An engineering detection system and its detection method

Abstract

The present invention provides an engineering detection system and its detection method, including a handheld detection recorder, a detection management terminal, and a detection data center; the detection management terminal is externally provided with a touch display screen, and internally provided with a terminal controller connected to the touch display screen. The terminal controller is connected to an extraction selection module, a charging module, a storage module, and a wireless transmission module for controlling the handheld detection recorder. The extraction selection module and the charging module are connected to a connector. The detection management terminal is communicatively connected to the detection data center, and the handheld detection recorder is communicatively connected to the detection data center. The present invention manages the handheld detection recorder through the detection management terminal, and the detection management terminal and the handheld detection recorder can transmit data to the detection data center in real time, enabling real-time monitoring of the detection personnel carrying the handheld detection recorder for detection at the detection location, so as to transmit the detection data to the detection data center in real time and ensure the timeliness of the detection data.

Description

Technical Field

[0001] The present invention relates to the technical field of engineering detection, and more specifically, to an engineering detection system and its detection method. Background Art

[0002] In general, electronic instruments are used in construction engineering detection, mainly for the construction and completion detection of projects such as engineering construction, decoration, bridge construction, and equipment installation. Since engineering detection involves many projects and requires some professional detection instruments to ensure the effectiveness and accuracy of detection, the management of detection instruments and personnel is crucial. At present, during detection, the detection personnel only carry relevant detection instruments to the detection site for detection and recording. The recorded data needs to be handwritten or input into the detection instrument, and then returned to collect and summarize the data. In this way, the timeliness of the detected data cannot be guaranteed, and it is not ensured whether the detection personnel use professional detection instruments for detection. The manager also cannot know in real time whether the detection personnel have arrived at or left a certain detection site, and it is impossible to centrally manage the detection personnel and detection instruments. Summary of the Invention

[0003] In order to solve the deficiencies of the above-mentioned prior art, the purpose of the present invention is to provide an engineering detection system and its detection method to overcome the defects in the prior art.

[0004] To achieve the above purpose, the present invention provides an engineering detection system, including a handheld detection recorder, a detection management terminal, and a detection data center; the detection management terminal includes a box body for storing the handheld detection recorder and a display console for the detection personnel to operate; the front end surface of the upper part of the box body has several accommodation cavities into which the handheld detection recorder can be inserted. Each accommodation cavity has a connector inside. The middle part of the box body is connected to an inclined display console. The upper surface of the display console is embedded with a touch display screen. The display console is internally provided with a terminal controller connected to the touch display screen. The terminal controller is connected to an extraction selection module, a charging module, a storage module, and a wireless transmission module for controlling the handheld detection recorder. The extraction selection module and the charging module are connected to the connector. The handheld detection recorder is inserted into the accommodation cavity and connected to the connector so that the handheld detection recorder is connected to the detection management terminal. The terminal controller controls the extraction selection module and the charging module to manage the access and charging of the handheld detection recorder according to the access information of the touch display screen; the detection management terminal is communicatively connected to the detection data center so that the detection data center sends a detection map and detection personnel information to the detection management terminal and stores them in the storage module. The detection management terminal sends detection personnel and detection instrument information to the detection data center through the wireless transmission module; the handheld detection recorder is communicatively connected to the detection data center so that the handheld detection recorder sends detection information to the detection data center.

[0005] As a further description of the engineering detection system of the present invention, preferably, the handheld detection recorder includes a recorder controller, a GPS module, a mobile communication module, a display module, a data acquisition module, and a power module connected to the recorder controller; the display module and the data acquisition module are respectively electrically connected to the mobile communication module, and the GPS module and the mobile communication module are respectively in communication connection with the detection data center, so that the GPS module obtains the position information of the handheld detection recorder and sends it to the detection data center, and the mobile communication module receives the position information of the handheld detection recorder and the detection map transmitted by the detection data center and sends them to the display module, and the data acquisition module collects the data of the detection instrument and sends it to the detection data center through the mobile communication module.

