMS sensors of different target models are set in the memory. After the customer places an order, the server generates the automatic programming code according to the order requirements. The server sends the automatic programming start instruction and the programming code of the target model TPMS sensor to the automatic programming system through the command output end, and the automatic programming system automatically programs the universal TPMS sensor.

[0036] An automatic labeling device is installed at the output end of the automatic programming system at the warehouse distribution end. The automatic labeling device is used to quickly and automatically affix paper labels to the TPMS sensors of the target vehicle models that have completed programming, and the target vehicle models TPMS sensors are labeled. The designated areas of the paper labels contain the order information placed by the customer, customer information, and related configuration information for automatic programming. The automatic labeling device will print out the order information based on the server data, and print out the related configuration information for automatic programming, and merge the order information and the related configuration information for automatic programming on the paper label, and mark the sensors output by the automatic programming system to facilitate verification of whether the automatic programming operation of the sensor meets the order requirements, thereby avoiding system connection errors or programming errors.

[0037] The automatic programming system is connected to the online proofreading and distribution system. The online proofreading and distribution system includes a delivery channel, an automatic scanning device and a distribution end. The delivery channel transmits the target vehicle model TPMS sensor that has completed automatic programming and calibration. After the automatic labeling device affixes a paper label at the designated position of the target vehicle model TPMS sensor, the automatic scanning device electronically scans the content of the paper label and sends the scanned information to the server for comparison. The target vehicle model TPMS sensor that has completed the scan and server comparison is continuously transmitted to the distribution end via the delivery channel. After manual verification by the proofreading staff, the target vehicle model TPMS sensor is released to the corresponding distribution port for distribution processing.

[0038] The delivery channel is equipped with an automatic scanning device on the subsequent production line of the automatic labeling device. The automatic scanning device collects images of paper labels. A data conversion device is arranged in the automatic scanning device. The data conversion device converts the collected image analog information into digital information and inputs it into the server. The data comparison unit arranged in the server compares the order information, customer information and configuration information on the paper label to determine whether the information on the paper label is consistent with the order information of the sales client, confirms that the automatic programming processing result of the TPMS sensor of the target vehicle model meets the customer's order requirements, and ensures that the automatic programming system cooperates with the distribution device to realize the distribution processing of the order.

[0039] The online proofreading and distribution system has proofreading targets, which include sales information proofreading, customer information proofreading and assembly information proofreading. The proofreading methods of the online proofreading and distribution system include electronic proofreading and manual proofreading. By completing the proofreading targets of sales information, customer information and assembly information, the completion results of the automatic programming processing of the TPMS sensors of the relevant target models are determined. The content of the paper label is proofread twice by electronic proofreading and manual proofreading to ensure that the TPMS sensors of the target models output by the automatic programming system meet the customer's order requirements.

[0040] The target vehicle model TPMS sensor data end is provided with a wireless transmitter, the target vehicle model TPMS sensor is connected to a low-frequency activator, the target vehicle model TPMS sensor is provided with a corresponding low-frequency identification code for the low-frequency activator, and the target vehicle model TPMS sensor can establish a two-way transmission of detection control signals and detection information of the cab controller to the tire after it is installed in the corresponding frame tire by setting the wireless transmitter, so that the controller can use the target vehicle model TPMS sensor to establish tire pressure and tire temperature detection inside the tire where it is located, and realize the vehicle's monitoring and control of the tire usage status, and the low-frequency activator is set to be able to identify the low-frequency activation code, so as to ensure that the controller sends an activation command to the low-frequency activator of the target vehicle model TPMS sensor connected to the low-frequency activation code, and turn on the target vehicle model TPMS sensor to start the detection operation.

[0041] The output end of the automatic scanning device is provided with a distribution end, and the distribution end is provided with a proofreading staff. The distribution end is provided with a high-definition display screen at the operation end of the proofreading staff. The high-definition display screen is provided with a setting frame and an angle adjustment frame. The distribution end proofreads the paper label on the TPMS sensor of the target vehicle model delivered according to the order information and assembly information displayed on the high-definition display screen to determine whether the information of the two is consistent. The high-definition display screen establishes a connection with the distribution end through the setting frame, and adjusts the output angle through the angle adjustment frame, so that the high-definition display screen can be adapted to proofreaders of different heights, work positions and angles.

