CN106355370A - IoT (Internet of Things)-based medicine dispensing method and system for pharmacy - Google Patents
IoT (Internet of Things)-based medicine dispensing method and system for pharmacy Download PDFInfo
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- 238000009826 distribution Methods 0.000 claims description 30
- 238000001514 detection method Methods 0.000 claims description 15
- 230000000295 complement effect Effects 0.000 claims description 7
- 238000003860 storage Methods 0.000 abstract description 7
- 239000013589 supplement Substances 0.000 abstract description 7
- 230000001502 supplementing effect Effects 0.000 abstract 3
- 239000000047 product Substances 0.000 description 11
- 230000008569 process Effects 0.000 description 3
- 241000196324 Embryophyta Species 0.000 description 2
- 238000011897 real-time detection Methods 0.000 description 2
- 230000009469 supplementation Effects 0.000 description 2
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Abstract
The invention applies to the technical field of medicine supply based on IoT (Internet of Things) and provides an IoT-based medicine dispensing method for a pharmacy. The method comprises the following steps: detecting stock numbers of medicines on medicine storage racks; judging whether the stock numbers of the medicines reach preset medicine shortage threshold values; sending first medicine supplementing signals to pharmacy warehouses when the stock numbers of the medicines on the medicine storage racks are smaller than the preset medicine shortage threshold values. According to the medicine dispensing method for the pharmacy, influence on normal supply of the medicines due to shortage of the medicines on the medicine storage racks is avoided by detecting whether the stock numbers of the medicines on the medicine storage racks reach the preset medicine shortage threshold values, namely, by detecting the stock numbers of the medicines on the medicine storage racks automatically, and comparing the detected stock numbers with the preset medicine shortage threshold values; further, whether to send the first medicine supplementing signals to the pharmacy warehouses or not is judged, so that the pharmacy warehouses can supplement corresponding medicines to the medicine storage racks timely when receiving the first medicine supplementing signals, and timely supply of the medicines is guaranteed.
Description
Technical field
The invention belongs to the drugs supply technical field based on Internet of Things, more particularly, to a kind of joined based on the pharmacy of Internet of Things
Medicine method and system.
Background technology
Drug supply chain is a supply chain network structure from source of supply to source of demand, it by pharmaceutical producing enterprise, whole seller, zero
Sell business (medical institutions) and consumer's composition.One enterprise is a node of Drug supply chain, and Joint Enterprises are in demand information
Driving under, by Functional division and the cooperation of supply chain, realized whole for medium with cash flow, logistics, service flow, flow of information
The continuous increment of supply chain, brings income to the relevant enterprise of pharmaceuticals industry.To Drug supply chain running overall process carry out and
When, effectively monitoring with follow the trail of, be to solve drug flow safety, the key point reduced circulation cost.Existing Drug supply chain
Operation is long, there is the link that more multipair medicine is raised the price, how to give birth to medicine between pharmaceutical producing enterprise and medical institutions
The medicine producing enterprise's production supplies medicine in time according to the drug demand of medical institutions, it has also become current Drug supply chain urgently solves
Problem certainly.
Content of the invention
It is an object of the invention to provide a kind of drugstore dispensing method based on Internet of Things is it is intended to solve in prior art such as
What knows the technical problem lacking medicine on the medicine placing shelf of pharmacy in real time.
The present invention is achieved in that a kind of drugstore dispensing method based on Internet of Things, comprises the following steps:
Detect each drug stock quantity on each medicine placing shelf；Judge whether the stockpile number of described medicine reaches default lacking
Medicine threshold value；
If the drug stock quantity on each described medicine placing shelf is less than described default scarce medicine threshold value, to described pharmacy
Warehouse sends first time medicine supplementary signal.
Further, on each medicine placing shelf of described detection each drug stock quantity whether reach default lack medicine threshold value it
Before, methods described also includes:
Obtain the quantity of various medicines on medicine placing shelf in real time；
Count the stockpile number of various medicines on each described medicine placing shelf.
Further, described send first time medicine supplementary signal to described pharmacy warehouse after, methods described also includes:
Obtain the pharmacy stocks quantity of various medicines at least one pharmacy warehouse in real time；
By the pharmacy stocks quantity of each described medicine in the warehouse of described pharmacy compared with the default stockpile number of various medicines
Right；
If the pharmacy stocks quantity of described medicine is less than described default stockpile number, send the to pharmaceutical factory home-delivery center
Secondary medicine supplementary signal.
Further, described send second medicine supplementary signal step after, methods described also includes:
Described first stockpile number is sent to by pharmaceutical factory home-delivery center by wireless network；
Described pharmaceutical factory home-delivery center is by the medicine distribution of specified quantity to pharmacy warehouse.
