CN112231365A - Analysis equipment and method for data collection and analysis for education - Google Patents
Analysis equipment and method for data collection and analysis for education Download PDFInfo
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Abstract
An analysis method of data collection and analysis equipment for education is characterized in that a GPS positioning module is used for collecting an intelligent school badge moving track, a track log with time point and coordinate point information is formed at intervals of a set time mark coordinate point corresponding to an electronic map in a storage module, and the track log is sent to the storage module for storage; the analysis module judges whether the wearer has abnormal conditions or not according to the track log and the updating state of the electronic map loaded by the wireless network module; when the wearer has abnormal conditions, integrating and collecting the positions and the time of the abnormal conditions in the track log; and generating prompt information carrying the position, the time and the identity information of the wearer, and reporting the prompt information to at least one appointed terminal through a wireless network module. The analysis method can quickly capture the required epidemic situation risk data and send and report the data; aiming at college students with higher autonomy, the workload of one-to-one contact confirmation of managers is greatly reduced, and only the abnormal data needs to be further contacted.
Description
Technical Field
The invention relates to the technical field of education equipment, in particular to analysis equipment and a method for data collection and analysis for education.
Background
Along with the influence of epidemic situations, the supervision procedures of universities and colleges on the population movement behaviors of provincial crossings, schools, etc. of colleges and universities are gradually simplified, but more manpower and material resources are still needed for supervision and regulation. The intelligent school badge is a new favorite of intelligent equipment of the school in recent years, and is combined with the marking function of the school badge and the modern intelligent data analysis function to serve as a first choice for research and development of intelligent school equipment.
For the college student population with larger mobility and higher autonomy, the following problems exist: the existing intelligent school badge students are inconvenient to wear, have low wearing enthusiasm and are difficult to collect data; the intelligent school badge mostly adopts a GPS (global positioning system), signal shielding or no signal phenomenon is easy to occur in partial environment, and certain errors exist in data; the epidemic situation management and control has certain hysteresis, the tracks of students before and after the risk period are usually required to be backtracked and sorted again when the risk area appears, the existing intelligent school badge is mainly used for monitoring the real-time path, backtracking grabbing is lacked, and management personnel are required to be self-sorted and are complicated; the areas of the schools in China are different, the risk management and control force is different, and system adaptation analysis with high setting freedom is needed.
Disclosure of Invention
The invention aims to solve the defects in the prior art, and provides analysis equipment for collecting and analyzing data for education, which comprises an intelligent school badge with a double-sided wearing component, wherein the intelligent school badge comprises a front cover and a rear cover, a main board for collecting and analyzing data for education is arranged between the front cover and the rear cover, the main board is provided with a charging interface, a gyroscope and a control module, the front cover is provided with a charging interface, a main key and a function key which are connected with the main board, the rear cover is provided with a mounting groove for movably connecting the double-sided wearing component, one side of the double-sided wearing component is provided with a pin as a pin connecting surface, the other side of the double-sided wearing component is concavely provided with a wire groove for fixing a wire rope as a wire rope connecting surface, and one of the pin connecting surface and the wire rope connecting.
Preferably, the double-sided wearing component is an I-shaped component with the same width and height from top to bottom, the mounting groove is an I-shaped groove, and the depth of the bottom of the I-shaped groove is larger than that of the bottom of the I-shaped component to form a storage cavity for containing a pin/wire rope.
Preferably, the control module comprises a storage module, an analysis module, a wireless network module, a GPS positioning module and a Bluetooth module.
An analysis method of an educational data collection and analysis apparatus, the analysis method of the analysis apparatus comprising:
s1: the GPS positioning module collects the intelligent school badge moving track, forms a track log with time point and coordinate point information at intervals of set time mark coordinate points corresponding to the electronic map in the storage module, and sends the track log to the storage module for storage;
s2, the analysis module judges whether the wearer has abnormal conditions according to the track log and the update state of the electronic map loaded by the wireless network module;
s3, when the wearer has abnormal condition, integrating and collecting the position and time of the abnormal condition in the track log;
and S4, generating prompt information carrying the position, time and the identity information of the wearer, and reporting to at least one appointed terminal through a wireless network module.
Preferably, the setting time in S1 is set by the cloud administrator in a unified manner, and the setting information in the analysis module is received and updated regularly through the wireless network module, where the setting information includes the set risk time, the setting time, the set map area, and the set information valid time.
