CN113192595A - Intelligent medication delivery device based on Internet of things data management analysis - Google Patents
Intelligent medication delivery device based on Internet of things data management analysis Download PDFInfo
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- G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
- G16H20/10—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to drugs or medications, e.g. for ensuring correct administration to patients
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- G06K7/14—Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation using light without selection of wavelength, e.g. sensing reflected white light
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Abstract
The invention provides an intelligent medication delivery device based on data management and analysis of the Internet of things, which comprises: the cloud server who carries the system of surrogating with medicine is loaded with to carry, the public number that backstage and cloud server are connected, and the backstage is connected with the server and is located the scanning device that the hospital got the drugstore window by side, scanning device includes: printer, scanner, paster window, touch display screen, PLC controller, wireless networking module, wherein, the system of surrogating includes using medicine: the system comprises a cloud database, a public number management module and a scanning device management module. The problem of to having multiple disease and having chronic disease's patient, need to take medicine kind many every day, the improper medicine of appearance or time of taking improper leads to the fact the state of an illness to be delayed is solved, has the advantage that guarantees that the medicine preserves properly, in time accurately reminds the patient to take medicine.
Description
Technical Field
The invention relates to the technical field of intelligent medical instruments, in particular to an intelligent medication delivery device based on data management and analysis of the Internet of things.
Background
The treatment of drug delivery refers to that the health technicians tell the patients or their family members the usage, dosage and cautions of the drugs used by the patients in a popular and understandable way by using words and/or characters and multimedia, so as to ensure that the patients use the drugs correctly. The handling of medication is a responsibility and a risk, and the content needs to be accurate.
The medication guide sheet is a medication guide document which informs a patient how to correctly use a medicine by popular and easily understood characters when a health technician is waiting for medication, and comprises the usage and the dosage of the medicine and the cautionary matters thereof, and comprises a paper medication guide sheet and an electronic medication guide sheet.
The paper medication instruction sheet refers to a medication instruction paper document manually written by a health technician or a medication instruction paper (containing a label) printed by a computer and can be distributed along with the medicine. The electronic medication instruction sheet is a medication instruction document which is transmitted to a patient education service organization by a health technician through a network by adopting an information coding technology and can be inquired by a patient on line.
The storage conditions and the quality guarantee periods of different medicines are different, and particularly for patients suffering from various diseases and chronic diseases and needing to take the medicines for a long time, the medicines taken every day are various, the taking time is different, and the condition that the illness state is delayed due to improper medicine storage or improper medicine taking time is easy to occur.
Disclosure of Invention
The technical problem solved by the invention is as follows: for patients suffering from various diseases and chronic diseases and needing to take medicines for a long time, the medicines are taken for a plurality of kinds every day, the taking time is different, and the condition that the illness state is delayed due to improper medicine storage or improper taking time is easy to occur.
The technical scheme of the invention is as follows:
the utility model provides an intelligence is used medicine and is waited for device based on thing networking data management analysis, includes:
a cloud server provided with a drug administration substitution system,
a public number connected with the cloud server at the background,
backstage is connected with the server and is located the scanning device that the hospital got the pharmacy window by side, and scanning device includes: a printer for printing a prompt bar, a scanner for scanning a diagnosis list two-dimensional code and a medicine box bar code, a patch window for pushing out an anti-lost alarm patch with a temperature sensor arranged inside, a touch display screen for displaying personal information of a patient and a public number binding two-dimensional code, a PLC controller for controlling the operation of the scanning device, a wireless networking module for connecting a network,
wherein, the system of drug delivery includes:
a cloud database for managing patient personal information and medication information,
a public number management module for providing a public number end functional response, the public number management module comprising: a login submodule for logging in a public number for a patient or a guardian, a public number terminal time setting submodule for setting a time period required for prompting the use of a medicine, a loss prevention alarm patch binding submodule for binding a loss prevention alarm patch with a mobile phone terminal of the patient or the guardian, a medicine storage environment reminding submodule for acquiring and reminding a medicine storage environment temperature through a temperature sensor in the loss prevention alarm patch, a push authority access submodule for acquiring an alarm clock at a mobile phone terminal of the patient and an information use right, a medication reminding submodule for reminding the patient to take a medicine and a dosage on time through the alarm clock and information push, a medicine searching submodule for sending an alarm sound to help to search the medicine through the loss prevention alarm patch attached to a medicine box, and a medicine residue inquiring submodule for inquiring the use condition of the medicine,
a scanner management module for providing scanner-side functional responses, the scanner management module comprising: the device comprises a binding prompting submodule for prompting a patient or a guardian to bind a public number, a scanning prompting submodule for prompting the patient or the guardian to scan a medicine, a pasting prompting submodule for prompting the patient or the guardian to sequentially paste a prompting strip and an anti-lost alarm patch on a medicine box, and a device end time setting submodule for the patient or the guardian to select a medicine use prompting time period.