Further, described pharmaceutical factory home-delivery center is by before the medicine distribution of specified quantity to pharmacy warehouse, methods described
Including:
Described pharmaceutical factory home-delivery center is connected by wireless network with pharmaceutical factory warehouse and obtains each in the warehouse of described pharmaceutical factory in real time
Plant the pharmaceutical factory stockpile number of medicine；
The specified quantity of described pharmaceutical factory stockpile number and medicine of need to providing and delivering is compared；
If described pharmaceutical factory stockpile number be not less than need to provide and deliver medicine specified quantity, described pharmaceutical factory home-delivery center to
Described pharmaceutical factory warehouse sends medicine distribution instruction；
If described pharmaceutical factory stockpile number is less than the specified quantity of medicine of need to providing and delivering, sends pharmaceutical factory and lack medicine warning.
Present invention also offers a kind of pharmacy admixture system (apas) based on Internet of Things, comprising:
Scarce medicine detection module, for detecting each drug stock quantity on each medicine placing shelf；Judge the stock of described medicine
Whether quantity reaches default scarce medicine threshold value；
Medicine complementary module, when the drug stock quantity on each described medicine placing shelf is less than described default scarce medicine threshold value
When, for sending first time medicine supplementary signal to described pharmacy warehouse.
Further, described also included based on the pharmacy admixture system (apas) of Internet of Things:
Quantity of drugs acquisition module, for the real-time quantity obtaining various medicines on medicine placing shelf；
Drug stock statistical module, for counting the stockpile number of various medicines on each described medicine placing shelf.
Further, described also included based on the pharmacy admixture system (apas) of Internet of Things:
At least one pharmacy depot data center, each described pharmacy depot data center obtains at least one pharmacy storehouse in real time
The pharmacy stocks quantity of various medicines in storehouse；
Quantity comparing module, for by the pharmacy stocks quantity of each described medicine in the warehouse of described pharmacy and various medicines
Default stockpile number phase compares；
Signal transmitting module, described signal transmitting module is when described drug stock quantity is less than described default stockpile number
Send second medicine supplementary signal.
Further, described also included based on the pharmacy admixture system (apas) of Internet of Things:
First network link block: be connected to described pharmacy warehouse and pharmaceutical factory home-delivery center for wireless network；
First medicine distribution module, for making described pharmaceutical factory home-delivery center by the medicine distribution of specified quantity to pharmacy storehouse
Storehouse.
Further, described also included based on the pharmacy admixture system (apas) of Internet of Things:
Second network connecting module, is connected to described pharmaceutical factory home-delivery center and pharmaceutical factory warehouse for wireless network；
Signal acquisition module, for real-time the second stockpile number obtaining various medicines in the warehouse of described pharmaceutical factory；
Pharmaceutical factory stock's comparing module, the specified quantity of described second stockpile number and medicine of need to providing and delivering is compared；
Pharmaceutical factory dispensing module, is used for making described when described second stockpile number is not less than the specified quantity of medicine of need to providing and delivering
Pharmaceutical factory home-delivery center sends medicine distribution instruction to described pharmaceutical factory warehouse；
Pharmaceutical factory alarm module, when described second stockpile number is less than the specified quantity of medicine of need to providing and delivering, then sends pharmaceutical factory
Scarce medicine is reported to the police.
The present invention is with respect to the drugstore dispensing method based on Internet of Things having the technical effect that present invention offer of prior art
By detecting whether the stockpile number of medicine on each medicine placing shelf reaches default scarce medicine threshold value, the i.e. each described medicine of automatic detection
Drug stock quantity on laying rack, and the stockpile number detecting is compared with the default medicine threshold value that lacks, to ensure pharmacy
Medicine placing shelf on occur without scarce medicine problem and affect the normal supply of medicine, and by judging whether to described pharmacy warehouse
Send described first time medicine supplementary signal, so that described pharmacy warehouse can when receiving described first time medicine supplementary signal
Supplement corresponding medicine on described medicine placing shelf in time, thus ensureing the timely supply of medicine.
Brief description
In order to be illustrated more clearly that the technical scheme of the embodiment of the present invention, below will be to the embodiment of the present invention or prior art
In description the accompanying drawing of required use be briefly described it should be apparent that, drawings described below is only the present invention
Some embodiments, for those of ordinary skill in the art, on the premise of not paying creative work, can also be according to this
A little accompanying drawings obtain other accompanying drawings.
