CN108831568B - Health management system with automatic recording function - Google Patents
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- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
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Abstract
The invention provides a health management system and an automatic recording method, which are used for monitoring physical health of teenager students and comprise a home terminal, a school terminal, a hospital terminal, a first server, a second server, a database and a management terminal, wherein the home terminal, the school terminal and the hospital terminal are respectively in communication connection with the first server, the first server is connected with the database, the database is connected with the management terminal, and the management terminal is respectively in communication connection with the home terminal, the school terminal and the hospital terminal through the second server so as to realize information intercommunication among the home terminal, the school terminal and the hospital terminal. The invention can greatly improve the health level of students through a comprehensive and convenient monitoring management system, and realize comprehensive health management.
Description
Technical Field
The invention relates to the technical field of health management, in particular to a health management system with an automatic recording function.
Background
According to the data of Chinese health, the number of people suffering from hypertension in China is up to 1.6 to 1.7 hundred million, the number of people suffering from hyperlipidemia is 1 hundred million, the number of people suffering from diabetes is 9240 ten thousand, the number of people suffering from overweight or obesity is 7000 ten thousand to 2 hundred million, the number of people suffering from dyslipidemia is 1.6 hundred million, and the number of people suffering from fatty liver is about 1.2 hundred million.
Healthy body is a premise of study and work, for schools, the healthy growth of students is promoted to serve as a starting point and a foothold point of all works of the schools, but a comprehensive health management system for monitoring, recording and analyzing the health condition of the students in real time is lacking at present, so that the invention provides the health management system with an automatic recording function, and the health level of the students can be greatly improved through the comprehensive and convenient monitoring management system, so that comprehensive health management is realized.
Disclosure of Invention
Aiming at the problems, the invention aims to provide a health management system and an automatic recording method, which can greatly improve the health level of students through a comprehensive and convenient monitoring management system and realize comprehensive health management.
The technical scheme adopted by the invention for solving the technical problems is as follows: a health management system for monitoring physical health of teenager students is characterized by comprising a home terminal, a school terminal, a hospital terminal, a first server, a second server, a database and a management terminal, wherein the home terminal, the school terminal and the hospital terminal are respectively in communication connection with the first server, the first server is connected with the database, the database is connected with the management terminal, the management terminal is respectively in communication connection with the home terminal, the school terminal and the hospital terminal through the second server so as to realize information intercommunication among the home terminal, the school terminal and the hospital terminal,
The school terminal includes: the intelligent hand ring is worn on the neck of each student, the first integral checking devices and the second integral checking devices are fixedly arranged in physical examination rooms of schools, the first integral checking devices are in wireless connection with the intelligent hand ring, the intelligent hand ring is in wireless communication connection with the first Bluetooth transceiver, the second integral checking terminals and the second Bluetooth signal transceiver are fixedly arranged in teaching rooms of a plurality of chairs which can be used for health monitoring, the desks for health monitoring and the chairs for health monitoring are respectively in wireless connection with the intelligent hand ring, the intelligent hand ring is in wireless connection with the second Bluetooth signal transceiver, the first Bluetooth signal transceiver and the second Bluetooth signal transceiver are respectively in communication connection with the first base station, the first base station and the first branch checking terminals are respectively in communication connection with the first base station and the first branch checking terminals;
The home terminal includes: the system comprises a first query terminal and a second base station, wherein the second base station is arranged in a community where a student family is located, the first query terminal is arranged in each student family, and the first query terminal is in communication connection with the second server through the second base station;
the hospital terminal includes: the system comprises a main monitoring end, a plurality of second body inspection devices, a plurality of second inquiry terminals and a third base station, wherein the second body inspection devices and the second inquiry terminals are respectively in wireless connection with the main monitoring end, and the main monitoring end is respectively in communication connection with the first server and the second server through the third base station.
Further, the total inquiry terminal, the plurality of first branch inquiry terminals and the plurality of second branch inquiry terminals are PC terminals, the first inquiry terminal is a PC terminal or a mobile terminal of a mobile phone, and the total monitoring terminal and the plurality of second inquiry terminals are PC terminals.
Further, intelligent bracelet includes the casing, be equipped with battery, electronic chip in the casing, the casing upper surface is equipped with the display screen, the lower part of casing is equipped with one towards the ultrasonic transduction piece at wrist back, electronic core is through driving this ultrasonic transduction piece vibration and form the user and remind, still the welding has heart rate sensor, temperature sensor, bluetooth MCU, bluetooth interface, NFC response chip on the electronic chip, bluetooth MCU adopts BC95, bluetooth interface adopts BLE4.0, NFC response chip's model is NXP Ntag203, heart rate sensor with temperature sensor, bluetooth interface, NFC response chip respectively with bluetooth MCU connects.
Further, first body check equipment includes body height weight measuring equipment, vital capacity check out test set at least, all include NFC module of punching the card in the first body check out test set, the NFC response chip of intelligent bracelet with NFC module of punching the card carries out wireless data connection, wherein, NFC module of punching the card is standard NFC chip, second body check out test set includes liver function check out test set, spleen function check out test set, chest check out test set at least, first bluetooth communication module, storage module, NFC module of punching the card are all installed to the second body check out test set, first bluetooth module adopts BC95, storage module with NFC module of punching the card respectively with first bluetooth module is connected, first bluetooth module with general monitoring end wireless connection.