[0006] As a further description of the engineering detection system of the present invention, preferably, the display module is connected to a display screen arranged on the front of the handheld detection recorder housing, the side of the handheld detection recorder housing has a data interface, the data interface is electrically connected to the data acquisition module, and the top surface of the handheld detection recorder housing has a contact head and a power connection line adapted to the connector, and the contact head and the power connection line are respectively electrically connected to the power module.

[0007] As a further description of the engineering detection system of the present invention, preferably, the handheld detection recorder further includes a camera module, the camera module is electrically connected to the recorder controller and the mobile communication module, and the camera module is connected to a camera arranged on the back of the handheld detection recorder housing, so that the camera module controls the pictures or videos taken by the camera, and the camera module sends the pictures or videos to the detection data center through the mobile communication module.

[0008] As a further description of the engineering detection system of the present invention, preferably, the handheld detection recorder further includes a scanning module, the scanning module is electrically connected to the recorder controller, and the scanning module is connected to the camera, so that the scanning module controls the camera to scan the barcodes on the detection instrument, so that the detection instrument is wirelessly connected to the handheld detection recorder.

[0009] As a further description of the engineering detection system of the present invention, preferably, the handheld detection recorder further includes a timing module, the timing module is electrically connected to the recorder controller, so that the recorder controller controls the timing module to record the take-out time and return time of the handheld detection recorder.

[0010] As a further description of the engineering detection system of the present invention, preferably, the connector further includes a locking mechanism and a pushing mechanism, so that by selecting a handheld detection recorder on the touch display screen, the terminal controller controls the take-out selection module to open the corresponding locking mechanism and the pushing mechanism to push out the handheld detection recorder.

[0011] As a further description of the engineering detection system of the present invention, preferably, a scanning area is further provided on the front side of the display console. The scanning area is connected to the terminal controller. A label is provided on each handheld detection recorder, and the scanning area scans the label to obtain information of the handheld detection recorder.

[0012] To achieve another object of the present invention, the present invention also provides a detection method using the engineering detection system. The engineering detection system includes a handheld detection recorder, a detection management terminal, and a detection data center. The detection management terminal includes a touch display screen for the operator of the detection personnel, a terminal controller, and a take-out selection module, a charging module, a storage module, and a wireless transmission module connected to the terminal controller. The detection method includes the following steps: 1) The detection data center sends the detection map and detection personnel information to the detection management terminal every day. The wireless transmission module receives the detection map and detection personnel information and transmits them to the storage module for storage. The detection map is one or more detection locations to be detected on the current day, and the detection personnel information is the job number and password of the detection personnel who will perform the detection task on the current day. 2) The detection personnel enter the job number and password on the touch display screen of the detection management terminal. The terminal controller receives the job number and password of the detection personnel and compares them with the detection personnel information in the storage module. If the comparison is consistent, the detection personnel select the detection location and any handheld detection recorder on the detection map through the touch display screen. 3) The terminal controller receives the selection information of the handheld detection recorder and controls the take-out selection module to release the connection with the corresponding connector of the handheld detection recorder. 4) The detection personnel take out the handheld detection recorder, and the detection map and the selected detection location are displayed on the handheld detection recorder. The detection personnel send detection information to the detection data center through the handheld detection recorder at the detection location. 5) When the detection personnel finish using the handheld detection recorder, they return the handheld detection recorder to the detection management terminal, and the charging module of the detection management terminal detects the handheld detection recorder for charging.

[0013] The beneficial effects of the present invention are as follows:

[0014] 1. The detection management terminal of the present invention communicates with the detection data center, and the detection locations and detection personnel information to be detected can be obtained at the detection terminal, so that it can be timely known which detection locations a certain detection personnel goes to for detection, providing information for other detection personnel to select detection locations and ensuring the orderly progress of engineering detection.

[0015] 2. The present invention centrally and uniformly manages the handheld detection recorders through the detection management terminal. When the detection personnel go to the detection location, they take out the handheld detection recorder at the detection management terminal, and the detection data center can master the working time of the detection personnel, ensuring the effective management of the work of the detection personnel.

