JP2020155122A - Medical material management system, management server, and program - Google Patents

Abstract

To provide a load matching work support system and a load matching work method that can streamline picking work and flexibly respond to fluctuations in daily work volume.SOLUTION: A medical material management system, management server, and program that include: an IC reader 3 for reading storage information of an IC tag 51 attached to a medical material; and a product inspection terminal 2 including input means and a screen and configured to be able to communicate with the IC reader and a management server. The product inspection terminal 2 includes product inspection means that displays on the screen a result of collating shipping information associated with the IC tag 51 acquired from the IC reader 3 and the storage information of the IC tag 41 acquired from the IC reader 3, obtains positional information on a product inspection work place, and transmits it as positional information on a medical material 5 to a management server 1.SELECTED DRAWING: Figure 3

Description

The present invention relates to a medical material management system, management server and program using a non-contact IC tag. In the present specification, the term "medical material" may be used to include a medical device.

Medical institutions such as hospitals handle consumable medical materials, but it is important to place an order with a margin so that inventory will not run out during treatment or examination. In the past, manual management was performed, such as peeling off the label attached to the medical material and attaching it to the ledger, or magically indicating that it was a purchased item on the package. However, manual management is complicated and there is a problem of management omission. Therefore, in recent years, it has been attempted to manage inventory by a computer system using a barcode or IC tag and to automate replenishment ordering. ing.

JP-A-2002-259778 Japanese Unexamined Patent Publication No. 2006-25941 Japanese Unexamined Patent Publication No. 2006-14955

In order for a dealer (wholesaler) to provide a medical material kit (described later) to a hospital, multiple shipment inspections and multiple return inspections are required, but each inspection work requires a lot of time. There was a need for efficiency.
In addition, from the time the medical material kit arrives at the dealer until it is returned to the manufacturer, medical materials that are not actually used are in circulation and cannot be allocated, so it is necessary to have more inventory. There was a problem of becoming.

Therefore, an object of the present invention is to provide a medical material management system, a management server and a program capable of streamlining the inspection work of the medical material kit and reducing the inventory of the manufacturer.

The medical material management system of the present invention
An IC reader that reads the stored information of the IC tag attached to the medical material,
A medical material management system including a position information acquisition means, an input means, a screen, and an inspection terminal configured to be able to communicate with the IC reader and a management server.
The inspection terminal displays on the screen the result of collating the shipping information associated with the IC tag acquired from the IC reader and the storage information of the IC tag acquired from the IC reader, and acquires the position information. It is characterized by including an inspection means for transmitting the position information acquired from the means to the management server.
In the medical material management system, the inspection means can display a screen for inputting the inspection type on the screen, and when the information for each inspection type is input, the information is transmitted to the management server. It may be characterized by that.
In the medical material management system, the inspection means determines the serial number of the IC tag included in the shipping information but not included in the information received from the IC reader, and determines the serial number of the IC tag included in the shipping information. It may be characterized in that the medical material with a tag is displayed on the screen as a used product, and the information of the used product is transmitted to the management server.
In the medical material management system, the position information acquisition means may be a GPS receiving device.
In the medical material management system, the location information acquisition means may be characterized by being configured by a program that calculates location information from the management server based on shipping information.
In the medical material management system, the management server stores the shipment record data of the actually shipped medical material and the usage record data of the actually used medical material among the shipped medical materials for each case. It may be characterized by presenting a combination of medical materials recommended for each case based on the shipping record data and the usage record data.
In the medical material management system, the management server records each case from a database that stores the shipment record data of the actually shipped medical material and the usage record data of the actually used medical material among the shipped medical materials. It is also characterized by including a means for acquiring the shipping record data and the usage record data of the above, and a means for presenting a combination of medical materials recommended for each case based on the shipping record data and the usage record data. Good.
In the medical material management system, the management server may be characterized by including means for transmitting delivery information of the medical material generated for each case to the delivery person terminal.
In the medical material management system, the management server is characterized in that, based on the tight product information, the management server creates the delivery information so as to give priority to the tight medical material and deliver it to the delivery destination. May be good.
In the medical material management system, the management server newly determines a delivery destination of the medical material based on the return schedule information of the medical material including the location information of the return source and the tight product information, and the determined delivery. In the medical material management system, which may be provided with a delivery instruction means for transmitting the delivery information to the destination to the delivery person terminal, the management server receives information for each inspection type received from the inspection terminal. In the case of a return inspection product, it is equipped with a distribution product management means that updates the status information to allow shipping allocation.
The delivery instruction means may be characterized in that the delivery destination of the medical material is newly determined based on the status information, the return schedule information, and the tight product information.
In the medical material management system, the delivery instruction means creates the delivery information so as to preferentially deliver the tight medical material to the delivery destination based on the tight product information. May be.
In the medical material management system, the management server gives a delivery instruction to deliver the medical material from the delivery source to the delivery destination, and there are a plurality of routes between the delivery source and the delivery destination. In this case, the delivery cost in the route is calculated for each route based on the transportation cost information in the route, the storage cost information in each delivery base on the route, or the business cost information in each delivery base in the route. However, the delivery route determining means for determining the route having the lowest delivery cost as the delivery route may be provided.

The management server according to the first aspect of the present invention is
A management server configured to communicate with the above inspection terminals and hospital terminals.
A database that manages the product information of the medical material, the position information of the medical material, the status information that makes it possible to determine whether or not the shipment of the medical material can be allocated, and the ordering information received from the hospital terminal.
A product allocation means for allocating medical materials to be shipped based on the order information received from the hospital terminal, and
A distribution product management means for updating the status information of the medical material and the position information of the medical material registered in the database based on the collation result information received from the inspection terminal and the location information of the inspection work place is provided. ,
The product allocating means is characterized by allocating medical materials to be shipped based on the status information and the position information of the medical materials.

The management server according to the second aspect of the present invention is
A management server configured to communicate with the above inspection terminals and hospital terminals.
A database that manages the product information of the medical material, the position information of the medical material, the status information that makes it possible to determine whether or not the shipment of the medical material can be allocated, and the ordering information received from the hospital terminal.
A product allocation means for allocating medical materials to be shipped based on the order information received from the hospital terminal, and
A distribution product that updates the status information of the medical material and the location information of the medical material registered in the database based on the information for each inspection type, the collation result information, and the location information of the inspection work place received from the inspection terminal. With management means,
The product allocating means is characterized by allocating medical materials to be shipped based on the status information and the position information of the medical materials.
In the management server according to the second aspect, the distribution product management means updates the status information so that the shipment can be assigned when the information for each inspection type received from the inspection terminal is a return inspection. It may be a feature.
In the management server according to the second aspect, the location information of the hospital as the shipping destination is registered in the database, and the information for each inspection type received from the inspection terminal is the return inspection, and the said. When the GPS location information received from the inspection terminal matches or substantially matches the location information of the hospital registered in the database, the command for instructing the issuance of a form with a unique delivery slip number is given. It may be characterized by providing a form issuing means to be transmitted to the inspection terminal.

