JP6655154B2 - Infusion set search device and infusion set search method - Google Patents

Description

  The present invention relates to an infusion set search device and an infusion set search method.

  2. Description of the Related Art Conventionally, when performing infusion, an infusion set in which a line (infusion line) is configured by combining components such as a medical tube is used. Such an infusion set has various uses depending on hospitals and doctors, and an infusion set with an extremely large number of specifications is actually employed.

  In Patent Literature 1, the components constituting an infusion line are divided into a bottle needle type unit, a main tube unit, a co-infusion device unit, an infusion filter unit, and a one-way valve unit, and each unit group is configured. A method for configuring an infusion line is disclosed, in which a plurality of units in which components are combined based on the function thereof are prepared in correspondence with different specifications, and a plurality of types are prepared, and a unit is selected from each unit group to determine a unit combination. I have.

JP-A-2002-253669

  Patent Literature 1 discloses that an infusion line is systematized as a combination of standardized unit groups, but does not mention any means for actually implementing the method of configuring the infusion line.

  An object of the present invention is to provide an infusion set search device and an infusion set search method that allow a user to easily search for a predetermined infusion set from a structured infusion set.

  An infusion set search device according to a first aspect of the present invention includes: an acquisition unit configured to acquire component information of components constituting an infusion set; and an infusion set corresponding to the component information acquired by the acquisition unit. And a search unit for searching from a database of the infusion set generated in association with the information different from the above.

  As one embodiment of the present invention, for one infusion set of the database corresponding to the component information acquired by the acquisition unit, the acquisition unit acquires change information for changing a component configuring the infusion set. Is preferred.

  The infusion set search device as one embodiment of the present invention preferably includes an output unit that outputs identification information for specifying the infusion set determined based on the change information to an external device.

  It is preferable that the infusion set search device as one embodiment of the present invention registers the infusion set specified by the identification information output by the output unit in an infusion set in the database.

  As one embodiment of the present invention, it is preferable that the database is generated in association with past production number information or sales information of the infusion set.

  The infusion set search method according to the second aspect of the present invention includes a step of acquiring component information of components constituting the infusion set, and a database of the infusion set generated in association with information different from the component information, Retrieving an infusion set corresponding to the acquired part information.

  The infusion set search method as one embodiment of the present invention may further include, for one infusion set in the database, corresponding to the acquired component information, changing a component configuring the infusion set. preferable.

  It is preferable that the infusion set search method as one embodiment of the present invention further includes a step of outputting, to an external device, identification information for identifying the infusion set whose component has been changed.

  The infusion set search method as one embodiment of the present invention preferably further includes a step of registering the infusion set specified by the output identification information in the database.

  According to a third aspect of the present invention, there is provided a program configured to obtain a computer from an acquisition unit configured to acquire component information of components configuring an infusion set, and from an infusion set database generated in association with a condition different from the component information. And a search unit for searching for an infusion set corresponding to the component information acquired by the acquisition unit.

  According to the present invention, it is possible to provide an infusion set search device and an infusion set search method that allow a user to easily search for a predetermined infusion set from a structured infusion set.

It is a figure showing an infusion set search device as one embodiment of the present invention. It is a flowchart figure which shows each step of the infusion set search method as one Embodiment of this invention. It is a figure showing the outline of the infusion set search system using the infusion set search device as one embodiment of the present invention. FIG. 4 is a diagram illustrating a configuration of an infusion set search system illustrated in FIG. 3. It is a figure showing one screen of a personal digital assistant in an infusion set search system. It is a figure showing one screen of a personal digital assistant in an infusion set search system. It is a figure showing one screen of a personal digital assistant in an infusion set search system. It is a figure showing one screen of a personal digital assistant in an infusion set search system. It is a figure showing one screen of a personal digital assistant in an infusion set search system.

  Hereinafter, an embodiment of an infusion set search device and an infusion set search method according to the present invention will be described with reference to FIGS. In the drawings, common members are denoted by the same reference numerals.

<First embodiment>
First, an embodiment of an infusion set search device according to the present invention will be described. FIG. 1 is a block diagram illustrating a configuration of an infusion set search device 1 according to the present embodiment.

  As shown in FIG. 1, an infusion set search device 1 acquires an infusion set corresponding to the component information acquired by the acquisition unit 2, and acquires the infusion set corresponding to the component information acquired by the acquisition unit 2. A search unit 3 for searching from a database of infusion sets generated in association with different information.

  Specifically, the infusion set search device 1 of the present embodiment includes an acquisition unit 2, a search unit 3, a storage unit 4 for holding a database of infusion sets, an output unit 5, and a control unit 6.

  The acquisition unit 2 includes an information input unit 17 that allows an operator of the infusion set search device 1 (for example, a user of the infusion set or a provider of the infusion set) to input component information of components that make up the infusion set. In the information input unit 17, component information of components of the infusion set is input by an operator via a user interface such as a keyboard. Thereby, the acquiring unit 2 of the present embodiment acquires various component information of components constituting the infusion set.

  Specifically, the acquisition unit 2 is located at a distal end of an infusion line that connects a bottle needle, a drip tube, a clamp, a co-infusion connector, and an infusion set to other medical instruments as components that constitute the infusion set. Acquires information (parts information) requested by a user such as a doctor regarding the connector and the tube to be connected. The “infusion set” includes at least a bottle needle and a tube as components.