Further, the public number management module further comprises: the system comprises a medicine supplement reminding submodule for reminding a patient to purchase supplement when chronic medicines or medicines needing to be taken for a long time are about to be used up, a medicine purchasing submodule for providing an online medicine purchasing function for the patient, and a medicine filling submodule for updating the quantity of medicines in a database after the patient confirms that the medicines are delivered, so that the patient taking the medicines for a long time can timely supplement the medicines, and the condition that the condition of the patient is worsened due to insufficient medicines is prevented.
Further, scanning device left side surface is equipped with the packing lid of rotating the connection through the round pin axle, the bottom surface corresponds the rigidity with packing in the scanning device and is equipped with second grade electric telescopic link, second grade electric telescopic link has laid and has prevented losing the warning paster, the rear surface corresponds the rigidity with second grade electric telescopic link in the scanning device and is equipped with the motor, the output transverse connection of motor is used for pushing the warning paster of preventing losing the propelling movement pole that the paster window so that the patient takes out, including a motor, second grade electric telescopic link and PLC controller electric connection.
Further, the public number management module further comprises: the patient authorization sub-module is used for authorizing a patient under the condition that the patient cannot take the medicine by himself or does not have the payment capability, the patient purchasing sub-module is used for purchasing the sub-module by the patient instead of purchasing the medicine, the patient viewing sub-module is used for viewing the medicine taking condition of the patient, and the patient is authorized under the condition that the patient does not have the independent medicine taking or the payment capability, so that the patient can be inquired about the medicine taking condition of the patient and is supplemented with the medicine in time, and the condition that the patient deteriorates due to the fact that the medicine is taken out of time is prevented.
Further, the medicine purchasing submodule is connected with a medical system of a hospital through a network interface, so that a patient can directly purchase the same-brand and same-dose medicine in a hospital pharmacy, and the situation that the patient is caused and worsened due to wrong medicine taking dose is prevented.
Further, the public number management module further includes: the overdue medicine reminding submodule is used for reminding a patient or a guardian of clearing overdue medicines, so that the patient or the guardian can clear the overdue medicines in time, and the condition that the condition of the patient is worsened due to the use of the overdue medicines is prevented.
Preferably, the medication information comprises: the medicine name, the type, the residual amount, the number of days for taking, the storage temperature, the taking time interval, the taking contraindication, the dosage, the production date, the quality guarantee period and the purchasing link are convenient for patients or guardians to obtain detailed information of the medicine, and the situation that the medicine is not taken properly due to insufficient understanding of the medicine is prevented.
Preferably, the patient personal information includes: the name, age, chronic disease, long-term taking, medicine treatment course and disease type of the patient are helpful for the patient or guardian to know the state of an illness, and on the other hand, long-term taking and chronic disease patient need to be reminded of medicine supplement, and other patients only need to be reminded of medicine expiration.
Preferably, the double faced adhesive tape is arranged on the back of the prompt strip, the 3M adhesive tape is arranged on the back of the anti-lost alarm patch, and the prompt strip is convenient to be attached to the medicine box by a patient or a guardian.
Further preferably, the content displayed by the cue bar is: the name, dosage, administration time interval and administration contraindication of the medicine with the letter and the size are increased, so that patients with poor memory and eyesight can conveniently check the administration condition.