The management server according to the third aspect of the present invention is
A management server configured to communicate with the above inspection terminals and hospital terminals.
A database that manages product information of the medical material, location information of the medical material, unit price information of the medical material, and information of the used product.
A distribution product management means for updating the status information of the medical material and the position information of the medical material registered in the database based on the collation result information received from the inspection terminal and the location information of the inspection work place.
It is characterized by including means for outputting sales calculation data calculated from the unit price information of the used products and medical materials.

The program according to the first aspect of the present invention is a program executed by a management server configured to be able to communicate with the above-mentioned inspection terminal and hospital terminal.
The management server manages the product information of the medical material, the position information of the medical material, the status information that makes it possible to determine whether or not the shipping allocation of the medical material is possible, and the ordering information received from the hospital terminal. With a database to
The management server
A product allocation means for allocating medical materials to be shipped based on the order information received from the hospital terminal, and
A distribution product management means for updating the status information of the medical material and the position information of the medical material registered in the database based on the collation result information and the location information of the inspection work place received from the inspection terminal.
To make it work,
The product allocating means is characterized by allocating medical materials to be shipped based on the status information and the position information of the medical materials.
The program according to the second aspect of the present invention is a program executed by a management server configured to be able to communicate with the above-mentioned inspection terminal and hospital terminal.
The management server manages the product information of the medical material, the position information of the medical material, the status information that makes it possible to determine whether or not the shipping allocation of the medical material is possible, and the ordering information received from the hospital terminal. With a database to
The management server
A product allocation means for allocating medical materials to be shipped based on the order information received from the hospital terminal, and
A distribution product that updates the status information of the medical material and the location information of the medical material registered in the database based on the information for each inspection type, the collation result information, and the location information of the inspection work place received from the inspection terminal. Management means and
To make it work,
The product allocating means is characterized by allocating medical materials to be shipped based on the status information and the position information of the medical materials.
The program according to the third aspect of the present invention is a program executed by a management server configured to be able to communicate with the above-mentioned inspection terminal and hospital terminal.
A database that manages the product information of the medical material, the position information of the medical material, the unit price information of the medical material, and the usage record information of the medical material is provided.
The management server
A distribution product management means for updating the status information of the medical material and the position information of the medical material registered in the database based on the collation result information and the location information of the inspection work place received from the inspection terminal.
A means for outputting sales calculation data calculated from the unit price information of used products and medical materials, and
It is characterized in that it functions.

According to the present invention, it is possible to streamline the inspection work of the medical material kit and reduce the inventory of the manufacturer.

It is a figure explaining the flow of the medical material in the short-term lending business, the dealer long-term lending business, and the hospital long-term lending business according to the embodiment. It is a figure explaining the flow of the short-term loan business which concerns on embodiment. It is a block diagram of the medical material management system which concerns on 1st Embodiment Example. It is an image diagram of the order allocation of the medical material which concerns on 1st Embodiment example. It is an example (image) of the number of articles used in each procedure. It is a figure which shows the flow of the inspection function which concerns on 1st Embodiment. It is a figure which shows the menu screen of the management application which concerns on 1st Embodiment example. It is a figure which shows the shipping inspection header screen which concerns on 1st Embodiment example. It is a figure which shows the shipping inspection detail screen which concerns on 1st Embodiment example. It is a figure which shows the return inspection header screen which concerns on 1st Embodiment example. It is a figure which shows the return inspection detail screen which concerns on 1st Embodiment example. It is a block diagram of the medical material management system which concerns on 2nd Embodiment. It is a figure for demonstrating the flow of the short-term loan business which concerns on 2nd Embodiment Example. It is a figure which shows an example of the tight article information displayed on the display of the inspection terminal. It is a flowchart which shows the lending process which concerns on 2nd Embodiment Example. It is a flowchart which shows the return process which concerns on 2nd Embodiment Example.

The medical material management system according to the embodiment of the present invention will be described below.
This system mainly streamlines the inspection work at the time of delivery and return of dealers (wholesalers). There are three main tasks managed by this system, as shown in Fig. 1. (1) In the short-term lending business, medical materials are lent from the manufacturer to the hospital in a short period of time and returned to the manufacturer. (2) In the dealer long-term lending business, medical materials are lent to the dealer for a long period of time from the manufacturer, and the inventory managed by the dealer is lent to multiple hospitals. (3) In the hospital director lending business, medical materials are lent to the hospital from the manufacturer for a long period of time, and the necessary medical materials are taken out from the inventory managed by the hospital and used.

Next, the flow of the short-term loan business according to the embodiment will be described with reference to FIG.
First, an order for medical materials to be rented from the hospital enters the dealer (STEP 1). Orders here are often made on a procedure-by-procedure basis.
Upon receiving the ordering instruction, the dealer orders the necessary medical materials from the manufacturer (STEP2). The manufacturer who received the order responds with shipping information such as the name and quantity of the medical material to be shipped, and arranges the shipping of the product from the distribution center (STEPs 3 and 4). When the medical material shipped by the manufacturer arrives at the dealer, the dealer performs shipping inspection 1 (STEP 5). Specifically, the previously received shipping information is matched with the actually delivered medical material. The dealer packs the medical materials shipped by the manufacturer, or combines the inventory held by the dealer with the shipment of the manufacturer to obtain the medical material kit 4 that responds to the order.

Subsequently, the dealer ships the medical material kit 4 from the distribution center to the hospital (STEP 6). When the medical material kit 4 arrives at the hospital, a shipping inspection 2 (STEP 7) is performed by the person in charge of the dealer at the hospital. Here, the medical material kit 4 is usually delivered by the dealer in charge, but it is sent directly from the manufacturer to the hospital using the delivery service of the delivery company, and the dealer in charge inspects the shipment at the hospital (first time). May be done. At the hospital, medical materials (for example, several) necessary for the procedure are taken out from the medical material kit 4 and used. The required medical materials may have a rough idea at the time of ordering, but in practice more or less medical materials may be used than originally planned.

When the medical material is used up, the hospital will return the used kit 4'to the dealer (STEP 8, 9). When the used kit 4'is delivered to the dealer, the first return inspection is performed (STEP 10). The returned inspection reveals the medical material 5 actually consumed, and makes it possible to calculate sales calculation data. After the return inspection, the used kit 4'is returned from the dealer to the manufacturer (STEP 11). When the used kit 4'arrives at the manufacturer's distribution center, a second return inspection is performed (STEP 12). Here, the delivery service of the delivery company may be used to directly send the product from the hospital to the manufacturer, and the person in charge of the dealer may perform the return inspection 1 (STEP 10) at the distribution center of the manufacturer.
The above is the flow of the short-term loan business according to the embodiment. In the present invention, the above-mentioned shipping inspection and return inspection are performed by the portable inspection terminal 2 and the IC reader 3. In the long-term lending business, the shipping inspection 1 is performed when the dealer is shipped, the shipping inspection 2 is performed when the hospital is shipped, and the return inspection 1 is performed when the used kit is returned.