  The storage unit 4 holds a database of the infusion set generated in association with at least the information different from the component information of the components constituting the infusion set. Here, the “information different from the component information of the components making up the infusion set” includes, for example, past production number information and past sales information held by the supplier that supplies the infusion set. In the present embodiment, the infusion set associated with the component information of the components constituting the infusion set and the past production number information is compiled into a database and stored in the storage unit 4. More specifically, the infusion set database of the present embodiment is configured by collecting infusion sets whose production number is equal to or more than a predetermined number within a predetermined period in the past, for example, in the past year. Hereinafter, an infusion set whose production number is equal to or more than a predetermined number in a past predetermined period or an infusion set whose sales are equal to or more than a predetermined amount in a past predetermined period is referred to as a “standard product”. On the other hand, an infusion set whose production number is less than a predetermined number in a past predetermined period and whose sales are less than a predetermined amount in a past predetermined period is referred to as “special specification product”. That is, the database of the storage unit 4 of the present embodiment is obtained by systematizing the standard products held by the provider of the infusion set with respect to the component information and creating a database.

  The search unit 3 searches the infusion set in the database of the storage unit 4 corresponding to the infusion set component information acquired by the acquisition unit 2, and the output unit 5 outputs the search result. The control unit 6 gives an operation timing, an operation instruction, and the like to each unit of the acquisition unit 2, the search unit 3, the storage unit 4, and the output unit 5. Note that the search unit 3 and the control unit 6 of the present embodiment are processors such as a CPU, and the search unit 3 and the control unit 6 can be configured by different processors or by a common processor.

  Further, the output unit 5 of the present embodiment is a display unit 7 such as a display, and a display output unit 8 that outputs the search result of the search unit 3 to the display unit 7 (means that the output is displayed). And a transmission unit 9 that transmits identification information about a predetermined infusion set to an external device 50, which is a separate device from the infusion set search device 1, by wire or wireless communication. The operator of the infusion set search device 1 can confirm, through the display unit 7, a standard product that matches part information of the infusion set requested by the user. Further, the transmission unit 9 transmits identification information on a standard product satisfying the user's request to the external device 50. For example, when the external device 50 receives this identification information, the ordering of the infusion set can be completed.

  Usually, the special specification product has no production record in the past, or the production number is small even if there is a production record, so that the production cost tends to be higher than the standard product. In addition, special specification products that have not been produced in the past require a lot of time to confirm safety, such as risk analysis, and are difficult to supply to users in a short delivery time. That is, there is a problem that the user of the infusion set is expensive and requires a long time to obtain the special specification product, and also that the provider of the infusion set requires time and effort to manufacture.

  On the other hand, the infusion set search device 1 of the present embodiment is configured to first search for an infusion set that satisfies the user's request from standard products held by the infusion set provider. Specifically, the infusion set search device 1 of the present embodiment executes an infusion set search method as one embodiment of the present invention, which shows each step in FIG. The infusion set search method shown in FIG. 2 can realize the design and ordering of an infusion set in addition to the search for an infusion set.

  More specifically, the infusion set search device 1 of the present embodiment includes a step S1 of acquiring user information of an infusion set, a step S2 of acquiring part information of parts constituting the infusion set, and a step of acquiring information different from the part information. Step S3 of retrieving an infusion set corresponding to the component information acquired in step S2 from the database of the infusion set generated in association with the infusion set, and infusion set corresponding to the component information acquired in step S2 among the infusion sets in the database. Step S4 of outputting information about the set to the display unit 7, step S5 of selecting one infusion set from the output infusion sets, and one of the infusion sets in the database selected in step S5. Step S6 for changing the components that make up the infusion, and one infusion selected in step S5 Step S7 of outputting to the external device 50 identification information specifying one of the infusion sets selected in step S5 and having its components changed in step S6, and an infusion set specified by the output identification information. Is one infusion set whose parts have been changed in step S6, step S8 of registering the infusion set in a database under predetermined conditions is executed.

  Hereinafter, the above-described infusion set search method executed by the infusion set search device 1 of the present embodiment will be described in detail.

  First, step S1 of acquiring user information of an infusion set will be described. In step S1, the obtaining unit 2 obtains user information on a user of the infusion set. Specifically, the obtaining unit 2 of the present embodiment obtains bibliographic information (user information) about the user of the infusion set, such as a hospital name, a department name, and a person in charge.

  Next, step S2 of acquiring component information of components constituting the infusion set will be described. In step S2, the acquiring unit 2 acquires various component information of the infusion set. Specifically, the acquisition unit 2 of the present embodiment includes a bottle needle, a drip tube, a clamp, a co-infusion connector, a connector located at a distal end of an infusion line that connects an infusion set to another medical device, and a tube. Acquires component information related to. More specifically, the acquiring unit 2 according to the present embodiment includes a method of dropping an infusion agent such as a drug solution, the presence or absence of an AFF (abbreviation of Anti-Free Flow, which means “natural fall suppression”) clip, and a unit time. Number of drops per hit, presence of intermediate tube, type of bottle needle, presence of metering tube, presence of filter and / or filtration net, downstream part shape, presence of co-injection connector, type, number and color, presence of clamp, The type and the number, the connection structure between the tube and the co-injection connector, the type of the tube connected downstream of the co-infusion connector, and the like are acquired as the component information of the components constituting the infusion set. Hereinafter, each component information acquired by the acquisition unit 2 of the present embodiment will be described.