Further, a desk for health monitoring includes desk body, first bracing piece, second bracing piece, correlation formula photoelectric switch, second bluetooth module, the upper surface of desk body control both ends are equipped with the spout of symmetry, first bracing piece and second bracing piece symmetry slidable mounting is in the spout, first bracing piece with second bracing piece with the upper surface of desk body sets up perpendicularly, first bracing piece and second bracing piece all include dead lever and telescopic link, the inside cavity of dead lever, the lower extreme slidable mounting of dead lever is in the spout, the lower extreme of telescopic link stretches into in the dead lever with dead lever telescopic connection, the length of telescopic link is greater than the length of dead lever, correlation formula photoelectric switch symmetry fixed mounting is in the upper end of the telescopic link at desk body both ends, second bluetooth module fixed mounting is in on the dead lever of first bracing piece or second bracing piece, correlation formula photoelectric switch with second bluetooth BC electricity is connected, second bluetooth module adopts the bluetooth ID, second bluetooth module is equipped with the bluetooth ID, second ID is equipped with the bluetooth module, the bluetooth ID is connected with the bluetooth module.
Further, a chair for health monitoring includes chair body, pressure sensor, time sensor, third bluetooth module fixed mounting are in the bottom of chair, pressure sensor with the time sensor electricity is connected, time sensor with third bluetooth module electricity is connected, third bluetooth module adopts BC95, second bluetooth module with intelligent bracelet bluetooth is connected, third bluetooth module is equipped with bluetooth ID, and wherein, every student's desk that is used for health monitoring and the ID of the intelligent bracelet that is worn by every student bind for a set of same ID, and the bluetooth ID of third bluetooth module is connected with the intelligent bracelet bluetooth of binding.
Further, the management terminal comprises a user registration module, a data import module, a health evaluation module, a permission management module and a display module, wherein the registration module comprises a student registration module, a teacher registration module, a parent registration module and a doctor registration module, the display module comprises a personal display module and a class organization display module, the student registration module is bound with the student personal display module and only displays the student personal health report, the student parent registration module is bound with the student personal display module and only displays the student personal health report, the teacher registration module is bound with the class display module and only displays the health report of the class taught by the teacher, the doctor registration module is bound with the student personal display module and only displays the student personal health report, the display module is displayed in a chart form, the permission management module is used for modifying the permission of the display module, and the data import module is used for importing data in a database.
Further, the database comprises a school database and a hospital database, the school database comprises a standard database, a reference database and an original database, the original database is used for storing collected physical examination information of students and displaying the physical examination information on a display module, the standard database is used for storing standard data of national student physical health standards and displaying the standard data on the display module, and the reference database is used for storing a whole school health detection data average value, a class health detection data average value, a men health detection data average value, a girl health detection data average value and a peer health detection data average value and displaying the standard data on the display module so as to provide reference for students.
An automatic recording method of a health management system, comprising the steps of:
step S1: the first server respectively collects physical examination information of students in schools or hospitals through the first base station and the third base station and sends the physical examination information to the database;
step S2: the management terminal calls the data in the database, performs data analysis, displays the data in a chart form, and sends the data to the school terminal, the hospital terminal and the home terminal through the second server respectively so as to realize information intercommunication among the school terminal, the hospital terminal and the home terminal;
Step S3: the school terminal, the hospital terminal and the home terminal respectively inquire health information through a total inquiry terminal, a first branch inquiry terminal, a second branch inquiry terminal, a first inquiry terminal and a second inquiry terminal;
further, the step S1 includes:
step S101: the first integrated detection device collects physical examination information of students and then sends the physical examination information to the intelligent bracelet, and the intelligent bracelet sends the physical examination information to the first base station through the first Bluetooth signal transceiver;
step S102: the desk and chair for user health monitoring send the acquired data to an intelligent bracelet matched with the desk and chair for user health monitoring, and the intelligent bracelet sends the acquired data to the first base station through a second Bluetooth signal transceiver;
step S103: the second body inspection device sends the detected data to the main monitoring end, and the main monitoring end sends the detected data to the first server through the third base station.
The invention has the advantages that: according to the invention, by arranging the three terminals of the school terminal, the home terminal and the hospital terminal, the health monitoring and management of students in three places of the school, the hospital and the home are realized, the information intercommunication among the hospital, the school and the home is realized, the health monitoring information of the school terminal can be checked by the hospital terminal, the health monitoring information of the hospital terminal can be checked by the school terminal, the health monitoring information of the hospital terminal and the school terminal can be checked by the home terminal, the comprehensive health monitoring and management of the health of the students is truly realized, the health level of the students can be greatly improved through a comprehensive and convenient monitoring management system, the comprehensive health management is realized, and meanwhile, the complex health data acquisition process is greatly simplified through the automatic detection data uploading of the first body inspection equipment and the second body inspection equipment; in addition, the desk for health monitoring and the chair for user health monitoring are arranged, so that the eyesight of students and the spine of the students can be protected, the students can be kept at proper distances for reading and writing, the students can be reminded of sitting for a long time, diseases such as hemorrhoids and constipation are prevented from being caused by sitting for a long time, the intelligent bracelet is arranged, physical examination data of first integral examination equipment can be acquired, data of the desk and chair for user health monitoring can be acquired, vibration reminding is carried out, the intelligent bracelet comprises a heart rate sensor, a temperature sensor and the like, the heart rate and the temperature of human bodies can be detected, and the physical health of the students can be comprehensively detected by adopting the diversified acquisition equipment.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings that are needed in the description of the embodiments or the prior art will be briefly described, and it is obvious that the drawings in the description below are some embodiments of the present invention, and other drawings can be obtained according to the drawings without inventive effort for a person skilled in the art.