<< First Embodiment >>
Next, the first embodiment of the present invention will be described.
<Composition>
FIG. 3 is a configuration diagram of a medical material management system according to the first embodiment. This system includes a management server 1, an inspection terminal 2, an IC reader 3, a medical material kit 4 with an IC tag 41, a medical material 5 with an IC tag 51, a dealer terminal 6, and a hospital terminal 7. , The maker terminal 8 and the like are the main components. In the past, a system was built for each manufacturer to manage inventory, but with this system, it is possible to manage multiple manufacturers across the board.

The management server 1 includes a calculation unit 11 including a CPU, a storage unit 14 that stores a management program 12 and a database 13, a communication unit 15 that enables communication via a network such as a LAN, and a power supply unit 16. It is composed of a general-purpose PC server. The management server 1 may be one or a plurality of servers, and may be constructed in the form of renting resources on the cloud. The database 13 stores location information (for example, GPS coordinates of latitude and longitude) of the manufacturer, dealer, hospital, and inventory storage location 10. The inventory storage location 10 in this system may be a company building or warehouse of a manufacturer or dealer, or may be a temporary storage location such as a sales office of a delivery company.

The management program 12 executed by the calculation unit 11 mainly has a product ordering function, an inventory management function, a distribution product management function, a product arrangement function, a combined inspection function, a shipping slip issuing function, a sales calculation data generation function, and a delivery slip number issuing. It has a function and a same-day shipping product sorting function.
The product ordering function is a function of receiving an order for a product from the hospital terminal 7 via the Internet, for example, receiving an order via a website. The hospital terminal 7 may also be used as an arbitrary terminal equipped with a Web browser, and for example, an inspection terminal 2 may be used to place an order for a product.
The inventory management function is a function that enables inventory management by the inspection terminal 2, inventory management by supplier, lot, expiration date, and inventory location, and output of an inventory report. Is.
The distribution product management function is a function that enables the location information, inspection delivery information, and status information of the product to be updated each time the product is inspected. When the medical material 5 is inspected by the inspection terminal 2, the location information of the inspected medical material 5 and the inspection delivery information (specific information of the shipping inspection and the returned inspection) are transmitted to the management server 1 and stored in the database 13. Location information and inspection delivery information are managed. The status information is information for determining whether or not the order information can be assigned. For example, when the return inspection of STEP 10 is performed, the status information of the target product can be updated from non-assignable to assignable. Will be disclosed.

The product arrangement function is a function that enables the allocation of products to be shipped based on the order information received from the hospital terminal 7 via the network. When the product is assigned, the order ID and the IC tag serial number are associated with each other, and the status information corresponding to the IC tag serial number is updated so that it cannot be assigned and is managed in the database 13. When ordering products, it is preferable to have patient attributes (gender, age, etc.) included in the order information. This is because the medical material 5 that is clearly not used based on the patient attribute can be excluded from the medical material kit 4. When allocating products, among the inventory to which status information can be allocated, the inventory in the inventory storage location 10 that can be most efficiently delivered to the hospital of the ordering party is allocated. For example, as shown in FIG. 4, when the same product is in the inventory storage locations 10a to 10c, the hospital A is assigned from the nearest inventory storage location 10a, and the hospital B is assigned from the nearest inventory storage location 10c. C is disclosed to allocate from the nearest inventory storage location 10b.
The combined inspection function is a function that enables collective inspection when products are shipped or returned for one order in multiple units. Here, the shipment and return of the product may be performed on different days, but until all the IC tags 41 linked to one order are read, the inspection is regarded as incomplete status and all The inspection result is output when the IC tag 41 of the above is read.

The shipping slip issuing function is a function of printing a shipping slip describing a list of medical materials 5 actually shipped to the hospital from a printer (not shown). This is because the person in charge of the dealer may extract the medical material 5 which is obviously not used from the standard medical material kit 4 corresponding to the procedure at the time of shipping the STEP 6 to the hospital. When such a scrutiny of the medical material kit 4 is performed, it is possible to update the shipping information and the dealer inventory information of the database 13 by performing the shipping inspection (STEP 5) again.
The sales calculation data generation function is a function of generating sales calculation data from the difference between the shipment inspection and the return inspection. Since the IC tags 41 and 51 do not contain the unit price information of the products, the unit price information of the used products is obtained from the database 13 and the sales calculation data is generated. The generated sales calculation data can also be linked with the core server 9 by data input by RPA (Robotic Process Automation) or batch processing.
The delivery slip number issuing function is a function of issuing the delivery slip number assigned by the delivery company at the time of return inspection.
The same-day shipping product identification function is a function that enables identification of the medical material 4 shipped on the day when the manufacturer's return inspection is performed on the screen of the inspection terminal 2. For the medical material 4 shipped on that day, characters or symbols (for example, a star mark) indicating that it is scheduled to be shipped on the same day are displayed in the detail field of the inspected product displayed on the screen of the inspection terminal 2. ..

The inspection terminal 2 is a portable computer provided with a GPS (Global Positioning System) receiving device as a position information acquisition means, an input means, and a screen, and is, for example, a tablet terminal provided with a liquid crystal touch panel and a wireless communication module (for example, an inspection terminal 2). It is composed of iPad (registered trademark). The inspection terminal 2 has a management application (hereinafter referred to as "management application") described later installed therein, and can perform two-way communication with the management server 1 via the Internet. When the inspection work is performed by the inspection terminal 2, the GPS position information of the place where the inspection work is performed is transmitted to the management server 1, which makes it possible to manage the position information of the medical material 5 to be inspected by the database 13. It becomes. The position information associated with the medical material 5 may be GPS position information, or the latitude / longitude information or name of the nearest manufacturer, dealer, hospital or stock storage location 10 of the acquired GPS position information may be associated with the position information. It may be. By managing the location information of the medical material 5, it is possible to arrange the medical material 5 in the distribution state (the medical material 5 that has been returned and inspected at least once and has not been returned to the manufacturer). It becomes.

Further, the position information acquisition means is not limited to the example GPS receiving device, and the inspection terminal 2 is positioned by the position information registered in the mobile communication base station or the RF transmitter (WiFi access point). If it has a function, the positioning function can be used as a position information acquisition means. In addition, the relationship between the inspection order registered in advance in the management server 1 and the inspection work place, and the names of manufacturers, dealers, hospitals, etc. included in the shipping information (furthermore, the master information of the address associated with the name) The position information acquisition means may be realized by incorporating a program for acquiring the position information of the inspection work place into the inspection terminal 2 based on the above. When these configurations are adopted, it is possible to acquire the position information of the inspection work place even when the inspection work is performed in the place where the GPS position information cannot be acquired. The inspection terminal 2 has a function of transmitting the inspection work result to the management server 1 when the Internet communication becomes possible when the inspection work is performed in a place where the Internet communication is impossible.