Fig. 1 is the flow chart of the drugstore dispensing method that the embodiment of the present invention provides based on Internet of Things；
The flow chart that home-delivery center of the Tu2Shi Tu1 pharmaceutical factory of traditional Chinese medicine is made up a prescription；
Fig. 3 is the structured flowchart of the pharmacy admixture system (apas) based on Internet of Things provided in an embodiment of the present invention；
The structured flowchart that makes up a prescription of home-delivery center of the Tu4Shi Tu3 pharmaceutical factory of traditional Chinese medicine.
Description of reference numerals:
| 10 | Scarce medicine detection module | 50 | Pharmaceutical factory home-delivery center |
| 12 | Medicine placing shelf | 52 | First medicine distribution module |
| 14 | Medicine complementary module | 60 | Pharmaceutical factory warehouse |
| 16 | Drug stock statistical module | 62 | Signal acquisition module |
| 18 | Quantity of drugs acquisition module | 64 | Pharmaceutical factory stock's comparing module |
| 20 | Pharmacy depot data center | 66 | Pharmaceutical factory dispensing module |
| 22 | Pharmacy warehouse | 68 | Pharmaceutical factory alarm module |
| 24 | Quantity comparing module | 70 | First network link block |
| 26 | Signal transmitting module | 72 | Second network connecting module |
Specific embodiment
Embodiments of the invention are described below in detail, the example of described embodiment is shown in the drawings, wherein from start to finish
The element that same or similar label represents same or similar element or has same or like function.Below with reference to attached
The embodiment of figure description is exemplary it is intended to be used for explaining the present invention, and is not considered as limiting the invention.
In describing the invention it is to be understood that term " length ", " width ", " on ", D score, "front", "rear",
The orientation of instruction such as "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", " outward " or position relationship are based on accompanying drawing institute
The orientation showing or position relationship, are for only for ease of the description present invention and simplify description, rather than the dress of instruction or hint indication
Put or element must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that limit to the present invention
System.
Additionally, term " first ", " second " are only used for describing purpose, and it is not intended that indicating or hint relative importance
Or the implicit quantity indicating indicated technical characteristic.Thus, define " first ", the feature of " second " can express or
Implicitly include one or more this feature.In describing the invention, " multiple " are meant that two or more,
Unless otherwise expressly limited specifically.
In the present invention, unless otherwise clearly defined and limited, term " installation ", " being connected ", " connection ", " fixation " etc.
Term should be interpreted broadly, for example, it may be being fixedly connected or being detachably connected or integral；Can be that machinery connects
Connect or electrically connect；Can be to be joined directly together it is also possible to be indirectly connected to by intermediary, can be in two elements
The connection in portion or the interaction relationship of two elements.For the ordinary skill in the art, can be according to concrete feelings
Condition understands above-mentioned term concrete meaning in the present invention.
In order that the objects, technical solutions and advantages of the present invention become more apparent, below in conjunction with drawings and Examples, right
The present invention is further elaborated.
Refer to Fig. 1 to Fig. 4, provided in an embodiment of the present invention following step is included based on the drugstore dispensing method of Internet of Things
Rapid:
S1: detect each drug stock quantity on each medicine placing shelf 12；
S2: judge whether the stockpile number of described medicine reaches default scarce medicine threshold value；
S3: if the drug stock quantity on each described medicine placing shelf 12 is less than described default scarce medicine threshold value, to institute
State pharmacy warehouse 22 and send first time medicine supplementary signal.
Drugstore dispensing method based on Internet of Things provided in an embodiment of the present invention is passed through to detect that each medicine placing shelf 12 is added medicine to
Whether the stockpile number of product reaches default scarce medicine threshold value, i.e. drug storage poke on each described medicine placing shelf 12 of automatic detection
Amount, and the stockpile number detecting is compared with the default medicine threshold value that lacks, to ensure not go out on the medicine placing shelf 12 in pharmacy
Now lack medicine problem and affect the normal supply of medicine, and by judging whether to send described first time medicine to described pharmacy warehouse 22
Product supplementary signal, so that described pharmacy warehouse 22 can be in time to described medicine when receiving described first time medicine supplementary signal
Corresponding medicine is supplemented, thus ensureing the timely supply of medicine on laying rack 12.
In this embodiment, for various medicines, it is designed with presetting scarce medicine threshold value accordingly, to ensure the timely confession of medicine
Should.By arranging comparison module, with the default of corresponding medicine, medicine threshold value is lacked to each drug stock quantity on each medicine placing shelf 12
Compare, to calculate stockpile number and its default difference lacking between medicine threshold value of each medicine.
