CN111192489A - Centralized training system under driving line of motor vehicle - Google Patents

Abstract

Translated fromChinese

本发明公开了一种机动车驾驶线下集中培训系统。包括云服务器、人证对比终端、远程互动设备、远程视频调取设备；其特征在于：所述人证对比终端设置在培训教室内，所述远程互动设备包括视频播放设备、计算机，视频播放设备设置在培训教室内，计算机设置在监管端，所述远程视频调取设备包括摄像机、拾音器，摄像机、拾音器设置在培训教室内，人证对比终端、计算机、摄像机、拾音器分别通过有线/无线方式与云服务器通讯连接。本发明采用机动车驾驶线下集中培训系统，可以规范线下培训，培训过程结合教材、讲义，是真正意义上的有效培训方案，使学员的线下培训不再成为走过场的形式。The invention discloses an offline centralized training system for motor vehicle driving. It includes a cloud server, a witness comparison terminal, a remote interactive device, and a remote video retrieval device; it is characterized in that: the witness comparison terminal is set in the training classroom, and the remote interaction device includes a video playback device, a computer, and a video playback device. It is set in the training classroom, and the computer is set at the supervision terminal. The remote video retrieval equipment includes a camera and a pickup. The camera and the pickup are set in the training classroom. Cloud server communication connection. The present invention adopts an offline centralized training system for motor vehicle driving, which can standardize offline training. The training process combines teaching materials and handouts, which is an effective training scheme in the true sense, so that offline training of trainees is no longer a form of going through the motions.

Description

Centralized training system under driving line of motor vehicle

The technical field is as follows:

the invention belongs to the technical field of motor vehicle driving training, and particularly relates to a motor vehicle driving offline centralized training system.

Background art:

according to the requirements of the transportation department on issuing technical specifications of remote theory teaching of motor vehicle driving training network (No. 64 announcements in 2017) and teaching and testing outline of motor vehicle driving training (No. 2016) 128), specific requirements are made on the completeness of a teaching knowledge system, the accuracy of knowledge content and the rationality of teaching design, and the guideline of offline training and centralized teaching in the driving training industry is determined.

The teaching times of various vehicle types are clearly indicated on the teaching outline, and are shown in the following table:

1. the schedule of motor vehicle driving training teaching is as follows:

schooltime arrangement table

Remarking: each school hour was 60 minutes. Wherein the effective teaching time is not less than 45 minutes.

2. The scholarly hour of the outline is the basic scholarly hour requirement of each vehicle type.

3. The addition of examination content and items requires a corresponding increase in the time of study.

4. The classroom learning time of each student cannot exceed 4 hours of study every day, and the actual operation learning time cannot exceed 4 hours of study every day.

Taking C1 as an example, the "law, regulation and related knowledge of road traffic safety" and "general knowledge of safe civilized driving" teaching can adopt various modes such as multimedia teaching, remote network teaching, traffic safety experience and the like, and 22 academic sessions are total, 18 online academic sessions advocate that classroom teaching and remote network teaching are combined, classroom teaching is not lower than 6 academic sessions, wherein the "law, regulation and related knowledge of road traffic safety" is not lower than 4 academic sessions, and the "general knowledge of safe civilized driving" is not lower than 2 academic sessions.

According to the investigation situation, the cities which give lessons intensively all over the country are few and few at present, and the teaching quality of theoretical coaches is uneven, so that the research and the policy and regulation are mainly based on the education to be tried and the policy and regulation to be coped with. The teaching contents and the time of learning can not be completely unified, and regular teaching plans and lectures can not be formed. At present, the one-time qualification rate of theoretical examinations is only 52.3% on average, the ministry of public security and the ministry of communication issue texts in succession, safe driving education needs to be caught from the source, and a set of solution for standard off-line teaching needs to be researched and developed urgently.

The information disclosed in this background section is only for enhancement of understanding of the general background of the invention and should not be taken as an acknowledgement or any form of suggestion that this information forms the prior art already known to a person skilled in the art.

The invention content is as follows:

the invention aims to provide a centralized training system under a motor vehicle driving line, thereby overcoming the defects in the prior art.