[0042] A warning terminal is provided on the right side of the high-definition display screen, and a feedback terminal is provided on the right side of the warning terminal. The feedback terminal is set as an abnormal button. The warning terminal sends a warning signal through a warning light. The warning light is used to feedback the electronic proofreading signal of the automatic scanning device. The feedback terminal generates an abnormal signal through the abnormal button. Pressing the abnormal button prompts the manual proofreading department that the proofreading information of the TPMS sensor of the target vehicle model is abnormal, prompting the server to re-make a new round of automatic programming processing for the order, and the staff puts the abnormal sensor into the designated position to facilitate formatting of the abnormal sensor so that it can be reprogrammed to form a new target vehicle model TPMS sensor for use.

[0043] The server is wirelessly connected to the control end. The server includes a data end. The data end is provided with a data update unit. The data update unit is wirelessly connected to the control end. The server data end is provided with an anti-interference unit. The data end stores automatic programming programs and coding information, so that the automatic programming programs under various codes can program universal TPMS sensors. The data update unit is set to receive the automatic programming program newly input by the control end, and update the coding system of the automatic programming system so that it can adapt to the programming and use of more different types of TPMS sensors. The anti-interference unit can prevent external interference information from affecting the transmission signals between the server and the automatic programming system and the automatic scanning device to cause errors, thereby ensuring the control accuracy of the server.

[0044] In the embodiment of the present invention, the workflow of the server-controlled automatic programming system in conjunction with the above-mentioned online distribution system is as follows:

[0045] S1. The server publishes detailed information about all vehicle models, sensor models, production years and pictures of the manufacturer to the sales client, and displays product content to the customer based on the selected information;

[0046] S2. The customer selects the vehicle model, sensor model, and production year on the sales client, and the order information is automatically generated. The client sends the customer selection information to the server, and after confirmation by the server, the order information is sent to the automatic programming system;

[0047] S3, the automatic programming system selects a TPMS sensor that meets the order information for programming, so that the programmed sensor can be used in accordance with the target sensor ordered by the customer;

[0048] S4, using an automatic placement device in conjunction with a pressing device to automatically label the programmed sensor, the sensor label containing order information, customer information and programming information;

[0049] S5. Use an automatic scanning device to quickly scan the label on the surface of the sensor and send it to the server for comparison to determine whether there is a difference between the sensor and the order;

[0050] S6. The sensor that has completed the scan is transmitted to the distribution end, and the warehouse management staff at the distribution end confirms the order information and sensor information again and places the sensor in the corresponding shipping warehouse.

[0051] Although the disclosure is disclosed as above, the protection scope of the disclosure is not limited thereto. Those skilled in the art may make various changes and modifications without departing from the spirit and scope of the disclosure, and these changes and modifications will fall within the protection scope of the present invention.

