CN202394235U - Internet of things (IOT) medical system - Google Patents
Internet of things (IOT) medical system Download PDFInfo
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- CN202394235U CN202394235U CN2011202444333U CN201120244433U CN202394235U CN 202394235 U CN202394235 U CN 202394235U CN 2011202444333 U CN2011202444333 U CN 2011202444333U CN 201120244433 U CN201120244433 U CN 201120244433U CN 202394235 U CN202394235 U CN 202394235U
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Abstract
The utility model provides an internet of things (IOT) medical system, which comprises a clinical detection device (10), a remote diagnosis and treatment system (20) and an automatic medicine selling device (30), wherein the clinical detection device (10) is used for detecting the physiological condition of a user and sends the data of the physiological condition through an internet, the remote diagnosis and treatment system (20) is connected with the clinical detection device (10) through the internet so as to be used for receiving the data of the physiological condition and generate an electronic prescription to be sent to the internet, the automatic medicine selling device (30) is connected with the remote diagnosis and treatment system (20) through the internet so as to be used for receiving the electronic prescription and obtaining the information of medicine and delivering the medicine listed on the electronic prescription. According to the system, a user can have the prescription remotely and buy medicine through the automatic medicine selling device, thus bring convenience to users.
Description
Technical field
The utility model relates to medical field, particularly, relates to a kind of Internet of Things medical system.
Background technology
With regard to present medical system, the patient sees a doctor to be needed to be diagnosed by the doctor to hospital, writes out a prescription, and the patient holds this prescription and pays dues and get it filled afterwards.Because hospital resources is nervous at present, each link of registering, diagnose, pay dues and get it filled all need be waited in line, and is very time-consuming.For the elderly and action inconvenient people, the long drive of going to a hospital to see a doctor, particularly inconvenience.
At present,, solved the elderly and action inconvenient people's inconvenience to a certain extent though can carry out remote diagnosis through video to the patient by the doctor, however the hospital that still must send someone pay dues and get it filled, also fail thoroughly to address the above problem.
The utility model content
Need arrive hospital's this problem of getting it filled of paying dues for solving existing medical system; The utility model spy provides a kind of Internet of Things medical system, and wherein, this system comprises: the Clinical detection device; Be used to detect user's physiological situation, and the physiological situation data are sent through the internet; Remote diagnosis system links to each other via the internet with said Clinical detection device, is used to receive said physiological situation data, generates electronic prescription and sends to the internet; And the automatic medicine selling device, link to each other via the internet with said remote diagnosis system, be used to receive said electronic prescription, obtain medicine information in the electronic prescription, and carry the listed medicine of this electronic prescription.
Wherein, said Clinical detection device can comprise: network interface; Input block is used to receive the information that the user imports; Detecting unit is used to detect user's physiological situation; Display unit is used to show said physiological situation; And processing unit; Be electrically connected with said network interface, input block, detecting unit and display unit; Be used for information according to said user's input; Control said detection user's physiological situation, this physiological situation is shown in said display unit, and send said physiological situation via said network interface.
Wherein, said processing unit can comprise the medical diagnosis on disease module, and this medical diagnosis on disease module is made diagnostic result to specific physiological situation.
Wherein, said Clinical detection device also can comprise storage unit, and this storage unit is electrically connected with said processing unit; Said processing unit comprises the subscriber information management module; This subscriber information management module is used to discern user identity, and to this user identity, sets up this user's health account; Deposit the physiological situation that is detected in this health account, and this health account is stored in the said storage unit.
Wherein, Said Clinical detection device also can comprise image unit; This image unit is electrically connected with said processing unit, is used for said user's body part is carried out to picture, and via said network interface this image is sent to said remote diagnosis system by said processing unit.
Wherein, said remote diagnosis system can comprise: network interface; Input block is used to receive the information that the doctor imports; Display unit is used to show said physiological situation; And processing unit; Be electrically connected with said network interface, input block and display unit; Be used for receiving physiological situation from said Clinical detection device via said network interface; Generate said electronic prescription according to the information that said doctor imported, and this electronic prescription is transferred to said automatic medicine selling device via said network interface.
Wherein, Said remote diagnosis system also can comprise storage unit, and this storage unit is electrically connected with said processing unit, and said processing unit comprises the diagnostic result administration module; This diagnostic result administration module is used for to user identity; Set up this user's diagnosis archives, deposit diagnostic result and/or the electronic prescription that generated in this diagnosis archives, and should diagnose archives to be stored in the said storage unit.