[0016] 3. In the present invention, the handheld detection recorder communicates with the detection data center. The detection personnel connect the handheld detection recorder to the detection instrument either wired or wirelessly and directly upload the detection data to the detection data center. The handheld detection recorder is also built-in with a GPS module, which can master the source of the detection data, that is, master the detection data obtained by using a certain detection instrument at a certain detection location, ensuring the timeliness and effectiveness of the detection data. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 is a schematic structural diagram of the engineering detection system of the present invention;

[0018] Figure 2 is a schematic structural diagram of the detection management terminal of the engineering detection system of the present invention;

[0019] Figure 3 is a schematic internal structural diagram of the handheld detection recorder of the engineering detection system of the present invention;

[0020] Figure 4 is a schematic external structural diagram of the handheld detection recorder of the engineering detection system of the present invention. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0021] In order to further understand the structure, features and other purposes of the present invention, the following is a detailed description with reference to the attached preferred embodiments and accompanying drawings. The embodiments described by the drawings are only used to illustrate the technical solutions of the present invention and do not limit the present invention.

[0022] As Figure 1 and Figure 2 shown, Figure 1 is a schematic structural diagram of the engineering detection system of the present invention; Figure 2Schematic diagram of the detection management terminal of the engineering detection system of the present invention; the engineering detection system includes a handheld detection recorder 1, a detection management terminal 2, and a detection data center 3; the detection management terminal 2 includes a box body 21 for storing the handheld detection recorder 1 and a display console 22 for the detector to operate; the upper front end surface of the box body 21 has a plurality of accommodation cavities 211 into which the handheld detection recorder 1 can be inserted, and each accommodation cavity 211 is internally provided with a connector 212. The middle part of the box body 21 is connected to the obliquely arranged display console 22. The upper surface of the display console 22 is embedded with a touch display screen 221. The display console 22 is internally provided with a terminal controller 222 connected to the touch display screen 221. The terminal controller 222 is connected to a take-out selection module 223, a charging module 224, a storage module 225, and a wireless transmission module 226 for controlling the handheld detection recorder 1. The take-out selection module 223 and the charging module 224 are connected to the connector 212. The handheld detection recorder 1 is inserted into the accommodation cavity 211 and connected to the connector 212 so that the handheld detection recorder 1 is connected to the detection management terminal 2. The terminal controller 222 controls the take-out selection module 223 and the charging module 224 to manage the taking, returning, and charging of the handheld detection recorder 1 according to the access information of the touch display screen 221; the detection management terminal 2 is communicatively connected to the detection data center 3 so that the detection data center 3 sends a detection map and detector information to the detection management terminal 2 and stores them in the storage module 225. The detection management terminal 2 sends detector and detection instrument information to the detection data center 3 through the wireless transmission module 226. The taking and returning information of the handheld detection recorder 1 is also sent to the detection data center 3, facilitating the detection data center 3 to keep track of the working time of the detector in real time and ensuring the effective management of the detector's work; the handheld detection recorder 1 is communicatively connected to the detection data center 3 so that the handheld detection recorder 1 sends detection information to the detection data center 3.

[0023] Preferably, the connector 212 further includes a locking mechanism and a pushing mechanism, so that by selecting a handheld detection recorder 1 on the touch display screen 221, the terminal controller 222 controls the take-out selection module 223 to open the corresponding locking mechanism and the pushing mechanism to push out the handheld detection recorder 1. The locking mechanism and the pushing mechanism are like the structures inside existing shared chargers, and the handheld detection recorder 1 can be locked in the accommodation cavity 211.

[0024] Preferably, a scanning area 227 is further provided on the front side of the display console 22. The scanning area 227 is connected to the terminal controller 222. A label is provided on each handheld detection recorder 1. The scanning area 227 scans the label to obtain the information of the handheld detection recorder 1 and complete the return operation of the handheld detection recorder 1.