In this embodiment, pharmacy warehouse 22 can correspond to multiple medicine placing shelfs 12, for example, pharmacy warehouse
22 can correspond to the multiple medicine placing shelfs 12 in same pharmacy it is also possible to correspond to the multiple medicines in multiple pharmacies in same hospital
Product laying rack 12, can also correspond to multiple medicine placing shelfs 12 in multiple pharmacies in the multiple hospitals of areal, or even acceptable
Multiple medicine placing shelfs 12 in multiple difference pharmacies of corresponding areal multiple hospitals and Duo Jia pharmacy.
Refer to Fig. 1 to Fig. 4, further, each drug stock quantity whether on each medicine placing shelf 12 of described detection
Before reaching step s1 of default scarce medicine threshold value, methods described also includes:
Obtain the quantity of various medicines on medicine placing shelf 12 in real time；
Count the stockpile number of various medicines on each described medicine placing shelf 12.
Drugstore dispensing method based on Internet of Things provided in an embodiment of the present invention passes through the described medicine placing shelf of real-time acquisition
The quantity of various medicines and the stockpile number counting various medicines on 12, thus real-time detection obtains the stock of each described medicine
Quantity, whether the stockpile number in order to judge this medicine reaches the default of corresponding medicine lacks medicine threshold value.
Refer to Fig. 1 to Fig. 4, further, described send first time medicine supplementary signal to described pharmacy warehouse 22
After step s3, methods described also includes:
S4: obtain the pharmacy stocks quantity of various medicines at least one pharmacy warehouse 22 in real time；
S5: by the default stockpile number of the pharmacy stocks quantity of each described medicine in described pharmacy warehouse 22 and various medicines
Mutually compare；
S6: if the pharmacy stocks quantity of described medicine is less than described default stockpile number, s7: then to pharmaceutical factory home-delivery center
50 send second medicine supplementary signal.
Drugstore dispensing method based on Internet of Things provided in an embodiment of the present invention passes through real-time acquisition each described pharmacy warehouse
Described first stockpile number of medicine and by by the default stockpile number of this first stockpile number and each described medicine in 22
Compare, to judge whether to need to supplement medicine to each described pharmacy warehouse 22, when requiring supplementation with medicine, to send second
Medicine supplementary signal gives described pharmaceutical factory home-delivery center 50, with realize pharmaceutical factory home-delivery center 50 in real time by drugs supply to each pharmacy storehouse
Storehouse 22.
In this embodiment, described first stockpile number corresponds at least one pharmacy warehouse 22, for two or two
During above pharmacy warehouse 22, described first stockpile number is the summation of corresponding medicine in each described pharmacy warehouse 22.Can manage
Xie Di, each described pharmacy warehouse 22 has medicine inventory for each described medicine, and this medicine inventory includes nomenclature of drug, stock's number
Amount, product batch number etc. information, in order to real-time the first stockpile number obtaining same medicine in each described pharmacy warehouse 22.
In this embodiment, the default stockpile number of various medicines refers to that each pharmacy warehouse 22 is to ensure normal drug supply
And the summation of the minimum stockpile number value setting, for every kind of medicine, there is a default stockpile number.
Refer to Fig. 1 to Fig. 4, further, described send second medicine supplementary signal step s7 after, methods described
Also include:
Described first stockpile number is sent to by pharmaceutical factory home-delivery center 50 by wireless network；
Described pharmaceutical factory home-delivery center 50 is by the medicine distribution of specified quantity to pharmacy warehouse 22.
It is to be appreciated that each described pharmacy warehouse 22 is connected to described pharmaceutical factory home-delivery center 50 by wireless network, described
Pharmaceutical factory home-delivery center 50 counts its described first stock's number according to the stockpile number of each described medicine in each described pharmacy warehouse 22
Amount, and whether judge this first stockpile number less than default stockpile number, if described first stockpile number is less than default stock's number
During amount, then the Quantity of drugs (i.e. specified quantity) of required supplement is distributed to corresponding pharmacy warehouse 22.
Additionally, each described pharmacy warehouse 22 connects to a pharmacy management center, pharmacy pipe described in each described pharmacy warehouse 22
Reason center and described pharmaceutical factory home-delivery center 50 are connected by wireless network, and it is each described that described pharmacy management center is used for real-time acquisition
The stockpile number of various medicines being collected to obtain the first stockpile number of each described medicine, Ran Housuo in pharmacy warehouse 22
State pharmacy management center described first stockpile number and default stockpile number to be compared to judge whether to lack medicine, if lacked
Medicine, then send second medicine supplementary signal to described pharmaceutical factory home-delivery center 50, and described pharmaceutical factory home-delivery center 50 is according to receiving
Second medicine supplementary signal provided and delivered.
