Image data acquisition equipment powered by wind energy recovery of fan of condenser of refrigerated container

Abstract

The utility model discloses an image data acquisition device powered by wind energy recovery of a fan of a condenser of a refrigerated container. The wind power generation device is composed of fan blades, a rotating shaft, a wind power generation device upper cover, a wind power generation controller, a storage battery, a wind power generation device lower shell, a wind power generation device sliding block, a spring connecting wire, an aviation plug, a central control device sliding block, a WIFI antenna, a 4G antenna, a GPS antenna, a central control device lower shell, a central control mainboard, a central control device upper shell, a camera device telescopic arm, a camera device lower shell, an indicator lamp and a camera device mainboard. The device is composed of a camera, a recognition key, a shooting key, a power key, a camera device upper shell, a motion track and a central server. Redundant wind energy output by a fan of a condenser of the refrigerated container is recycled to supply power to the whole device, and the function of energy recycling is achieved. The state information of the refrigerated container is acquired through remote images, a traditional manual meter reading mode is replaced, and the refrigerated container is monitored in real time.

Description

Technical Field

[0001] The utility model relates to the technical field of energy recovery and reuse and cold chain logistics refrigerated container monitoring, in particular to an image data acquisition device powered by wind energy recovery from a condenser fan of a refrigerated container. Background Art

[0002] In recent years, refrigerated containers have made great progress in the development of international container transportation. In ocean-going refrigerated transportation, refrigerated containers have replaced refrigerated ships and account for more than two-thirds of refrigerated transportation tasks. As an important transportation carrier, refrigerated containers must be monitored and powered on continuously by carriers, transport fleets, and freezing management departments to ensure the normal operation of refrigerated containers and the long-term storage and transportation of goods in the containers under suitable ambient temperature and humidity. Refrigerated containers require a large number of manpower to carry out all-weather refrigerated container management and monitoring operations; currently, most refrigerated containers collect refrigerated container data by manual transcription, and check the operating status of each refrigerated container several times a day according to the specified time period, which is time-consuming, labor-intensive, and inefficient. Utility Model Content

[0003] The utility model aims to overcome the deficiencies of the above-mentioned prior art and provides an image data acquisition device powered by wind energy recovery of a refrigerated container condenser fan.

[0004] The technical solution provided by the utility model is: an image data acquisition device powered by wind energy recovery of a condenser fan of a refrigerated container, which is special in that it is composed of a fan blade, a rotating shaft, an upper cover of a wind power generation device, a wind power generation controller, a battery, a lower shell of a wind power generation device, a slider of a wind power generation device, a spring connecting line, an aviation plug, a slider of a central control device, a WIFI antenna, a 4G antenna, a GPS antenna, a lower shell of a central control device, a central control mainboard, an upper shell of a central control device, a telescopic arm of a camera device, a lower shell of a camera device, an indicator light, a mainboard of a camera device, a camera, an identification button, a shooting button, a power button, an upper shell of a camera device, a motion track, and a central server;

[0005] The upper cover of the wind energy generator is provided with a fan blade and a rotating shaft, and the fan blade and the rotating shaft are connected to the wind energy generator controller through cables; the wind energy generator controller is connected to the battery through cables; the wind energy generator controller and the battery are installed on the lower shell of the wind energy generator; the upper cover of the wind energy generator and the lower shell of the wind energy generator are combined into a wind energy generator; the wind energy generator is installed on a slider of the wind energy generator, and the slider of the wind energy generator is installed on a motion track;

[0006] A central control mainboard is arranged on the lower shell of the central control device, and the lower shell of the central control device is connected to the wind power generation device through an aviation plug and a spring connecting wire; a WIFI antenna, a 4G antenna, and a GPS antenna are arranged on the lower shell of the central control device, and the WIFI antenna, the 4G antenna, and the GPS antenna are connected to the central control mainboard through cables; the lower shell of the central control device and the upper shell of the central control device are combined to form a central control device; the central control device is installed on a slider of the central control device, and the slider of the central control device is installed on a moving track; a telescopic arm of a camera device is arranged on the top of the central control device, and the telescopic arm of the camera device is connected to the lower shell of the camera device, and an indicator light, a mainboard of the camera device, and a camera are arranged on the lower shell of the camera device; an identification button, a shooting button, and a power button are arranged on the upper shell of the camera device; the upper shell of the camera device and the lower shell of the camera device are connected and combined together;

[0007] The central server is wirelessly connected to the wind power generation device slider and the central control device slider respectively.

[0008] Furthermore, the wind power generation device and the central control device slide on the motion track.