Wherein, Said Internet of Things medical system also can comprise the monitoring of infectious disease system; This system links to each other via the internet with said Clinical detection device and/or said remote diagnosis system, is used for the infectious disease that the detected physiological situation of said Clinical detection device and/or said remote diagnosis system are diagnosed out is monitored.
Wherein, said Internet of Things medical system also can comprise hospital's reservation system, and this hospital's reservation system links to each other via the internet with said remote diagnosis system; Said remote diagnosis system also is used to send hospital's reservation message to this hospital's reservation system, to carry out hospital's reservation of registering.
Wherein, said Internet of Things medical system also can comprise the emergency calls system, and this emergency calls system links to each other via the internet with said Clinical detection device and/or remote diagnosis system; Said Clinical detection device and/or remote diagnosis system also are used to send emergency calls message to this emergency calls system.
Through technique scheme, can realize that long-range evolution, automatic medicine selling machine purchase medicine, be very easy to the user.In addition, for some common diseases, chronic disease, can be diagnosed by the Clinical detection device, the user can purchase medicine in automatic medicine selling device place voluntarily according to diagnostic result and get it filled; For the general diseases except that above-mentioned common disease, chronic disease; Can diagnose by the doctor by remote diagnosis system; This remote diagnosis system generates electronic prescription, and this electronic prescription is sent to the automatic medicine selling device, and the user can purchase medicine in this automatic medicine selling device place voluntarily and get it filled; For some complicated especially diseases, i.e. the disease that can't remote diagnosis maybe can't treat through medicine of doctor, user's prescription on individual diagnosis of going to the hospital just now.Visible with this, for most of disease,, saved the resource of hospital thus with not removing hospital admission per family.
Other feature and advantage of the utility model will partly specify in embodiment subsequently.
Description of drawings
Accompanying drawing is the further understanding that is used to provide the utility model, and constitutes the part of instructions, is used to explain the utility model with following embodiment, but does not constitute the restriction to the utility model.In the accompanying drawings:
The structural representation of the Internet of Things medical system that Fig. 1 provides for the utility model;
Fig. 2 is the structural representation of the interior Clinical detection device of the Internet of Things medical system of the utility model;
The structural representation of the remote diagnosis system that the Internet of Things medical system that Fig. 3 provides for the utility model is interior;
The structural representation of one embodiment of the Internet of Things medical system that Fig. 4 provides for the utility model;
The structural representation of the automatic medicine selling machine that Fig. 5 provides for the utility model.
The structural representation of the processing unit of the automatic medicine selling device that Fig. 6 provides for the utility model;
Fig. 7 purchases the operational flowchart of medicine module for the scene in the processing unit;
Fig. 8 is the operational flowchart of the electronic prescription module in the processing unit;
Fig. 9 is the operational flowchart of the data verification module in the processing unit;
Figure 10 is the operational flowchart of the payment module in the processing unit;
Figure 11 is the operational flowchart of the medicine subpackage goods discharging module in the processing unit;
Figure 12 is the replenish operational flowchart of module of the medicine in the processing unit;
Figure 13 is the operational flowchart of the medicine return of goods module in the processing unit; And
The structural representation of one embodiment of the automatic medicine selling device that Figure 14 provides for the utility model.
Description of reference numerals
10 Clinical detection devices, 20 remote diagnosis systems
30 automatic medicine selling devices, 40 monitoring of infectious disease systems
50 hospital's reservation systems, 60 emergency calls systems
13 detecting units, 11,21,37 network interfaces
12,22,34 input blocks, 14,23,36 display units
15,24,35 processing units, 16,26,33 storage unit
17,25 image units, 241 diagnostic result administration modules
151 medical diagnosis on disease modules, 152 subscriber information management modules
31 cargo holds, 32 medicament discharge mechanisms
33 storage unit, 34 input blocks
35 processing units, 36 display units
37 network interfaces, 38 print units
351a purchases at the scene medicine module 351b electricity prescription module
352 data verification modules, 353 payment module
354 medicine subpackage goods discharging modules, 355 medicine return of goods modules
356 medicines module 391 temperature sensors that replenish
392 humidity sensors, 393 voltage sensors
394 safety lock sensors, 395 cameras
Embodiment
Be elaborated below in conjunction with the embodiment of accompanying drawing to the utility model.Should be understood that embodiment described herein only is used for explanation and explains the utility model, is not limited to the utility model.