I. Dropping method of infusion agent Dropping method of infusion agent is a method of moving the infusion agent in the hollow part of the infusion set, a natural drop method using natural fall by gravity, and an automatic infusion control of an infusion pump etc. There is a pump system in which a liquid can be adjusted by interposing a tool in an infusion line. For example, the specifications of the tube connected to the downstream side of the drip tube in the infusion line and the specifications of the clamp attached to the tube are different between the natural fall system and the pump system. Therefore, in the present embodiment, the dropping method of the infusion solution is associated with the specifications of some tubes and clamps in the infusion set, and the acquisition unit 2 acquires the dropping method of the infusion solution in the infusion set. Also, it is possible to collectively obtain part information on a part of tubes and clamps constituting an infusion set. In this embodiment, the specifications of the tube and the clamp for the pump method can be used not only when adjusting the amount of liquid to be sent using an infusion pump or the like, but also when administering the infusion agent by a natural fall method. It is a dual-purpose type.

  Specifically, in the present embodiment, as the specification of the tube associated with the dropping method of the infusion agent, a dual-purpose tube that can be used for both the pump method and the natural drop method, and a natural drop having an inner diameter and an outer diameter smaller than the dual-purpose tube are used. There is a method tube. The acquisition unit 2 of the present embodiment can acquire the type of the tube associated with the acquired dropping method as part information by acquiring the information on the dropping method. More specifically, when the information on the drop method acquired by the acquisition unit 2 is the pump method, the acquisition unit 2 is connected to the infusion line on the downstream side of the drip tube, such as an infusion pump or other automatic liquid supply amount adjuster. The part information that the tube to which is attached is a dual-purpose tube is acquired. When the information on the dropping method acquired by the acquisition unit 2 is the natural fall method, the acquisition unit 2 determines that the tube connected to the downstream side of the drip tube in the infusion line is a tube for the natural fall method. To get.

  As for the specifications of the clamp, similarly to the specification of the tube described above, there are a dual-purpose clamp that can be used for the pump system and the natural fall system, and a clamp for the natural fall system, the details of which will be described later.

  The acquisition unit 2 of the present embodiment acquires the tube and clamp part information associated with the drop method by acquiring the drop method of the infusion solution, but acquires the tube and clamp part information. The method is not limited to this, and for example, it is also possible to directly obtain the component information regarding the specification of the tube and the clamp without passing through the information on the method of dropping the infusion solution.

II. Presence / absence of AFF clip When the above-mentioned drop method acquired by the acquisition unit 2 is the pump method, the acquisition unit 2 acquires the presence / absence of the AFF clip as a natural fall suppressing device as component information of the infusion set. The AFF clip means that the infusion solution in the tube falls naturally when the tube of the infusion set is not clamped by the automatic infusion control device, such as when the infusion pump as the automatic infusion control device is opened. It is a member that suppresses the occurrence. When the dropping method acquired by the acquiring unit 2 is the natural falling method, the acquiring unit 2 acquires the component information indicating that there is no AFF clip in addition to the acquisition of the dropping method.

III. The number of drops per unit time The number of drops per unit time means the number of drops of the infusion solution dropped from the infusion tube per unit time. The acquisition unit 2 of the present embodiment acquires the number of drops per unit time as part information of an infusion set. Specifically, the acquiring unit 2 of the present embodiment acquires information as to whether the number of drops per minute is 20 drops or 60 drops as the number of drops per unit time.

IV. The presence / absence of the intermediate tube The presence / absence of the intermediate tube is component information related to the connection configuration between the drip tube and the bottle needle. The obtaining unit 2 of the present embodiment obtains information on the presence or absence of an intermediate tube as component information of components configuring an infusion set. The case of “with an intermediate tube” means that the drip tube and the bottle needle in the infusion set are connected via the intermediate tube, and the case of “without the intermediate tube” means that the drip tube is a bottle. A configuration connected to a cap with a needle.

V. The type of bottle needle acquisition unit 2 acquires the type of bottle needle as component information of the infusion set. Note that the type of the bottle needle differs depending on whether or not the above-described intermediate tube is provided. Therefore, when the information on the presence / absence of an intermediate tube acquired by the acquiring unit 2 is “there is an intermediate tube”, the acquiring unit 2 further acquires component information on the type of the bottle needle alone. When the information on the presence or absence of the intermediate tube acquired by the acquiring unit 2 is “no intermediate tube”, the acquiring unit 2 further acquires the component information on the type of the bottle needle cap. The type of the bottle needle alone includes, for example, a plastic bottle needle, a metal bottle needle, and the like, and the acquiring unit 2 acquires information specifying any one of these types. Examples of the type of the cap with a bottle needle include a cap in which the bottle needle is a plastic bottle needle, a cap in which the bottle needle is a metal bottle needle, and a cap in which the bottle needle is a vented bottle needle. The acquisition unit 2 acquires information that specifies any one of these types.

VI. Presence or absence of metering cylinder Further, when the acquiring unit 2 acquires information of “the presence of an intermediate tube” regarding the presence or absence of an intermediate tube, the acquiring unit 2 determines whether or not there is a metering cylinder between the bottle needle of the infusion line and the drip tube. Get the information of.