[0009] Beneficial effects of the utility model:

[0010] 1. By recycling the redundant wind energy output by the refrigerated container condenser fan, the entire device is powered, which plays the role of energy recycling and reuse, realizes intensive energy conservation, saves electricity costs for customers, and achieves the goal of green, low-carbon and circular development;

[0011] 2. Replace the traditional manual meter reading method, solving the problems of poor timeliness, poor data accuracy, potential safety hazards and high costs of traditional manual meter reading;

[0012] 3. Installed on the refrigerated container frame, the slider moves on the track and the telescopic arm of the camera device is adjusted, which can effectively solve the problem of different positions and states of condenser fans and refrigerated container status display screens of different brands and models of refrigerated containers. It can adapt to most brands and models of refrigerated containers and has comprehensive adaptability;

[0013] 4. Image data acquisition can be realized in two control modes: remote control or on-site control. The use form is more flexible. It is equipped with 4G wide area communication and WIFI local area communication to ensure the timeliness of collected data;

[0014] 5. Equipped with high-capacity batteries, it can not only ensure the power supply for equipment operation, but also recycle wind energy when not in operation;

[0015] 6. It can also take into account the real-time video monitoring function of the refrigerated container terminal and provide security monitoring guarantee for the refrigerated container terminal;

[0016] 7. Use the central server to screen, count, compare and analyze this data to monitor the status of the refrigerated container and whether the goods inside meet the storage temperature requirements, provide data protection for customers, and respond quickly to abnormal situations and issue alarms. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 It is a structural schematic diagram of the utility model;

[0018] Figure 2 It is the general assembly drawing of the utility model;

[0019] Figure 3 It is a principle block diagram of the utility model.

[0020] In the figure, 1 is a fan blade, 2 is a rotating shaft, 3 is an upper cover of a wind power generation device, 4 is a wind power generation controller, 5 is a battery, 6 is a lower shell of a wind power generation device, 7 is a slider of a wind power generation device, 8 is a spring connecting wire, 9 is an aviation plug, 10 is a slider of a central control device, 11 is a WIFI antenna, 12 is a 4G antenna, 13 is a GPS antenna, 14 is a lower shell of a central control device, 15 is a central control mainboard, 16 is an upper shell of a central control device, 17 is a telescopic arm of a camera device, 18 is a lower shell of a camera device, 19 is an indicator light, 20 is a mainboard of a camera device, 21 is a camera, 22 is an identification button, 23 is a shooting button, 24 is a power button, 25 is an upper shell of a camera device, 26 is a motion track, 27 is a box frame fixing plate, 28 is a box frame of a refrigerated container, 29 is a refrigerated container, 30 is a condenser fan of a refrigerated container, 31 is a status display screen of a refrigerated container, and 32 is a central server. DETAILED DESCRIPTION

[0021] In order to better understand and implement the present invention, the present invention is described in detail below with reference to the accompanying drawings.

[0022] like Figure 1 , 2 As shown, the image data acquisition device powered by wind energy recovery of the condenser fan of the refrigerated container is composed of a fan blade 1, a rotating shaft 2, a wind power generation device upper cover 3, a wind power generation controller 4, a battery 5, a wind power generation device lower shell 6, a wind power generation device slider 7, a spring connecting line 8, an aviation plug 9, a central control device slider 10, a WIFI antenna 11, a 4G antenna 12, a GPS antenna 13, a central control device lower shell 14, a central control mainboard 15, a central control device upper shell 16, a camera device telescopic arm 17, a camera device lower shell 18, an indicator light 19, a camera device mainboard 20, a camera 21, an identification button 22, a shooting button 23, a power button 24, a camera device upper shell 25, a motion track 26, and a central server 32.

[0023] The fan blades 1 and the rotating shaft 2 are installed on the upper cover 3 of the wind power generation device, and the fan blades 1 and the rotating shaft 2 are connected to the wind power generation controller 4 through cables; the wind power generation controller 4 is connected to the battery 5 through cables; the wind power generation controller 4 and the battery 5 are installed on the lower shell 6 of the wind power generation device; the upper cover 3 of the wind power generation device and the lower shell 6 of the wind power generation device are combined into a wind power generation device, and the wind power generation device is installed on the wind power generation device slider 7, and the wind power generation device slider 7 is installed on the motion track 26;

[0024] The lower shell 14 of the central control device is installed on the central control mainboard 15, and the lower shell 14 of the central control device is connected to the wind power generation device through the aviation plug 9 and the spring connecting wire 8; the WIFI antenna 11, the 4G antenna 12, and the GPS antenna 13 are installed on the lower shell 14 of the central control device, and the WIFI antenna 11, the 4G antenna 12, and the GPS antenna 13 are connected to the central control mainboard 15 through cables; the lower shell 14 of the central control device is combined with the upper shell 16 of the central control device to form a central control device, and the central control device is installed on the slider 10 of the central control device. The control device slider 10 is installed on the moving track 26; the wind power generation device and the central control device slide on the moving track 26; the camera device telescopic arm 17 is installed on the upper part of the central control device, the camera device lower shell 18 is connected to the camera device telescopic arm 17, and the indicator light 19, the camera device mainboard 20, and the camera 21 are installed on the camera device lower shell 18; the identification button 22, the shooting button 23, and the power button 24 are installed on the camera device upper shell 25; the camera device upper shell 25 and the camera device lower shell 18 are connected and assembled together;

[0025] The central server 32 is wirelessly connected to the wind power generation device slider 7 and the central control device slider 10 respectively.