The structural representation of the Internet of Things medical system that Fig. 1 provides for the utility model; As shown in Figure 1; The utility model provides a kind of Internet of Things medical system, and wherein, this system comprises: Clinical detection device 10; Be used to detect user's physiological situation, and the physiological situation data are sent through the internet; Remote diagnosis system 20 links to each other via the internet with said Clinical detection device 10, is used to receive said physiological situation data, generates electronic prescription and also sends to the internet; And automatic medicine selling device 30, link to each other via the internet with said remote diagnosis system 20, be used to receive said electronic prescription, obtain medicine information in the electronic prescription, and carry and the listed medicine of this electronic prescription.
Fig. 2 is the structural representation of the interior Clinical detection device of the Internet of Things medical system of the utility model; As shown in Figure 2; Said clinical diagnosis device 10 can comprise processing unit 15 and the network interface 11 that is electrically connected with this processing unit 15, input block 12, detecting unit 13 and display unit 14; Said input block 11 can receive user's input; And this user is imported 11 provide to processing unit 15, this processing unit 15 can be imported the said detecting unit 13 of control according to the user and carry out and detect, and testing result is shown on the said display unit 14.In addition, said processing unit 15 also can be sent to said remote diagnosis system 20 with the physiological situation that is detected via network interface 11 according to user's input.
Wherein, Said detecting unit 13 can comprise one or more in Urine Analyzer, non-invasive blood analysis appearance, full automatic urine analyzer, quantum resonance spectrometer (QRS), sphygmomanometer, oximeter (pulsating), clinical thermometer, weighing scale, electrocardiogram monitoring appearance, expiration detector, the cardiopulmonary detector etc.; Preferably can by above institute's array apparatus and other pick-up units are integrated form, but the body temperature of human body, routine urinalysis, routine blood test, blood pressure, blood oxygen, blood sugar, blood fat, vascular sclerosis, pulse frequency, cardiopulmonary breathing, cardiogram, B ultrasonic and height and weight etc.
Preferably; Said processing unit 15 can comprise medical diagnosis on disease module 151, this medical diagnosis on disease module 151 can be directed against some specific physiological situation (such as, reflect the physiological situation of human common disease and chronic disease); Make diagnostic result; And providing the medication inventory, the user can be according to this medication inventory, the self-service medicine of purchasing in said automatic medicine selling device 30 places.For example, this medical diagnosis on disease module 151 can be according to some physiological situation, carries out that tumour is foreseen in early days, the diagnosis of bacteriovirus infection initial stage, lingual diagnosis, the detection of eyeground retina, exogenous injury of human body detection etc.
Preferably, said clinical diagnosis device 10 also can comprise storage unit 16, and this storage unit 16 is electrically connected with said processing unit 15; Said processing unit 15 also can comprise subscriber information management module 152; This subscriber information management module 152 is used to discern user identity, and to this user identity, sets up this user's health account; Deposit the physiological situation that is detected in this health account, and this health account is stored in the said storage unit 16.Thereby can be convenient to the user and understand the physiological situation variation of oneself.The user is through in advance in through subscriber information management module 152 typing subscriber identity informations (can comprise user name, password, fingerprint, identification card number, address etc.); Afterwards when using said Clinical detection device 10 through inputing user name and password (or fingerprint), to reach the purpose of identification.By this, the user can read the health account of oneself, understands the physiological situation situation of change of oneself.
Said clinical diagnosis device 10 can be formed non-invasive clinical and detect the cabin; This non-invasive clinical detects the cabin can be positioned at crowd concentrated areas such as residential building sub-district, school, hotel, shopping centre, airport, park, office building; Be user-friendly to; The user can detect the cabin through this non-invasive clinical, in time understands its health, and some common diseases, chronic disease are diagnosed.This non-invasive clinical detects the cabin to be had and the same effect of traditional hospital clinical detection diagnoses and treatment the mankind's common disease, the diagnoses and treatment of chronic disease, and more simple and efficient.In addition, said clinical diagnosis device 10 can be formed does not have creation reason monitor, and this monitor provides uninterrupted physical signs to detect for can be the bed patient, and physical signs is sent to said remote diagnosis system 20.