In delivery process, described pharmaceutical factory home-delivery center 50 can the medicine according to needed for each described pharmacy warehouse 22 be carried out point
Bag dispensing, or described pharmaceutical factory home-delivery center 50 by the medicine distribution of specified quantity to described pharmacy management center, by described medicine
Real estate management's reason center carries out subpackage dispensing according to the demand in each described pharmacy warehouse 22.
Refer to Fig. 1 to Fig. 4, further, described pharmaceutical factory home-delivery center 50 is by the medicine distribution of specified quantity to pharmacy
Before the step in warehouse 22, methods described includes:
S71: described pharmaceutical factory home-delivery center 50 is connected by wireless network with pharmaceutical factory warehouse 60 and obtains described pharmaceutical factory in real time
The pharmaceutical factory stockpile number of various medicines in warehouse 60；
S72-s73: the specified quantity of described pharmaceutical factory stockpile number and medicine of need to providing and delivering is compared；
S74: if described pharmaceutical factory stockpile number is not less than the specified quantity of medicine of need to providing and delivering, in the dispensing of described pharmaceutical factory
The heart 50 sends medicine distribution instruction to described pharmaceutical factory warehouse 60；
S75: if described pharmaceutical factory stockpile number is less than the specified quantity of medicine of need to providing and delivering, sends pharmaceutical factory and lack medicine report
Alert.
For pharmaceutical factory home-delivery center 50 during making up a prescription, pharmaceutical factory home-delivery center 50 needs second medicine receiving
Supplementary signal sends to described pharmaceutical factory warehouse 60, and described pharmaceutical factory home-delivery center 50 is with described pharmaceutical factory warehouse 60 by wireless network even
Connect with real-time the second stockpile number obtaining various medicines in described pharmaceutical factory warehouse 60, as second stock in described pharmaceutical factory warehouse 60
Quantity need to provide and deliver not less than each described pharmacy warehouse 22 medicine specified quantity when, then described pharmaceutical factory warehouse 60 execution medicine distribution
Instruct and by the medicine distribution of specified quantity to each described pharmacy warehouse 22；When second stockpile number in pharmaceutical factory warehouse 60 is less than respectively
Described pharmacy warehouse 22 need to provide and deliver medicine specified quantity when, then send pharmaceutical factory lack medicine report to the police, this pharmaceutical factory lack medicine report to the police not only send out
Give pharmaceutical factory home-delivery center 50, also can provide to pharmacy warehouse 22, can join from other pharmaceutical factories in order to described pharmacy warehouse 22
Center 50 is sent to assemble medicine, it is to avoid scarce medicine problem in described pharmacy warehouse 22.
Refer to Fig. 3 and Fig. 4, provided in an embodiment of the present invention included based on the pharmacy admixture system (apas) of Internet of Things:
Scarce medicine detection module 10, for detecting on each medicine placing shelf 12 each drug stock quantity and judging described medicine
Whether stockpile number reaches default scarce medicine threshold value；
Medicine complementary module 14, when the drug stock quantity on each described medicine placing shelf 12 is less than described default scarce medicine threshold
During value, for sending first time medicine supplementary signal to described pharmacy warehouse 22.
Pharmacy admixture system (apas) based on Internet of Things provided in an embodiment of the present invention is each using described detection module detection of getting it filled
On medicine placing shelf 12, whether the stockpile number of medicine reaches default scarce medicine threshold value, that is, utilize described scarce medicine detection module 10 automatic
Detect the drug stock quantity on each described medicine placing shelf 12, and the stockpile number detecting is carried out with the default medicine threshold value that lacks
Relatively, to ensure scarce medicine problem is occurred without on the medicine placing shelf 12 in pharmacy and to affect the normal supply of medicine, and using described
Medicine complementary module 14 judges whether to send described first time medicine supplementary signal to described pharmacy warehouse 22, so that described pharmacy
Warehouse 22 can supplement corresponding medicine in time on described medicine placing shelf 12 when receiving described first time medicine supplementary signal
Product, thus ensure the timely supply of medicine.
In this embodiment, described scarce medicine detection module 10 is connected with described medicine complementary module 14 signal, and described medicine
Product complementary module 14 is communicated to connect with described pharmacy warehouse 22, can be connected or wireless network connected mode using cable network
Realize.
In this embodiment, for various medicines, it is designed with presetting scarce medicine threshold value accordingly, to ensure the timely confession of medicine
Should.By arranging comparison module, with the default of corresponding medicine, medicine threshold value is lacked to each drug stock quantity on each medicine placing shelf 12
Compare, to calculate stockpile number and its default difference lacking between medicine threshold value of each medicine.
