CN108924770B - Customs smuggling execution method based on short message - Google Patents
Customs smuggling execution method based on short message Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/02—Services making use of location information
- H04W4/029—Location-based management or tracking services
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
- H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/90—Services for handling of emergency or hazardous situations, e.g. earthquake and tsunami warning systems [ETWS]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/30—Services specially adapted for particular environments, situations or purposes
Abstract
The invention relates to a customs smuggling execution method based on short messages, which realizes the information interaction between single police equipment and a command center through the short messages and comprises the following steps: the single police equipment sends login information to a command center to realize login; receiving task information sent by a command center; sending self position information and vital sign information to a command center at regular time; receiving position information sent by a command center at fixed time; and exchanging text information or picture information with the command center, sending the acquired law enforcement picture information to the command center, and receiving the suspect information sent by the command center. The invention carries out comprehensive information interaction in a short message mode, realizes information interaction under the condition of inconvenient voice communication, adopts the same channel for various information, saves resources and simplifies the control method.
Description
Technical Field
The invention relates to the technical field of monitoring, in particular to a customs smuggling execution method based on short messages.
Background
In the customs smuggling process, under certain environments and conditions, voice communication is inconvenient or not allowed, a communication mode of voice communication needs to be replaced, the types of information interacted between law enforcement officers and commanders are various, the information comprises login information, vital sign information, position information, task information, law enforcement communication information and the like, characters need to be displayed, pictures need to be displayed, positions need to be calibrated, if an information transmission channel is opened for each type of information, a lot of resources can be occupied, and the control relationship is very complex.
Disclosure of Invention
In view of the above analysis, the present invention aims to provide a customs smuggling execution method based on short messages, so as to solve the problem of reliable and effective transmission of comprehensive information in customs smuggling execution.
The purpose of the invention is mainly realized by the following technical scheme:
a customs smuggling execution method based on short messages realizes information interaction between single police equipment and a command center through the short messages, and comprises the following steps:
the single police equipment sends login information to a command center to realize login;
receiving task information sent by a command center;
sending self position information and vital sign information to a command center at regular time;
receiving position information sent by a command center at fixed time;
and exchanging text information or picture information with the command center, sending the acquired law enforcement picture information to the command center, and receiving the suspect information sent by the command center.
Further, the format of the short message is defined as: < DATA > < BSF > $ { JSON } </DATA >; wherein, the DATA and the DATA are DATA initial and end labels of the short message; the < BSF > is used for defining the type of information in the short message, wherein the type of the information is characters, positions, tasks, vital signs, law enforcement photos or suspect information; and the { JSON } is the user data content of the short message, the format of the user data content corresponds to the type of the information, and the user data content is coded and decoded in a JSON mode.
The type of the information is defined through < BSF >, the user data content is packaged through $ { JSON }, different types of information are packaged in a uniform mode, interaction of different types of information is completed through one channel, and resources are saved.
Further, the $ { JSON } comprises the character which generates the ambiguity of the message definition format, and the character is subjected to the escape.
Further, the disambiguating the ambiguous character of the message definition format includes: adding a pre-selected specific character before the ambiguous character appearing in JSTSON
When the data appears in $ { JSON } with the same character as the particular character, an additional identical character is added before the character.
The misanalysis during data analysis is avoided by the escape, and the adopted character escape method is simple and convenient and has small operand.
Further, the short message containing the task information is sent after a command center receives a task application sent by the single-alarm device; the < BSF > in the sent short message is a task, and the user data content in the $ JSON comprises a task number, a task name, a task type, a task area, task time, participation action police force composition, a site name, longitude, latitude and a task abstract.
Further, the single alarm terminal sends the short message containing the vital sign information to the command center according to a preset sending interval, wherein < BSF > in the sent short message is defined as the vital sign, and the user data content in the $ JSON comprises a task number, an alarm number, a heart rate, step number and a timestamp.