The IC reader 3 is a handy IC reader / writer that reads / writes data by non-contact communication with the IC tag 51 in a non-contact manner, and has an anti-collision (collision prevention) function that enables simultaneous detection of a plurality of IC tags 51. There is. The IC reader 3 adopts a frequency (for example, 920 MHz band) that can realize a communication distance of several meters or more depending on the output, and even a specific low power type that does not require a license can realize a communication distance of about 1 m. Is. The high-performance circularly polarized antenna enables 360 ° omnidirectional reading, and a large number of IC tags 51 housed in a box such as corrugated cardboard can be read from the outside without opening the box. The read information of the IC tag 51 is transmitted to the inspection terminal 2 by wireless communication (for example, Bluetooth (registered trademark)).

The medical material kit 4 is a plurality of medical materials set in units of clinical departments, surgical procedures (procedures), cases, etc., and these medical materials are stored in a box with an IC tag 41. .. In the first embodiment, the medical material kit 4 is configured in units of procedures, and the number of medical materials 5 stored in one medical material kit 4 is, for example, several tens to several hundreds. FIG. 5 shows an example of the number of articles used in each procedure (images and numbers are dummy).
The IC tag 41 is an RFID tag that does not have a built-in battery, and is a non-contact passive tag that is supplied with power by radio waves from the IC reader 3. The IC tag 41 uses a frequency in the UHF band (for example, the 920 MHz band) that can realize a communication distance of about several meters. The IC tag 41 stores an IC tag serial number, a kit number, and the like.

The medical material 5 is a medical material such as a catheter, an ultrasonic probe, a stent set, an artificial bone, and an artificial joint enclosed in a package (including a container) to which an IC tag 51 is attached.
The IC tag 51 is the same RFID tag as the IC tag 41, and adopts a UHF band frequency that can realize a communication distance of about several meters.

The IC tag 51 stores an IC tag serial number, a JAN code, a UBD (expiration date), a production lot, a production serial number, a manufacturer's product number, a GS1 identification code, and the like.

The dealer terminal 6, the hospital terminal 7, and the manufacturer terminal 8 are one or a plurality of personal computers, access the management server 1 via the Internet, refer to various data within the scope of authority, edit, and output. can do.

[Management app]
The management application has an inspection function that displays on the screen the result of collating the shipping information associated with the kit IC tag 41 acquired from the management server 1 with the storage information of the material IC tag 51 transmitted from the IC reader 3. It has. FIG. 6 is a diagram showing a flow of an inspection function according to the first embodiment.
STEP101: The inspection worker executes the inspection function with the management application, and then uses the IC reader 3 to read the stored information of the kit IC tag 41 and the material IC tag 51.
STEP102: The management application acquires the shipping information corresponding to the read kit IC tag 41 and the material IC tag 51 from the management server 1 via the network. At this time, the inspection information (GPS position information, whether it is a shipment inspection or a return inspection, etc.) is transmitted to the management server 1 (note that the inspection information may be transmitted at the time of STEP104 communication).
STEP103: The management application collates the shipping information acquired from the management server 1 with the stored information of the read IC tag 51, and displays the collation result on the screen of the inspection terminal 2.
STEP104: The management application transmits the matching result of the shipping information and the read storage information of the IC tag 51 to the management server 1.
STEP105: The management server 1 executes necessary information processing based on the received collation result and inspection information. Since the inspection information includes GPS position information, the unused medical material 5 is associated with the position information and managed in a database. In addition to this, for example, the following information processing is disclosed.

(1) The inspection is performed for shipping inspection, and if there is a shortage of medical material 5, the medical material 5 is automatically arranged for shipment.
(2) The inspection was performed on the returned product, and if there is a missing medical material 5, it is determined that the medical material 5 has been used, and the serial number and quantity of the medical material 5 are used for sales calculation. Output as data.
(3) If the inspection was performed on the returned product and there is a medical material 5 to be shipped on the same day, characters or symbols that can be identified to be shipped on the same day in the detail field of the medical material 5 (For example, a star mark) is displayed.
(4) After the processing of (2) above, the insurance claim at the hospital may be made in cooperation with an external medical accounting system. In addition, the purchase process for the dealer may be performed in cooperation with an external purchasing system. In addition, the dealer may sell to the hospital and purchase from the manufacturer in cooperation with the dealer's core system. In addition, the sales to the dealer of the manufacturer may be recorded in cooperation with the core of the manufacturer.

FIG. 7 is a diagram showing a menu screen 20 of the management application according to the first embodiment.
When the shipping inspection button 21 in the loan management column is pressed, the shipping inspection header screen 30 shown in FIG. 8 is displayed.
The shipping inspection header screen 30 includes an upper search condition column and a lower search result column. The search results based on the search conditions entered in the search condition field are displayed in the search result field. In the search result column, one order is displayed by the order field 31 in one line. A unique lending ID attached to each order is displayed in each order field 31. Since the order is placed in units of procedures, it is natural that a plurality of orders may be placed from one lender on the same day.

FIG. 9 is a diagram showing a shipping inspection detail screen 40 displayed when the order field of the loan ID “A12345688” displayed in the search result column of the shipping inspection header screen 30 is pressed.
On the shipping inspection detail screen 40, information about one product is displayed in the detail field 41 of one line. Although not performed in FIG. 9, when the shipping inspection is performed, the detail field 41 of the inspected product is colored and displayed, and characters and symbols (for example, a circle mark) indicating that the inspection has been completed are displayed.

When the return inspection button 22 in the loan management column is pressed on the menu screen 20, the return inspection header screen 50 shown in FIG. 10 is displayed.
On the return inspection header screen 50, the return corresponding to one loan ID is displayed by the return field 51 on one line. The return field 51 corresponding to the loan ID that has been returned and inspected is colored and a circle mark 52 indicating that the inspection has been completed is displayed.

FIG. 11 is a diagram showing a return inspection detail screen 60 displayed when the return field 51 of the loan ID “A17245677” displayed on the return inspection header screen 50 is pressed. Information about one product is displayed in the detail field 61 of one line. In FIG. 11, the detail field 61a is not colored because there is no actual product, the detail field 61b is colored because there is an actual product, and a circle mark 62 indicating that there is an actual product is displayed. In this way, by checking the return inspection detail screen 60, it is possible to easily determine what the used product is.

According to the medical material management system according to the first embodiment of the present invention described above, the current position of the medical material 5 is accurately determined by performing the inspection work with the portable inspection terminal 2 and the IC reader 3. It becomes possible to grasp. For this reason, in the past, it was not possible to allocate products unless medical materials were returned to a predetermined inventory management location such as the manufacturer's warehouse, but according to this system, it is located at the sales office of a delivery company. Since the medical material 5 being returned can also be subject to product allocation, it is possible to significantly reduce the product inventory. Further, since the inspection work can be performed by the portable inspection terminal 2 and the IC reader 3, it is not necessary to introduce a special system for each inspection place, and the introduction cost can be suppressed. Furthermore, since the GPS position information of the place where the inspection is performed can be recorded, it is also possible to check whether the inspection was performed at the correct place.