In this embodiment, pharmacy warehouse 22 can correspond to multiple medicine placing shelfs 12, for example, pharmacy warehouse
22 can correspond to the multiple medicine placing shelfs 12 in same pharmacy it is also possible to correspond to the multiple medicines in multiple pharmacies in same hospital
Product laying rack 12, can also correspond to multiple medicine placing shelfs 12 in multiple pharmacies in the multiple hospitals of areal, or even acceptable
Multiple medicine placing shelfs 12 in multiple difference pharmacies of corresponding areal multiple hospitals and Duo Jia pharmacy.
Refer to Fig. 3 and Fig. 4, further, described also included based on the pharmacy admixture system (apas) of Internet of Things:
Quantity of drugs acquisition module 18, for the real-time quantity obtaining various medicines on medicine placing shelf 12；
Drug stock statistical module 16, for counting the stockpile number of various medicines on each described medicine placing shelf 12.
Pharmacy admixture system (apas) based on Internet of Things provided in an embodiment of the present invention utilizes described Quantity of drugs acquisition module 18
Obtain in real time on described medicine placing shelf 12 quantity of various medicines and count each using described drug stock statistical module 16
Plant the stockpile number of medicine, thus real-time detection obtains the stockpile number of each described medicine, in order to judge the stock of this medicine
Whether quantity reaches the default of corresponding medicine lacks medicine threshold value.
In this embodiment, described Quantity of drugs acquisition module 18 is connected with described drug stock statistical module 16 signal,
Described drug stock statistical module 16 is connected with described scarce medicine detection module 10 signal, and described drug stock statistical module 16 will be united
The drug stock quantity counted is sent in described scarce medicine detection module 10.
Refer to Fig. 3 and Fig. 4, further, described also included based on the pharmacy admixture system (apas) of Internet of Things:
At least one pharmacy depot data center 20, each described pharmacy depot data center 20 obtains at least one medicine in real time
The pharmacy stocks quantity of various medicines in room warehouse 22；
Quantity comparing module 24, for by the pharmacy stocks quantity of each described medicine in described pharmacy warehouse 22 and various medicines
The default stockpile number phase of product compares；
Signal transmitting module 26, described signal transmitting module 26 is less than described default stock's number in described drug stock quantity
Second medicine supplementary signal is sent during amount.
Pharmacy admixture system (apas) based on Internet of Things provided in an embodiment of the present invention utilizes each described pharmacy depot data center
20 real-time described first stockpile numbers obtaining medicine in each described pharmacy warehouse 22, should using described quantity comparing module 24
The default stockpile number of the first stockpile number and each described medicine is compared, and is judged using described signal transmitting module 26
Supplement medicine the need of to each described pharmacy warehouse 22, when requiring supplementation with medicine, send second medicine supplementary signal to
Described pharmaceutical factory home-delivery center 50, with realize pharmaceutical factory home-delivery center 50 in real time by drugs supply to each pharmacy warehouse 22.
In this embodiment, described pharmacy depot data center 20, described quantity comparing module 24 and described signal send
Module 26 signal connects, to realize the real-time Transmission of data.
In this embodiment, described first stockpile number corresponds at least one pharmacy warehouse 22, for two or two
During above pharmacy warehouse 22, described first stockpile number is the summation of corresponding medicine in each described pharmacy warehouse 22.Can manage
Xie Di, each described pharmacy warehouse 22 has medicine inventory for each described medicine, and this medicine inventory includes nomenclature of drug, stock's number
Amount, product batch number etc. information, in order to real-time the first stockpile number obtaining same medicine in each described pharmacy warehouse 22.
In this embodiment, the default stockpile number of various medicines refers to that each pharmacy warehouse 22 is to ensure normal drug supply
And the summation of the minimum stockpile number value setting, for every kind of medicine, there is a default stockpile number.
Refer to Fig. 3 and Fig. 4, further, described also included based on the pharmacy admixture system (apas) of Internet of Things:
First network link block 70: be connected to described pharmacy warehouse 22 and pharmaceutical factory home-delivery center 50 for wireless network；
First medicine distribution module 52, for making described pharmaceutical factory home-delivery center 50 by the medicine distribution of specified quantity to pharmacy
Warehouse 22.
It is to be appreciated that being provided and delivered with described pharmaceutical factory in each described pharmacy warehouse 22 using described first network link block 70
Center 50 is connected by wireless network, and described pharmaceutical factory home-delivery center 50 is according to the storehouse of each described medicine in each described pharmacy warehouse 22
Deposit its described first stockpile number of quantity statistics, and whether judge this first stockpile number less than default stockpile number, if described
When first stockpile number is less than default stockpile number, then described first medicine distribution module 52 is used for the medicine number of required supplement
Amount (i.e. specified quantity) is distributed to corresponding pharmacy warehouse 22.Described first medicine distribution module 52 is arranged at described pharmaceutical factory and joins
Send center 50, and connected to described signal transmitting module 26 by described first network link block 70, to realize and described medicine
The real-time connection at room depot data center 20.