Above-mentioned non-invasive clinical detects the cabin and can diagnose some common diseases, chronic disease, and the user also can carry out the self-service medicine of purchasing to automatic medicine selling device 30 places according to its diagnostic result, so that its disease is treated.Yet; For some complicated diseases that needs the doctor to get involved, said non-invasive clinical detects the cabin can be with relevant this user's physiological situation via internet transmission to remote diagnosis system 20, and the doctor can be by this remote diagnosis system 20 these users' of understanding physiological situation; And this user diagnosed; In this remote diagnosis system 20, generate electronic prescription, and with this electronic prescription via internet transmission to automatic medicine selling device 30 get it filled so that the user can purchase medicine in said automatic medicine selling device 30 places.Said non-invasive clinical detects the cabin when transmission physiological situation to remote diagnosis system 20; Can transmit the information that detects the cabin self attributes with this non-invasive clinical simultaneously; This information can comprise that this non-invasive clinical detects information such as identifier and the present position in cabin; So that the residing position of user can be understood by the following stated monitoring of infectious disease system 40 and emergency calls system 60, in time isolate and give treatment to.
Preferably; Said Clinical detection device 10 also comprises image unit 17; This image unit 17 is electrically connected with said processing unit 15, can be carried out to picture to user's body part, and by processing unit 15 image is sent to remote diagnosis system 20 and shows; So that the doctor understands user's physiological situation in more detail, make diagnosis more accurately.In addition, said remote diagnosis system 20 also can have image unit 25, and this image unit 25 is electrically connected with said processing unit 24, so that can carry out better alternately through video between doctor and the user, thereby the doctor can make diagnosis more accurately.
Preferably, said remote diagnosis system 20 also can comprise storage unit 26, and this storage unit 26 is electrically connected with said processing unit 24.Said processing unit 24 can comprise diagnostic result administration module 241; This diagnostic result administration module 241 is used for being directed against the user identity that said subscriber information management module is discerned; Set up this user's diagnosis archives; Deposit doctor's diagnostic result and/or the electronic prescription that is generated in this diagnosis archives, and should diagnose archives to be stored in the said storage unit 26.By this, the doctor can be with reference to historical diagnostic result and electronic prescription record when once more this user being diagnosed.
The structural representation of one embodiment of the Internet of Things medical system that Fig. 4 provides for the utility model; As shown in Figure 4; This Internet of Things medical system also can comprise monitoring of infectious disease system 40, and this system and said Clinical detection device 10 and/or said remote diagnosis system 20 link to each other via the internet, are used for said Clinical detection device 10 detected physiological situation and/or 20 infectious diseases of diagnosing out of said remote diagnosis system are monitored; And when finding out infectious disease; Through combining the subscriber information management module in the said Clinical detection device 10, obtain infect this infectious disease the user for information about, so that this user is isolated.By this, can in time understand the propagation state of infectious disease, in time find the infected, and it is isolated.
Wherein, said Internet of Things medical system also can comprise hospital's reservation system 50, and this hospital's reservation system 50 and said remote diagnosis system 20 link to each other via the internet; Said remote diagnosis system 20 also is used for when the doctor can't remote diagnosis or diagnosed out the disease that can't treat through medicine, sending hospital's reservation message to this hospital's reservation system 50, registers to carry out hospital's reservation.By this, can save the link that the user goes to the hospital in person and preengages, save user's time.
Wherein, said Internet of Things medical system also can comprise emergency calls system 60, and this emergency calls system 60 and said Clinical detection device 10 and/or remote diagnosis system 20 link to each other via the internet; Said Clinical detection device 10 and/or remote diagnosis system 20 also are used for need obtaining emergency aid and treatment or diagnosis and going out the user need obtain emergency aid and treatment the time detecting the user, send emergency calls message to this emergency calls system 60.By this, this emergency calls system 60 can in time send a car near said Clinical detection device 10, so that the user is given treatment to timely according to the emergency calls message that is received.
The structural representation of the automatic medicine selling device that Fig. 5 provides for the utility model.As shown in Figure 5, the utility model provides a kind of automatic medicine selling device, and this is sold medicine device and comprises: cargo hold 31 is used to store medicine; Medicament discharge mechanism 32 is used for the drug delivery of being stored in the said cargo hold 31 to outlet; Storage unit 33 is used to be stored in the information about the medicine in the said cargo hold 31; Input block 34 is used for input and purchases medicine information; Processing unit 35 is electrically connected with said input block 34, storage unit 33 and medicament discharge mechanism 32, is used to receive the said medicine information of purchasing, and controls said medicament discharge mechanism 32 and carries and purchase the corresponding medicine of medicine information with this; And display unit 36, be electrically connected with said processing unit 35, be used to show this and sell medicine device and purchase the medicine interactive information between the person.
Wherein, said cargo hold 31 and medicament discharge mechanism 32 can adopt existing and automatic vending machine (such as, the machine of beverage vending utensil, Self-service Tickets) in identical cargo hold 31 and the shipment mechanism of cargo hold and shipment mechanism.