The invention has the beneficial effects that:
1. according to the anti-lost alarm patch, the anti-lost alarm patch is bound with the mobile phone terminal, so that a patient or a guardian can conveniently search the medicine, the anti-lost alarm patch is particularly suitable for old patients with older age and poor eyesight, and the medicine can be directly searched through the alarm sound;
2. the temperature of the medicine storage environment is obtained through the temperature sensor in the anti-lost alarm patch, the anti-lost alarm patch is particularly suitable for the conditions that the storage environment is harsh and medicines are easy to deteriorate, a patient or a guardian can directly check the temperature of the storage environment through a mobile phone end, and when the storage environment is not proper, the patient or the guardian can be directly prompted to change the environment through an alarm sound, so that the medicines are ensured to be properly stored;
3. the overdue reminding submodule prompts a patient or a guardian to clean overdue medicines in time, is particularly suitable for the conditions of short quality guarantee period and easy deterioration of medicines, and ensures that the patient cannot be deteriorated due to over-protection medicines;
4. the invention enables the guardian to check the medicine taking condition of the patient and help the patient buy the medicine through the public number, is particularly suitable for the condition that the patient takes the medicine for a long time and the guardian is not nearby, and the guardian can directly inquire the medicine allowance of the patient through the public number and distribute the medicine to the home of the patient in an online purchasing mode.
Drawings
FIG. 1 is a schematic view of the overall structure of a scanning device according to the present invention;
FIG. 2 is a left side view of the scanning device of the present invention;
FIG. 3 is a longitudinal cross-sectional view of a scanning device of the present invention;
FIG. 4 is a block diagram of the present invention;
FIG. 5 is a block diagram of a system for drug delivery in accordance with the present invention;
FIG. 6 is a block diagram of a scanning device management module of the present invention;
fig. 7 is a frame diagram of a public number management module in embodiment 1 and embodiment 2 of the present invention;
fig. 8 is a frame diagram of a public number management module in embodiment 3 and embodiment 4 of the present invention;
fig. 9 is a frame diagram of a public number management module in embodiment 5 and embodiment 6 of the present invention;
the system comprises a scanning device 1, a touch display screen 2, a patch window 3, a printer 4, a scanner 5, a filling cover 6, an anti-lost alarm patch 7, a motor 8, a push rod 9, a PLC 10, a wireless networking module 11 and a two-stage electric telescopic rod 12.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer, the present invention will be described in further detail with reference to the accompanying drawings, and it is apparent that the described embodiments are only a part of the embodiments of the present invention, not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The terminology used in the embodiments of the invention is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used in the examples of the present invention and the appended claims, the singular forms "a", "an", and "the" are intended to include the plural forms as well, and "a plurality" typically includes at least two unless the context clearly indicates otherwise.
It should be understood that although the terms first, second, third, etc. may be used to describe … … in embodiments of the present invention, these … … should not be limited to these terms. These terms are used only to distinguish … …. For example, the first … … can also be referred to as the second … … and similarly the second … … can also be referred to as the first … … without departing from the scope of embodiments of the present invention.
Example 1
This embodiment provides an intelligence device of handing over to use medicine based on thing networking data management analysis, as shown in fig. 4, include:
a cloud server loaded with a drug delivery system,
a public number connected with the cloud server at the background,
background and server connection and be located the scanning device 1 that hospital got the pharmacy window by, as shown in fig. 1, scanning device 1 includes: a touch display screen 2 for showing that patient personal information and public number bind the two-dimensional code and lie in scanning device 1 positive surface, a printer 4 for printing the suggestion strip and lie in scanning device 1 the latter half, a scanner 5 for scanning diagnosis list two-dimensional code and medicine box bar code and lie in printer 4 top one side, a paster window 3 for pushing out inside anti-lost warning paster 5 that is equipped with temperature sensor and lie in printer 4 top opposite side, as shown in fig. 3, a PLC controller 10 for controlling scanning device 1 operation and lie in scanning device 1 inside, a wireless networking module 11 for connecting the network and lie in scanning device 1 inside, wireless networking module 11, touch display screen 2, printer 4, scanner 5 and PLC controller 10 electric connection.