FIG. 1 is an overall block diagram of a health management system of the present invention;
FIG. 2 is a circuit diagram of a smart bracelet of a health management system according to the present invention;
fig. 3 is a block diagram of a management terminal of the health management system according to the present invention;
FIG. 4 is a block diagram of a database of a health management system of the present invention;
FIG. 5 is a block diagram of a desk for health monitoring of a health management system of the present invention;
FIG. 6 is a diagram showing the appearance of a smart band of the health management system according to the present invention;
fig. 7 is an exploded view of the mounting parts of the first to third base stations of the health management system according to the present invention.
Wherein: 100. School terminals; 101. a desk for health monitoring; 102. a chair for health monitoring; 103. a first body inspection apparatus; 104. a first bluetooth signal transceiver; 105. an intelligent bracelet; 106. a second bluetooth signal transceiver; 107. a first base station; 108. a total query terminal; 109. a first branch query terminal; 110. a second branch inquiring terminal; 200. a home terminal; 201. a first query terminal; 202. a second base station; 300. a hospital terminal; 301. a total monitoring end; 302. a third base station; 303. a second query terminal; 304. a second body inspection device; 400. a management terminal; 500. a first server; 600. a second server; 700. a database; 1051. bluetooth MCU; 1052. a battery; 1053. a heart rate sensor; 1054. a temperature sensor; 1055. a display screen; 1056. an NFC sensing chip; 1057. an ultrasonic transduction piece; 1058. a Bluetooth interface; 1059. a housing; 401. a user registration module; 402. a data importing module; 403. a health evaluation module; 404. a rights management module; 405. a display module; 701. a school database; 702. a hospital database; 7011. a reference database; 7012. a standard database; 7013. an original database; 1011. a desk body; 1012. a chute; 1013. a first support bar; 1014. a second support bar; 1015. an opposite-emission photoelectric switch; 1016. a second Bluetooth module; 1017. a fixed rod; 1018. a telescopic rod; 1. a support base; 2. a first fixing portion; 3. a second fixing portion; 4. a first fixing hole; 5. a pin shaft; 6. a second fixing hole; 7. a screw cap; 8. a bolt; 9. a lower support cover plate; 10. a third fixing hole; 11. a lower mounting groove body; 12. a connecting piece; 13. an upper support cover plate; 14. the upper mounting groove body; 15. a fourth fixing hole; 16. a gasket; 17. a screw; 18. an annular connecting rod; 19. a transceiver.
Detailed Description
The following description of the embodiments of the present invention will be made apparent and fully in view of the accompanying drawings, in which some, but not all embodiments of the invention are shown. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
In the description of the present invention, it should be noted that the directions or positional relationships indicated by the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", etc. are based on the directions or positional relationships shown in the drawings, are merely for convenience of describing the present invention and simplifying the description, and do not indicate or imply that the devices or elements referred to must have a specific orientation, be configured and operated in a specific orientation, and thus should not be construed as limiting the present invention. Furthermore, the terms "first," "second," and "third" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
As shown in fig. 1 to 4, an embodiment of the present invention proposes a health management system for monitoring physical health of teenager students, comprising a home terminal 200, a school terminal 100, a hospital terminal 300, a first server 500, a second server 600, a database 700, and a management terminal 400, wherein the home terminal 200, the school terminal 100, and the hospital terminal 300 are respectively communicatively connected to the first server 500, the first server 500 is connected to the database 700, the database 700 is connected to the management terminal 400, the management terminal 400 is communicatively connected to the home terminal 200, the school terminal 100, and the hospital terminal 300 through the second server 600, respectively, to implement information intercommunication among the home terminal 200, the school terminal 100, and the hospital terminal 300,
The school terminal 100 includes: the system comprises a total inquiring terminal 108, a plurality of first body detecting devices 103, a plurality of first branch inquiring terminals 109, a second branch inquiring terminal 110, a smart bracelet 105, a first base station 107, a first Bluetooth signal transceiver 104 and a second Bluetooth signal transceiver 106, wherein the smart bracelet 105 is worn on the neck of each student, the plurality of first body detecting devices 103 and the second branch inquiring terminals 103 and the first Bluetooth signal transceiver 104 are fixedly arranged in a physical examination room of a school, the plurality of first body detecting devices 103 are in wireless connection with the smart bracelet 105, the smart bracelet 105 is in wireless communication connection with the first Bluetooth signal transceiver, the second branch inquiring terminal 110 and the second Bluetooth signal transceiver 106 are fixedly arranged in a classroom comprising a plurality of desks 101 for health monitoring and chairs 102 for health monitoring, the desks 101 for health monitoring and the chairs 102 for health monitoring are respectively in wireless connection with the smart bracelet 105, the smart bracelet 105 is in wireless connection with the second Bluetooth signal transceiver 106, the first branch inquiring terminal 110 and the second Bluetooth signal transceiver 106 are respectively in wireless communication connection with the first base station 107 and the first branch inquiring terminal 107; the process of health management of the school terminal 100 is as follows: the desk 101 for health monitoring and the chair 102 for health monitoring are installed in the teaching room where the student is located, each student has a dedicated desk 101 for health monitoring and a chair 102 for health monitoring, each student is in identity binding with the smart bracelet 105 worn by the student, each student can acquire health monitoring data (distance between eyes of the student and the head, time when the student is continuously sitting on the chair) of the dedicated desk and the chair, the data are sent to the second Bluetooth signal transceiver 106 on one hand, and are sent to the management terminal 400 through the second Bluetooth signal transceiver 106, and vibration reminding is sent on the other hand, and the distance between eyes of the student and the desktop or the distance between eyes of the student and the desk are reminded to stand up for activities. In addition, the student performs physical examination in each physical examination room of the school or semi-school, the NFC scanning module of the first physical examination device 103 is scanned by the smart bracelet 105 to perform automatic physical examination, the first physical examination device 103 sends physical examination data to the smart bracelet 105, the smart bracelet 105 sends physical examination data to the first base station 107 through the first bluetooth signal transceiver 104, the first base station 107 sends physical examination data to the first server 500 again, and the physical examination data are stored in the database 700 for being called by the data importing module 402 of the management terminal 400.