Wherein, said input block 34 can be mouse, keyboard, touch-screen, scanner etc. and can be used for importing the device of purchasing medicine information.
Wherein, said storage unit can be various types of devices, and such as hard disk, flash memory etc., whether the information of medicine can comprise nomenclature of drug, quantity, be information such as prescription medicine or special medicine in the said relevant said cargo hold 31.
Wherein, said display unit 36 can be the device that CRT, LCD, touch panel etc. can be used for display message.
Wherein, said processing unit 35 can be various devices with control function, such as single-chip microcomputer, programmable logic controller (PLC) etc.
As shown in Figure 6; Said processing unit 35 can comprise: medicine module 351a is purchased at the scene; Be used to receive nomenclature of drug and the quantity that said input block 34 is imported; And whether store this medicine in the said cargo hold 31 and whether this medicine is prescription medicine or special medicine through in said storage unit 33 in, retrieving, checking; Data verification module 352 is used for after above-mentioned inspection is passed through, and whether the quantity that checks this medicine in the said cargo hold 31 is more than or equal to the quantity of being imported; Payment module 353 is used for after above-mentioned inspection is passed through, and collects and the corresponding fund of this medicine; And medicine subpackage goods discharging module 354, be used to collect after the said fund, control said medicament discharge mechanism 32 and carry this medicine.
Preferably; The information of the medicine in the said relevant cargo hold 31 comprises that also the same day of each medicine in the said cargo hold 31 or of that month limit purchase quantitative range, and said data verification module 352 is used to also to check whether the quantity of said medicine is in the same day and/or of that month limit is purchased in the quantitative range.By this, need limit the responsive medicine of purchasing, can realize in this way limitting and purchase for some.
Wherein, said automatic medicine selling device also can comprise network interface 37, and this network interface 37 is electrically connected with said processing unit 35.By this, said processing unit 35 can receive the information from external server, such as the electronic prescription from remote diagnosis system via network interface 37.
Wherein, Said processing unit 35 can also comprise electronic prescription module 351b, and this electronic prescription module 351b is used for receiving from the electronic prescription of remote diagnosis system or through said input block (be scanner this moment) the papery prescription to be scanned via network interface 37 discerning the electronic prescription that generates.Whether the quantity that said data verification module 352 can be checked each medicine that the said electronic prescriptions stored in the said cargo hold 31 or papery prescription are listed is more than or equal to the quantity of said electronic prescription or listed this medicine of papery prescription; After this inspection is passed through; Payment module 353 is collected and the corresponding fund of this medicine; And after collecting said fund, the said medicament discharge mechanism 32 of medicine subpackage goods discharging module 354 controls is carried the medicine of the listed respective numbers of said electronic prescription.By this, the automatic medicine selling device can with remote diagnosis system between communicate by letter, realize processing to electronic prescription.
Wherein, for the papery prescription that said input block 34 scans identification, said electronic prescription module 351b checks also whether this prescription is effective.Concrete mode can comprise through reading the prescription numbering on this papery prescription, judge through check code whether this papery prescription is effective; Maybe can this prescription numbering be sent to remote diagnosis system via said network interface 37; Whether this remote diagnosis system whether to generate this electronic prescription and this electronic prescription out of date or accomplished and got it filled if can being inquired about it; If then sending this electronic prescription of proof is message to the electronic prescription module 351b that effectively writes out a prescription; If then sending this electronic prescription is message to the electronic prescription module 351b of invalid prescription not.
Preferably; Said automatic medicine selling device also can comprise print unit 38; This print unit 38 is electrically connected with said processing unit 35; The quantity of the medicine that the said electronic prescription that is used in said cargo hold 31, being stored is listed is printed said electronic prescription from remote diagnosis system during less than the quantity of listed this medicine of said electronic prescription, so as the person that purchases the medicine can some other day or the papery prescription of holding this electronic prescription with changing purchase medicine.
Fig. 7-Figure 11 shows the operational flowchart that medicine module 351a, electronic prescription module 351b, data verification module 352, payment module 353 and medicine subpackage goods discharging module 354 are purchased in the scene respectively.Below in conjunction with Fig. 7-Figure 11 medicine module 351a, electronic prescription module 351b, data verification module 352, payment module 353 and medicine subpackage goods discharging module 354 being purchased in the scene is elaborated.