[0025] Please refer to Figure 3 and Figure 4 ,Figure 3 Schematic diagram of the internal structure of the handheld detection recorder of the engineering detection system of the present invention; Figure 4 Schematic diagram of the external structure of the handheld detection recorder of the engineering detection system of the present invention; The handheld detection recorder 1 includes a recorder controller 11, a GPS module 12 connected to the recorder controller 11, a mobile communication module 13, a display module 14, a data acquisition module 15, and a power supply module 16; The display module 14 and the data acquisition module 15 are respectively electrically connected to the mobile communication module 13, and the GPS module 12 and the mobile communication module 13 are respectively communicatively connected to the detection data center 3, so that the GPS module 12 obtains the position information of the handheld detection recorder 1 and sends it to the detection data center 3. The detection data center 3 can master the position information of the detection personnel. The mobile communication module 13 receives the position information and detection map of the handheld detection recorder 1 transmitted by the detection data center 3 and sends it to the display module 14, facilitating the detection personnel to understand the position information to be detected. The data acquisition module 15 collects the data of the detection instrument and sends it to the detection data center 3 through the mobile communication module 13, so as to transmit the detection data to the detection data center 3 in a timely manner, ensuring the timeliness and effectiveness of the detection data. The display module 14 is connected to a display screen 141 arranged on the front of the housing of the handheld detection recorder 1. The side of the housing of the handheld detection recorder 1 has a data interface 151, and the data interface 151 is electrically connected to the data acquisition module 15. Professional detection instruments or detection devices can be connected by wire through the data interface, and the detection data can be directly sent to the detection data center 3 through the mobile communication module 13. The detection data center 3 can master the detection data of the detection personnel using a certain detection instrument at a certain detection location. The top surface of the housing of the handheld detection recorder 1 has a contact head 161 and a power supply connection line 162 adapted to the connector 212. The contact head 161 and the power supply connection line 162 are respectively electrically connected to the power supply module 16. A wired charging method can be adopted through the power supply connection line 162, facilitating the detection personnel to charge in a timely manner. The power supply connection line 162 is wound inside the handheld detection recorder 1 and can be directly pulled out for use. The winding and fixing structures of the power supply connection line 162 inside the handheld detection recorder 1 can be realized by existing technologies. The contact head 161 is connected to the connector 212 when the handheld detection recorder 1 is inserted into the accommodation cavity 211 of the detection management terminal 2 for centralized charging of the detection management terminal 2. Figure 4 Only the structure of the handheld detection recorder 1 related to the protection of the present invention is shown, and it does not represent all the structures of the handheld detection recorder 1.

[0026] Preferably, the handheld detection recorder 1 further includes a camera module 19. The camera module 19 is electrically connected to the recorder controller 11 and the mobile communication module 13. The camera module 19 is connected to a camera 191 disposed on the back of the housing of the handheld detection recorder 1, so that the camera module 19 controls the pictures or videos taken by the camera 191, and the camera module 19 sends the pictures or videos to the detection data center 3 through the mobile communication module 13. The detection data center 3 can more clearly understand the situation at the detection site and make corresponding processing.

[0027] Preferably, the handheld detection recorder 1 further includes a scanning module 17. The scanning module 17 is electrically connected to the recorder controller 11. The scanning module 17 is connected to the camera 191, so that the scanning module 17 controls the camera 191 to scan the barcodes on the detection instruments, enabling wireless connection between the detection instruments and the handheld detection recorder 1. The detection data is directly sent to the detection data center 3 through the mobile communication module 13, which also facilitates the management of the detection instruments used by the detection personnel.

[0028] Preferably, the handheld detection recorder 1 further includes a timing module 18. The timing module 18 is electrically connected to the recorder controller 11, so that the recorder controller 11 controls the timing module 18 to record the taking-out time and return time of the handheld detection recorder 1.