The general query terminal 108 may view health physical examination information of all classes and students in the school terminal 100, the first branch query terminal 109 may only be capable of querying health data of the first general examination device 103 in the physical examination room, and the second branch query terminal 110 may only be capable of querying health physical examination information of students in the class.
The first bluetooth signal transceiver 104 and the second bluetooth signal transceiver 106 can automatically sense standard bluetooth devices, can use standard BLE protocols to pair, connect and operate data, integrate WIFI modules, support wireless data transmission, instruction control and firmware update, support application layer protocol customization, automatically report the condition, adjust the identification distance of the replaceable antenna, and the maximum identification distance of the open field is more than 60 meters.
The home terminal 200 includes: a first query terminal 201 and a second base station 202, wherein the second base station 202 is installed in a community where a student's family is located, the first query terminal 201 is installed in each student's family, and the first query terminal 201 is in communication connection with the second server 600 through the second base station 202; a student parent can inquire health physical examination information of the child through the first inquiry terminal 201, and is convenient for the parent to regulate life, diet and the like of the child, for example, when the parent checks that the weight of the student exceeds the standard through the first inquiry terminal 201, the parent can take a certain weight-losing plan to reduce the diet of the child, and when anemia or malnutrition of the child is found, nutrition can be added to the child, the diet is changed, the health of the child is concerned at any time, and the health level of the student is greatly improved.
The hospital terminal 300 includes: the system comprises a total monitoring end 301, a plurality of second check-up devices 304, a plurality of second query terminals 303 and a third base station 302, wherein the second check-up devices 304 and the second query terminals 303 are respectively and wirelessly connected with the total monitoring end, and the total monitoring end 301 is respectively and communicatively connected with the first server 500 and the second server 600 through the third base station 302. The second body inspection device 304 in the hospital terminal 300 sends the collected physical examination data to the general monitoring terminal 301, the general monitoring terminal 301 stores the physical examination data of all the second body inspection devices 304 in the hospital, and sends the physical examination data to the first server 500 through the third base station 302, the first server 500 stores the data in the database 700 so as to be called by the data importing module 402 of the management terminal 400, the management terminal 400 analyzes and sorts the data, the data are displayed through the displaying module 405 and sends the data to the second inquiring terminal 303 through the second server 600, a doctor can inquire the physical examination information of the student at the second body inspection device 304 through the second inquiring terminal 303, can apply for checking the physical examination information of the student at the first body inspection device 103 through the authority management module 404, can also perform health evaluation through the health evaluation module 403, and gives guidance comments.
The base station is a short for a base station subsystem (BSS, base Station Subsystem), for example a GSM network, comprising a base transceiver station 19 (BTS) and a Base Station Controller (BSC). A base station controller can control tens or more base station transceivers 19, wherein the base station transceivers 19 are fixedly installed on an overhead, the first to third base stations are also composed of the base station transceivers 19 and the base station controller, and because the base stations are key and important basic facilities of the invention, the base station transceivers 19 are not firmly installed, are easily scraped off by wind in severe weather such as storm and the like, and thus, the base station transceivers are firmly fixed, as shown in fig. 7, the base station transceivers 19 of the first to third base stations of the invention comprise a supporting seat 1, a lower supporting cover plate 9, a connecting piece 12, an upper supporting cover plate 13, a ring-shaped connecting rod 18, a pin shaft 5, a bolt 8, a nut 7 and a screw 17, the pin shaft 5 is provided with a second fixing hole 6, the bottom of the supporting seat 1 is fixedly installed on the overhead, the upper part of the supporting seat 1 is provided with a first fixing part 2 and a second fixing part 3, the first fixing part 2 is positioned in front of the second fixing part 3, the first fixing part 2 is provided with a first through hole, the two sides of the second fixing part 3 are provided with first round mounting holes, the first round mounting holes on the two sides are communicated, the upper part of the second fixing part 3 is provided with a second fixing hole 6, the two sides of the lower supporting cover plate 9 are symmetrically provided with lower mounting groove bodies 11, the lower mounting groove bodies 11 are semi-cylindrical and integrally formed with the lower supporting cover plate 9, the lower part of the lower supporting cover plate 9 is provided with a connecting piece 12 matched with the first fixing part 2 and the second fixing part 3, the connecting piece 12 consists of two P-shaped connecting plates which are oppositely arranged and fixedly connected with the lower supporting cover plate 9 respectively, the connecting plate is provided with a second through hole matched with the first through hole of the first fixing part 2 and a second circular mounting hole matched with the first circular mounting hole of the second fixing part 3, the lower supporting cover plate 9 is also provided with a third fixing hole 10, the two sides of the upper supporting cover plate 13 are symmetrically provided with upper mounting groove bodies 14, the upper mounting groove bodies 14 are matched with the lower mounting groove bodies 11, the upper supporting cover plate 13 is provided with fourth fixing holes 15, the first to fourth fixing holes 15 are arranged on an axis, two annular connecting plates are fixedly arranged at the bottom of the transceiver 19, the cheering-shaped connecting plates are arranged in the lower mounting groove bodies 11, the upper supporting cover plate 13 penetrates through the bottom of the transceiver 19 and is covered on the lower supporting cover plate 9, the annular connecting plates are fixedly sealed in the upper mounting groove bodies 14 and the lower mounting groove bodies 11, the connecting plates are clamped on two sides of the first fixing part 2 and the second fixing part 3, the bolts 8 penetrate through the first through holes and the second through holes, the connecting piece 12 is fixedly connected with the first fixing part 2, the pin shafts 5 penetrate through the second circular mounting holes and the first circular mounting holes, the second fixing holes 6 on the pin shafts 5 are matched with the first fixing holes 4 at the second fixing part 3, the pin shafts 5 are fixed through the nuts 7, the screws 17 penetrate through the fourth fixing holes 15, the third fixing holes 10, the second fixing holes 6 and the first fixing holes 4 once to tightly connect the upper supporting cover plate 13, the lower supporting cover plate 9 and the supporting seat 1, gaskets 16 are further arranged between the screws 17 and the upper supporting cover plate 13, and the transceiver 19 can be firmly and fixedly mounted on an overhead through the mounting piece provided by the invention, so that the transceiver 19 is protected from being damaged, and stable transmission of signal receiving and transmitting of the whole system is ensured.