<< Second Embodiment >>
Next, a second embodiment of the present invention will be described with reference to FIGS. 12 and 13. FIG. 12 is a configuration diagram of a medical material management system according to the second embodiment. Further, FIG. 13 is a diagram for explaining the flow of the short-term loan business according to the second embodiment. As shown in FIG. 12, in the second embodiment, in addition to the configuration of the medical material management system according to the first embodiment, the delivery person terminal 17 used by the delivery person (courier company or the like) is further provided. As shown in FIG. 12, the delivery person terminal 17 can communicate with the management server 1 via a telecommunication line. The delivery person terminal 17 is, for example, a portable computer such as a personal computer or a tablet. The delivery person terminal 17 may be used not only by a delivery company such as Yamato Transport or Sagawa Express, but also by a dealer salesperson or a person entrusted by the dealer.

Further, in the database 13 according to the second embodiment, the shipment record data of the actually shipped medical material 5 and the use of the medical material 5 actually used in the hospital among the shipped medical materials 5 are used for each case. Actual data is stored. In the second embodiment, for example, as shown in FIG. 13, when the person in charge of the dealer performs the shipment inspection at the hospital A using the inspection terminal 2, the inspection terminal 2 acquires the shipment record data of the medical material 5. , The shipping record data is stored in the database 13 by being transmitted to the management server 1. In the second embodiment, as will be described later, since the medical material is shipped for each case, the shipping record data for each case is acquired and stored. Further, as shown in FIG. 13, when the person in charge of the dealer performs the return inspection at the dealer sales office using the inspection terminal 2, the inspection terminal 2 acquires the usage record data of the medical material 5, and the management server 1 The usage record data is stored in the database 13 by being transmitted to. The usage record data is also acquired for each case and stored in the database 13.

In the second embodiment, the calculation unit 11 of the management server 1 has, in addition to the management program 12 according to the first embodiment, a medical material recommendation function that creates a suitable combination of medical materials 5 recommended for each case. The recommended presentation function for presenting a suitable combination of the medical materials 5 created by the medical material recommendation function to the hospital staff, the delivery instruction function for instructing the delivery person to deliver, and the delivery route for delivering the medical material 5 are determined. It has a delivery route determination function.

The medical material recommendation function selects a suitable combination of medical materials 5 recommended for each case based on the shipment record data of the medical material 5 for each case and the usage record data of the medical material 5 stored in the database 13. create. For example, in the case where one medical material a and two medical materials b have been used most frequently in a plurality of similar cases, the medical material is a suitable combination of the medical materials recommended for this case. A combination of one a and two medical materials b is created. Further, in a plurality of similar cases, there are many combinations in which two medical materials a and four medical materials b are used as shipping record data, and two medical materials a and four medical materials b are used in the usage record. In many cases, a combination of two medical materials a and four medical materials b can be prepared as a suitable combination of medical materials 5 for this case. .. Then, the medical material recommendation function stores a suitable combination of the medical materials 5 created for each case in the database 13. In this embodiment, in addition to the disease name, the case information also includes the surgical procedure and patient attributes (gender, age, etc.), and a case in which all or part of these are the same is recommended as a similar case. A suitable combination of the medical materials 5 to be used can be prepared.

The recommended presentation function extracts a suitable combination of medical materials 5 according to the input case from the database 13 when a case is input when ordering the medical material 5 at the hospital terminal 7 of the hospital, and the hospital By transmitting to the terminal 7, it is presented to the hospital staff. Here, in the second embodiment, when ordering the medical material 5 via the hospital terminal 7, the hospital staff is designed to input information on a case in which the medical material 5 is used. Then, when the case information is input in the hospital terminal 7, the case information is transmitted from the hospital terminal 7 to the management server 1 and received by the management server 1. The recommended presentation function obtains a suitable combination of recommended medical materials 5 created as a case similar to the case by the medical material recommendation function by referring to the database 13 based on the received case information. .. Then, the recommended presentation function transmits information on a suitable combination of medical materials 5 in this case to the hospital terminal 7, so that the display of the hospital terminal 7 displays a suitable combination of medical materials 5 for the case. , Can be grasped by the hospital staff.

The delivery instruction function gives a delivery instruction so that the combination of the medical materials 5 ordered for each case is delivered for each case. Specifically, the delivery instruction function receives an order from the hospital terminal 7, and when a product is assigned to a manufacturer, a delivery company, or a dealer's facility such as a distribution center or an inventory storage location 10, the delivery terminal 17 Sends the delivery information of the assigned medical material 5 to the courier to deliver the assigned medical material 5. In addition, the delivery instruction function transmits delivery information to the delivery person terminal 17 so that the medical material 5 for each case is collectively delivered as the medical material kit 4. For example, in the example shown in FIG. 13, when medical materials 5a to 5c are ordered from hospital A for case 1 and medical materials 5a to 5c are assigned to warehouse A, warehouse B, and warehouse C, respectively, the delivery instruction function Instructs the delivery person terminal 17 to ship the medical materials 5a and 5b for Case 1 from the warehouse A and the warehouse B to the warehouse C closest to the hospital A. In addition, the delivery instruction function constitutes the medical material kit 4 by assembling the medical material 5c assigned in the warehouse C and the medical materials 5a and 5b shipped from the warehouse A and the warehouse B in the warehouse C. Instruct the delivery person terminal 17. Further, the delivery instruction function gives a delivery instruction to the delivery person terminal 17 so as to ship the configured medical material kit 4 from the warehouse C to the hospital A.

In the second embodiment, the delivery status of the medical material 5 delivered by the delivery person can be confirmed on the dealer terminal 6 and the hospital terminal 7. Specifically, in the second embodiment, the delivery state of the medical material 5 delivered by the deliverer (for example, being loaded in the warehouse C, shipped from the warehouse C, etc.) is delivered by the inspection work and the shipping work in each warehouse. It is input by the person terminal 17 and transmitted from the delivery person terminal 17 to the management server 1. The management server 1 can store the delivery status of the medical material 5 transmitted from the delivery person terminal 17 in the database 13 as the location information or the delivery status of the medical material 5. Further, the management server 13 can store not only the current delivery state (location information) but also the past delivery state (location information). As a result, in the dealer terminal 6 and the hospital terminal 7, the person in charge of the dealer and the person in charge of the hospital can grasp the delivery process so far.