As shown in fig. 2, scanning device 1 left side surface is equipped with and rotates the packing lid 6 of connecting through the round pin axle, as shown in fig. 3, bottom surface and packing lid 6 correspond the rigidity in scanning device 1 and have second grade electric telescopic link 12, second grade electric telescopic link 12 has put anti-lost warning paster 5, the rear surface corresponds the rigidity with second grade electric telescopic link 12 in scanning device 1 and has motor 8, motor 8's output transverse connection has the push-out pole 9 that is used for pushing anti-lost warning paster 5 into paster window 3 so that the patient takes out.
Wherein, the display content of the cue bar is: the medicine name, dosage, taking time interval and taking contraindication of the character size are increased, as shown in figure 5, the medicine delivery system comprises:
a cloud database for managing patient personal information and medication information, the medication information comprising: the name, the type, the surplus, the number of days available for taking, the storage temperature, the time interval of taking, contraindications of taking, the dosage, the production date, the quality guarantee period and the purchasing link of the medicine, and the personal information of the patient comprises: the name, age, chronic disease, long-term administration, treatment course, and disease type of the patient,
a public number management module for providing a public number end function response, as shown in fig. 7, the public number management module includes: a login submodule for logging in a public number for a patient or a guardian, a public number end time setting submodule for setting a time period required for prompting the use of a medicine, a loss prevention alarm patch 7 binding submodule for binding the loss prevention alarm patch 7 with a mobile phone end of the patient or the guardian, a medicine storage environment reminding submodule for acquiring and reminding the temperature of a medicine storage environment through a temperature sensor in the loss prevention alarm patch 7, a push authority access submodule for acquiring an alarm clock at the mobile phone end of the patient and an information use right, a medication reminding submodule for reminding the patient to take a medicine and a dosage on time through the alarm clock and information push, a medicine searching submodule for sending an alarm sound through the loss prevention alarm patch 7 attached to a medicine box to help to search the medicine, and a medicine residue inquiring submodule for inquiring the use condition of the medicine,
as shown in fig. 6, the scanning device management module for providing functional responses at the scanning device 1 end includes: the device comprises a binding prompting submodule for prompting a patient or a guardian to bind a public number, a scanning prompting submodule for prompting the patient or the guardian to scan a medicine, a pasting prompting submodule for prompting the patient or the guardian to sequentially paste a prompting strip and an anti-lost alarm patch 7 on a medicine box, and a device end time setting submodule for enabling the patient or the guardian to select a medicine use prompting time period.
Example 2
The embodiment is an application scenario of the intelligent medication delivery device based on the data management and analysis of the internet of things in embodiment 1, and the application scenario includes the following steps:
s1: after the doctor diagnoses, the guardian and the patient take the diagnosis order and go to the pharmacy to take the medicine according to the diagnosis order;
s2: after a patient and a guardian take medicines, scanning a two-dimensional code on a diagnosis list through a scanner 5 of the scanning device 1 under the instruction of the content of a touch display screen 2 of the scanning device 1 beside a medicine taking window, acquiring personal information and medicine information of the patient through the two-dimensional code by the scanning device 1, prompting the patient to scan a public number two-dimensional code on the touch display screen 2 by a binding prompting sub-module to bind the personal information after the acquisition is finished, and informing the patient to take medicines through a mobile phone end by a medicine taking and delivery system after the binding;
s3: after a patient is scanned and bound, the scanning prompting submodule prompts the patient to scan bar codes on the surfaces of different types of medicine box bodies through the scanning device 1, medicine codes are obtained through bar code information and correspond to the medicine information obtained by the scanning device 1, the prompting bars are printed out through the printer 4, then a second-stage electric telescopic rod 12 in the scanning device 1 ascends, a starting motor 8 pushes out an anti-loss alarm patch 7 containing a temperature sensor inside the second-stage electric telescopic rod 12 through a pushing-out rod 9 and falls into a patch window 3, the pasting prompting submodule prompts the patient to sequentially attach the anti-loss alarm patch 7 and the prompting bars to a medicine box, and after all medicines are sequentially operated, the device end time is set to prompt the patient to select a medicine taking prompting time period;
s4: after the set time is over, the patient stores the medicines according to the prompt bar on the surface of the medicine box, when the temperature acquired by the temperature sensor does not accord with the medicine storage environment, the anti-lost alarm patch 7 gives an alarm, and the public number sends information to the mobile phone of the patient to remind the patient to store the medicines again;
s5: when the time reaches the taking time of each medicine, the public number sends information to the mobile phone end of the patient, the mobile phone alarm clock sounds to remind the patient to take specific medicines and prompt the dosage, and when the patient cannot find the medicines, the information provided by the public number information is clicked, the anti-lost alarm patch 7 attached to the corresponding medicine box body gives an alarm to help the patient to find the medicines.