Further, the total inquiry terminal 108, the plurality of first branch inquiry terminals 109 and the plurality of second branch inquiry terminals 110 are PC terminals, the first inquiry terminal 201 is a PC terminal or a mobile phone terminal, and the total monitor terminal 301 and the plurality of second inquiry terminals 303 are PC terminals.
As shown in fig. 2 and 6, the smart band 105 includes a housing 1059, a battery 1052 and an electronic chip are disposed in the housing 1059, a display screen 1055 is disposed on an upper surface of the housing 1059, an ultrasonic transduction sheet 1057 facing a back of a wrist is disposed at a lower portion of the housing 1059, a heart rate sensor 1053, a temperature sensor 1054, a bluetooth MCU1051, a bluetooth interface 1058 and an NFC sensing chip 1056 are further welded on the electronic chip, the bluetooth MCU1051 adopts a BC95, the bluetooth interface 1058 adopts a BLE4.0, the model number of the NFC sensing chip 1056 is NXP Ntag203, and the heart rate sensor 1053, the temperature sensor 1054, the bluetooth interface 1058 and the NFC sensing chip 1056 are respectively connected with the bluetooth MCU 1051. It should be noted that the smart bracelet further comprises other sensors for detecting physical signs, such as a blood pressure detection sensor, and the like, and the invention realizes comprehensive examination of physical health of students through the first body examination equipment, the second body examination equipment and the smart bracelet.
Further, the first body inspection device 103 at least comprises a body height weight measurement device and a vital capacity detection device, the first body inspection device 103 comprises NFC card swiping modules, the NFC sensing chip 1056 of the smart bracelet 105 is in wireless data connection with the NFC card swiping modules, the NFC card swiping modules are standard NFC chips, the second body inspection device 304 at least comprises a liver function detection device, a spleen function detection device and a chest detection device, the second body inspection device 304 is internally provided with a first Bluetooth communication module, a storage module and an NFC card swiping module, the first Bluetooth module adopts BC95, the storage module and the NFC card swiping module are respectively connected with the first Bluetooth module, the first bluetooth module is wirelessly connected with the master monitoring terminal 301, and the working mode of the first bluetooth module is that if a student needs chest detection, the card is swiped through an identification card, an intelligent bracelet 105 or other NFC card swiping modules capable of representing identity on chest detection equipment, after the card is swiped, the first bluetooth module recognizes the identity information of the student and sends the identity information to the master monitoring terminal 301, the master monitoring terminal 301 sends the identity information to the database 700, the management terminal 400 calls data in the database 700 and displays the data on the display module 405, a doctor logs in the management terminal 400 through the second query terminal 303, the chest detection result of the student can be checked on the display module 405, and the doctor can also give health evaluation on the health evaluation module 403.
As shown in fig. 5, the desk 101 for health monitoring includes a desk body 1011, a first supporting rod 1013, a second supporting rod 1014, a correlation photoelectric switch 1015, and a second bluetooth module 1016, symmetrical sliding grooves 1012 are disposed at left and right ends of an upper surface of the desk body 1011, the first supporting rod 1013 and the second supporting rod 1014 are symmetrically slidably mounted in the sliding grooves 1012, the first supporting rod 1013 and the second supporting rod 1014 are vertically disposed on the upper surface of the desk body 1011, the first supporting rod 1013 and the second supporting rod 1014 each include a fixing rod 1017 and a telescopic rod 1018, the fixing rod 1017 is hollow, the lower end of the fixing rod 1017 is slidably mounted in the sliding grooves 1012, the lower end of the telescopic rod 1018 extends into the fixing rod 1017, the length of the telescopic rod 1018 is greater than that of the fixing rod 1017, the correlation photoelectric switch 1015 is fixedly mounted at the upper ends of the telescopic rods 1018 of the desk body 1011, the second bluetooth module BC is fixedly mounted on the second bluetooth module 1016, the second bluetooth module 1016 is in communication with a bluetooth ID (bluetooth ID), the second bluetooth module 1016 is connected with the second bluetooth module 1016, and the bluetooth module 1016 is in communication with a bluetooth ID (bluetooth ID) of the second bluetooth module 1016, and the bluetooth module 1016 is connected with the bluetooth module 105. When a student reads and writes, the body slightly leans forward, first, the first supporting rod 1013 and the second supporting rod 1014 are adjusted to be two sides of the head of the student according to the standard gesture when the student reads and writes, the opposite-type photoelectric switch 1015 is adjusted to be a proper distance between the glasses and the desk top, the distance is 25-30cm, once the head is lower than the distance when the student reads and writes, the head is required to pass through the gap between the opposite-type photoelectric switches 1015, the opposite-type photoelectric switch 1015 is necessarily triggered, the opposite-type photoelectric switch 1015 is triggered and then sends an optical signal to the second Bluetooth module 1016, the first Bluetooth module sends the first Bluetooth module to the intelligent bracelet 105, and the intelligent bracelet 105 sends a vibration prompt.