VII. The presence / absence of a filter and / or a filtration network The acquisition unit 2 acquires information on the presence / absence of a filter and / or a filtration network for filtering bacteria, fungi, and fine particles mixed in an infusion solution, as component information of components constituting the infusion set. .

VIII. Downstream Shape The downstream shape refers to the shape of the distal end of the infusion line of the infusion set. The acquisition unit 2 of the present embodiment acquires information on the type of connector as the shape of the downstream part of the infusion set. Examples of the type of the connector include a luer lock type male connector that can be screwed to the outer wall of the female luer, a luer slip type male connector that is fitted and connected to the female luer, and the acquisition unit of the present embodiment. 2 acquires information specifying any one of these as the shape of the downstream portion of the infusion set.

IX. The presence / absence, type, number and color of the co-infusion connector The acquisition unit 2 acquires information on the presence / absence, type, number and color of the co-infusion connector in the infusion set. The types of co-injection connectors include, for example, a T-shaped connector called a so-called T port, a three-way cock, a T-shaped connector connecting a plurality of T-shaped connectors, and a three-way cock connected to a plurality of three-way cocks. A stopcock connected body is exemplified. The acquisition unit 2 acquires information on the presence / absence of a co-injection connector. If the information acquired by the acquisition unit 2 is “there is a co-infusion connector”, the acquisition unit 2 selects one or more of the co-infusion connectors described above. Obtain information that identifies multiple types.

  Furthermore, the acquiring unit 2 acquires information on the number of acquired co-injection connectors for each type of co-infusion connector. The acquisition unit 2 also acquires part or all of the color information of the co-injection connector, such as the color of the cock of the three-way cock.

  When the acquiring unit 2 acquires the component information of “the presence of the co-injection connector” regarding the presence or absence of the co-infusion connector described above, the acquisition unit 2 is located downstream of the infusion line with respect to the drip tube (the distal end side of the infusion line). ), A tube connected to the co-infusion connector is required downstream of the infusion line with respect to the co-infusion connector in addition to the tube connected to the infusion tube. Based on the information, the presence / absence information of the tube connected to the downstream end of the co-infusion connector can also be acquired. Therefore, the acquiring unit 2 can acquire the number information of the number of tubes connected to the downstream end of the infusion line of the co-infusion connector based on the number information of the co-infusion connector. The type of tube connected to the downstream end of the infusion line of the co-infusion connector will be described later.

X. The presence / absence, type, and number of clamps The acquisition unit 2 acquires the presence / absence, type, and number of clamps that can manually adjust the amount and speed of infusion solution delivery. Specifically, the acquiring unit 2 of the present embodiment acquires information on the presence or absence of a clamp for each type of clamp. In addition, for example, with respect to some types of clamps such as one-touch clamps, the acquisition unit 2 of the present embodiment acquires information on the number of clamps in addition to information on the presence or absence of clamps. Examples of the type of clamp include a roller clamp, a one-touch clamp, and a slide clamp. More specifically, there are two types of roller clamps, a dual-purpose clamp that can be used for both the pump system and the natural fall system, and a clamp for the natural fall system. The minimum change amount (unit change amount) that can be changed by manual adjustment ) Are different. The minimum change amount of the dual-purpose clamp is configured to be smaller than the minimum change amount of the natural fall type clamp so that fine adjustment can be manually performed.

  As described in the item of the dropping method described above, since the dropping method is associated with the specification of the tube connected to the drip tube on the downstream side of the infusion line and the clamp attached to this tube, When the dropping method of the infusion solution obtained by the unit 2 is the pump system, the obtaining unit 2 of the present embodiment is configured such that the dual-purpose clamp is attached to a tube connected to the drip tube on the downstream side of the infusion line. To obtain component information that specifies When the dropping method acquired by the acquisition unit 2 is the natural fall method, the acquisition unit 2 of the present embodiment attaches a natural fall method clamp to a tube connected to the drip tube on the downstream side of the infusion line. Component information that specifies that the configuration is acceptable.

  Further, as described above, the number of tubes connected to the co-infusion connector on the downstream side of the infusion line is specified based on the presence / absence information and the number information of the co-infusion connector. Therefore, the acquisition unit 2 further acquires information on the presence / absence, type, and number of clamps attached to the tube connected to the downstream end of the infusion line of the co-infusion connector.

XI. Connection structure between tube and connector Acquisition unit 2 acquires information on the connection structure between the tube and the co-infusion connector in the infusion set. Examples of the connection structure between the tube and the co-infusion connector in the infusion set include a detachable connection method using a luer lock type connector or a lure slip type connector, or a connection structure in which the tube and the co-infusion connector are bonded. . The acquisition unit 2 acquires information specifying one of these two connection structures as the connection structure between the tube and the co-infusion connector in the infusion set.

XII. The type acquisition tube 2 connected to the downstream side of the co-infusion connector in the infusion line acquires the type of tube connected to the downstream side of the co-infusion connector in the infusion line. Examples of the type of the tube include the above-mentioned dual-purpose tube, a tube for a natural fall system, and a small-diameter tube having an inner diameter and an outer diameter smaller than those tubes. The acquisition unit 2 acquires information that specifies one of these types.