[0029] The present invention also provides a detection method using the engineering detection system, wherein the engineering detection system includes a handheld detection recorder 1, a detection management terminal 2 and a detection data center 3, wherein the detection management terminal 2 includes a touch screen 221 for detection personnel to operate, a terminal controller 222, and a take-out selection module 223, a charging module 224, a storage module 225 and a wireless transmission module 226 connected to the terminal controller 222; the detection method includes the following steps: 1) the detection data center 3 sends a detection map and detection personnel information to the detection management terminal 2 every day, the wireless transmission module 226 receives the detection map and detection personnel information and transmits them to the storage module 225 for storage, wherein the detection map is one or more detection locations to be detected on the day, and the detection personnel information is the work number and password of the detection personnel who are to perform the detection task on the day; 2) the detection personnel logs in on the touch screen 221 of the detection management terminal 2 The work number and password are input on the terminal controller 222, and the terminal controller 222 receives the work number and password of the inspector and compares them with the inspector information in the storage module 225. If the comparison is consistent, the inspector selects the inspection location and any handheld inspection recorder 1 on the inspection map through the touch display screen 221; 3) The terminal controller 222 receives the selection information of the handheld inspection recorder 1 and controls the removal selection module 223 to disconnect the corresponding connector 212 from the handheld inspection recorder 1; 4) The inspector takes out the handheld inspection recorder 1, and the inspection map and the selected inspection location are displayed on the handheld inspection recorder 1. The inspector sends the inspection information to the inspection data center 3 through the handheld inspection recorder 1 at the inspection location; 5) When the inspector finishes using the handheld inspection recorder 1, he returns the handheld inspection recorder 1 to the inspection management terminal 2, and the charging module 224 of the inspection management terminal 2 detects that the handheld inspection recorder 1 is being charged.

[0030] The detection method of the present invention utilizes the communication between the detection data center 3 and the detection management terminal 2 to obtain the detection location and detection personnel information. The detection personnel can select one or more detection locations to complete the detection work at the detection management terminal 2, and transmit the detection data back to the detection data center 3 through the handheld detection recorder 1. The handheld detection recorder 1 can also be connected to other detection instruments to ensure that the detection data center 3 has the detection data of a certain detection instrument at a certain detection location, thereby ensuring the timeliness and effectiveness of the detection data and completing the management of the detection personnel and detection instruments.

[0031] It should be noted that the above invention content and specific implementation methods are intended to demonstrate the practical application of the technical solution provided by the present invention and should not be interpreted as limiting the scope of protection of the present invention. Those skilled in the art can make various modifications, equivalent substitutions or improvements within the spirit and principles of the present invention. The scope of protection of the present invention shall be subject to the attached claims.

Claims

1. An engineering detection system, comprising a handheld detection recorder (1), a detection management terminal (2), and a detection data center (3); characterized in that, The detection management terminal (2) includes a box body (21) for storing the handheld detection recorder (1) and a display console (22) for the operator to operate; the upper front surface of the box body (21) has a number of accommodation cavities (211) into which the handheld detection recorder (1) can be inserted. Each accommodation cavity (211) is internally provided with a connector (212). The middle part of the box body (21) is connected to the obliquely arranged display console (22). The upper surface of the display console (22) is embedded with a touch display screen (221). The display console (22) internally has a terminal controller (222) connected to the touch display screen (221). The terminal controller (222) is connected to an extraction selection module (223), a charging module (224), a storage module (225), and a wireless transmission module (226) for controlling the handheld detection recorder (1). The extraction selection module (223) and the charging module (224) are connected to the connector (212). The handheld detection recorder (1) is inserted into the accommodation cavity (211) and connected to the connector (212) so that the handheld detection recorder (1) is connected to the detection management terminal (2). The terminal controller (222) controls the extraction selection module (223) and the charging module (224) to manage the access, return, and charging of the handheld detection recorder (1) according to the access information on the touch display screen (221). The detection management terminal (2) is communicatively connected to the detection data center (3) so that the detection data center (3) sends the detection map and the information of the detection personnel to the detection management terminal (2) and stores them in the storage module (225). The detection management terminal (2) sends the information of the detection personnel and the detection instruments to the detection data center (3) through the wireless transmission module (226). The handheld detection recorder (1) is communicatively connected to the detection data center (3) so that the handheld detection recorder (1) sends the detection information to the detection data center (3). The handheld detection recorder (1) includes a recorder controller (11), a GPS module (12) connected to the recorder controller (11), a mobile communication module (13), a display module (14), a data acquisition module (15), a power module (16), a timing module (18), and a camera module (19). The display module (14) and the data acquisition module (15) are respectively electrically connected to the mobile communication module (13). The GPS module (12) and the mobile communication module (13) are respectively communicatively connected to the detection data center (3) so that the GPS module (12) obtains the position information of the handheld detection recorder (1) and sends it to the detection data center (3). The mobile communication module (13) receives the position information of the handheld detection recorder (1) and the detection map transmitted by the detection data center (3) and sends them to the display module (14). The data acquisition module (15) collects the data of the detection instrument and sends it to the detection data center (3) through the mobile communication module (13). The camera module (19) is electrically connected to the recorder controller (11) and the mobile communication module (13). The camera module (19) is connected to the camera (191) provided on the back of the housing of the handheld detection recorder (1), so that the camera module (19) controls the pictures or videos taken by the camera (191), and the camera module (19) sends the pictures or videos to the detection data center (3) through the mobile communication module (13); The timing module (18) is electrically connected to the recorder controller (11), so that the recorder controller (11) controls the timing module (18) to record the removal time and return time of the handheld detection recorder (1).