Example 3
This example differs from example 1 in that:
as shown in fig. 8, the public number management module further includes:
a medicine supplement reminding sub-module for reminding the patient to purchase supplement when the chronic medicine or the medicine needing to be taken for a long time is about to be exhausted,
a medication purchase sub-module for providing an on-line medication purchase function for a patient,
a medication fill sub-module for updating the quantity of medication in the database after the patient confirms the delivery of the medication,
a guardian authorization sub-module for authorizing the guardian in the case that the patient cannot take the patient himself or has no payment capability,
a monitor buying sub-module for the monitor to buy the medicine,
and the guardian checking submodule is used for the guardian to check the medication condition of the patient.
The medicine purchasing submodule is connected with a medical system of a hospital through a network interface, so that a patient can directly purchase the medicines with the same brand and dosage in a hospital pharmacy, and the condition that the patient is caused and worsened due to wrong medicine taking dosage is prevented.
Example 4
The embodiment is an application scenario of the intelligent medication delivery device based on the data management and analysis of the internet of things in embodiment 3, and the application scenario includes the following steps:
s1: after the doctor diagnoses, the guardian and the patient take the diagnosis order and go to the pharmacy to take the medicine according to the diagnosis order;
s2: after a patient and a guardian take medicines, scanning a two-dimensional code on a diagnosis list through a scanner 5 of the scanning device 1 under the instruction of the content of a touch display screen 2 of the scanning device 1 beside a medicine taking window, acquiring personal information and medicine information of the patient through the two-dimensional code by the scanning device 1, after the acquisition is completed, prompting the patient to scan a public number two-dimensional code on the touch display screen 2 by a binding prompting sub-module to perform personal information binding, and when the patient suffers from chronic diseases or needs to take medicines for a long time, a medicine taking and delivery system after binding not only informs the patient to take medicines through a mobile phone end, but also reminds the patient to supplement the medicines when the medicine amount is small;
s3: after a patient is scanned and bound, the scanning prompting submodule prompts the patient to scan bar codes on the surfaces of different types of medicine box bodies through the scanning device 1, medicine codes are obtained through bar code information and correspond to the medicine information obtained by the scanning device 1, the prompting bars are printed out through the printer 4, then a second-stage electric telescopic rod 12 in the scanning device 1 ascends, a starting motor 8 pushes out an anti-loss alarm patch 7 containing a temperature sensor inside the second-stage electric telescopic rod 12 through a pushing-out rod 9 and falls into a patch window 3, the pasting prompting submodule prompts the patient to sequentially attach the anti-loss alarm patch 7 and the prompting bars to a medicine box, and after all medicines are sequentially operated, the device end time is set to prompt the patient to select a medicine taking prompting time period;
s4: after the set time is over, the patient stores the medicines according to the prompt bar on the surface of the medicine box, when the temperature acquired by the temperature sensor does not accord with the medicine storage environment, the anti-lost alarm patch 7 gives an alarm, and the public number sends information to the mobile phone of the patient to remind the patient to store the medicines again;
s5: when the time reaches the taking time of each medicine, the public number sends information to the mobile phone end of the patient, the mobile phone alarm clock rings to remind the patient to take the specific medicine and prompt the dosage, and when the patient cannot find the medicine, the anti-lost alarm patch 7 attached to the corresponding medicine box body sends an alarm by clicking the information provided by the public number information to help the patient to find the medicine;
s6: the drug delivery system calculates the residual drug amount of the drug through the drug information of the patient, when the drug amount is remained for 5 days, the drug supplementation reminding submodule reminds the patient to carry out drug supplementation through a public number, the patient can click a drug purchasing link to purchase the drug online, and after the drug is delivered to goods in an express way, the drug filling submodule merges the new drug amount into the total drug amount, if the patient does not have the drug purchasing capacity, the guardian of the patient can authorize the patient through the guardian authorization submodule, after authorization, the guardian can check the drug use condition of the patient through the public number, and can purchase the drug online for the patient through the guardian agent purchasing submodule.