  As described above, in step S2 described above, the obtaining unit 2 of the present embodiment obtains various types of component information of the components configuring the infusion set. Note that the acquisition unit 2 of the present embodiment is configured to acquire the above-described component information. However, the acquisition unit 2 is not limited to the above-described component information. May be obtained. Further, additional component information may be obtained in addition to the component information described above. Further, only part of the above-described component information may be acquired.

  In addition, the acquisition unit 2 of the present embodiment acquires information for specifying one of predetermined options with respect to, for example, the type of tube and the type of co-injection connector, but is limited to the above-described options. Instead, it is also possible to make an option by adding other general-purpose parts.

  Next, step S3 of searching for an infusion set corresponding to the part information acquired in step S2 from the infusion set database generated in association with information different from the part information will be described. In step S3, the search unit 3 searches the infusion set database in the storage unit 4 for an infusion set corresponding to the infusion set component information acquired by the acquisition unit 2 in step S2 described above. Note that the search unit 3 of the present embodiment searches for an infusion set including component information that matches the component information acquired by the acquisition unit 2. That is, since the acquisition unit 2 of the present embodiment has not acquired, for example, the component information related to the length of the tube in the above-described step S2, the retrieval unit 3 determines whether the acquisition unit 2 is independent of the length of the tube. A search is executed for only the acquired component information, and all standard products including component information that matches the component information acquired by the acquisition unit 2 are found. In this embodiment, as described above, past production number information is used as “information different from component information”.

  Next, step S4 of outputting information on the infusion set corresponding to the component information acquired in step S2 from the infusion set in the database to the display unit 7 will be described. In step S4, the display output unit 8 in the output unit 5 displays the search result by the search unit 3 on the display unit 7.

  In step S4, as the search result in step S3, for example, for each infusion set in the database corresponding to the component information acquired in step S2, an image image of the infusion set and the parts of the components of the infusion set Information can be displayed on the display unit 7.

  The operator of the infusion set search device 1 checks the search result in step S3 displayed on the display unit 7 in step S4, changes the part information of the infusion set, and causes the search unit 3 to execute the search again. Is determined. When performing the re-search, the acquisition unit 2 acquires the changed component information, and executes steps S2 and S3 again by the above-described method. The change of the component information of the infusion set is to change the component information acquired in step S2 to another component information exclusive thereto (for example, to change the type of a predetermined component), or to change the component information acquired in step S2. Means that part information of another part is acquired, part of the part information acquired in step S2 is deleted, and so on.

  For example, in step S2 described above, the retrieval unit 3 in step S3 sets the state in which the acquisition unit 2 does not acquire some part information such as the type of bottle needle, the type and number of co-injection connectors, and the number of one-touch clamps. A search is executed, and in accordance with a search result such as the number of hits displayed on the display unit 7 in step S4, the obtaining unit 2 additionally obtains some of these pieces of component information, and The search may be executed.

  When the re-search is not executed or when the narrowing down of the standard products by the re-search is completed, the operator selects one infusion set from the infusion sets displayed on the display unit 7. The case where the re-search is not executed or the case where the narrowing down of the standard products by the re-search is completed means, for example, that the user's request is included in the standard products of the infusion set displayed and output on the display unit 7 in step S4 described above. Satisfied standard products (here, standard products that completely match the specifications required by the user, or standard products similar to the specifications required by the user, which the user has determined to be substitutes for this standard product). There is a case where there is, or a standard product which does not satisfy the user's request as it is, but satisfies the user's request if some parts are changed. In such a case, the search for the infusion set by the infusion set search device 1 is completed, and the process proceeds to the design and ordering of the infusion set in steps S5 to S8.

  Next, step S5 of selecting one infusion set from the infusion sets displayed and output on the display unit 7 will be described. In step S5, the operator of the infusion set searching device 1 selects one infusion set from the list of infusion sets as a search result by the search unit 3 displayed and output on the display unit 7 in step S4. When one infusion set is selected, the display output unit 8 of the output unit 5 displays and outputs detailed information of the selected one infusion set to the display unit 7. Thereby, the operator can confirm the detailed information of the selected infusion set through the display unit 7. The detailed information of the infusion set includes, for example, identification information such as an identification number for specifying the infusion set, part information such as a tube length and a part name, and an image of the infusion set. The “one infusion set” selected in step S5 in the present embodiment means one (one type) of standard products.

  The operator of the infusion set search device 1 checks the detailed information of the infusion set displayed on the display unit 7 in step S5, and places an order for the infusion set (transmits the identification information of the infusion set to the external device 50). Or whether to design to change the components of this infusion set. When ordering the infusion set displayed on the display unit 7, step S7 described later is executed without executing the next step S6. Specifically, when the acquisition unit 2 acquires order instruction information from the operator (same as transmission instruction information to the external device 50), the transmission unit 9 of the output unit 5 transmits the order instruction information to the external device 50. To transmit the identification information specifying the infusion set.

  On the other hand, when designing to change the parts of the infusion set displayed on the display unit 7, the process proceeds to the next step S6.

  Next, with respect to one infusion set in the database selected in step S5, step S6 of changing parts constituting this infusion set will be described. One infusion set selected in step S5 is one infusion set in the database corresponding to the component information acquired in step S2, as described above. That is, one infusion set selected in step S5 is one of the standard products registered in the database. Therefore, in this step S6, by changing the components constituting the standard product of the infusion set, it is possible to design a special product of the infusion set that satisfies the user's requirements.