Preferably, the step S2 of determining whether the wearer has an abnormal condition includes:
s21, judging whether the track log is inconsistent with the set information, if so, indicating that the wearer has abnormal conditions and marking the abnormal conditions as I-type data;
s22, comparing the time point and coordinate point information of the risk area in the update state of the electronic map, judging whether the track log is consistent with the time point and coordinate point of the risk area, if so, indicating that the wearer has abnormal conditions, and marking as type II data.
Preferably, the priority of reporting the class II data is higher than that of reporting the class I data, and the step of determining whether the trajectory log does not match the set information in S21 includes determining that the set time does not match, the set map area does not match, and the set information validity time does not match, and any of the information inconsistencies is marked as the class I data.
Preferably, the step of integrating and collecting the positions and times of the anomalies in the trace log in the step of S3 includes capturing class I data in the trace log; and capturing coordinate points before and after the similar time of the class II data in the track log, wherein the similar time range of the captured coordinate points is set risk time and is marked as class II' data.
Preferably, the step S3 further includes capturing class I data before and after the similar time of the class II data, where the similar time range of capturing the class I data is the set risk time and is marked as class I' data.
Preferably, S4 further comprises transmitting to the face-to-face terminal via the bluetooth module.
The invention has the beneficial effects that: 1) the double-sided wearing component has the dual functions of realizing the wearing of a cord and the wearing of a pin on the same intelligent school badge, provides the wearing modes of students on different occasions selectively, and effectively improves the enthusiasm of the students for wearing intelligent equipment next to the skin;
2) the double-sided wearing assembly is movably connected with the intelligent school badge, and the pin/cord mode switching operation is simple and convenient to popularize;
3) the pin can be hidden in the storage cavity in the wire rope mode, and meanwhile, the wire rope connecting surface is smooth and has no convex structure, so that the damage of collision to the pin assembly is effectively reduced, the service life of the product is prolonged, and the pin is prevented from popping out to hurt people;
4) the setting degree of freedom is high, the method is suitable for self setting of all college districts, setting information and four types of abnormal data can be conveniently received and sent, required epidemic situation risk data can be quickly captured and sent for reporting;
5) aiming at college students with higher autonomy, the workload of one-to-one contact confirmation of managers is greatly reduced, and only the abnormal data needs to be further contacted.
Drawings
FIG. 1 is a flow chart of an analysis method of an educational data collection and analysis apparatus;
FIG. 2 is a cross-sectional view of an analytical apparatus for educational data collection and analysis;
FIG. 3 is a rear view of an analytical apparatus for educational data collection and analysis (pin interface);
fig. 4 is a rear view (cord connection) of example 1 of an analysis apparatus for educational data collection and analysis;
fig. 5 is a rear view of example 2 of an analysis apparatus for educational data collection and analysis (cord connection).
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.
With reference to embodiments 1-2 and fig. 1-5, an analysis device for data collection and analysis for education comprises an intelligent school badge with a double-sided wearing component, the intelligent school badge comprises a front cover 2 and a rear cover 1, a main board 3 for collecting and analyzing data for education is arranged between the front cover and the rear cover, a charging interface is arranged on the main board, a gyroscope and a control module are arranged on the main board, a charging socket connected with the main board, a main key and a function key are arranged on the front cover, a mounting groove for movably connecting the double-sided wearing component is formed in the rear cover, a pin 401 is arranged on one side of the double-sided wearing component and serves as a pin connecting surface, a slot 402 for fixing a wire rope is formed in the other side of the double-sided wearing component and serves as a wire rope connecting surface, and the pin.
The analytical equipment for data collection and analysis for education comprises a double-sided wearing component which is an I-shaped component 4 with the same width and height from top to bottom, a mounting groove which is an I-shaped groove 5, and a storage cavity 501 for containing a pin/wire rope, wherein the depth of the bottom of the I-shaped groove is larger than that of the bottom of the I-shaped component. The pin is prevented from being contacted with the bottom surface of the I-shaped groove, knocked and damaged during installation switching.
An analytical equipment for data collection and analysis for education, a cord connecting surface is internally concave in the middle to form a hand-push concave surface. When the connecting surface of the pin is exposed, the I-shaped assembly can be conveniently pushed and pulled by two ends of the pin to be pushed out of the I-shaped groove; when the cord connecting surface is exposed, the hand-push concave surface is attached by fingers to push out the I-shaped component.