Example 5
This example differs from example 1 in that: as shown in fig. 9, the public number management module further includes: the overdue medicine reminding submodule is used for reminding a patient or a guardian of clearing overdue medicines, so that the patient or the guardian can clear the overdue medicines in time, and the condition that the condition of the patient is worsened due to the use of the overdue medicines is prevented.
Example 6
The embodiment is an application scenario of the intelligent medication delivery device based on the data management and analysis of the internet of things in embodiment 5, and the application scenario includes the following steps:
s1: after the doctor diagnoses, the guardian and the patient take the diagnosis order and go to the pharmacy to take the medicine according to the diagnosis order;
s2: after a patient and a guardian take medicines, scanning a two-dimensional code on a diagnosis list through a scanner 5 of the scanning device 1 under the instruction of the content of a touch display screen 2 of the scanning device 1 beside a medicine taking window, acquiring personal information and medicine information of the patient through the two-dimensional code by the scanning device 1, prompting the patient to scan a public number two-dimensional code on the touch display screen 2 by a binding prompting sub-module to bind the personal information after the acquisition is finished, and informing the patient to take medicines through a mobile phone end by a medicine delivery system after binding when the patient does not have chronic diseases or needs to take medicines for a long time;
s3: after a patient is scanned and bound, the scanning prompting submodule prompts the patient to scan bar codes on the surfaces of different types of medicine box bodies through the scanning device 1, medicine codes are obtained through bar code information and correspond to the medicine information obtained by the scanning device 1, the prompting bars are printed out through the printer 4, then a second-stage electric telescopic rod 12 in the scanning device 1 ascends, a starting motor 8 pushes out an anti-loss alarm patch 7 containing a temperature sensor inside the second-stage electric telescopic rod 12 through a pushing-out rod 9 and falls into a patch window 3, the pasting prompting submodule prompts the patient to sequentially attach the anti-loss alarm patch 7 and the prompting bars to a medicine box, and after all medicines are sequentially operated, the device end time is set to prompt the patient to select a medicine taking prompting time period;
s4: after the set time is over, the patient stores the medicines according to the prompt bar on the surface of the medicine box, when the temperature acquired by the temperature sensor does not accord with the medicine storage environment, the anti-lost alarm patch 7 gives an alarm, and the public number sends information to the mobile phone of the patient to remind the patient to store the medicines again;
s5: when the time reaches the taking time of each medicine, the public number sends information to the mobile phone end of the patient, the mobile phone alarm clock rings to remind the patient to take the specific medicine and prompt the dosage, and when the patient cannot find the medicine, the anti-lost alarm patch 7 attached to the corresponding medicine box body sends an alarm by clicking the information provided by the public number information to help the patient to find the medicine;
s6: the drug delivery system calculates the drug expiration time according to the production date and the quality guarantee period of the patient, and when the drug amount is expired after 3 days, the drug expiration reminding submodule reminds the patient to clear the drug which is about to expire through the public number.