In order to achieve the above object, the present invention provides an offline centralized training system for motor vehicle driving, comprising: the system comprises a cloud server, a testimony comparison terminal, remote interaction equipment and remote video calling equipment; the testimony comparison terminal, the computer, the camera and the sound pick-up are arranged in the training classroom, and are in communication connection with the cloud server in a wired/wireless mode respectively; the functions of sign-in, sign-off and photographing are achieved through the testimony comparison terminal, teaching conditions in a training classroom are recorded through the camera and the sound pick-up and uploaded to the cloud server to be stored, the supervision terminal interacts with the training classroom through the computer and the video playing equipment, and ready-made or historical training image records are called through the computer and the cloud server to effectively supervise the training teaching conditions.

Preferably, in the technical scheme, the testimony contrast terminal includes TOF structure payment face identification module, the ID card reads the ware, the light filling lamp, satellite positioning module, the display, transmission module, the controller, terminal upper portion is provided with TOF structure payment face identification module, TOF structure payment face identification module both sides are provided with the light filling lamp, the terminal lower part is provided with the ID card and reads the ware, the terminal middle part is provided with the display, inside locating module, transmission module, the controller of being provided with of terminal, the controller passes through the circuit and is connected with TOF structure payment face identification module, the ID card reads the ware, locating module, the display, transmission module respectively, transmission module adopts RJ45, WIFI or 4G, TOF structure payment face identification module includes degree of depth camera module, infrared thermal imaging module, RGB camera module, degree of depth camera module, infrared thermal imaging module, The RGB camera module is respectively connected with the controller; the depth camera module and the infrared thermal imaging module are used for establishing a 3D face image and preventing photos from being false, and the RGB camera module is used for establishing a face preview and scanning a training teaching material two-dimensional code; the identity card reader is used for reading identity information; the satellite positioning module is used for positioning the terminal and preventing the terminal from being disassembled and assembled to cheat; the display is used for displaying identity information and teaching material use conditions; the transmission module is used for communicating with the cloud server; the controller is used for judging the validity of sign-in and sign-off according to face data collected by the TOF structure payment face recognition module, judging the condition of paying by students and on-site learning, and counting the popularization condition of teaching materials according to the service condition of two-dimensional codes of the teaching materials.

Preferably, in the technical scheme, the testimony comparison terminal further comprises a gate, the gate is arranged at the doorway of a training classroom and is connected with the controller, and the gate is opened and closed according to the sign-in and sign-out conditions.

The implementation method of the centralized training system under the driving line of the motor vehicle comprises the following steps:

(1) the driving school uploads theoretical coach information, student information, payment information and training classroom information to a cloud server, and sends the information to a supervision department for approval of a work plan, the supervision department audits the work plan, and the work plan is officially worked after the audit is passed;

(2) a theoretical trainer approaches an identity card to an identity card reader identification area of a TOF structure payment face identification module at a door of a training classroom, after the TOF structure payment face identification module collects information of the theoretical trainer, a controller calls start information in a cloud server through a transmission module for comparison, if the information of the theoretical trainer is consistent, the theoretical trainer successfully starts to sign in, a gate is opened, and the theoretical trainer enters the training classroom; the satellite positioning module acquires the position information of the witness contrast terminal, and the controller calls the position information of a training classroom in the cloud server to compare, so that the witness contrast terminal is prevented from being detached to cheat;

(3) after the theoretical coach signs in, the students start to sign in sequence, the students firstly press the identity cards to an identity card reader identification area of a certificate comparison terminal, the certificate comparison terminal collects student information, and the controller calls the student information and related payment conditions in the cloud server;

(4) if the student does not pay, the student needs to finish payment, then follow-up operation is carried out, if the student pays, the depth camera module, the infrared thermal imaging module and the RGB camera module shoot the face of the student, the depth camera module and the infrared thermal imaging module establish a 3D face image for the face of the student, the RGB camera module establishes face preview to prevent the student from cheating through pictures, mobile phone videos, silica gel masks and the like, the controller compares the collected face information of the student with the student information in the cloud server, and after the comparison is consistent, the student identity authentication is successful;