Additionally, each described pharmacy warehouse 22 connects to a pharmacy management center, each described pharmacy warehouse 22, described pharmacy pipe
Reason center and described pharmaceutical factory home-delivery center 50 realize wireless network by first network link block 70 and connect, described pharmacy management
Center is used for real-time obtaining in each described pharmacy warehouse 22 stockpile number of various medicines and being collected to obtain each described medicine
First stockpile number of product, then described pharmacy management center described first stockpile number and default stockpile number are compared
To judge whether to lack medicine, if lacking medicine, send second medicine supplementary signal to described first medicine distribution module 52, described
First medicine distribution module 52 is provided and delivered according to the second medicine supplementary signal receiving.
In delivery process, described first medicine distribution module 52 can be entered the medicine according to needed for each described pharmacy warehouse 22
Row subpackage is provided and delivered, or described first medicine distribution module 52 by the medicine distribution of specified quantity to described pharmacy management center,
Subpackage dispensing is carried out according to the demand in each described pharmacy warehouse 22 by described pharmacy management center.
Refer to Fig. 3 and Fig. 4, further, described also included based on the pharmacy admixture system (apas) of Internet of Things:
Second network connecting module 72, is connected to described pharmaceutical factory home-delivery center 50 and pharmaceutical factory warehouse 60 for wireless network；
Signal acquisition module 62, for real-time the second stockpile number obtaining various medicines in described pharmaceutical factory warehouse 60；
Pharmaceutical factory stock's comparing module 64, the specified quantity of described second stockpile number and medicine of need to providing and delivering is compared；
Pharmaceutical factory dispensing module 66, is used for making institute when described second stockpile number is not less than the specified quantity of medicine of need to providing and delivering
State pharmaceutical factory home-delivery center 50 and send medicine distribution instruction to described pharmaceutical factory warehouse 60；
Pharmaceutical factory alarm module 68, when described second stockpile number is less than the specified quantity of medicine of need to providing and delivering, then sends medicine
Factory lacks medicine and reports to the police.
For pharmaceutical factory home-delivery center 50 during making up a prescription, connected using described second network connecting module 72 wireless network
Described pharmaceutical factory home-delivery center 50 and described pharmaceutical factory warehouse 60, and in pharmaceutical factory warehouse 60 described in real-time reception each medicine the second stock
Quantity, needs the second medicine supplementary signal receiving to send to described pharmaceutical factory warehouse 60, described pharmaceutical factory stock compares mould
Block 64 is by the real-time specified quantity obtaining the second stockpile number of various medicines and medicine of need to providing and delivering in described pharmaceutical factory warehouse 60 only
Compare, described pharmaceutical factory dispensing module 66 is used for judging being not less than each described pharmacy when second stockpile number in described pharmaceutical factory warehouse 60
Warehouse 22 need to provide and deliver medicine specified quantity when, then described pharmaceutical factory warehouse 60 execution medicine distribution instruction and the medicine by specified quantity
Product are distributed to each described pharmacy warehouse 22；Described pharmaceutical factory alarm module 68 is used for judging the second stockpile number when pharmaceutical factory warehouse 60
Need to provide and deliver less than each described pharmacy warehouse 22 medicine specified quantity when, then send pharmaceutical factory lack medicine report to the police, this pharmaceutical factory lack medicine report to the police
It is not only sent to pharmaceutical factory home-delivery center 50, also can provide to pharmacy warehouse 22, can be from other in order to described pharmacy warehouse 22
Pharmaceutical factory home-delivery center 50 assembles medicine, it is to avoid scarce medicine problem in described pharmacy warehouse 22.
In this embodiment, make up a prescription mould described signal acquisition module 62, described pharmaceutical factory stock's comparing module 64, described pharmaceutical factory
Block 66 and the equal signal of described pharmaceutical factory alarm module 68 connect, to realize the intercommunication of data.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all essences in the present invention
Any modification, equivalent and improvement made within god and principle etc., should be included within the scope of the present invention.
Claims (10)
1. a kind of drugstore dispensing method based on Internet of Things is it is characterised in that comprise the following steps:
Detect each drug stock quantity on each medicine placing shelf；Judge whether the stockpile number of described medicine reaches default scarce medicine threshold
Value；
If the drug stock quantity on each described medicine placing shelf is less than described default scarce medicine threshold value, to described pharmacy warehouse
Send first time medicine supplementary signal.