Further, the chair 102 for health monitoring includes chair body, pressure sensor, time sensor, third bluetooth module fixed mounting are in the bottom of chair, pressure sensor with the time sensor electricity is connected, time sensor with third bluetooth module electricity is connected, third bluetooth module adopts BC95, second bluetooth module 1016 with intelligent bracelet 105 bluetooth is connected, third bluetooth module is equipped with bluetooth ID, and wherein, every student's desk 101 for health monitoring and the ID of intelligent bracelet 105 that chair 102 for health monitoring and every student were worn bind for a set of same ID, and the bluetooth ID of third bluetooth module is connected with the intelligent bracelet 105 bluetooth of binding, and its theory of operation is: when a student sits on the chair, the pressure sensor can be triggered, the pressure sensor sends a received pressure signal to the time sensor, the time sensor is triggered by the pressure signal to start timing, the pressure signal is sent to the intelligent bracelet 105 through the third Bluetooth module, and when the time of sitting on the chair exceeds the preset time, the intelligent bracelet 105 can send out a vibration prompt.
Preferably, the management terminal 400 is an APP or a PC client, the total query terminal 108 and the first branch query terminal 109 of the school terminal 100 and the second branch query terminal 110 of the school terminal 100, the first query terminal 201 of the home terminal 200 and the plurality of second query terminals 303 of the school terminal 100 are respectively logged in the user registration module 401 of the management terminal 400 to realize data connection with the management terminal 400, the management terminal 400 includes a user registration module 401, a data importing module 402, a health evaluation module 403, a permission management module 404, and a display module 405, the registration module includes a student registration module, a teacher registration module, a parent registration module, and a doctor registration module, the display module 405 includes a personal display module 405, a class organization display module 405, the student registration module is bound with the student personal display module 405, only displays the student personal health report, the teacher registration module is bound with the class display module 405, only displays the teacher-taught health report of the student, the doctor registration module is bound with the student personal display module 405, and the data is displayed in the data importing module 404 is used for modifying the data importing module, and the permission table is displayed in the data importing module 404. The hospital terminal 300, the school terminal 100, and the home terminal 200 can apply for mutual viewing of health data through the authority management module 404.
Further, the database 700 includes a school database 701700 and a hospital database 702700, the school database 701700 includes a standard database 7012700, a reference database 7011700 and an original database 7013700, the original database 7013700 is used for storing physical examination information of collected students, and is displayed on the display module 405, the standard database 7012700 is used for storing standard data of national student physical health standard, and is displayed on the display module 405, and the reference database 7011700 is used for storing general school health detection data average, class health detection data average, male health detection data average, female health detection data average, and peer health detection data average, and is displayed on the display module 405 to provide reference for students.
Another embodiment of the present invention provides an automatic recording method of a health management system, including the following steps:
step S1: the first server 500 collects physical examination information of the students in the school or the hospital through the first base station 107 and the third base station 302, and sends the physical examination information to the database 700;
step S2: the management terminal 400 invokes the data in the database 700, performs data analysis, displays the data in a chart form, and sends the data to the school terminal 100, the hospital terminal 300 and the home terminal 200 through the second server 600 respectively so as to realize information intercommunication among the three;
Step S3: the school terminal 100, the hospital terminal 300, and the home terminal 200 perform health information inquiry through the general inquiry terminal 108, the first branch inquiry terminal 109, the second branch inquiry terminal 110, the first inquiry terminal 201, and the second inquiry terminal 303, respectively.
Further, the step S1 includes:
step S101: the first body inspection device 103 collects physical examination information of students and sends the physical examination information to the intelligent bracelet 105, and the intelligent bracelet 105 sends the physical examination information to the first base station 107 through the first Bluetooth signal transceiver 104;
step S102: the desks and chairs for user health monitoring send the acquired data to the intelligent bracelet 105 matched with the acquired data, and the intelligent bracelet 105 sends the acquired data to the first base station 107 through the second Bluetooth signal transceiver 106;
step S103: the second body inspection device 304 transmits the detected data to the overall monitoring terminal 301, and the overall monitoring terminal 301 transmits the detected data to the first server 500 through the third base station 302.
The invention realizes the health monitoring and management of students in three places of schools, hospitals and families by arranging the three terminals of the school terminal, the home terminal and the hospital terminal, realizes the information intercommunication of the schools, the schools and the families, enables the hospital terminal to check the health monitoring information of the school terminal, enables the school terminal to check the health monitoring information of the hospital terminal, enables the home terminal to check the health monitoring information of both the hospital terminal and the school terminal, truly realizes the omnibearing health monitoring and management of the health of the students, greatly improves the health level of the students by a comprehensive and convenient monitoring management system, realizes omnibearing health management, and greatly simplifies the tedious health data acquisition process by uploading automatic detection data of first body detection equipment and second body detection equipment; in addition, the desk for health monitoring and the chair for user health monitoring are arranged, so that the eyesight of students and the spine of the students can be protected, the students can be kept at proper distances for reading and writing, the students can be reminded of sitting for a long time, diseases such as hemorrhoids and constipation are prevented from being caused by sitting for a long time, the intelligent bracelet is arranged, physical examination data of first integral examination equipment can be acquired, data of the desk and chair for user health monitoring can be acquired, vibration reminding is carried out, the intelligent bracelet comprises a heart rate sensor, a temperature sensor and the like, the heart rate and the temperature of human bodies can be detected, and the physical health of the students can be comprehensively detected by adopting the diversified acquisition equipment.