(5) after the student testimony is successfully authenticated, the terminal prompts an authentication teaching material, an RGB camera module on the terminal is adopted to scan a two-dimensional code on the student teaching material, a controller compares the collected two-dimensional code information with information stored in a cloud server, if the same two-dimensional code information exists, the fact that the teaching material is used is displayed on a display, the teaching material is prevented from being repeatedly trained and used, if the same two-dimensional code information does not exist, the student signs in successfully, a gate is opened, and the student enters a training classroom;

(6) after the student signs in successfully, the theoretical trainer starts training; in the training process, a camera and a sound pickup record and store teaching conditions in a training classroom, and establish connection with a cloud server; the driving school principal or supervision department checks the teaching condition in the training classroom at any time through a communication tool, and interacts and explains with the trainee in the training classroom through a video playing device connected with a computer;

(7) after the training of the courses specified by the teaching outline is finished, a theoretical trainer signs off in an identification area of an identity card reader through an identity card, if the information of the theoretical trainer is consistent, the sign off is successful, and a gate is opened;

(8) after the theoretical coach finishes signing back, the student places through the ID card and signs off on the ID card reader, and degree of depth camera module, infrared thermal imaging module carry out 3D discernment to the student face, and RGB camera module shoots the student face, if student information is unanimous, then sign off is successful, and the effective study time of record is long for having a lesson time, and the student loops through the floodgate and leaves the training classroom, and the off-line training ends.

Preferably, in the technical scheme, the student can check in and check out for multiple times; the student takes the time when the first sign-in succeeds as a starting point, takes the last sign-in and sign-out as a sign-out time point, and is accurate to seconds; when the student signs in, the student needs to sign in within a set specified time delay duration, the time delay duration of the sign-in starts to be timed from the theoretical coach sign-in time, the current sign-in time is the standard when the time delay duration exceeds the specified time delay duration, and the time is accurate to the second.

Preferably, in the technical scheme, the students have to complete sign-off within a specified time, and the students who do not sign-off within the specified time are only stored as logs after learning-hour uploading, and do not count effective learning-hour; beyond 22 o' clock of the day, all non-signed times were not counted as valid times.

Compared with the prior art, the invention has the following beneficial effects:

by adopting the vehicle driving offline centralized training system, offline training can be standardized, training is combined with teaching materials, and the training system is a meaningful training scheme, so that offline training of trainees is no longer in a walking-off mode.

Description of the drawings:

FIG. 1 is a schematic view of the structure of the concentrated training system under the driving line of the motor vehicle according to the present invention;

FIG. 2 is a schematic block diagram of an offline centralized training system for motor vehicle driving according to the present invention;

FIG. 3 is a schematic structural diagram of a witness comparison terminal of the present invention;

FIG. 4 is a flowchart of an implementation of the concentrated training system under the driving line of the motor vehicle.

The specific implementation mode is as follows:

the following detailed description of specific embodiments of the invention is provided, but it should be understood that the scope of the invention is not limited to the specific embodiments.

Throughout the specification and claims, unless explicitly stated otherwise, the word "comprise", or variations such as "comprises" or "comprising", will be understood to imply the inclusion of a stated element or component but not the exclusion of any other element or component.

As shown in fig. 1-2, an offline centralized training system for motor vehicle driving includes: the system comprises a cloud server, a testimony comparison terminal, remote interaction equipment and remote video calling equipment; the testimony comparison terminal, the computer, the camera and the sound pick-up are arranged in the training classroom, and are in communication connection with the cloud server in a wired/wireless mode respectively; the functions of sign-in, sign-off and photographing are achieved through the testimony comparison terminal, teaching conditions in a training classroom are recorded through the camera and the sound pick-up and uploaded to the cloud server to be stored, the supervision terminal interacts with the training classroom through the computer and the video playing equipment, and ready-made or historical training image records are called through the computer and the cloud server to effectively supervise the training teaching conditions.