  The display output unit 8 of the output unit 5 displays on the display unit 7 the detailed information of the infusion set as one standard product selected in step S5 described above. The operator can change parts of the infusion set while checking this detailed information. Specifically, the acquiring unit 2 can acquire change information for changing parts of the infusion set. When the acquisition unit 2 acquires the change information of the component, the display output unit 8 of the output unit 5 displays and outputs the detailed information of the changed infusion set to the display unit 7. Here, the "part change information" includes not only addition, deletion, and replacement of parts, but also changes in specifications of each part such as changes in tube length.

  Next, step S7 of transmitting identification information for specifying one infusion set selected in step S5 or one infusion set selected in step S5 and changed in part in step S6 to external device 50 will be described. I do. In step S7, the identification information of one infusion set selected as a standard product that satisfies the user's request in step S5 or one infusion set as a special specification product whose parts have been changed in step S6 is stored in the external device 50. This is the step of transmitting to. Specifically, the transmission unit 9 of the output unit 5 transmits the identification information to the external device 50. The identification information transmitted in this step is received by the external device 50, and is received as order information by the provider of the infusion set, whereby the order of the infusion set is completed.

  Finally, when the infusion set specified by the identification information transmitted to the external device 50 is one infusion set whose components have been changed in step S6, the infusion set is registered in the database under predetermined conditions. Step S8 will be described. In step S8, when the infusion set specified by the transmitted identification information is not in the database, the infusion set is registered in the database under predetermined conditions. Specifically, the control unit 6 according to the present embodiment determines that the infusion set specified by the identification information transmitted to the external device 50 is a special specification product in which some parts of the standard product are changed. The infusion set is registered in the database of the storage unit 4 under predetermined conditions. More specifically, in the present embodiment, among the special specification products for which the identification information has been transmitted to the external device 50 by the transmission unit 9, the special specification product having the same specification is transmitted to the external device 50 a predetermined number of times or more. In this case, that is, when a special specification product having the same specification is ordered a predetermined number of times or more, the control unit 6 additionally registers the special specification product in the database of the storage unit 4. The special specification product registered in the database by ordering more than a predetermined number of times is hereinafter referred to as a “quasi-standard product”.

  More specifically, in step S8, the order number counter unit provided in the infusion set search device 1 counts the number of orders for the infusion set whose parts have been changed in step S6. And when the number of orders by the order number counter becomes a predetermined number or more, additionally registering the infusion set in the database of the storage unit 4.

  Here, in the present embodiment, a threshold value is set for the number of orders as a condition for additionally registering a special specification product as a quasi-standard product in the database. However, the threshold is not limited to such a threshold value. Appropriate conditions such as setting a threshold value can be set as appropriate. Note that, without setting such a threshold, each time the identification information is transmitted from the transmission unit 9 to the external device 50, it is possible to additionally register the identification information in the database of the storage unit 4. In the embodiment, since the standard product of the infusion set is stored in a database, it is particularly preferable to set the predetermined threshold value as described above.

  As described above, the infusion set search device 1 of the present embodiment first searches for an infusion set that satisfies the needs of the user, such as a doctor, from the standard products held by the provider of the infusion set. Excessive ordering of goods can be reduced. Further, according to the infusion set search device 1 of the present embodiment, even if an infusion set that satisfies the user's request is not included in the standard product, a part of the infusion set is replaced based on the standard product. Thereby, the special specification product can be designed, and an order can be placed with the provider of the infusion set, so that the user can easily design and order the special specification product of the infusion set.

  Further, the infusion set search device 1 of the present embodiment is configured to additionally register in the database as a semi-standard product if a predetermined condition such as the number of orders is satisfied, even if the product is a special specification product. Therefore, the database of the infusion set can be updated at any time as a database composed of standard products and semi-standard products of the infusion set reflecting the requests of many users.

  Note that the acquisition unit 2, the search unit 3, the storage unit 4, the output unit 5, and the control unit 6 of the present embodiment are configured by combining a processor such as a CPU, a memory, various interfaces, a display, and the like.

<Embodiment 2>
Next, an infusion set search device 21 as an embodiment of an infusion set search device according to the present invention and an infusion set search system 100 including the infusion set search device 21 will be described. FIG. 3 is a diagram showing an outline of the infusion set search system 100, and FIG. 4 is a diagram showing the configuration of the infusion set search system 100. The infusion set search device 21, the portable information other terminal 52 as the external device 50, and the external device. FIG. 5 is a block diagram of a receiving device 53 as 50. Hereinafter, the infusion set search device 21 and the infusion set search system 100 including the infusion set search device 21 will be described with reference to FIGS. 3 and 4.

  First, the infusion set search device 21 of the present embodiment will be described. The infusion set search device 21 of the present embodiment includes an acquisition unit 22, a search unit 23, a storage unit 24, an output unit 25, and a control unit 26. The infusion set search device 21 according to the present embodiment is different from the infusion set search device 1 according to the above-described first embodiment mainly in an acquisition mode in which an acquisition unit acquires component information of an infusion set. Here, differences between the infusion set search device 21 of the present embodiment and the infusion set search device 1 of the first embodiment will be mainly described.