Further, the short message containing the self position information of the single alarm is sent to the command center by the single alarm equipment according to a preset sending interval, the < BSF > in the sent short message is defined as the position of the single alarm, and the user data content in the $ JSON comprises a task number, an alarm number, longitude, latitude, speed and a timestamp.
Further, the position information sent by the timing receiving command center comprises position information of other single polices in the group and position information of the suspected target;
the position information of other single police is sent to the single police equipment by the command center according to a preset sending interval; the < BSF > in the short message sent is defined as other single alarm positions, and the user data content in the $ JSON comprises a task number, an alarm number, longitude, latitude, speed and a time stamp;
the suspected target position information is sent to the single police equipment in real time after the position of the GPS tracker is obtained by the command center; the < BSF > in the sent short message is defined as a suspected target position, and the user data content in the $ JSON comprises a task number, a GPS tracker terminal number, a GPS tracker alias, longitude, latitude, speed and a timestamp.
Further, the short message containing the law enforcement photo is sent to the command center by the single-alarm device in a multimedia message mode, the < BSF > in the sent short message is defined as the law enforcement photo, the user data content in the $ { JSON } is a task number, and the picture file in the multimedia message accessory is from a photo shot by a camera of the single-alarm device or a photo selected from an album of the single-alarm device.
Furthermore, a short message containing suspect information is sent to the single-police equipment by the command center in a multimedia message mode, wherein < BSF > in the sent short message is defined as suspect information, the user data content in $ JSON comprises a task number, a suspect target name, a suspect target identity number, a suspect target household registration, a suspect target birth date and suspect target similarity, and the picture file in the multimedia message accessory is a picture containing the suspect.
The invention has the following beneficial effects:
the invention fully considers the specific characteristics of the job of smuggling at customs, integrates the information including login information, vital sign information, position information, task information and law enforcement communication information, carries out information interaction in a short message mode, realizes the information interaction under the condition of inconvenient voice communication, adopts the same channel for various information, saves resources and simplifies the control method.
Drawings
The drawings are only for purposes of illustrating particular embodiments and are not to be construed as limiting the invention, wherein like reference numerals are used to designate like parts throughout.
Fig. 1 is a flow chart of a customs enforcement method according to an embodiment of the present invention.
Detailed Description
The preferred embodiments of the present invention will now be described in detail with reference to the accompanying drawings, which form a part hereof, and which together with the embodiments of the invention serve to explain the principles of the invention.
The embodiment of the invention provides a customs smuggling execution method based on short messages, which realizes the information interaction between single police equipment and a command center through the short messages;
the single-police equipment is carried by law enforcement personnel and comprises a single-police information comprehensive processing terminal (a single-police terminal for short), and the single-police terminal has the function of realizing comprehensive information interaction by communicating with a command center or other single-police terminals in a short message mode.
Specifically, in order to realize interaction of various information through the same channel, and thus achieve the purpose of saving resources, the format of the short message is defined as:
<DATA><BSF>${JSON}</DATA>；
wherein, the DATA and the DATA are DATA initial and end labels of the short message, which are ASCII characters; < BSF > is used for defining the type of the information in the short message, and the specific type of the information is shown in Table 1;
and the { JSON } is the user data content of the short message, the format of the user data content corresponds to the type of the information, the user data content is coded and decoded in a JSON mode, the JSON has better support in JAVA, C #, C + + and android development, and the byte coding mode is UTF-8.
In the user DATA JSON, DATA and DATA may appear, ambiguity is generated on the defined format of the message, and the user DATA needs to be subjected to escape in order to avoid interference on the initial and end tags of the DATA;
optionally, the character escaping includes: adding a pre-selected specific character before the ambiguous character appearing in $ { JSON }; when the data appears in $ { JSON } with the same character as the particular character, an additional identical character is added before the character.
For example, the pre-selected specific character is "%", and the character "<" appearing in $ { JSON } is transposed to "% <"; the character ">" is transposed to "% >", and the character "%" is transposed to "%"; data "< < BOOK%% NAME >" in $ { JSON } becomes "% < [% < BOOK%% NAME% > > > >" after being transferred.