Further, the delivery instruction function can be configured to give a delivery instruction for the medical material 5 based on the return information of the medical material 5 and the tight product information of the medical material 5. The return information can include information on the medical material 5 to be returned, the number of units to be returned, information on the user (hospital) at the time of return, information on the location of the hospital at the time of return, information on the return destination, and the like. Here, the default return destination (for example, the manufacturer's shipping source warehouse) is set as the return information, but if the hospital to be used next is decided before it is returned to the return destination, that hospital is set. Etc. can be changed to the return destination (delivery destination). As a result, the lead time for shipping can be shortened and the delivery work can be reduced as compared with the case where the product is returned to the default return destination before shipping. The return information may be specified, for example, when ordering the medical material 5 at the hospital terminal 7, or as a configuration in which the person in charge of the dealer inputs the return inspection using the inspection terminal 2. May be good.
Further, the tight product information of the medical material 5 is information indicating which medical material 5 at which delivery base is likely to be shipped for another case immediately after the return, and is information from the manufacturer terminal 6. Entered at any time. The return information and the tight item information are stored in the database 13. The delivery instruction function gives a delivery instruction for the medical material 5 to be returned based on the return information of the medical material 5 and the tight product information stored in the database 13. For example, the delivery instruction function can be configured to output a delivery instruction to the delivery person terminal 17 so that the medical material 5 is delivered to the warehouse where the medical material 5 was stored at the time of lending. It is also possible to give a delivery instruction to preferentially deliver the medical material 5 (tight product) that is tight by reference. According to this delivery instruction, the delivery person can sort the tight product and the non-tight medical material 5 and deliver the tight product used in another case at an early stage.

In addition, the delivery instruction function can be configured to give a delivery instruction so that the tight product is delivered directly to the next hospital to be used without returning it to the warehouse of the manufacturer or the dealer. For example, in the example shown in FIG. 13, the medical materials 5a to 5c used and returned at the hospital A are not returned to the warehouses A to C after being returned and inspected at the dealer's sales office, but as they are. It can be configured to be delivered to hospital B. As a result, it is possible to improve the asset turnover rate and the delivery lead time.

Further, in the second embodiment, the display of the inspection terminal 2 is displayed to indicate that the medical material 5 is a tight product so that the person in charge of the dealer can grasp which medical material 5 is the tight product. FIG. 14 is an example of tight product information displayed on the display of the inspection terminal 2. In the example shown in FIG. 14, the medical material 5 which is a tight product is displayed for each case. For example, in the example shown in FIG. 14, the medical material 5 which is a tight product (medical material 5 of cases 1 to 3) is displayed in gray and the indication that it is a “tight product” is displayed, and the medical treatment is not a tight product. Material 5 (medical material 5 of cases 4 and 5) is displayed in white. In addition, the person in charge of the dealer can identify the frequently used medical material 5 by referring to the tight product information using the dealer terminal 6. Therefore, the person in charge of the dealer can purchase the frequently used medical material 5 instead of renting it from the manufacturer and manage it in the dealer.

The delivery route determination function determines the delivery route from the delivery source to the delivery destination of the medical material 5. In particular, the delivery route determination function determines which route is used to deliver the medical material 5 when a plurality of routes exist from the delivery source to the delivery destination of the medical material 5. For example, in the example shown in FIG. 13, as the delivery route from the dealer sales office to the warehouse B, the route D1 via the routes d1 and d2, the route D2 via the route d3, and the route D3 via the routes d4 and d5. And exist. In such a case, the delivery route determination function determines which of the routes D1 to D3 is used for delivery.

For example, in the example shown in FIG. 13, the database 13 shows the transportation cost per unit time of each route d1 to d5, the storage cost per unit time of the relay warehouses B and D, and the work by sorting the relay warehouses B and D. Stores cost information such as costs. The delivery route determination function calculates the delivery cost (total cost) when passing through each route d1 to d5 by referring to these cost information stored in the database 13, and selects the route with the lowest delivery cost. It is determined as a delivery route for delivering the medical material 5.

For example, in the example shown in FIG. 13, the transportation costs per unit capacity per hour on routes d1 to d5 are 20 yen, 25 yen, 90 yen, 35 yen, and 30 yen, respectively, and the relay warehouses B and D, respectively. Then, it is assumed that the medical material 5 is not stored but is sorted, and the operating costs are 40 yen and 47 yen. In this case, the delivery cost of the route D1 via the routes d1 and d2 is 20 + 25 + 40 = 85 yen, the delivery cost of the route D2 via the route d3 is 90 yen, and the delivery cost of the route D3 via the routes d4 and d5 is. It becomes 35 + 30 + 47 = 112 yen. Therefore, the delivery route determination function determines the route D1 having the lowest delivery cost among the routes D1 to D3 as the delivery route for delivering the medical material 5 used in the hospital A from the dealer sales office to the warehouse B. To do.

When the delivery route is determined by the delivery route determination function, the delivery instruction function issues a delivery instruction to the delivery person terminal 17 so as to deliver via the delivery route D1. As a result, the medical material 5 is delivered by the delivery route D1 determined by the delivery route determination function. In the above-mentioned example, in the intravenous distribution for returning the medical material 5 used in the hospital, a configuration in which the route with the lowest delivery cost is determined as the delivery route is illustrated, but the configuration is not limited to this configuration and is not limited to this configuration. Also in the arterial logistics for delivering the medical material 5 to be used to the hospital, the route with the lowest delivery cost can be determined as the delivery route.

Next, the lending process of the medical material 5 according to the second embodiment will be described with reference to FIG. FIG. 15 is a flowchart showing a loan process of the medical material 5 according to the second embodiment. In the lending process of the medical material 5 described here, for example, as shown in FIG. 13, the medical material 5 is delivered to the hospital A after the medical material 5 used in the hospital A is ordered. This is to explain the processing up to.

In steps S201 to S203, when the medical material 5 is ordered, a suitable combination of the medical materials 5 for each case is presented in order to present the hospital staff with a suitable combination of the recommended medical materials 5 for each case. This is a process of creating and storing in the database 13. That is, in step S201, the medical material recommendation function of the management server 1 refers to the database 13, and the shipment record data of the medical material 5 for each case is acquired. Further, in step S202, the database 13 is referred to by the medical material recommendation function, and the usage record data of the medical material 5 for each case is acquired. Then, in step S203, the medical material recommendation function is based on the shipment record data of the medical material 5 for each case acquired in step S201 and the usage record data of the medical material 5 for each case acquired in step S202. , Suitable combinations of medical materials 5 recommended for each case are created. For example, based on the shipping record data and the usage record data in a plurality of similar cases, the combination of the most shipped medical material 5 and the combination of the used medical material 5 in the case can be combined with the medical material 5 in the case. It can be prepared as a suitable combination. In the present embodiment, the management server 1 repeats the processes of steps S201 to S203 at predetermined intervals (step S204 = No) until the order is placed from the hospital terminal 7, and the medical material 5 for each case is suitable. Update the combination. Then, when the hospital staff starts the order from the hospital terminal 7 and inputs the case information on the order screen, the process proceeds to step S205 (step S204 = Yes).

In step S205, the case information input by the hospital terminal 7 is acquired by the recommended presentation function of the management server 1, and among the preferable combinations of the medical materials 5 for each case created in step S203, the input case Information on suitable combinations of medical materials 5 is obtained from database 13. Then, the recommended presentation function transmits information on a suitable combination of medical materials 5 according to this case to the hospital terminal 7 and displays it on the display of the hospital terminal 7. As a result, the hospital staff can place an order for the medical material 5 based on the information on the suitable combination of the medical material 5 according to the present case.