  The acquisition unit 22 includes a receiving unit 27 that receives information on components constituting an infusion set from an external device 50 that is a separate device from the infusion set search device 21. That is, the acquisition unit 22 acquires various component information of the infusion set through the reception unit 27. In the present embodiment, the receiving unit 27 of the acquiring unit 22 receives the infusion set component information transmitted from the transmitting unit 54 of the portable information terminal 52 as the external device 50 by wire or wireless communication.

  Note that the receiving unit 27 in the acquiring unit 22 of the present embodiment can receive various component information changed by the search unit 23 to be searched again after the search by the search unit 23 described later. For example, when there are a predetermined number or more of the standard products of the infusion set indicated as the search result of the search unit 23, the receiving unit 27 of the acquisition unit 22 further receives additional component information of the infusion set to perform the search. The number of hits of the re-search by the unit 23 can be reduced.

  The storage unit 24 holds an infusion set database generated in association with at least information different from the component information of the components constituting the infusion set. The infusion set of the database held by the storage unit 24 of the present embodiment is similar to the database of the storage unit 4 of the first embodiment described above, and includes past information as part information of the infusion set and information different from the part information of the infusion set. Although the information is systematized in association with the production number information, the information different from the part information of the infusion set is not limited to this production number information, and can be appropriately set, for example, past sales information and the like. .

  The search unit 23 of the present embodiment searches the infusion set database stored in the storage unit 24 for an infusion set corresponding to various types of component information of the infusion set acquired by the acquisition unit 22. Note that, when the acquisition unit 22 receives changed various component information after the search by the search unit 23, the search unit 23 performs a search again.

  The output unit 25 of the present embodiment includes a transmission unit 28 that transmits the result searched by the search unit 23 to the external device 50. More specifically, the transmission unit 28 in the output unit 25 of the present embodiment transmits the search result of the search unit 23 to the reception unit 55 of the portable information terminal 52 as the external device 50 by wire or wireless communication.

  The control unit 26 according to the present embodiment issues an operation timing, an instruction of the operation, and the like to each of the above-described acquisition unit 22, search unit 23, storage unit 24, and output unit 25.

  Such an infusion set search device 21 of the present embodiment can be realized by, for example, a computer, a server, or the like that can perform wired or wireless communication with the external device 50. Note that the acquisition unit 22, the search unit 23, the storage unit 24, the output unit 25, and the control unit 26 of the present embodiment are configured by combining a processor such as a CPU, a memory, various interfaces, and the like.

  Also, in the present embodiment, the portable information terminal 52 is shown as the external device 50 with which the infusion set search device 21 performs wired or wireless communication, but transmits and receives data to and from the infusion set search device 21 through wired or wireless communication. It is not limited to the portable information terminal 52 as long as it can perform the operation. For example, a fixed information terminal such as a desktop computer can be used as the external device 50 that can communicate with the infusion set search device 21.

[Infusion set search system 100]
Hereinafter, the infusion set search system 100 will be described. The infusion set search system 100 executes the infusion set search method as one embodiment of the present invention, similarly to the infusion set search device 1 of the first embodiment.

  As shown in FIGS. 3 and 4, the infusion set search system 100 includes an infusion set search device 21, a portable information terminal 52 as the external device 50, and a receiving device 53 as the external device 50. Since the infusion set search device 21 is as described above, the description is omitted here.

[Portable information terminal 52]
As shown in FIG. 3, the portable information terminal 52 includes a touch screen display 60 as a user interface. Further, as shown in FIG. 4, the portable information terminal 52 includes an acquisition unit 56, a storage unit 57, an output unit 58, and a control unit 59. Hereinafter, for convenience of description, the above-described units of the portable information terminal 52 are referred to as a “terminal-side acquisition unit 56”, a “terminal-side storage unit 57”, a “terminal-side output unit 58”, and a “terminal-side control unit 59”. However, this is simply to distinguish it from the acquisition unit 22, the storage unit 24, the output unit 25, and the control unit 26 of the infusion set search device 21.

  The terminal-side acquisition unit 56 includes an information input unit 61 capable of inputting the infusion set component information via the touch screen display 60, and the above-described reception unit 55 for receiving the search result of the search unit 23 of the infusion set search device 21. And. The terminal-side output unit 58 includes the above-described transmission unit 54 that transmits the infusion set component information to the infusion set search device 21 and a display output unit 62 that displays and outputs, for example, the search result of the search unit 23 on the touch screen display 60. , Is provided.

  The terminal-side storage unit 57 includes a program for designing the screen of the touch screen display 60 when inputting the component information of the infusion set, and a program for displaying the search result by the search unit 23 of the infusion set search device 21 on the touch screen display 60. For example, various programs for operating applications used by the operator on the portable information terminal 52 side are stored.

  The terminal-side control unit 59 gives an operation timing and an instruction of the operation to each of the above-described terminal-side acquisition unit 56, terminal-side storage unit 57, and terminal-side output unit 58.

  Since the above-described portable information terminal 52 includes the touch screen display 60 as a user interface, the operator can externally input information such as component information via the touch screen display 60, and can also use the display unit. Through a certain touch screen display 60, the search result by the search unit 23 of the infusion set search device 21 can be confirmed. However, the portable information terminal 52 in the infusion set search system 100 is not limited to a configuration including a touch screen display. For example, an external input unit such as a keyboard that enables external input of information as a user interface; And a display means such as a display for displaying the information may be separately provided.