TABLE 1 definition of information types
| <BSF>Data of | Content providing method and apparatus |
| <000> | Text short message |
| <001> | Single alert location information |
| <002> | Other single police location information |
| <003> | Suspect target location information |
| <005> | Single alarm vital sign information |
| <010> | Login information |
| <011> | Task planning information |
| <101> | Law enforcement picture |
| <102> | Photo of suspect |
| <902> | Emergency alarm |
As shown in fig. 1, the method for executing customs enforcement based on short messages in this embodiment includes the following steps:
step S1, the single police equipment sends login information to the command center to realize login;
the login information is sent to a command center by a law enforcement officer single police terminal through a short message;
in particular, the method comprises the following steps of,
the < BSF > in the format of the login information short message is <010>,
data format content in $ JSON:
| name of field | Type of field | Description of the invention |
| JYBH | Character string | Police officer number |
| DLMM | Character string | Login password |
The police officer serial number and the login password correspond to law enforcement officers one by one and are input by the law enforcement officers.
Step S2, receiving task information sent by a command center;
after the login is successful, the command center sends task information to the single-alarm equipment, the single-alarm equipment receives the task information, and the task information is also sent by a short message;
in particular, the method comprises the following steps of,
the < BSF > in the format of the task information short message is <011>,
data format content in $ JSON:
for example, RWBH: "RW 001",
RWMC: "task name",
RWLX is a capture method of RWLX,
RQY: "Tokyo area of Beijing City",
RWSJ:“201806121130”,
CYJL:“8010,8021,8022,8023”,
JWD is 'the XXX square of the east city of Beijing city',
LON:“1163967020”,
LAT:“399068330”,
RWZY: "task summary.
The task information is edited and generated by the commander, wherein '8010,8021,8022,8023' is the code number of law enforcement officers in law enforcement groups.
Step S3, sending self position information and vital sign information to a command center at regular time; receiving position information sent by a command center at fixed time;
1) sending vital sign information to a command center at regular time;
in the law enforcement process, commanders need to know vital signs of law enforcement personnel in real time, and law enforcement tasks are adjusted according to the vital signs so as to guarantee the safety of the law enforcement personnel.
Vital signs of the law enforcement officers are collected by an intelligent bracelet worn on the wrists of the law enforcement officers, and the collected content comprises the heart rate and the steps of the law enforcement officers;
the intelligent bracelet transmits the heart rate and the step number acquired in real time to a single-police terminal carried by law enforcement personnel through Bluetooth, the single-police terminal edits the heart rate and the step number into a short message, and the short message is sent to a command center by the single-police terminal according to a preset sending interval;
the < BSF > in the format of the short message of the vital sign information is <005>,
data format content in $ JSON:
| name of field | Type of field | Description of the invention |
| RWBH | Character string | Task numbering |
| JYH | Character string | Police officer number |
| XL | Shaping machine | Heart rate |
| BS | Shaping machine | Number of steps |
| TS | Long shaping type | Time stamp |
Optionally, the predetermined sending interval is: 1.0 Hz; transmission conditions (timing): and after the single-police terminal is started.
2) Regularly sending the position information of the law enforcement officers to a command center;
in the law enforcement process, a commander needs to know the position information of the law enforcement officer in real time and deploys the law enforcement officer according to the position;
the position information of the law enforcement personnel is acquired by the law enforcement terminal receiving GPS signals for GPS positioning, or receiving Beidou signals for Beidou positioning, or acquired by GPS and Beidou comprehensive positioning; the single-police terminal edits the position information into a short message, and the short message is sent to the command center by the single-police terminal according to a preset sending interval;
the BSF in the format of the single-alarm position information short message is <001>,
data format content in $ JSON:
3) regularly receiving position information sent by a command center
Specifically, the other position information includes position information of other single policemen in the group and position information of a suspected target;
in the law enforcement process, law enforcement personnel need to know the positions of other law enforcement personnel in the same group and the position of a suspected target for jointly coordinating and completing law enforcement tasks and tracking or capturing suspects;
wherein, the other single-alarm position information short messages are sent to the single-alarm device by the command center according to the preset sending interval;
in the format of other single-alarm position information short messages, the BSF is (002),
data format content in $ JSON:
optionally, the predetermined transmission interval: 1/5Hz or 1/60 Hz;
conditions (timing) of transmission: and after receiving the position information of other single police, the single police terminal is logged in.