2. the drugstore dispensing method based on Internet of Things as claimed in claim 1 is it is characterised in that put in each medicine of described detection
Put each drug stock quantity on frame whether reach default lack medicine threshold value before, methods described also includes:
Obtain the quantity of various medicines on medicine placing shelf in real time；
Count the stockpile number of various medicines on each described medicine placing shelf.
3. as described in claim 1 or 2 the drugstore dispensing method based on Internet of Things it is characterised in that described to described medicine
After room warehouse sends first time medicine supplementary signal, methods described also includes:
Obtain the pharmacy stocks quantity of various medicines at least one pharmacy warehouse in real time；
The default stockpile number phase of the pharmacy stocks quantity of each described medicine in the warehouse of described pharmacy and various medicines is compared；
If the pharmacy stocks quantity of described medicine is less than described default stockpile number, send second to pharmaceutical factory home-delivery center
Medicine supplementary signal.
4. the drugstore dispensing method based on Internet of Things as claimed in claim 3 is it is characterised in that described send second medicine
After supplementary signal step, methods described also includes:
Described first stockpile number is sent to by pharmaceutical factory home-delivery center by wireless network；
Described pharmaceutical factory home-delivery center is by the medicine distribution of specified quantity to pharmacy warehouse.
5. the drugstore dispensing method based on Internet of Things as claimed in claim 4 will be it is characterised in that described pharmaceutical factory home-delivery center will
To before the warehouse of pharmacy, methods described includes the medicine distribution of specified quantity:
Described pharmaceutical factory home-delivery center is connected by wireless network with pharmaceutical factory warehouse and obtains various medicines in the warehouse of described pharmaceutical factory in real time
The pharmaceutical factory stockpile number of product；
The specified quantity of described pharmaceutical factory stockpile number and medicine of need to providing and delivering is compared；
If described pharmaceutical factory stockpile number is not less than the specified quantity of medicine of need to providing and delivering, described pharmaceutical factory home-delivery center is to described
Pharmaceutical factory warehouse sends medicine distribution instruction；
If described pharmaceutical factory stockpile number is less than the specified quantity of medicine of need to providing and delivering, sends pharmaceutical factory and lack medicine warning.
6. a kind of pharmacy admixture system (apas) based on Internet of Things is it is characterised in that include:
Scarce medicine detection module, for detecting each drug stock quantity on each medicine placing shelf；Judge the stockpile number of described medicine
Whether reach default scarce medicine threshold value；
Medicine complementary module, when the drug stock quantity on each described medicine placing shelf is less than described default scarce medicine threshold value, uses
In sending first time medicine supplementary signal to described pharmacy warehouse.
7. the pharmacy admixture system (apas) based on Internet of Things as claimed in claim 6 is it is characterised in that also include:
Quantity of drugs acquisition module, for the real-time quantity obtaining various medicines on medicine placing shelf；
Drug stock statistical module, for counting the stockpile number of various medicines on each described medicine placing shelf.
8. the pharmacy admixture system (apas) based on Internet of Things as described in claim 6 or 7 is it is characterised in that also include:
At least one pharmacy depot data center, each described pharmacy depot data center obtains at least one pharmacy warehouse in real time
The pharmacy stocks quantity of various medicines；
Quantity comparing module, for default by the pharmacy stocks quantity of each described medicine in the warehouse of described pharmacy and various medicines
Stockpile number phase compares；
Signal transmitting module, described signal transmitting module sends when described drug stock quantity is less than described default stockpile number
Second medicine supplementary signal.
9. the pharmacy admixture system (apas) based on Internet of Things as claimed in claim 8 is it is characterised in that also include:
First network link block: be connected to described pharmacy warehouse and pharmaceutical factory home-delivery center for wireless network；
First medicine distribution module, for making described pharmaceutical factory home-delivery center by the medicine distribution of specified quantity to pharmacy warehouse.
10. the pharmacy admixture system (apas) based on Internet of Things as claimed in claim 9 is it is characterised in that also include:
Second network connecting module, is connected to described pharmaceutical factory home-delivery center and pharmaceutical factory warehouse for wireless network；
Signal acquisition module, for real-time the second stockpile number obtaining various medicines in the warehouse of described pharmaceutical factory；
Pharmaceutical factory stock's comparing module, the specified quantity of described second stockpile number and medicine of need to providing and delivering is compared；
Pharmaceutical factory dispensing module, is used for making described pharmaceutical factory when described second stockpile number is not less than the specified quantity of medicine of need to providing and delivering
Home-delivery center sends medicine distribution instruction to described pharmaceutical factory warehouse；
Pharmaceutical factory alarm module, when described second stockpile number is less than the specified quantity of medicine of need to providing and delivering, then sends pharmaceutical factory and lacks medicine
Report to the police.
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