As shown in FIG. 3, the testimony comparison terminal comprises a TOF structure payment face recognition module, an identity card reader, light-compensating lamps, a satellite positioning module, a display, a transmission module and a controller, wherein the TOF structure payment face recognition module is arranged on the upper portion of the terminal, the light-compensating lamps are arranged on two sides of the TOF structure payment face recognition module, the identity card reader is arranged on the lower portion of the terminal, the display is arranged in the middle of the terminal, the positioning module, the transmission module and the controller are arranged inside the terminal, the controller is respectively connected with the TOF structure payment face recognition module, the identity card reader, the positioning module, the display and the transmission module through circuits, the satellite positioning module adopts a GPS + BD system, different antennas are arranged according to the installation position of the testimony comparison terminal, an external ceramic antenna is adopted indoors, an internal ceramic antenna is adopted outdoors, and the, the TOF structure payment face recognition module adopts T-O-F three-dimensional imaging and comprises a depth camera module, an infrared thermal imaging module and an RGB camera module, wherein the depth camera module, the infrared thermal imaging module and the RGB camera module are respectively connected with a controller; the depth camera module and the infrared thermal imaging module are used for establishing a 3D face image and preventing photos from being false, and the RGB camera module is used for establishing a face preview and scanning a training teaching material two-dimensional code; the identity card reader is used for reading identity information; the satellite positioning module is used for positioning the terminal and preventing the terminal from being disassembled and assembled to cheat; the display is used for displaying identity information and teaching material use conditions; the transmission module is used for communicating with the cloud server; the controller is used for judging the validity of sign-in and sign-off according to face data collected by the TOF structure payment face recognition module, judging the condition of paying by students and on-site learning, and counting the popularization condition of teaching materials according to the service condition of two-dimensional codes of the teaching materials.

The testimony of a witness contrast terminal still includes the floodgate machine, and the floodgate machine setting is at training classroom gate, and the floodgate machine is connected with the controller for open and close according to signing in, sign off the condition.

The photos shot by the depth camera module and the RGB camera module need to be verified by date, watermark and data signature.

As shown in fig. 4, the implementation method of the vehicle driving offline centralized training system comprises the following steps:

(1) the driving school uploads theoretical coach information, student information, payment information and training classroom information to a cloud server, and sends the information to a supervision department for approval of a work plan, the supervision department audits the work plan, and the work plan is officially worked after the audit is passed;

(2) a theoretical trainer approaches an identity card to an identity card reader identification area of a TOF structure payment face identification module at a door of a training classroom, after the TOF structure payment face identification module collects information of the theoretical trainer, a controller calls start information in a cloud server through a transmission module for comparison, if the information of the theoretical trainer is consistent, the theoretical trainer successfully starts to sign in, a gate is opened, and the theoretical trainer enters the training classroom; the satellite positioning module acquires the position information of the witness contrast terminal, and the controller calls the position information of a training classroom in the cloud server to compare, so that the witness contrast terminal is prevented from being detached to cheat;

(3) after the theoretical coach signs in, the students start to sign in sequence, the students firstly press the identity cards to an identity card reader identification area of a certificate comparison terminal, the certificate comparison terminal collects student information, and the controller calls the student information and related payment conditions in the cloud server;

(4) if the student does not pay, the student needs to finish payment, then follow-up operation is carried out, if the student pays, the depth camera module, the infrared thermal imaging module and the RGB camera module shoot the face of the student, the depth camera module and the infrared thermal imaging module establish a 3D face image for the face of the student, the RGB camera module establishes face preview to prevent the student from cheating through pictures, mobile phone videos, silica gel masks and the like, the controller compares the collected face information of the student with the student information in the cloud server, and after the comparison is consistent, the student identity authentication is successful;

(5) after the student testimony is successfully authenticated, the terminal prompts an authentication teaching material, an RGB camera module on the terminal is adopted to scan a two-dimensional code on the student teaching material, a controller compares the collected two-dimensional code information with information stored in a cloud server, if the same two-dimensional code information exists, the fact that the teaching material is used is displayed on a display, the teaching material is prevented from being repeatedly trained and used, if the same two-dimensional code information does not exist, the student signs in successfully, a gate is opened, and the student enters a training classroom;