When the order is confirmed (step S206 = Yes), the process proceeds to step S207, and the product arrangement function allocates the ordered medical material 5. Further, as shown in FIG. 13, when there are medical materials 5 in a plurality of warehouses, the medical materials 5 are allocated in each warehouse. Then, in step S208, the delivery instruction function of the management server 1 configures the medical material 5 as the medical material kit 4 for each case, and gives a delivery instruction to the delivery person terminal 17 so that the medical material 5 is delivered for each case. Is done. For example, in the example shown in FIG. 13, it is assumed that the medical materials 5 used in the case 1 are 5a to 5c. In this case, the medical material 5a is delivered from the warehouse A and the medical material 5b is delivered from the warehouse B to the warehouse C, and the medical material 5a is loaded in the warehouse C with the medical material 5c stored in the warehouse C. The medical material kit 4 is composed of 5c and is delivered to the hospital A.

Then, in step S209, the person in charge of the dealer inspects the medical material 5 delivered to the hospital. In the second embodiment, when the medical material 5 is delivered to the hospital by the delivery person, the person in charge of the dealer performs the shipping inspection of the delivered medical material 5 at the hospital using the inspection terminal 2. The inspection process can be performed by the method shown in FIG.

Next, the return processing of the medical material 5 according to the second embodiment will be described with reference to FIG. FIG. 16 is a flowchart showing a return process of the medical material 5 according to the second embodiment. The return process of the medical material 5 described here is, for example, as shown in FIG. 13, after the medical material 5 used in the hospital A is returned, the medical material 5 is returned to a warehouse or another hospital. This is an explanation of the process until the product is delivered first.

In step S301, the delivery instruction function of the management server 1 refers to the database 13, and the manufacturer terminal 8 acquires the tight product information that is updated at any time. Further, in step S302, the delivery instruction function refers to the database 13 and acquires the return information.

Then, in step S303, the delivery instruction function determines which medical material 5 is to be delivered to which return destination based on the tight product information acquired in step S301 and the return information acquired in step S302. Processing is done. For example, in the example shown in FIG. 13, the delivery instruction function stores the medical materials 5a to 5c used in the hospital A and the medical materials 5a to 5c, respectively, based on the return destination information included in the return information. Delivery instructions can be given to return to warehouses A to C. Further, in the delivery instruction function, the medical materials 5a to 5c are tight products, and while the medical materials 5a to 5c are lent to the hospital A, the medical materials 5a to 5c are used for a similar case at another hospital B. When the loan is ordered, the delivery instruction is given to deliver the medical materials 5a to 5c from the hospital A or the dealer office to the hospital B without returning them to the original warehouse. Further, when the delivery instruction function can determine that some of the medical materials 5 stored in the warehouse of the sales office, the dealer, or the delivery company are tight based on the tight product information. Can also give a delivery instruction to deliver the tight medical material 5 to the next delivery destination as soon as possible.

In step S304, the delivery route determination function determines the delivery route when the medical material 5 is delivered. The delivery route determination function refers to the transportation cost information stored in the database 13, the storage cost information and the business cost information at each delivery base, and calculates the total of each cost in each route as the delivery cost. Then, the delivery route determination function determines the route with the lowest delivery cost as the delivery route of the medical material 5. Then, in step S306, the delivery instruction function gives a delivery instruction so as to deliver via the delivery route determined in step S305.

As described above, in the management system of the medical material 5 according to the second embodiment, the medical material 5 recommended for each case is suitable based on the shipping record data of the medical material 5 and the usage record data of the medical material 5. It is possible to reduce the excess or deficiency of the medical material 5 actually used by creating various combinations and presenting a suitable combination of the recommended medical material 5 to the hospital staff. In particular, hospital personnel tend to order more medical material 5 so that they do not run out of medical material 5, which causes an increase in inventory and procurement and disposal costs. was there. On the other hand, in the management system of the medical material 5 according to the second embodiment, a suitable combination of the medical materials for each case is obtained based on the shipping record data of the medical materials for each case and the usage record data of the medical materials. By creating and presenting it to the hospital staff, the hospital staff will place an order based on the combination, and the number of medical materials 5 suitable for the case will be shipped, so the number of stocks can be reduced. , Procurement cost and disposal cost can be reduced.

Further, in the second embodiment, a delivery instruction is given to the delivery person terminal 17, and the delivery of the medical material 5 between the maker warehouse, the delivery company warehouse, the dealer warehouse, the dealer sales office, and the hospital is performed on a case-by-case basis by the delivery person. It is possible to improve the asset turnover rate, shorten the delivery lead time, and reduce the delivery operation cost of manufacturers and dealers.

Further, in the second embodiment, the management server 1 can be configured to give a delivery instruction of the medical material 5 based on the return information of the medical material 5 and the tight product information of the medical material 5. In particular, the management server 1 refers to the tight product information and gives a delivery instruction to preferentially deliver the tight medical material 5 (tight product) to the warehouse so that it can be used for another case. It is possible to deliver tight items at an early stage. In addition, the management server 1 may be configured to give a delivery instruction so that the tight product is delivered directly to the hospital to be used next without returning it to the warehouse of the manufacturer or the dealer. As a result, it is possible to improve the asset turnover rate and the delivery lead time.

In addition, in the management system according to the second embodiment, when the medical material 5 is delivered from the delivery source to the delivery destination, the route having the lowest delivery cost is determined as the delivery route, and the medical material 5 is selected in the determined delivery route. to deliver. This also makes it possible to reduce delivery costs.

Although the preferred embodiment of the present invention has been described above, the technical scope of the present invention is not limited to the description of the above embodiment. Various changes / improvements can be made to the above-described embodiment, and those in which such changes / improvements have been made are also included in the technical scope of the present invention.

For example, in the second embodiment described above, the medical material recommendation function of the calculation unit 11 of the management server 1 includes the shipping record data of the medical material 5 and the usage record data of the medical material 5 for each case stored in the database 13. By creating a suitable combination of the medical material 5 for each case in advance and storing it in the database 13, when the medical material 5 is ordered from the hospital terminal 7, the medical material 5 is included in the order information. Although a configuration for presenting a combination of medical materials 5 suitable for a case is illustrated, the configuration is not limited to this configuration, and when an order for medical materials 5 is received from a hospital terminal 7, the database 13 is referred to and stored in the database 13. Based on the shipping record data of the medical material 5 and the usage record data of the medical material 5 for each case, a suitable combination of the medical material 5 suitable for the case input by the hospital terminal 7 is presented. You can also do it.