Furthermore, the middle part of the connecting surface of the trunking is integrally connected with a closing plate 403 for partially closing the top surface of the trunking, and the closing plate and the trunking form a cord cavity for a cord to penetrate through from one end to the other end and then to be fixed in a knot. Can be used as ornaments such as a bracelet, a hanging ornament and the like for students to wear and fix the DIY cotton ropes into knots by themselves. When in use, the pin connecting surface faces inwards, and the I-shaped component exposed out of the wire rope connecting surface is inserted into the I-shaped groove to form the ornament with the school badge.
The looped coil can be fixed in the object placing cavity, the cord connecting surface faces inwards, and the I-shaped component exposed from the pin connecting surface is inserted into the I-shaped groove, so that the coil is fixed in the wire groove and the object placing cavity and penetrates out of the two side openings to form the simple coil.
The utility model provides an analytical equipment of data collection analysis for education, the wire casing middle part still is equipped with the solid fixed ring 4021 that is used for the wire rope to wear, and solid fixed ring is less than the cotton rope and connects the face setting for cotton rope installation face surface is smooth not have the evagination.
The utility model provides an analytical equipment of data collection analysis for education, cotton rope are connected face both ends and are inwards sunken respectively and form two hand push concave surfaces.
An analytical equipment for data collection and analysis for education, which is characterized in that anti-skid wales are equidistantly distributed on a concave surface of a hand push. The phenomenon that sweat on the hand slips and is not easy to push and pull the I-shaped component is avoided.
The analysis method of the analysis device includes:
s1: the GPS positioning module collects the intelligent school badge moving track, forms a track log with time point and coordinate point information at intervals of set time mark coordinate points corresponding to the electronic map in the storage module, and sends the track log to the storage module for storage;
s2, the analysis module judges whether the wearer has abnormal conditions according to the track log and the update state of the electronic map loaded by the wireless network module;
s3, when the wearer has abnormal condition, integrating and collecting the position and time of the abnormal condition in the track log;
and S4, generating prompt information carrying the position, time and the identity information of the wearer, and reporting to at least one appointed terminal through a wireless network module.
The setting time in the step S1 is set by the cloud administrator in a unified manner, and the setting information in the analysis module is received and updated regularly through the wireless network module, where the setting information includes setting risk time, setting map area, and setting information valid time. The freedom degree of college students is high, the motion trail activity ranges of students in different professions and colleges in practice time, holidays and waiting time are different, the traditional electronic school badge with the uniformly set range as the school zone cannot be well applied, meanwhile, because epidemic situation management has the characteristic of hysteresis, the originally set safe zone may not be regarded as an abnormal condition and is not sent, management personnel need to backtrack according to total data after collecting the total data by themselves, the data processing volume is large and is inconvenient, the set information effective time and the set risk time are beneficial to regularly updating the capture data range, the abnormal condition is captured by backtracking effectively, the data primary analysis of the port of the electronic school badge is completed, and the port pressure is reduced.
Further, the setting information further includes setting an abnormal condition transmission interval.
S2 determining whether the wearer has an abnormal condition includes:
s21, judging whether the track log is not in accordance with the set information, if so, indicating that the wearer has abnormal conditions and marking the abnormal conditions as I-type data. The class I data is treated as a common abnormal condition and is reported within a set abnormal condition sending interval time, so that management personnel can conveniently and uniformly treat the data;
s22, comparing the time point and coordinate point information of the risk area in the update state of the electronic map, judging whether the track log is consistent with the time point and coordinate point of the risk area, if so, indicating that the wearer has abnormal conditions, and marking as type II data. And the class II data is processed as a serious abnormal condition and is sent immediately after being captured.
The reporting priority of the class II data is higher than that of the class I data, judging whether the track log does not accord with the set information in S21 includes judging that the set time does not accord with the set map area does not accord with the set information effective time does not accord with the set information, and any information inconsistency is marked as the class I data. If the set map area in the set time is a provincial map, if an out-of-provincial coordinate point in the set time appears, the set map area is marked as I-type data.
Integrating and collecting the positions and the times of the abnormalities in the track log in S3, wherein the positions and the times of the abnormalities in the track log comprise grabbing I-type data in the track log; and capturing coordinate points before and after the similar time of the class II data in the track log, wherein the similar time range of the captured coordinate points is set risk time and is marked as class II' data.
And S3 further comprises the step of capturing the class I data before and after the similar time of the class II data, wherein the similar time range of capturing the class I data is the set risk time and is marked as the class I' data.