As shown in Figure 7, the scene is purchased medicine module 351a and is received nomenclature of drug via said input block 34, in said storage unit 33, retrieves this medicine afterwards, and whether if exist, then further retrieving this medicine is prescription medicine or special medicine; If do not exist, this medicine of person does not exist then to purchase the medicine through display unit 36 promptings.Afterwards, through in storage unit 33, searching the information of this medicine, judge whether this medicine is prescription medicine or special medicine, if not prescription medicine or special medicine, then receives the quantity of required purchase, gets into data verification module 352 operating processes afterwards; If prescription medicine or special medicine are prescription medicine or special medicine through display unit 36 these medicines of prompting then, can't buy.
As shown in Figure 8, electronic prescription module 351b can scan identification and the electronic prescription of generation via input block to the papery prescription via electronic prescription or the reception that network interface 37 receives from remote diagnosis system.For electronic prescription, can directly get into data verification module operation flow process.For the papery prescription, can extract the prescription numbering, and the numbering of should writing out a prescription is sent to remote diagnosis system; To verify the validity of this papery prescription; If effectively, then get into data verification module 352 operating processes, otherwise it is invalid to write out a prescription through display unit 36 demonstrations.
As shown in Figure 9, data verification module 352 need the quantity of the medicine that inspection institute will buy whether exceeded this medicine same day/this month limit purchase quantitative range, if surpassed, then surpassed to limit and purchased quantity through display unit 36 demonstration medicines; If do not surpass, then check in the cargo hold 31 to the medicine that will buy storage whether more than or equal to the quantity of the medicine that will buy, if then get into the payment module operating process; If not, then whether inspection is to purchase medicine through the electronic prescription from remote diagnosis system, if, then print these electronic prescriptions through print unit 38, so as the person that purchases the medicine can some other day or this ground printout of holding this electronic prescription purchase medicine; If, then do not show that through display unit 36 drug stock is not enough.
Shown in figure 10, can realize payment through these five kinds of interfaces of the interface of paying in cash, social security card interface, bank card interface, credit card interface and Alipay interface.For the interface of paying in cash; Can give the operator on duty with cash, get into medicine subpackage goods discharging module operating process through this automatic medicine selling machine of operation by the operator on duty, during can require operator on duty's identity is carried out authentication; And after authentication, the side allows it to operate.For social security card interface, bank card interface, credit card interface and Alipay interface, can carry out online at present E-Payment identical operations and pay, after the success of withholing, get into medicine subpackage goods discharging module operating process.
Shown in figure 11; Medicine subpackage goods discharging module 354 can through display unit 36 show the title and the instructions of taking of each medicine that will buy; Pack and be delivered to outside the cargo hold 31 through medicament discharge mechanism 32 respectively to each medicine afterwards; 36 prompting users get it filled through display unit, after the user confirms to have got this medicine, carry out subpackage, conveying, prompting and the affirmation of next medicine.For electronic prescription and papery prescription, can be through said network interface 37 with the status modifier of this electronic prescription for having accomplished the state of getting it filled.In addition, these medicine subpackage goods discharging module 354 every conveying one medicines are revised the quantity of this medicine of being stored in the said storage unit 33 to outside.
Preferably, the information of the medicine in the said relevant cargo hold 31 can also comprise the shelf-life of all medicines in the said cargo hold 31; Said processing unit 35 can also comprise medicine return of goods module 355, and this medicine return of goods module 355 is used to check whether the medicine of being stored in the said cargo hold 31 surpasses the said shelf-life, if expired, then control said display unit 36 and shows the prompting of taking expired medicine away.Figure 12 is the operational flowchart that shows this medicine return of goods module 355, and is shown in figure 12, and at first the operator on duty can the identity with the operator on duty get into this automatic medicine selling device through input its identity code (can comprise identification card, password or fingerprint).Medicine return of goods module 355 can check whether it surpasses the shelf-life through the shelf-life of searching for each medicine of being stored in the cargo holds 31 in storage unit 33, if expired, then shows the prompting of taking expired medicine away through display unit 36.The operator on duty can point out according to this, takes expired medicine away.In addition, whenever take a medicine away, revise the quantity of this medicine of being stored in the said storage unit 33.
Wherein, said processing unit 35 also can comprise the medicine module 356 that replenishes, and this medicine module 356 that replenishes is used for confirming that quantity are less than the medicine of predetermined value in the said cargo hold 31, and controls said display unit 36 and show the prompting of putting into this medicine.Figure 13 shows the replenish operational flowchart of module 356 of this medicine, and shown in figure 13, at first the operator on duty can the identity with the operator on duty get into this automatic medicine selling device through input its identity code (can comprise identification card, password or fingerprint).Medicine replenishes module 356 can be through searching for the quantity of each medicine of being stored in the cargo hold 31 in storage unit 33; And less than predetermined value (for example in this quantity; 10) time, 36 prompting operators on duty replenish this medicine through display unit, and the operator on duty carries out the tonic operation afterwards.In addition, whenever replenish a medicine, revise the quantity of this medicine of being stored in the said storage unit 33.