1 Management server 2 Inspection terminal 3 IC reader 4 Medical material kit 41 (for kit) IC tag 5 Medical material 51 (for material) IC tag 6 Dealer terminal 7 Hospital terminal 8 Manufacturer terminal 9 Manufacturer management server 10 Stock storage location 17 Delivery Person terminal 20 Menu screen

Claims (19)

An IC reader that reads the stored information of the IC tag attached to the medical material,
A medical material management system including a position information acquisition means, an input means, a screen, and an inspection terminal configured to be able to communicate with the IC reader and a management server.
The inspection terminal displays on the screen the result of collating the shipping information associated with the IC tag acquired from the IC reader and the stored information of the IC tag acquired from the IC reader, and acquires the position information. A medical material management system comprising an inspection means for transmitting location information acquired from the means to the management server. The inspection means can display a screen for inputting the inspection type on the screen, and when the information for each inspection type is input, the information is transmitted to the management server. The medical material management system described in. The inspection means determines the serial number of the IC tag not included in the information received from the IC reader among the serial numbers of the IC tag included in the shipping information, and uses the medical material to which the IC tag is attached. The medical material management system according to claim 1 or 2, wherein the used product is displayed on a screen as a used product, and information on the used product is transmitted to the management server. The medical material management system according to any one of claims 1 to 3, wherein the position information acquisition means is a GPS receiving device. The medical material management system according to any one of claims 1 to 3, wherein the location information acquisition means is configured by a program that calculates location information from the management server based on shipping information. The management server uses a database that stores actual shipment data of medical materials actually shipped and usage record data of medical materials actually used among the shipped medical materials, and then shipment record data and usage record data for each case. One of claims 1 to 5, wherein the means for obtaining the medical material and the means for presenting a combination of medical materials recommended for each case based on the shipping record data and the usage record data are provided. The medical material management system described in. The medical material management system according to any one of claims 1 to 6, wherein the management server includes means for transmitting delivery information of medical materials generated for each case to the delivery person terminal. The management server newly determines the delivery destination of the medical material based on the return schedule information of the medical material including the location information of the return source and the tight product information, and delivers the delivery information to the determined delivery destination. The medical material management system according to any one of claims 1 to 7, further comprising a delivery instruction means for transmitting to a person terminal. The management server includes a distribution product management means for updating the status information so that shipping can be assigned when the information for each inspection type received from the inspection terminal is a return inspection.
The management server according to claim 8, wherein the delivery instruction means newly determines a delivery destination of the medical material based on the status information, the return schedule information, and the tight product information. The delivery instruction means according to claim 8 or 9, wherein the delivery instruction means creates the delivery information so as to give priority to the tight medical material to be delivered to the delivery destination based on the tight product information. The medical material management system described. The management server gives a delivery instruction to deliver the medical material from the delivery source to the delivery destination, and when a plurality of routes exist between the delivery source and the delivery destination, the transportation in the route is performed. Based on the cost information, the storage cost information at each delivery base on the route, or the business cost information at each delivery base on the route, the delivery cost on the route is calculated for each route, and the delivery cost is the lowest. The medical material management system according to any one of claims 1 to 10, further comprising a delivery route determining means for determining a route as a delivery route. A management server configured to be able to communicate with the inspection terminal and the hospital terminal according to claim 1.
A database that manages the product information of the medical material, the position information of the medical material, the status information that makes it possible to determine whether or not the shipment of the medical material can be allocated, and the ordering information received from the hospital terminal.
A product allocation means for allocating medical materials to be shipped based on the order information received from the hospital terminal, and
A distribution product management means for updating the status information of the medical material and the position information of the medical material registered in the database based on the collation result information received from the inspection terminal and the location information of the inspection work place is provided. ,
The product allocation means is a management server for allocating medical materials to be shipped based on the status information and the location information of the medical materials. A management server configured to be able to communicate with the inspection terminal and the hospital terminal according to claim 2.
A database that manages the product information of the medical material, the position information of the medical material, the status information that makes it possible to determine whether or not the shipment of the medical material can be allocated, and the ordering information received from the hospital terminal.
A product allocation means for allocating medical materials to be shipped based on the order information received from the hospital terminal, and
A distribution product that updates the status information of the medical material and the location information of the medical material registered in the database based on the information for each inspection type, the collation result information, and the location information of the inspection work place received from the inspection terminal. With management means,
The product allocation means is a management server for allocating medical materials to be shipped based on the status information and the location information of the medical materials. The management server according to claim 13, wherein the distribution product management means updates the status information so that the shipment can be assigned when the information for each inspection type received from the inspection terminal is a return inspection. .. The location information of the hospital to which the product is shipped is registered in the database.
The information for each type of inspection received from the inspection terminal is the return inspection, and the location information of the medical material received from the inspection terminal matches or substantially matches the location information of the hospital registered in the database. The medical material according to claim 13 or 14, further comprising a form issuing means for transmitting a command for issuing a form with a unique delivery slip number to the inspection terminal when they match. Management server. A management server configured to be able to communicate with the inspection terminal and the hospital terminal according to claim 3.
A database that manages product information of the medical material, location information of the medical material, unit price information of the medical material, and information of the used product.
A distribution product management means for updating the status information of the medical material and the position information of the medical material registered in the database based on the collation result information received from the inspection terminal and the location information of the inspection work place.
A management server including a means for outputting sales calculation data calculated from unit price information of used products and medical materials. A program executed by a management server configured to be able to communicate with the inspection terminal and the hospital terminal according to claim 1.
The management server manages the product information of the medical material, the position information of the medical material, the status information that makes it possible to determine whether or not the shipping allocation of the medical material is possible, and the ordering information received from the hospital terminal. With a database to
The management server
A product allocation means for allocating medical materials to be shipped based on the order information received from the hospital terminal, and
A distribution product management means for updating the status information of the medical material and the position information of the medical material registered in the database based on the collation result information and the location information of the inspection work place received from the inspection terminal.
To make it work,
The product allocating means is a program characterized by allocating medical materials to be shipped based on the status information and the position information of the medical materials. A program executed by a management server configured to be able to communicate with the inspection terminal and the hospital terminal according to claim 2.
The management server manages the product information of the medical material, the position information of the medical material, the status information that makes it possible to determine whether or not the shipping allocation of the medical material is possible, and the ordering information received from the hospital terminal. With a database to
The management server
A product allocation means for allocating medical materials to be shipped based on the order information received from the hospital terminal, and
A distribution product that updates the status information of the medical material and the location information of the medical material registered in the database based on the information for each inspection type, the collation result information, and the location information of the inspection work place received from the inspection terminal. Management means and
To make it work,
The product allocating means is a program characterized by allocating medical materials to be shipped based on the status information and the position information of the medical materials. A program executed by a management server configured to be able to communicate with the inspection terminal and the hospital terminal according to claim 3.
It is provided with a database that manages product information of the medical material, position information of the medical material, unit price information of the medical material, and usage record information of the medical material.
The management server
A distribution product management means for updating the status information of the medical material and the position information of the medical material registered in the database based on the collation result information and the location information of the inspection work place received from the inspection terminal.
A means for outputting sales calculation data calculated from the unit price information of used products and medical materials, and
A program characterized by making it work.