CN110889484A - Electronic tag and method for preventing flow of control equipment - Google Patents

Abstract

The electronic tag for preventing the flow of the management and control equipment comprises an equipment tag fixed on a non-detachable frame on silk equipment, wherein a thin film display screen is arranged on the equipment tag, the equipment tag is fixed on the silk equipment through a strong adhesive layer, an inspection induction area is arranged on the equipment tag, a radio frequency antenna is embedded in the equipment tag at the inspection induction area, and the radio frequency antenna is connected with a radio frequency chip and is connected with the thin film display screen through a driving circuit; the radio frequency chip is communicated with the inspection equipment with the NFC communication function through the radio frequency antenna; the radio frequency chip stores equipment information including silk equipment numbers. According to the electronic tag for preventing the flow of the management and control equipment, the inspection equipment sends the acquired equipment number and the current position coordinate to the supervision server during inspection so as to judge whether the silk equipment is illegally transferred, and the silk equipment can be effectively supervised.

Description

An electronic label and method for preventing the flow of control equipment

technical field

The present invention relates to an electronic label and method for preventing the flow of management and control equipment, more particularly, to an electronic label and method for preventing the flow of management and control equipment by periodically acquiring geographic location information of the supervision equipment.

Background technique

Jiangnan is known as the hometown of silk. The processing of silk cocoons into silk products involves dozens of process steps. The processing requires a lot of water. For example, in the silk reeling process, a large amount of waste water will be discharged after the water is used. Although the supervision department will order the silk factory to build sewage However, after the treated sewage is discharged into the natural environment, it will still cause a certain degree of pollution.

At present, the management method of the supervision department for the existing silk production plants is: they are not allowed to purchase new silk equipment, and the existing silk equipment is not allowed to flow between different manufacturers, so as to eliminate the existing silk equipment and equipment that pollute the environment as soon as possible. Manufacturer. However, this supervision method is difficult to operate in practice, because it is impossible to establish a valid number for each device. Even if the number is established, after the manufacturer changes the number, it is possible to replace the scrapped equipment of one manufacturer with the intact equipment of another manufacturer. , contrary to the policy of eliminating manufacturers as soon as possible. Furthermore, due to the large number of existing silk equipment, if the supervisors regularly check them one by one, it will waste a lot of manpower and time, which is not conducive to the effective monitoring of manufacturers and equipment.

SUMMARY OF THE INVENTION

In order to overcome the shortcomings of the above technical problems, the present invention provides an electronic label and method for preventing the flow of management and control equipment.

The electronic label for preventing the flow of management and control equipment of the present invention is composed of a device label fixed on a non-removable frame on a silk device, and a film display screen is arranged on the device label, which is characterized in that: the device label is fixed on the On the silk equipment, an inspection induction area is set on the equipment label. The equipment label at the inspection induction area is embedded with a radio frequency antenna. The radio frequency antenna is connected with a radio frequency chip. The radio frequency antenna communicates with the inspection equipment with NFC communication function; the radio frequency chip stores the equipment information including the silk equipment number.

In the electronic label for preventing the flow of management and control equipment of the present invention, the inspection equipment is a smart phone.

In the electronic label for preventing the flow of management and control equipment of the present invention, the equipment label is made of rubber or plastic material.

In the electronic label for preventing the flow of management and control equipment of the present invention, the film display screen is a CFD display screen.

The device supervision method of the electronic label preventing the flow of the control device of the present invention is characterized in that, it is realized by the following steps:

a). Collect equipment information, first collect the information of each silk equipment to be controlled, the collected information includes equipment name, equipment manufacturer, equipment location information, and assign a unique number to each equipment, and then assign the equipment name, manufacturer , equipment location and equipment number information are stored in the supervision server; b). Stick the equipment label, write the number and supervision website of different equipment into different equipment labels, and paste the corresponding equipment labels on the silk equipment; c). Equipment During inspection, supervisors regularly inspect the silk equipment. During inspection, turn on the NFC communication function of the inspection equipment and approach the device label on the silk device, so that the inspection device communicates with the radio frequency chip in the device label; d). Obtain equipment label information. The inspection equipment obtains the equipment number and supervision website stored in the RF chip through communication with the equipment label, and requests the supervision server to open the corresponding webpage according to the supervision website; e). Find the equipment information, and the supervision server receives the information. After the request command sent by the inspection equipment, it sends a request for the equipment number and current position coordinates to the inspection equipment. After receiving the request, the inspection equipment sends the equipment number and the position coordinates of the current inspection equipment to the supervision server; supervision equipment According to the received equipment number, find out the pre-stored equipment name, equipment manufacturer, equipment location information, and send the searched information to the inspection equipment; f). Judging the equipment information, the inspection equipment receives the information sent by the supervision server. After the equipment name, equipment manufacturer, and equipment location information, it will be displayed in the form of equipment detail webpage. If it matches, the inspection of the silk equipment is qualified; if it does not match, the silk equipment fails the inspection, and the reason needs to be found out and reported; g). The location of the device is automatically determined, when the monitoring server receives the device number uploaded by the inspection device , After the position coordinates of the current inspection equipment, it is judged whether the position coordinates of the current inspection equipment are consistent with the position coordinates of the silk equipment stored in advance or the error is within a reasonable range. If there is a position change, a reminder of the position change will be sent to the inspection equipment; h). Determine whether the equipment has been inspected. After the inspection, the monitoring server will determine a certain manufacturer or a certain area according to the received equipment number. All the silk equipments in the factory have been inspected. If there is any equipment that has not been inspected, the information of the silk equipment that has not been inspected will be sent to the inspection equipment, so that the inspectors can find the reason and avoid the transfer of silk equipment between different manufacturers.

The beneficial effects of the present invention are as follows: the electronic label for preventing the flow of the management and control equipment of the present invention is attached to the non-removable frame of the silk equipment through a strong adhesive. The silk equipment is inseparable, and the equipment label becomes the unique identification of the silk equipment in the supervision department; the radio frequency antenna and radio frequency chip are embedded in the inspection induction area of the equipment label, and the information including the supervision website and equipment number is stored in the radio frequency chip. , During the inspection, the inspection equipment will send the obtained equipment number and current position coordinates to the supervision server to determine whether the silk equipment has been illegally transferred, which can effectively realize the supervision of the silk equipment.

In the equipment supervision method of the present invention, firstly, the equipment number, name, manufacturer and location information are established in the supervision server, and the corresponding equipment label is affixed to the silk equipment. During the inspection, the inspection equipment only sends the equipment number and The current location information, equipment name, manufacturer and location information are all obtained from the monitoring server, which cannot be tampered with. The inspection personnel compare the actual information of the silk equipment with the information obtained from the monitoring server. If the inspection is passed, but inconsistent, it indicates that the silk equipment is illegal and corresponding measures should be taken.

Description of drawings

Fig. 1 is the arrangement schematic diagram of equipment label on silk equipment in the present invention;

Fig. 2 is the sectional view of the equipment label in the silk equipment fixed position in the present invention;

Fig. 3 is the structural representation of the electronic label of the present invention;

Fig. 4 is the circuit schematic diagram of the electronic label of the present invention;

Fig. 5 is the schematic diagram when utilizing the inspection equipment to inspect silk equipment in the present invention;

FIG. 6 is a schematic diagram of a device detail webpage displayed by the inspection device in the present invention.

In the picture: 1 silk equipment, 2 equipment label, 3 inspection sensing area, 4 strong adhesive layer, 5 radio frequency antenna, 6 radio frequency chip, 7 inspection equipment, 8 supervision website, 9 equipment detail page, 10 drive circuit, 11 Thin film display.

Detailed ways

The present invention will be further described below with reference to the accompanying drawings and embodiments.

As shown in FIG. 1, a schematic diagram of the arrangement of the device label on the silk device in the present invention is given, and FIG. 2 is a cross-sectional view of the device label in the present invention at the fixed position of the silk device. The device label 2 shown is set on the silk device. On the non-removable rack on the device 1, the device label 2 is made of rubber or plastic material, and the device label 2 is firmly attached to the silk device through the strong adhesive layer 4, which makes the device label 2 non-removable. It will cause damage and unavailability of the device label 2, which also prevents the manufacturer from transferring the device label to an illegal device.