Finally, it should be noted that: the above embodiments are only for illustrating the technical solution of the present invention, and not for limiting the same; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some or all of the technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit of the invention.
Claims (7)
1. The health management system with the automatic recording function is used for monitoring physical health of teenager students and is characterized by comprising a home terminal, a school terminal, a hospital terminal, a first server, a second server, a database and a management terminal, wherein the home terminal, the school terminal and the hospital terminal are respectively in communication connection with the first server, the first server is connected with the database, the database is connected with the management terminal, the management terminal is respectively in communication connection with the home terminal, the school terminal and the hospital terminal through the second server so as to realize information intercommunication among the home terminal, the school terminal and the hospital terminal,
The school terminal includes: the intelligent mobile phone comprises a total inquiring terminal, a plurality of first integral detecting devices, a plurality of first branch inquiring terminals, a second branch inquiring terminal, an intelligent bracelet, a first base station, a first Bluetooth signal transceiver and a second Bluetooth signal transceiver, wherein the intelligent bracelet is worn on the neck of each student, the plurality of first integral detecting devices and the second branch inquiring terminals are fixedly arranged in a physical examination room of a school, the plurality of first integral detecting devices are in wireless connection with the intelligent bracelet, the intelligent bracelet is in wireless communication connection with the first Bluetooth signal transceiver, the second branch inquiring terminal and the second Bluetooth signal transceiver are fixedly arranged in the classroom, a plurality of chairs for health monitoring and chairs for health monitoring are included in the classroom, the desks for health monitoring and the chairs for health monitoring are respectively in wireless connection with the intelligent bracelet, the intelligent bracelet is in wireless connection with the second Bluetooth signal transceiver, the first Bluetooth signal transceiver and the second Bluetooth signal transceiver are respectively in communication connection with the first base station, the first branch inquiring terminal and the first branch inquiring terminal are respectively in communication connection with the first base station and the first branch inquiring terminal;
The home terminal includes: the system comprises a first query terminal and a second base station, wherein the second base station is arranged in a community where a student family is located, the first query terminal is arranged in each student family, and the first query terminal is in communication connection with the second server through the second base station;
the hospital terminal includes: the system comprises a main monitoring end, a plurality of second body inspection devices, a plurality of second query terminals and a third base station, wherein the plurality of second body inspection devices and the plurality of second query terminals are respectively and wirelessly connected with the main monitoring end, and the main monitoring end is respectively and communicatively connected with the first server and the second server through the third base station;
the first body inspection device 103 comprises a height and weight measurement device and a vital capacity detection device, the first body inspection device 103 comprises NFC card swiping modules, an NFC sensing chip 1056 of the smart bracelet 105 is in wireless data connection with the NFC card swiping modules, the NFC card swiping modules are standard NFC chips, the second body inspection device 304 at least comprises a liver function detection device, a spleen function detection device and a chest detection device, the second body inspection device 304 is internally provided with a first Bluetooth communication module, a storage module and an NFC card swiping module, the first Bluetooth module adopts BC95, the storage module and the NFC card swiping module are respectively connected with the first Bluetooth module, the first Bluetooth module is in wireless connection with the general monitor terminal 301, the NFC card swiping modules which can represent identity cards are used for swiping cards on the detection device, the first Bluetooth module recognizes identity information of students after the cards are swiped and sends the identity information to the general monitor terminal 301, the general monitor terminal 301 sends the general monitor terminal to the management terminal 400, and the management terminal 400 can display the health evaluation result in the second monitor terminal 400 through the second monitor terminal 405, and the health evaluation module is displayed in the display terminal 405;
The desk 101 for health monitoring comprises a desk body 1011, a first supporting rod 1013, a second supporting rod 1014, an opposite-type photoelectric switch 1015 and a second Bluetooth module 1016, symmetrical sliding grooves 1012 are formed in the left end and the right end of the upper surface of the desk body 1011, the first supporting rod 1013 and the second supporting rod 1014 are symmetrically and slidably mounted in the sliding grooves 1012, the first supporting rod 1013 and the second supporting rod 1014 are vertically arranged on the upper surface of the desk body 1011, the first supporting rod 1013 and the second supporting rod 1014 comprise a fixing rod 1017 and a telescopic rod 1018, the inside of the fixing rod 1017 is hollow, the lower end of the fixing rod 1017 is slidably mounted in the sliding grooves 1012, the lower end of the telescopic rod 1018 stretches into the fixing rod 1017 and is in telescopic connection with the fixing rod 1017, the length of the telescopic rod is larger than that of the fixing rod 1017, the opposite-type photoelectric switch 1015 is symmetrically and fixedly mounted at the upper ends of the telescopic rod 1018 of the desk body 1011, the second Bluetooth module 1013 is fixedly mounted on the first supporting rod 1013 or the second Bluetooth module 1013 is provided with a second Bluetooth module 1016, an ID (ID) is connected with the second Bluetooth module 1016, and the Bluetooth module is in a Bluetooth module 105 is connected with the second Bluetooth module, and the Bluetooth module is in a Bluetooth module 1016, and an ID is connected with the Bluetooth module is in a Bluetooth module, and an ID module is in a Bluetooth module. When a student reads and writes, the body slightly tilts forward, first, the first supporting rod 1013 and the second supporting rod 1014 are adjusted to be at two sides of the head of the student according to the standard gesture when the student reads and writes, the opposite-type photoelectric switch 1015 is adjusted to be at a proper distance from the glasses to the desk top, the distance is 25-30cm, once the head of the student reads and writes is lower than the distance, the head of the student is required to pass through the gap between the opposite-type photoelectric switches 1015, the opposite-type photoelectric switch 1015 is necessarily triggered, the opposite-type photoelectric switch 1015 is triggered and then sends an optical signal to the second Bluetooth module 1016, the first Bluetooth module sends the optical signal to the intelligent bracelet 105, and the intelligent bracelet 105 sends a vibration reminding;
The chair 102 for health monitoring comprises a chair body, a pressure sensor, a time sensor and a third Bluetooth module, wherein the pressure sensor, the time sensor and the third Bluetooth module are fixedly arranged at the bottom of the chair, the pressure sensor is electrically connected with the time sensor, the time sensor is electrically connected with the third Bluetooth module, the third Bluetooth module is BC95, the second Bluetooth module 1016 is connected with the Bluetooth of the intelligent bracelet 105, the third Bluetooth module is provided with Bluetooth IDs, IDs of the desk 101 for health monitoring of each student and the chair 102 for health monitoring of each student and the intelligent bracelet 105 worn by each student are bound into a group of identical IDs, and the Bluetooth IDs of the third Bluetooth module are connected with the Bluetooth of the bound intelligent bracelet 105, so that the working principle is that: when a student sits on the chair, the pressure sensor can be triggered, the pressure sensor sends a received pressure signal to the time sensor, the time sensor is triggered by the pressure signal to start timing, the pressure signal is sent to the intelligent bracelet 105 through the third Bluetooth module, and when the time of sitting on the chair exceeds the preset time, the intelligent bracelet 105 can send out a vibration prompt.