Suspect target position information is sent to the single police equipment in real time after the position of the GPS tracker is obtained by the command center;
the GPS tracker is installed on a suspected vehicle, the movement of the suspected vehicle is tracked through GPS positioning or communication base station positioning, the movement is sent to a command center through a public network, and after the command center obtains the position of the GPS tracker, the position information of a suspected target is edited into a short message and sent to single-police equipment in real time;
the suspicion target position information short message has the format that the BSF is <003>,
data format content in $ JSON:
and step S4, exchanging text information or picture information with the command center, sending the acquired law enforcement picture information to the command center, and receiving the suspect information sent by the command center.
1) The single police terminal can carry out the interaction of text message between command center, especially in the noisy inconvenient pronunciation of environment, or have special needs and can not pass through the speech interaction, for example, very near apart from the suspicion target, pronunciation can expose the target.
The < BSF > in the format of the text message short message is <001>,
data format content in $ JSON:
| name of field | Type of field | Description of the invention |
| RWBH | Character string | Task numbering |
| DXX | Character string | Text short message |
2) Law enforcement officers can shoot pictures of environment of law enforcement sites or pictures of possible suspects through single-police terminal cameras or intelligent glasses of single-police equipment, when needed, the pictures of the law enforcement officers are edited into short messages in a multimedia message mode and sent to a command center,
the < BSF > in the format of the law enforcement photo short message is <101>,
data format content in $ JSON:
| name of field | Type of field | Description of the invention |
| RWBH | Character string | Task numbering |
The picture file in the multimedia message attachment is from a photo shot by a single-police equipment camera or a photo selected from a single-police equipment photo album.
Optionally, the single-police equipment camera may be a camera on a single-police terminal or a camera on smart glasses; the single police equipment photo album can be a photo album of a single police terminal or a photo album of intelligent glasses; specifically by the law enforcement personnel wearing the device.
3) After receiving the photo including the suspect, the command center carries out face recognition, calls database information to obtain the suspect information, edits to form a suspect information short message, and sends the suspect information short message to single-police equipment in a multimedia message mode;
the < BSF > in the format of the suspect information short message is <102>,
data format content in $ JSON:
the multimedia message attachment contains photo files of suspects.
In particular, the single-alarm terminal can also send an emergency alarm short message to the command center, wherein the emergency alarm short message is generated by pressing a key of the SOS of the single-alarm terminal,
optionally, the "SOS" key comprises a hardware key arranged on the single-alarm terminal shell and a soft "SOS" key arranged on the single-alarm terminal screen and displayed in a suspension way,
when the SOS key is pressed, the single alarm terminal generates an emergency alarm short message and sends the message to a command center,
the format of the emergency alert short message has < BSF > of <902>,
data format content in $ JSON:
| name of field | Type of field | Description of the invention |
| RWBH | Character string | Task numbering |
| DXX | Character string | Text short message (SOS) |
In summary, the execution method for customs enforcement based on short messages in the embodiments of the present invention fully considers the specific characteristics of customs enforcement, integrates information including login information, vital sign information, location information, task information, and law enforcement communication information, and performs information interaction in a short message manner, thereby implementing information interaction under the condition of inconvenient voice communication, and multiple information uses the same channel, thereby saving resources and simplifying the control method.
Those skilled in the art will appreciate that all or part of the flow of the method implementing the above embodiments may be implemented by a computer program, which is stored in a computer readable storage medium, to instruct related hardware. The computer readable storage medium is a magnetic disk, an optical disk, a read-only memory or a random access memory.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention.