[0026] The image data acquisition device powered by wind energy recovery of a refrigerated container condenser fan of the utility model is used as follows: Figure 3As shown, the motion track 26 is fixed to the refrigerated container frame 28 through the frame fixing plate 27; the central server 32 sends a control instruction to the wind power generation device slider 7 through wireless transmission, so that the wind power generation device slider 7 moves to the position of the refrigerated container condenser fan 30, and the wind power generation device receives the wind energy output by the refrigerated container condenser fan 30, converts it into electrical energy and stores it in the battery 5 to power the central control device; the central server 32 sends a control instruction to the central control device slider 10 through wireless transmission, so that the central control device moves to the position of the refrigerated container status display screen 31, and the camera device shoots the refrigerated container status display screen 31, collects the supply air temperature, set temperature, return air temperature, fault code and other information of the refrigerated container 29 in the working state, and uploads it back to the central server 32, and uses the central server 32 to screen, count, compare and analyze this part of the data, so as to achieve the purpose of monitoring the state of the refrigerated container 29 and whether the internal goods meet the requirements of the storage temperature, etc., to provide data protection for customers, and at the same time make a rapid response and alarm to abnormal situations.

[0027] It should be understood that the technical features not elaborated in this specification belong to the prior art. Although the implementation methods of the utility model patent are described above in conjunction with the drawings, the utility model is not limited to the above specific implementation methods, which are only illustrative and not restrictive. Ordinary technicians in this field can make more forms under the enlightenment of the utility model without departing from the scope of protection of the purpose of the utility model and the claims, which are all within the protection scope of the utility model.

Claims

1. Image data acquisition equipment powered by wind energy recovery from refrigerated container condenser fans, characterized in that: The device comprises a wind blade (1), a rotating shaft (2), an upper cover of a wind power generation device (3), a wind power generation controller (4), a storage battery (5), a lower shell of a wind power generation device (6), a slider of a wind power generation device (7), a spring connecting wire (8), an aviation plug (9), a slider of a central control device (10), a WIFI antenna (11), a 4G antenna (12), a GPS antenna (13), a lower shell of a central control device (14), a central control mainboard (15), an upper shell of a central control device (16), a telescopic arm of a camera device (17), a lower shell of a camera device (18), an indicator light (19), a mainboard of a camera device (20), a camera (21), an identification button (22), a shooting button (23), a power button (24), an upper shell of a camera device (25), a motion track (26), and a central server (32); The upper cover (3) of the wind energy generating device is provided with a fan blade (1) and a rotating shaft (2); the fan blade (1) and the rotating shaft (2) are connected to a wind energy generating controller (4) via a cable; the wind energy generating controller (4) is connected to a storage battery (5) via a cable; the wind energy generating controller (4) and the storage battery (5) are mounted on a lower shell (6) of the wind energy generating device; the upper cover (3) of the wind energy generating device and the lower shell (6) of the wind energy generating device are combined to form a wind energy generating device; the wind energy generating device is mounted on a wind energy generating device slider (7); and the wind energy generating device slider (7) is mounted on a motion track (26); A central control mainboard (15) is arranged on the lower shell (14) of the central control device, and the lower shell (14) of the central control device is connected to the wind power generation device via an aviation plug (9) and a spring connection line (8); a WIFI antenna (11), a 4G antenna (12), and a GPS antenna (13) are arranged on the lower shell (14) of the central control device, and the WIFI antenna (11), the 4G antenna (12), and the GPS antenna (13) are connected to the central control mainboard (15) via cables; the lower shell (14) of the central control device and the upper shell (16) of the central control device are combined to form a central control device; the central control device is installed on The central control device slider (10) is mounted on a motion track (26); a telescopic arm (17) of a camera device is arranged on the top of the central control device, the telescopic arm (17) of the camera device is connected to a lower shell (18) of the camera device, an indicator light (19), a main board (20) of the camera device, and a camera (21) are arranged on the lower shell (18); an identification button (22), a shooting button (23), and a power button (24) are arranged on the upper shell (25) of the camera device; the upper shell (25) of the camera device is connected to the lower shell (18) of the camera device and assembled together; The central server (32) is wirelessly connected to the wind power generation device slider (7) and the central control device slider (10).

2. The image data acquisition device for wind energy recovery power supply of refrigerated container condenser fan according to claim 1 is characterized in that: The wind energy generating device and the central control device slide on the moving track (26).

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