Preferably, shown in figure 14, said automatic medicine selling device can also comprise one or more in the following: temperature sensor 391 is positioned at said cargo hold 31, and is electrically connected with said processing unit 35; Humidity sensor 392 is positioned at said cargo hold 31, and is electrically connected with said processing unit 35; Voltage sensor 393 is electrically connected with said processing unit 35, is used to measure the supply voltage of this automatic medicine selling device; Safety lock sensor 394 is electrically connected with said processing unit 35, is used to detect the opening and closing of the cargo hatchcover of said cargo hold 31; And camera 395, be electrically connected with said processing unit 35, be used to take the said person's that purchases the medicine image.
Said temperature sensor 391 and humidity sensor 392 can be monitored the environment in the said cargo hold 31, can satisfy the requirement of medicine to storage environment to guarantee the environment in this cargo hold 31.Said voltage sensor 393 can detect the automatic medicine selling device external power source change in voltage with and the electric weight of inner UPS, timely place under repair when externally power supply or inner UPS break down by this guarantees the electric power supply of this automatic medicine selling device.Said safety lock sensor 394 can detect the opening and closing of the cargo hatchcover of said cargo hold 31, and sends a message to relevant automatic medicine selling device supervision center, in said cargo hold 31, steals medicine to prevent the thief.Said camera 395 can be taken the person that purchases the medicine that stands in before this automatic medicine selling device or operator on duty's image, and preserves this image, so that know concrete purchase medicine person or operator on duty.Wherein, The information that said temperature sensor 391, humidity sensor 392, voltage sensor 393, safety lock sensor 394 and camera 395 are detected all can be sent to relevant automatic medicine selling device supervision center through network interface 37, so that in time understand the information relevant with this automatic medicine selling device.
More than combine accompanying drawing to describe the preferred implementation of the utility model in detail; But; The utility model is not limited to the detail in the above-mentioned embodiment; In the technical conceive scope of the utility model, can carry out multiple simple variant to the technical scheme of the utility model, these simple variant all belong to the protection domain of the utility model.
Need to prove that in addition each the concrete technical characterictic described in above-mentioned embodiment under reconcilable situation, can make up through any suitable manner.For fear of unnecessary repetition, the utility model is to the explanation no longer separately of various possible array modes.
In addition, also can carry out combination in any between the various embodiment of the utility model, as long as its thought without prejudice to the utility model, it should be regarded as content disclosed in the utility model equally.
Claims (8)
1. an Internet of Things medical system is characterized in that, this system comprises:
Clinical detection device (10) is used to detect user's physiological situation, and the physiological situation data is passed through the internet send;
Remote diagnosis system (20) links to each other via the internet with said Clinical detection device (10), is used to receive said physiological situation data, generates electronic prescription and sends to the internet; And
Automatic medicine selling device (30) links to each other via the internet with said remote diagnosis system (20), is used to receive said electronic prescription, obtains medicine information in the electronic prescription, and carries the listed medicine of this electronic prescription.
2. Internet of Things medical system according to claim 1 is characterized in that, said Clinical detection device (11) comprising:
Network interface (11);
Input block (12) is used to receive the information that the user imports;
Detecting unit (13) is used to detect user's physiological situation;
Display unit (14) is used to show said physiological situation; And
Processing unit (15); Be electrically connected with said network interface (11), input block (12), detecting unit (13) and display unit (14); Be used for information according to said user's input; Control the physiological situation that said detecting unit (13) detects the user, this physiological situation is shown in said display unit, and sends said physiological situation via said network interface (11).
3. Internet of Things medical system according to claim 2 is characterized in that, said processing unit (15) comprises medical diagnosis on disease module (151), and this medical diagnosis on disease module is made diagnostic result to specific physiological situation.
4. according to claim 2 or 3 described Internet of Things medical systems; It is characterized in that; Said Clinical detection device (10) also comprises image unit (17); This image unit (17) is electrically connected with said processing unit (15), is used for said user's body part is carried out to picture, and via said network interface (11) this image is sent to said remote diagnosis system (20) by said processing unit (15).