Claims (7)
1. A customs smuggling execution method based on short messages is characterized in that information interaction between single police equipment and a command center is realized through a short message channel, and the customs smuggling execution method comprises the following steps:
the single police equipment sends login information to a command center to realize login;
receiving task information sent by a command center;
sending self position information and vital sign information to a command center at regular time;
receiving position information sent by a command center at fixed time;
exchanging text information or picture information with a command center, sending the acquired law enforcement picture information to the command center, and receiving suspect information sent by the command center;
the format of the short message is defined as: < DATA > < BSF > $ { JSON } </DATA >; wherein, the DATA and the DATA are DATA initial and end labels of the short message; the < BSF > is used for defining the type of information in the short message, wherein the type of the information is characters, positions, tasks, vital signs, law enforcement photos or suspect information; the position types comprise self positions, other single-police positions and suspected target positions; the { JSON } is the user data content of the short message, the format of the user data content corresponds to the type of the information, and the user data content is coded and decoded in a JSON mode;
the short message containing the self position information of the single alarm is sent to a command center by the single alarm equipment according to a preset sending interval, wherein < BSF > in the sent short message is defined as the position of the single alarm, and the user data content in the JSON comprises a task number, an alarm number, longitude, latitude, speed and a timestamp;
the position information sent by the timing receiving command center comprises position information of other single polices in the group and position information of a suspected target;
the position information of other single police is sent to the single police equipment by the command center according to a preset sending interval; the < BSF > in the short message sent is defined as other single alarm positions, and the user data content in the $ JSON comprises a task number, an alarm number, longitude, latitude, speed and a time stamp; the command center sends the position information of other single police conditions: after receiving the position information of other single police, the single police terminal is logged in;
the suspected target position information is sent to the single police equipment in real time after the position of the GPS tracker is obtained by the command center; the < BSF > in the sent short message is defined as a suspected target position, and the user data content in the $ JSON comprises a task number, a GPS tracker terminal number, a GPS tracker alias, longitude, latitude, speed and a timestamp;
the GPS tracker is installed on a suspected vehicle, the movement of the suspected vehicle is tracked through GPS positioning or communication base station positioning, the movement is sent to a command center through a public network, and after the command center obtains the position of the GPS tracker, the position information of a suspected target is edited into a short message and sent to single-police equipment in real time.
2. The method of claim 1, wherein escape is performed for characters in $ { JSON } that include ambiguity for message definition format.
3. The method of claim 2, wherein the disambiguating ambiguous characters of a message definition format comprises: adding a pre-selected specific character before the ambiguous character appearing in $ { JSON };
when the data appears in $ { JSON } with the same character as the particular character, an additional identical character is added before the character.
4. The customs enforcement method according to any one of claims 1-3, wherein the short message containing task information is sent by a command center after receiving a task application sent by a single police device; the < BSF > in the sent short message is a task, and the user data content in the $ JSON comprises a task number, a task name, a task type, a task area, task time, participation action police force composition, a site name, longitude, latitude and a task abstract.
5. The customs enforcement method according to any one of claims 1-3, wherein short messages containing vital sign information are sent to a command center by a single-police terminal according to a predetermined sending interval, wherein < BSF > in the short messages sent is defined as a vital sign, and the user data content in $ JSON comprises a task number, an alarm number, a heart rate, a step number and a timestamp.
6. Custom wanted execution method according to any of the claims 1-3,
the short message containing the law enforcement photo is sent to the command center by the single-alarm device in a multimedia message mode, the < BSF > in the sent short message is defined as the law enforcement photo, the user data content in the $ { JSON } is a task number, and the picture file in the multimedia message accessory is from a photo shot by a camera of the single-alarm device or a photo selected from an album of the single-alarm device.
7. The customs smuggling execution method according to any one of claims 1-3, wherein a short message containing suspect information is sent to single police equipment by a command center in a multimedia message manner, wherein < BSF > in the sent short message is defined as suspect information, user data content in $ JSON comprises a task number, a suspect target name, a suspect target identity number, a suspect target household registration, a suspect target birth date and suspect target similarity, and a picture file in a multimedia message attachment is a photo containing a suspect.
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