2. The engineering detection system according to claim 1, characterized in that, The display module (14) is connected to the display screen (141) provided on the front of the housing of the handheld detection recorder (1). The side of the housing of the handheld detection recorder (1) is provided with a data interface (151), and the data interface (151) is electrically connected to the data acquisition module (15). The top surface of the housing of the handheld detection recorder (1) is provided with a contact head (161) and a power connection line (162) adapted to the connector (212), and the contact head (161) and the power connection line (162) are electrically connected to the power module (16) respectively.

3. The engineering detection system according to claim 1, characterized in that, The handheld detection recorder (1) further includes a scanning module (17). The scanning module (17) is electrically connected to the recorder controller (11), and the scanning module (17) is connected to the camera (191), so that the scanning module (17) controls the camera (191) to scan the barcodes on the detection instruments, so as to wirelessly connect the detection instruments to the handheld detection recorder (1).

4. The engineering detection system according to claim 1, characterized in that, The connector (212) further includes a locking mechanism and a pushing mechanism, so that by selecting a handheld detection recorder (1) on the touch display screen (221), the terminal controller (222) controls the removal selection module (223) to open the corresponding locking mechanism and the pushing mechanism to push out the handheld detection recorder (1).

5. The engineering detection system according to claim 4, characterized in that, A scanning area (227) is further provided on the front side of the display console (22). The scanning area (227) is connected to the terminal controller (222). Each handheld detection recorder (1) is provided with a label, and the scanning area (227) scans the label to obtain the information of the handheld detection recorder (1).

6. A detection method using the engineering detection system according to any one of claims 1-5, characterized in that, The engineering detection system includes a handheld detection recorder (1), a detection management terminal (2) and a detection data center (3). The detection management terminal (2) includes a touch display screen (221) for the operation of the detection personnel, a terminal controller (222), and a removal selection module (223), a charging module (224), a storage module (225) and a wireless transmission module (226) connected to the terminal controller (222); the detection method includes the following steps: 1) The detection data center (3) sends the detection map and the detection personnel information to the detection management terminal (2) every day. The wireless transmission module (226) receives the detection map and the detection personnel information and transmits them to the storage module (225) for storage. The detection map is one or more detection locations to be detected on the day, and the detection personnel information is the job numbers and passwords of the detection personnel who will perform the detection tasks on the day; 2) The inspector inputs the work number and password on the touch display screen (221) of the inspection management terminal (2). The terminal controller (222) receives the work number and password of the inspector and compares them with the inspector information in the storage module (225). If the comparison is consistent, the inspector selects the inspection location and any one of the handheld inspection recorders (1) on the inspection map through the touch display screen (221). 3) The terminal controller (222) receives the selection information of the handheld inspection recorder (1) and controls the extraction selection module (223) to disconnect the corresponding connector (212) from the handheld inspection recorder (1). 4) The inspector takes out the handheld inspection recorder (1), and the inspection map and the selected inspection location are displayed on the handheld inspection recorder (1). The inspector sends the inspection information to the inspection data center (3) through the handheld inspection recorder (1) at the inspection location. 5) When the inspector finishes using the handheld inspection recorder (1), the handheld inspection recorder (1) is returned to the inspection management terminal (2), and the charging module (224) of the inspection management terminal (2) detects that the handheld inspection recorder (1) is being charged.

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