(6) after the student signs in successfully, the theoretical trainer starts training; in the training process, a camera and a sound pickup record and store teaching conditions in a training classroom, and establish connection with a cloud server; the driving school principal or supervision department checks the teaching condition in the training classroom at any time through a communication tool, and interacts and explains with the trainee in the training classroom through a video playing device connected with a computer;

(7) after the training of the courses specified by the teaching outline is finished, a theoretical trainer signs off in an identification area of an identity card reader through an identity card, if the information of the theoretical trainer is consistent, the sign off is successful, and a gate is opened;

(8) after a theoretical trainer finishes signing and retreating, a student is placed on an identity card reader through an identity card to sign and retreat, the face of the student is subjected to 3D recognition through the depth camera module and the infrared thermal imaging module, the face of the student is photographed through the RGB camera module, if the student information is consistent, the signing and retreating is successful, the recorded effective learning time duration is long in class time, the student leaves a training classroom through a gate in sequence, and offline training is finished; the student can check in and check out for many times; the student takes the time when the first sign-in succeeds as a starting point, takes the last sign-in and sign-out as a sign-out time point, and is accurate to seconds; when the student signs in, the student needs to sign in within a set specified delay time, the sign-in delay time starts to be timed from the theoretical coach sign-in time, the current sign-in time is the standard when the set delay time is exceeded, and the time is accurate to the second; the students have to finish sign-off within a specified time length, and the students who do not sign-off within the specified time length only store as logs after uploading the students' study time and do not count effective study time; beyond 22 o' clock of the day, all non-signed times were not counted as valid times.

Managers of the monitoring department can realize interaction with classroom students at irregular periods, so that the propaganda of policy and regulation, the explanation of safety consciousness and the solution of difficult problems of the students are facilitated. When the driving school or the supervision department needs to check backwards, the checking and replaying are carried out remotely according to the date.

The foregoing descriptions of specific exemplary embodiments of the present invention have been presented for purposes of illustration and description. It is not intended to limit the invention to the precise form disclosed, and obviously many modifications and variations are possible in light of the above teaching. The exemplary embodiments were chosen and described in order to explain certain principles of the invention and its practical application to enable one skilled in the art to make and use various exemplary embodiments of the invention and various alternatives and modifications as are suited to the particular use contemplated. It is intended that the scope of the invention be defined by the claims and their equivalents.

Claims (5)