As shown in FIG. 3, a schematic diagram of the structure of the electronic label of the present invention is given. The equipment label 2 is provided with an inspection induction area 3 and a film display screen 11, and a radio frequency antenna 5 is arranged in the inspection induction area 3. The film display screen 11 can use a CFD display screen, and the film display screen 11 is used to display silk equipment information, such as the ID number of the silk equipment. As shown in FIG. 4 , the circuit schematic diagram of the electronic label of the present invention is given, the radio frequency antenna 5 is connected with a radio frequency chip 6 , the radio frequency antenna 5 is connected with the thin film display screen 11 through the driving circuit 10 , and the radio frequency chip 6 is connected through the radio frequency antenna 5 . In communication with the inspection equipment, the radio frequency chip 6 stores the equipment number and supervision website information. The driving circuit 10 rectifies the high-frequency signal when the sky-shooting antenna 5 communicates with the inspection equipment into a DC voltage signal, so as to drive the thin-film display screen 11 to display anti-counterfeiting information.

As shown in FIG. 5 , a schematic diagram of the present invention is given when the inspection equipment is used to inspect the silk equipment. During inspection, the inspection device 7 (which can be a smartphone) is close to the inspection sensor on the device label 2 during inspection. In area 3, the communication between the inspection equipment 7 and the radio frequency chip 6 in the device tag 2 can be realized. The inspection equipment 7 obtains the device number and supervision website stored in the radio frequency chip 6, and the inspection equipment 7 communicates with the supervision server. Obtain the equipment information stored in the supervision server searched by the equipment number. The inspection personnel judge the legality of the silk equipment 1 by checking whether the actual information of the silk equipment 1 is consistent with the information stored in the supervision server. Equipment 1 should be dismantled or stopped to avoid the expansion and re-operation of silk manufacturers and the circulation of equipment.

The device supervision method of the electronic label preventing the flow of the control device of the present invention is realized by the following steps:

a). Collect equipment information, first collect the information of each silk equipment to be controlled, the collected information includes equipment name, equipment manufacturer, equipment location information, and assign a unique number to each equipment, and then assign the equipment name, manufacturer , device location and device number information is stored in the supervision server;

b). Paste the equipment label, write the serial number and supervision website of different equipment into the different equipment label, and paste the corresponding equipment label on the silk equipment;

c). Equipment inspection. Supervisors regularly inspect the silk equipment. During inspection, turn on the NFC communication function of the inspection equipment and approach the device label on the silk device, so that the inspection device communicates with the radio frequency chip in the device label. ;

d). Obtain equipment label information. The inspection equipment obtains the equipment number and supervision website stored in the radio frequency chip through communication with the equipment label, and requests the supervision server to open the corresponding webpage according to the supervision website;

e). Find device information. After receiving the request command sent by the inspection device, the supervision server sends a request for the device number and current location coordinates to the inspection device. After the inspection device receives the request, it sends the device number and current inspection device The location coordinates of the device are sent to the supervision server; the supervision device finds out the pre-stored device name, the manufacturer of the device, and the device location information according to the received device number, and sends the searched information to the inspection device;

f) Equipment information judgment, after the inspection equipment receives the equipment name, equipment manufacturer, and equipment location information sent by the supervision server, it will be displayed in the form of equipment detail webpage, and the inspection personnel will judge the information displayed on the inspection equipment. Whether the name of the equipment, the manufacturer of the equipment, and the location of the equipment are consistent with the actual information. If so, the silk equipment has passed the inspection; if not, the silk equipment has not passed the inspection, and the reason must be found out and reported;

As shown in FIG. 6 , a schematic diagram of the device details webpage displayed by the inspection equipment in the present invention is given. The device details page opened by the inspection device records the device number, device name, manufacturer and location coordinate information, so as to facilitate the inspection process. Inspectors compare.

g). The device position is automatically determined. When the monitoring server receives the device number uploaded by the inspection device and the position coordinates of the current inspection device, it determines whether the position coordinates of the current inspection device are consistent with the pre-stored position coordinates of the silk device or not. The error is within a reasonable range. If the inconsistency or the error exceeds a reasonable range, it means that the current silk equipment has changed in position, and a reminder of the position change will be sent to the inspection equipment;

h). Determine whether the equipment has been inspected. After the inspection is completed, the monitoring server determines that all silk equipment in a certain manufacturer or in a certain area has been inspected according to the received device number. If there are devices that have not been inspected , the information of the silk equipment that has not been inspected will be sent to the inspection equipment, so that the inspection personnel can find the reason and avoid the transfer of silk equipment between different manufacturers.