The step of S4 further comprises transmitting the data to the face-to-face terminal through the Bluetooth module, so that the offline device can transmit the data face to face and send the data face to the administrator terminal.
Further, the analysis module in S2 further includes: if the coordinate points of a plurality of continuous time points in the S1 track log do not change, the coordinate points are marked as class III standby data, the set time further comprises set standby time, the analysis module compares the class III data with the set standby time, if the class III data exceeds the set standby time, the class III data is considered to be sent in an abnormal condition, the electronic equipment possibly generates the class III data due to the fact that the electronic equipment is not carried closely, GPS signals are weak, or abnormal states actually occur to a wearer, and the abnormal condition is sent to help a manager to timely obtain contact with the worn student to determine the conditions of the student and the equipment.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (10)
1. The utility model provides an analytical equipment of data collection analysis for education, including having the two-sided intelligent school badge that wears the subassembly, a serial communication port, intelligence school badge includes protecgulum and hou gai, be equipped with the mainboard that is used for collecting the analysis data for education between protecgulum and the hou gai, be equipped with the interface that charges on the mainboard, gyroscope and control module, be equipped with the socket that charges that links to each other with the mainboard on the protecgulum, main button and function button, the back lid is opened has the mounting groove that is used for the two-sided subassembly of wearing of movable connection, the two-sided subassembly of wearing one side is equipped with the safety pin and connects the face as the safety pin, the concave wire casing that is used for fixed cotton rope that forms in the other face is connected the.
2. The analytic device of claim 1, wherein the double-sided wearing component is an I-shaped component with equal width and height, the mounting groove is a I-shaped groove, and a storage cavity for accommodating a pin/wire rope is formed on the bottom of the I-shaped groove with a depth larger than that of the I-shaped component.
3. The analytical equipment for educational data collection and analysis according to claim 1, wherein the control module comprises a storage module, an analysis module, a wireless network module, a GPS positioning module, and a bluetooth module.
4. The analysis method of an educational data collection and analysis apparatus according to claim 1, wherein the analysis method of the analysis apparatus comprises:
s1: the GPS positioning module collects the intelligent school badge moving track, forms a track log with time point and coordinate point information at intervals of set time mark coordinate points corresponding to the electronic map in the storage module, and sends the track log to the storage module for storage;
s2, the analysis module judges whether the wearer has abnormal conditions according to the track log and the update state of the electronic map loaded by the wireless network module;
s3, when the wearer has abnormal condition, integrating and collecting the position and time of the abnormal condition in the track log;
and S4, generating prompt information carrying the position, time and the identity information of the wearer, and reporting to at least one appointed terminal through a wireless network module.
5. The analysis method of the educational data collecting and analyzing apparatus of claim 4, wherein the setting time in S1 is set by the cloud administrator at a unified manner, and the setting information in the analysis module is received and updated regularly via the wireless network module, and the setting information includes the set risk time, the set map area and the set information valid time.
6. The analysis method of the educational data collecting and analyzing apparatus according to claim 5, wherein the step of S2 determining whether the wearer has an abnormal condition comprises:
s21, judging whether the track log is inconsistent with the set information, if so, indicating that the wearer has abnormal conditions and marking the abnormal conditions as I-type data;
s22, comparing the time point and coordinate point information of the risk area in the update state of the electronic map, judging whether the track log is consistent with the time point and coordinate point of the risk area, if so, indicating that the wearer has abnormal conditions, and marking as type II data.
7. The analysis method of the educational data collecting and analyzing apparatus of claim 6, wherein the priority of reporting the class II data is higher than that of the class I data, and the step of determining whether the trajectory log does not match the setting information in S21 comprises determining whether the setting time does not match the setting time, the setting map area does not match the setting information valid time, and any of the above information inconsistency is marked as the class I data.
8. The analysis method of an educational data collecting and analyzing apparatus according to claim 6, wherein the step of integrating and collecting the location and time of the abnormality in the trace log at S3 comprises grabbing class I data in the trace log; and capturing coordinate points before and after the similar time of the class II data in the track log, wherein the similar time range of the captured coordinate points is set risk time and is marked as class II' data.
9. The method as claimed in claim 8, wherein the step S3 further comprises capturing class I data before and after the similar time of class II data, and capturing the similar time range of class I data as the set risk time and marking as class I' data.
10. The method as claimed in claim 4, wherein the step S4 further comprises transmitting the data to a face-to-face terminal through a Bluetooth module.
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