Translated fromChinese

1.一种机动车驾驶线下集中培训系统，包括云服务器、人证对比终端、远程互动设备、远程视频调取设备；其特征在于：所述人证对比终端设置在培训教室内，所述远程互动设备包括视频播放设备、计算机，视频播放设备设置在培训教室内，计算机设置在监管端，所述远程视频调取设备包括摄像机、拾音器，摄像机、拾音器设置在培训教室内，人证对比终端、计算机、摄像机、拾音器分别通过有线/无线方式与云服务器通讯连接。1. An offline centralized training system for motor vehicle driving, comprising a cloud server, a witness comparison terminal, a remote interactive device, and a remote video retrieval device; it is characterized in that: the witness comparison terminal is arranged in the training classroom, and the The remote interactive equipment includes a video playback device and a computer. The video playback device is set in the training classroom, and the computer is set at the supervisory end. The remote video retrieval device includes a camera and a pickup. The camera and the pickup are set in the training classroom and the witness comparison terminal. , computers, cameras, and pickups are connected to the cloud server through wired/wireless communication.2.根据权利要求1所述的机动车驾驶线下集中培训系统，其特征在于：所述人证对比终端包括TOF结构支付人脸识别模组、身份证阅读器、补光灯、卫星定位模块、显示器、传输模块、控制器，终端上部设置有TOF结构支付人脸识别模组，TOF结构支付人脸识别模组两侧设置有补光灯，终端下部设置有身份证阅读器，终端中部设置有显示器，终端内部设置有定位模块、传输模块、控制器，控制器通过线路分别与TOF结构支付人脸识别模组、身份证阅读器、定位模块、显示器、传输模块连接，所述传输模块采用RJ45、WIFI或4G，所述TOF结构支付人脸识别模组包括深度摄像模块、红外热成像模块、RGB摄像模块，所述深度摄像模块、红外热成像模块、RGB摄像模块分别与控制器连接。2. The offline centralized training system for motor vehicle driving according to claim 1, characterized in that: the witness comparison terminal comprises a TOF structure payment face recognition module, an ID card reader, a fill light, and a satellite positioning module , display, transmission module, controller, the TOF structure payment face recognition module is set on the upper part of the terminal, the fill light is set on both sides of the TOF structure payment face recognition module, the ID card reader is set on the lower part of the terminal, and the middle part of the terminal is set There is a display, and the terminal is equipped with a positioning module, a transmission module, and a controller. The controller is connected to the TOF structure payment face recognition module, ID card reader, positioning module, display, and transmission module through lines. The transmission module adopts RJ45, WIFI or 4G, the TOF structure payment face recognition module includes a depth camera module, an infrared thermal imaging module, and an RGB camera module, and the depth camera module, the infrared thermal imaging module, and the RGB camera module are respectively connected to the controller.3.一种机动车驾驶线下集中培训系统的实施方法，其步骤为：3. A method for implementing a centralized training system under the driving line of a motor vehicle, the steps of which are:(1)驾校将理论教练员信息、学员信息、缴费信息、培训教室信息上传至云服务器，并送审至监管部门，报备开班计划，监管部门对开班计划进行审核，审核通过后，正式开班；(1) The driving school uploads the theoretical trainer information, student information, payment information, and training classroom information to the cloud server, and submits it to the supervisory department for review, and reports the class opening plan. The supervisory department reviews the class opening plan. start class;(2)理论教练员在培训教室门口处，将身份证贴近在TOF结构支付人脸识别模组的身份证阅读器识别区域，TOF结构支付人脸识别模组采集理论教练员信息后，控制器通过传输模块调用云服务器中的开班信息，进行对比，如果理论教练员信息一致，则理论教练员开班签到成功，闸机打开，理论教练员进入培训教室；卫星定位模块采集人证对比终端位置信息，控制器调用云服务器中的培训教室位置信息进行比对，防止人证对比终端被拆作弊；(2) At the entrance of the training classroom, the theoretical trainer puts the ID card close to the ID card reader recognition area of the TOF structure payment face recognition module. After the TOF structure payment face recognition module collects the theoretical trainer information, the controller Call the class opening information in the cloud server through the transmission module for comparison. If the theoretical trainer information is consistent, the theoretical trainer has successfully signed in for the class, the gate is opened, and the theoretical trainer enters the training classroom; the satellite positioning module collects witnesses and compares the terminal. Location information, the controller calls the location information of the training classroom in the cloud server for comparison, to prevent the witness comparison terminal from being dismantled and cheating;(3)理论教练员签到完成后，学员开始依次进行签到，学员先将身份证贴近在人证对比终端的身份证阅读器识别区域，人证对比终端采集学员信息，控制器调用云服务器中的学员信息和相关缴费情况；(3) After the theoretical coaches sign in, the students start to sign in in sequence. The students first put their ID cards close to the identification area of the ID card reader of the witness comparison terminal. The witness comparison terminal collects the information of the students, and the controller calls the Student information and related payment