2. The health management system with automatic recording function according to claim 1, wherein the total inquiry terminal and the plurality of first branch inquiry terminals and the plurality of second branch inquiry terminals are PC terminals, the first inquiry terminal is a PC terminal or a mobile terminal of a mobile phone, and the total monitoring terminal and the plurality of second inquiry terminals are PC terminals.
3. The health management system with the automatic recording function according to claim 1, wherein the intelligent bracelet comprises a shell, a battery and an electronic chip are arranged in the shell, a display screen is arranged on the upper surface of the shell, an ultrasonic transduction piece facing the back of a wrist is arranged at the lower part of the shell, an electronic inner core vibrates through driving the ultrasonic transduction piece to form a user prompt, a heart rate sensor, a temperature sensor, a Bluetooth MCU, a Bluetooth interface and an NFC induction chip are welded on the electronic chip, the Bluetooth MCU adopts BC95, the Bluetooth interface adopts BLE4.0, the model of the NFC induction chip is NXP Ntag203, and the heart rate sensor, the temperature sensor, the Bluetooth interface and the NFC induction chip are respectively connected with the Bluetooth MCU.
4. The health management system with the automatic recording function according to claim 1, wherein the management terminal comprises a user registration module, a data import module, a health evaluation module, a permission management module and a display module, the registration module comprises a student registration module, a teacher registration module, a parent registration module and a doctor registration module, the display module comprises a personal display module and a class organization display module, the student registration module is bound with the student personal display module and is used for only displaying the student personal health report, the student parent registration module is bound with the student personal display module and is used for only displaying the student personal health report, the teacher registration module is bound with the class display module and is used for only displaying the student health report of the class taught by the teacher, the display module is bound with the student personal display module and is used for only displaying the student personal health report, the display module is displayed in a chart form, and the permission management module is used for modifying the permission of the display module and the data import module is used for importing data in a database.
5. The health management system with the automatic recording function according to claim 4, wherein the database comprises a school database and a hospital database, the school database comprises a standard database, a reference database and an original database, the original database is used for storing collected physical examination information of students, the standard database is used for storing standard data of national student physical health standards, the reference database is used for storing general school health detection data average values, class health detection data average values, girl health detection data average values and peer health detection data average values, and the standard database is used for displaying the physical examination information in a display module, and the standard database is used for storing standard data of national student physical health standards, and the reference database is used for storing general school health detection data average values, class health detection data average values, girl health detection data average values and peer health detection data average values, and displaying the standard data average values in the display module so as to provide references for students.
6. A health management system having an automatic recording function according to any one of claims 1 to 5, wherein the automatic recording method comprises the steps of:
step S1: the first server respectively collects physical examination information of students in schools or hospitals through the first base station and the third base station and sends the physical examination information to the database;
Step S2: the management terminal calls the data in the database, performs data analysis, displays the data in a chart form, and sends the data to the school terminal, the hospital terminal and the home terminal through the second server respectively so as to realize information intercommunication among the school terminal, the hospital terminal and the home terminal;
step S3: the school terminal, the hospital terminal and the home terminal respectively inquire health information through the total inquiry terminal, the first branch inquiry terminal, the second branch inquiry terminal, the first inquiry terminal and the second inquiry terminal.
7. The health management system with automatic recording function according to claim 6, wherein the step S1 comprises:
step S101: the first integrated detection device collects physical examination information of students and then sends the physical examination information to the intelligent bracelet, and the intelligent bracelet sends the physical examination information to the first base station through the first Bluetooth signal transceiver;
step S102: the desk and chair for user health monitoring send the acquired data to an intelligent bracelet matched with the desk and chair for user health monitoring, and the intelligent bracelet sends the acquired data to the first base station through a second Bluetooth signal transceiver;
step S103: the second body inspection device sends the detected data to the main monitoring end, and the main monitoring end sends the detected data to the first server through the third base station.
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| RU195994U1 (en) * | 2019-09-09 | 2020-02-13 | Общество с ограниченной ответственностью "Альтоника" | Security Bracelet Base Station |
| CN113823367A (en) * | 2020-06-19 | 2021-12-21 | 济南圣力科技有限公司 | Student health physical examination information management system and implementation method thereof |
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