Claims (10)
1. The utility model provides an intelligence is used medicine and is waited for device based on thing networking data management analysis, its characterized in that includes:
a cloud server provided with a drug administration substitution system,
a public number connected with the cloud server at the background,
background and server connection and be located scanning device (1) by hospital pharmacy window, scanning device (1) includes: a touch display screen (2) used for displaying patient personal information and a public number binding two-dimensional code and positioned on the front surface of the scanning device (1), a printer (4) used for printing a prompt bar and positioned on the lower half part of the scanning device (1), a scanner (5) used for scanning a diagnosis single two-dimensional code and a medicine box bar code and positioned on one side above the printer (4), a patch window (3) used for pushing out an anti-lost alarm patch (5) internally provided with a temperature sensor and positioned on the other side above the printer (4), a PLC (programmable logic controller) (10) used for controlling the operation of the scanning device (1) and positioned inside the scanning device (1), and a wireless networking module (11) used for connecting a network and positioned inside the scanning device (1),
wherein, the drug delivery system comprises:
a cloud database for managing patient personal information and medication information,
a public number management module for providing a public number end functional response, the public number management module comprising: a login submodule for logging in a public number for a patient or a guardian, a public number end time setting submodule for setting a time period required for prompting the use of a medicine, a loss prevention alarm patch binding submodule for binding a loss prevention alarm patch (5) with a mobile phone end of the patient or the guardian, a medicine storage environment reminding submodule for acquiring the temperature of a medicine storage environment through a temperature sensor in the loss prevention alarm patch (5) and prompting the temperature, a push authority access submodule for acquiring an alarm clock at the mobile phone end of the patient and an information use right, a medication reminding submodule for reminding the patient to take prescribed medicines and dosage on time through the alarm clock and information push, a medicine searching submodule for sending an alarm sound through the loss prevention alarm patch (5) attached to a medicine box to help to search the medicines, and a medicine residue inquiring submodule for inquiring the use condition of the medicines,
a scanning device management module for providing a functional response at a scanning device (1), said scanning device management module comprising: the device comprises a binding prompting submodule for prompting a patient or a guardian to bind a public number, a scanning prompting submodule for prompting the patient or the guardian to scan medicines, a pasting prompting submodule for prompting the patient or the guardian to sequentially paste a prompting strip and an anti-lost alarm patch (5) on a medicine box, and a device end time setting submodule for enabling the patient or the guardian to select a medicine use prompting time period.
2. The device according to claim 1, characterized in that the outer surface of the left side of the scanning device (1) is provided with a filling cover (6) which is rotatably connected through a pin shaft, a second-stage electric telescopic rod (12) is fixed on the inner bottom surface of the scanning device (1) corresponding to the filling cover (6), an anti-lost alarm patch (5) is placed on the second-stage electric telescopic rod (12), a motor (8) is fixed on the inner rear surface of the scanning device (1) corresponding to the second-stage electric telescopic rod (12), and the output end of the motor (8) is transversely connected with a push-out rod (9) which is used for pushing the anti-lost alarm patch (5) into the patch window (3) so as to be taken out by a patient.
3. The apparatus of claim 1, wherein the public number management module further comprises: the system comprises a medicine replenishing reminding submodule used for reminding a patient to purchase replenishing when chronic medicines or medicines needing to be taken for a long time are about to be exhausted, a medicine purchasing submodule used for providing an online medicine purchasing function for the patient, and a medicine filling submodule used for updating the quantity of medicines in the database after the patient confirms that the medicines are delivered.
4. The apparatus of claim 3, wherein the public number management module further comprises: the guardian authorization submodule is used for authorizing the guardian under the condition that the patient cannot take the medicine by himself or does not have the payment capability, the guardian purchasing submodule is used for purchasing the medicine by the guardian instead of the guardian, and the guardian checking submodule is used for checking the medicine taking condition of the patient by the guardian.
5. The apparatus of claim 3, wherein the medication purchase sub-module interfaces with a medical system of a hospital via a network interface.
6. The apparatus of claim 1, wherein the public number management module further comprises: and the medicament overdue reminding submodule is used for reminding the patient or the guardian to clear overdue medicaments.
7. The apparatus of claim 1, wherein the medication information comprises: the name, type, residual amount, number of days available for administration, storage temperature, time interval for administration, contraindication for administration, dosage, production date, shelf life, and purchase link.
8. The apparatus of claim 1, wherein the patient personal information comprises: patient name, age, chronic disease, need for long-term administration, course of treatment, and type of disease.
9. The device as claimed in claim 1, wherein the back of the prompting strip is provided with a double-sided adhesive tape, and the back of the anti-lost alarm patch (5) is provided with a 3M adhesive tape.
10. The apparatus of claim 1, wherein the cue bar displays: the name, dosage, administration time interval and administration contraindication of the medicine with increased size are provided.
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