information;(4)如学员未缴费，则需完成缴费后，再进行后续操作，如学员已缴费，深度摄像模块、红外热成像模块、RGB摄像模块对学员脸部进行拍摄，深度摄像模块和红外热成像模块对学员脸部建立3D人脸图像，RGB摄像模块建立人脸预览，防止学员通过照片、手机视频、硅胶面膜作弊，控制器将采集的学员脸部特征信息与云服务器中的学员信息进行比对，比对一致后，学员人证认证成功；(4) If the student has not paid the fee, the follow-up operation must be completed after the payment is completed. If the student has paid the fee, the depth camera module, infrared thermal imaging module, and RGB camera module will take pictures of the student's face, and the depth camera module and infrared thermal imaging The module creates a 3D face image for the student's face, and the RGB camera module creates a face preview to prevent students from cheating through photos, mobile phone videos, and silicone masks. The controller compares the collected student facial feature information with the student information in the cloud server. Yes, after the comparison is consistent, the student witness authentication is successful;(5)学员人证认证成功后，终端提示认证教材，采用终端上RGB摄像模块扫描学员教材上的二维码，控制器将采集的二维码信息与云服务器中存储信息进行比对，如存在相同二维码信息，则在显示器上显示教材已使用，防止学员教材重复培训使用，如不存在相同二维码信息，则学员签到成功，闸机打开，学员进入培训教室；(5) After the student's personal identification is successfully authenticated, the terminal prompts the authentication textbook, and the RGB camera module on the terminal scans the QR code on the student's textbook. The controller compares the collected QR code information with the information stored in the cloud server, such as If there is the same QR code information, the display will show that the teaching materials have been used to prevent the students from using the teaching materials for repeated training. If the same QR code information does not exist, the students will sign in successfully, the gate will be opened, and the students will enter the training classroom;(6)学员签到成功后，理论教练员开始进行培训；培训过程中，摄像机、拾音器对培训教室内教学情况进行记录、存储，并与云服务器建立连接；驾校负责人或监管部门通过通讯工具随时查看培训教室内教学情况，并通过与计算机连接的视频播放设备，与培训教室内学员进行互动、宣讲；(6) After the students sign in successfully, the theoretical trainer starts the training; during the training process, the cameras and pickups record and store the teaching situation in the training classroom, and establish a connection with the cloud server; Check the teaching situation in the training classroom, and interact and preach with the students in the training classroom through the video playback device connected to the computer;(7)当达到教学大纲规定课程培训完成后，理论教练员通过身份证贴近在身份证阅读器识别区域进行签退，如果理论教练员信息一致，则签退成功，闸机打开；(7) When the training of the courses stipulated in the syllabus is completed, the theoretical trainer will sign out through the ID card close to the identification area of the ID card reader. If the information of the theoretical trainer is consistent, the check-out will be successful and the gate will be opened;(8)在理论教练员完成签退后，学员通过身份证放置在身份证阅读器上进行签退，深度摄像模块、红外热成像模块，对学员脸部进行3D识别，RGB摄像模块对学员脸部进行拍照，如果学员信息一致，则签退成功，所记录的有效学时时长为上课时长，学员依次通过闸机离开培训教室，线下培训结束。(8) After the theoretical trainer completes the sign-out, the student will sign out by placing the ID card on the ID card reader, the depth camera module and the infrared thermal imaging module will perform 3D recognition on the student's face, and the RGB camera module will perform 3D recognition on the student's face. If the information of the students is consistent, the sign-out is successful, and the recorded effective hours are the class hours. The students leave the training classroom through the gate in turn, and the offline training ends.4.根据权利要求3所述的机动车驾驶线下集中培训系统的实施方法，其特征在于：学员可以多次签到、签退；学员以第一个签到成功时的时间为起点，以最后一次签退，为签退时间点，精确到秒；签到时，学员需要在设定的规定延时时长内签到，签到延时时长从理论教练签到之后开始计时，超过规定延时时长的以当前签到时间为准，时间精确到秒。4. the implementation method of the centralized training system under the motor vehicle driving line according to claim 3, is characterized in that: the trainee can check-in and check-out many times; Check-out is the check-out time point, accurate to the second; when signing in, students need to sign in within the specified delay time. The time shall prevail, and the time is accurate to the second.5.根据权利要求3所述的机动车驾驶线下集中培训系统的实施方法，其特征在于：学员必须在规定的时长内完成签退，未在规定时长内签退的学员学时上传后，仅作为日志存储，不计入有效学时；超过当日的22点，所有未签退的学时不计入有效学时。5. The implementation method of the offline centralized training system for motor vehicle driving according to claim 3, characterized in that: the trainee must complete the check-out within the prescribed time period, and after the students who do not sign out within the prescribed time period are uploaded, only the It is stored as a log and will not be counted as valid credit hours; after 22:00 on the day, all credit hours that have not been signed out will not be counted as valid credit hours.

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