Claims (5)

1. An electronic label for preventing the flow of management and control equipment, consisting of a device label (2) fixed on a non-removable rack on a silk device (1), and a film display screen (11) is provided on the device label (2), which is It is characterized in that: the equipment label (2) is fixed on the silk equipment (1) through the strong adhesive layer (4), the equipment label (2) is provided with an inspection induction area (3), and the equipment label at the inspection induction area is A radio frequency antenna (5) is embedded in the radio frequency antenna (5), a radio frequency chip (6) is connected to the radio frequency antenna (5), and the radio frequency antenna is connected with the thin film display screen (11) through a driving circuit (10); the radio frequency chip has an NFC communication function through the radio frequency antenna Communication with the inspection equipment; the radio frequency chip stores the equipment information including the silk equipment number. 2 . The electronic label for preventing the flow of management and control equipment according to claim 1 , wherein the inspection equipment is a smart phone. 3 . 3 . The electronic label for preventing the flow of management and control equipment according to claim 1 or 2 , wherein the equipment label ( 2 ) is made of rubber or plastic material. 4 . 4. The electronic label for preventing the flow of management and control equipment according to claim 1 or 2, characterized in that: the film display screen (11) is a CFD display screen. 5. A device supervision method based on the electronic label that prevents the flow of management and control devices according to claim 1, characterized in that, it is realized by the following steps: a). Collect equipment information, first collect the information of each silk equipment to be controlled, the collected information includes equipment name, equipment manufacturer, equipment location information, and assign a unique number to each equipment, and then assign the equipment name, manufacturer , device location and device number information is stored in the supervision server; b). Paste the equipment label, write the serial number and supervision website of different equipment into the different equipment label, and paste the corresponding equipment label on the silk equipment; c). Equipment inspection. Supervisors regularly inspect the silk equipment. During inspection, turn on the NFC communication function of the inspection equipment and approach the device label on the silk device, so that the inspection device communicates with the radio frequency chip in the device label. ; d). Obtain equipment label information. The inspection equipment obtains the equipment number and supervision website stored in the radio frequency chip through communication with the equipment label, and requests the supervision server to open the corresponding webpage according to the supervision website; e). Find device information. After receiving the request command sent by the inspection device, the supervision server sends a request for the device number and current location coordinates to the inspection device. After the inspection device receives the request, it sends the device number and current inspection device The location coordinates of the device are sent to the supervision server; the supervision device finds out the pre-stored device name, the manufacturer of the device, and the device location information according to the received device number, and sends the searched information to the inspection device; f) Equipment information judgment, after the inspection equipment receives the equipment name, equipment manufacturer, and equipment location information sent by the supervision server, it will be displayed in the form of equipment detail webpage, and the inspection personnel will judge the information displayed on the inspection equipment. Whether the name of the equipment, the manufacturer of the equipment, and the location of the equipment are consistent with the actual information. If so, the silk equipment has passed the inspection; if not, the silk equipment has not passed the inspection, and the reason must be found out and reported; g). The device position is automatically determined. When the monitoring server receives the device number uploaded by the inspection device and the position coordinates of the current inspection device, it determines whether the position coordinates of the current inspection device are consistent with the pre-stored position coordinates of the silk device or not. The error is within a reasonable range. If the inconsistency or the error exceeds a reasonable range, it means that the current silk equipment has changed in position, and a reminder of the position change will be sent to the inspection equipment; h). Determine whether the equipment has been inspected. After the inspection is completed, the monitoring server determines that all silk equipment in a certain manufacturer or in a certain area has been inspected according to the received device number. If there are devices that have not been inspected , the information of the silk equipment that has not been inspected will be sent to the inspection equipment, so that the inspection personnel can find the reason and avoid the transfer of silk equipment between different manufacturers.

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