5. Internet of Things medical system according to claim 1 is characterized in that, said remote diagnosis system (20) comprising:
Network interface (21);
Input block (22) is used to receive the information that the doctor imports;
Display unit (23) is used to show said physiological situation; And
Processing unit (24); Be electrically connected with said network interface (21), input block (22) and display unit (23); Be used for receiving physiological situation from said Clinical detection device (10) via said network interface (21); Generate said electronic prescription according to the information that said doctor imported, and this electronic prescription is transferred to said automatic medicine selling device (30) via said network interface (21).
6. according to claim 1,2,3 or 5 described Internet of Things medical systems; It is characterized in that; This Internet of Things medical system also comprises monitoring of infectious disease system (40); This system links to each other via the internet with said Clinical detection device (10) and/or said remote diagnosis system (20), is used for the infectious disease that the detected physiological situation of said Clinical detection device (10) and/or said remote diagnosis system (20) are diagnosed out is monitored.
7. according to claim 1,2,3 or 5 described Internet of Things medical systems, it is characterized in that this Internet of Things medical system also comprises hospital's reservation system (50), this hospital's reservation system (50) links to each other via the internet with said remote diagnosis system (20); Said remote diagnosis system (20) also is used to send hospital's reservation message to this hospital's reservation system (50), to carry out hospital's reservation of registering.
8. according to claim 1,2,3 or 5 described Internet of Things medical systems; It is characterized in that; This Internet of Things medical system also comprises emergency calls system (60), and this emergency calls system (60) links to each other via the internet with said Clinical detection device (10) and/or remote diagnosis system (20); Said Clinical detection device (10) and/or remote diagnosis system (20) also are used to send emergency calls message to this emergency calls system (60).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202444333U CN202394235U (en) | 2011-07-12 | 2011-07-12 | Internet of things (IOT) medical system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202444333U CN202394235U (en) | 2011-07-12 | 2011-07-12 | Internet of things (IOT) medical system |
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| Publication Number | Publication Date |
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| CN202394235U true CN202394235U (en) | 2012-08-22 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011202444333U Expired - Fee Related CN202394235U (en) | 2011-07-12 | 2011-07-12 | Internet of things (IOT) medical system |
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| CN (1) | CN202394235U (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103144912A (en) * | 2012-09-03 | 2013-06-12 | 苏州艾隆科技股份有限公司 | Dosing method and dosing system |
| CN103158989A (en) * | 2012-09-03 | 2013-06-19 | 苏州艾隆科技股份有限公司 | Dispensing method and dispensing system |
| CN106599536A (en) * | 2016-11-16 | 2017-04-26 | 王红艳 | Medical diagnosis and treatment system for obstetrical and gynecological diseases based on Internet of Things |
| CN109254572A (en) * | 2018-11-05 | 2019-01-22 | 深圳市儿童医院 | A kind of children's health detection system |
| CN111640482A (en) * | 2020-05-29 | 2020-09-08 | 北京医然制冷设备有限公司 | Self-service medicine selling machine |
| CN112614271A (en) * | 2020-12-17 | 2021-04-06 | 中山管信科技股份有限公司 | Automatic medicine machine system is sold by oneself of discernment benefit goods |
| US11195154B2 (en) | 2014-03-27 | 2021-12-07 | Nokia Technologies Oy | Method and apparatus for automatic inter-device authorisation |
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2011
- 2011-07-12 CN CN2011202444333U patent/CN202394235U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103144912A (en) * | 2012-09-03 | 2013-06-12 | 苏州艾隆科技股份有限公司 | Dosing method and dosing system |
| CN103158989A (en) * | 2012-09-03 | 2013-06-19 | 苏州艾隆科技股份有限公司 | Dispensing method and dispensing system |
| US11195154B2 (en) | 2014-03-27 | 2021-12-07 | Nokia Technologies Oy | Method and apparatus for automatic inter-device authorisation |
| CN106599536A (en) * | 2016-11-16 | 2017-04-26 | 王红艳 | Medical diagnosis and treatment system for obstetrical and gynecological diseases based on Internet of Things |
| CN109254572A (en) * | 2018-11-05 | 2019-01-22 | 深圳市儿童医院 | A kind of children's health detection system |
| CN111640482A (en) * | 2020-05-29 | 2020-09-08 | 北京医然制冷设备有限公司 | Self-service medicine selling machine |
| CN112614271A (en) * | 2020-12-17 | 2021-04-06 | 中山管信科技股份有限公司 | Automatic medicine machine system is sold by oneself of discernment benefit goods |
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