Claims

1. A tire pressure sensor automatic programming online distribution system, characterized in that: It includes a sales client, a server and an automatic programming system. The sales client is wirelessly connected to the server, the server is connected to the automatic programming system, and the automatic programming system is set at the warehouse distribution end, wherein: The sales client is provided with a customer browsing interface and an order selection window, wherein the customer browsing interface includes a display of sensor specifications, models and appearance pictures, and the order selection window is provided with multiple groups of selection keys, wherein the selection keys include information on selecting a vehicle model, selecting a sensor model, and selecting a sensor production year; The automatic programming system programs the universal TPMS sensor according to the customer selection information and vehicle model requirements, initializes the selected universal TPMS sensor, and starts a programming and calibration procedure for the universal TPMS sensor, so that the programmed and calibrated universal TPMS sensor becomes a TPMS sensor adapted to the target vehicle model selected by the customer; The automatic programming system is connected to the command output terminal of the server. The server presets programming codes for the target vehicle model TPMS sensor of the existing vehicle model and the vehicle model required, and inputs the working instructions of the preset programming code into the automatic programming system through the command output terminal. The automatic programming system outputs the corresponding programming instructions according to the order information, and performs automatic programming operations on the universal sensor, so that the universal sensor becomes the target vehicle model TPMS sensor that meets the requirements; The warehouse distribution end is provided with an automatic labeling device at the output end of the automatic programming system, and the automatic labeling device is used to quickly and automatically affix a paper label to the TPMS sensor of the target vehicle model that has completed programming, and the TPMS sensor of the target vehicle model is labeled. The predetermined area of ​​the paper label contains the order information of the customer, the customer information and the relevant configuration information of the automatic programming respectively; The automatic programming system is connected to an online proofreading and goods distribution system, and the online proofreading and goods distribution system includes a delivery channel, an automatic scanning device and a goods distribution terminal.

2. The tire pressure sensor automatic programming online distribution system according to claim 1, characterized in that: The delivery channel is provided with an automatic scanning device on the subsequent production line of the automatic labeling device. The automatic scanning device collects images of paper labels. A data conversion device is arranged in the automatic scanning device. The data conversion device converts the collected image analog information into digital information and inputs it into the server. The data comparison unit arranged in the server compares the order information, customer information and configuration information on the paper labels.

3. The tire pressure sensor automatic programming online distribution system according to claim 1, characterized in that: The online proofreading and distribution system is provided with proofreading targets, which include sales information proofreading, customer information proofreading and assembly information proofreading. The proofreading methods of the online proofreading and distribution system include electronic proofreading and manual proofreading.

4. The tire pressure sensor automatic programming online distribution system according to claim 1, characterized in that: The target vehicle model TPMS sensor data end is provided with a wireless transmitter, the target vehicle model TPMS sensor is connected with a low-frequency activator, and the target vehicle model TPMS sensor is provided with a corresponding low-frequency identification code for the low-frequency activator.

5. The tire pressure sensor automatic programming online distribution system according to claim 1, characterized in that: The output end of the automatic scanning device is provided with a distribution end, the distribution end is provided with a proofreading staff, the distribution end is provided with a high-definition display screen at the operation end of the proofreading staff, and the high-definition display screen is provided with a setting frame and an angle adjustment frame.

6. The tire pressure sensor automatic programming online distribution system according to claim 5, characterized in that: A warning terminal is arranged on the right side of the high-definition display screen, a feedback terminal is arranged on the right side of the warning terminal, and the feedback terminal is arranged as an abnormal button.

7. The tire pressure sensor automatic programming online distribution system according to claim 1, characterized in that: The server is wirelessly connected to the control end. The server includes a data end. The data end is provided with a data updating unit. The data updating unit is wirelessly connected to the control end. The server data end is provided with an anti-interference unit.

8. The tire pressure sensor automatic programming online distribution system according to claim 1, characterized in that: The workflow of the above online distribution system is as follows: S1. The server publishes detailed information about all vehicle models, sensor models, production years and pictures of the manufacturer to the sales client, and displays product content to the customer based on the selected information; S2. The customer selects the vehicle model, sensor model, and production year on the sales client, and the order information is automatically generated. The client sends the customer selection information to the server, and after confirmation by the server, the order information is sent to the automatic programming system; S3, the automatic programming system selects a TPMS sensor that meets the order information for programming, so that the programmed sensor can be used in accordance with the target sensor ordered by the customer; S4, using an automatic placement device in conjunction with a pressing device to automatically label the programmed sensor, the sensor label containing order information, customer information and programming information; S5. Use an automatic scanning device to quickly scan the label on the surface of the sensor and send it to the server for comparison to determine whether there is a difference between the sensor and the order; S6. The sensor that has completed the scan is transmitted to the distribution end, and the warehouse management staff at the distribution end confirms the order information and sensor information again and places the sensor in the corresponding shipping warehouse.

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