  Here, the terminal-side acquisition unit 56, the terminal-side storage unit 57, the terminal-side output unit 58, and the terminal-side control unit 59 of the portable information terminal 52 described above include a processor such as a CPU, a memory, and a touch screen display 60. It is configured by combining various interfaces.

[Receiver 53]
As shown in FIGS. 3 and 4, the receiving device 53 includes a receiving unit 49 that receives information from the above-described portable information terminal 52 by wired or wireless communication. The transmitting unit 54 of the portable information terminal 52 sends a predetermined signal to the receiving device 53 based on the transmission instruction information to the receiving device 53, such as the infusion set ordering information acquired by the terminal-side acquiring unit 56. Send identification information identifying the infusion set. The receiving unit 49 of the receiving device 53 receives the identification information. The ordering of the infusion set is completed based on the identification information received by the receiving device 53.

  The receiving device 53 shown in FIGS. 3 and 4 is an external device 50 that is a separate device from the infusion set search device 21 described above. However, the receiving device 53 is not limited to such a configuration. The receiving unit 27 of the search device 21 may receive the infusion set identification information transmitted from the transmitting unit 54 in the terminal output unit 58 of the portable information terminal 52.

[Infusion set search method using infusion set search system 100]
Next, an infusion set search method according to an embodiment of the present invention, which is executed by the infusion set search system 100, will be described. The infusion set search method executed here is the same as that shown in FIG. 2, and the infusion set search system 100 performs the infusion set search method according to the embodiment of the present invention in addition to the infusion set search. Infusion set design and ordering is feasible. Hereinafter, a method of searching, designing, and ordering an infusion set by the infusion set search system 100 will be described with reference to FIG.

  The search, design, and ordering method of the infusion set by the infusion set search system 100 includes a step S1 of acquiring user information of the infusion set, a step S2 of acquiring part information of parts constituting the infusion set, and information different from the part information. Step S3 of retrieving an infusion set corresponding to the component information acquired in Step S2 from the infusion set database generated in association with the above, and corresponding to the component information acquired in Step S2 among the infusion sets in the database. Step S4 of outputting information on the infusion set to be performed to the touch screen display 60 as a display unit, step S5 of selecting one infusion set from the output infusion set, and one of the databases selected in step S5. About the infusion set, the parts that make up this infusion set As the external device 50, the identification information specifying the infusion set selected in step S6 and one infusion set selected in step S5 or one infusion set selected in step S5 and changed in part in step S6. Step S7 of outputting to 53, and when the infusion set specified by the output identification information is one infusion set whose components have been changed in Step S6, the infusion set is registered in the database under predetermined conditions. Step S8. Hereinafter, the above steps S1 to S8 will be described in detail.

  First, step S1 of acquiring user information of an infusion set will be described. FIG. 5 is a view showing a user information input screen for inputting user information of an infusion set through the touch screen display 60 in the portable information terminal 52. In step S1, the terminal-side acquisition unit 56 of the portable information terminal 52 acquires user information on the user of the infusion set. Specifically, the terminal-side acquisition unit 56 of the present embodiment is a user for the user of the infusion set, such as a hospital name, a department name, and a person in charge, input to the information input unit 61 through the touch screen display 60 by the operator. Get information.

  When the operator of the portable information terminal 52 taps the “Next” button shown in FIG. 5 after inputting the user information, the display output unit 62 of the portable information terminal 52 displays the infusion set on the touch screen display 60. A component information input screen for inputting component information of components to be configured is displayed and output.

  Next, step S2 of acquiring component information of components constituting the infusion set will be described. FIG. 6 is a view showing a component information input screen for inputting component information on an infusion set of a specification requested by the user via the touch screen display 60 in the portable information terminal 52. In step S2, the terminal-side acquisition unit 56 of the portable information terminal 52 acquires various component information of the infusion set. Specifically, the terminal-side acquisition unit 56 of the present embodiment converts the bottle needle, the drip tube, the clamp, the co-infusion connector, and the infusion set, which are input to the information input unit 61 through the touch screen display 60 by the operator, into another medical device. The part information about the connector and the tubing located at the distal end of the infusion line connected to the instrument is obtained.

  In this infusion set search system 100, as shown in FIG. 6, a method of dropping an infusion agent, the presence or absence of an AFF clip, the number of drops per unit time, the presence or absence of an intermediate tube, the presence or absence of a filter, the shape of a downstream portion, the filtration, Although the presence / absence of a net and the color of the co-injection connector are acquired in step S2, the present invention is not limited to these pieces of component information, and the various component information described in the first embodiment may be acquired in step S2. It may be.

  In addition, as shown in FIG. 6, the infusion set search system 100 is configured to be able to search for an extension tube as one component used in the infusion set, in addition to searching for an infusion set. That is, the operator of the portable information terminal 52 can also search for a standard extension tube by tapping the “extension tube” button in the “category” column shown in FIG. 6 and inputting the specifications of the extension tube. It is possible. Here, the case where “infusion set” in the “category” column shown in FIG. 6 is selected will be described. However, even when “extension tube” is selected, a standard extension tube Can be searched.

  When the operator of the portable information terminal 52 taps the “next” button shown in FIG. 5 after inputting the component information of the infusion set, a search in step S3 described below is executed.

  Next, step S3 of searching the infusion set database, which is generated in association with information different from the infusion set component information, for the infusion set corresponding to the component information acquired in step S2 will be described. In the infusion set search system 100, the past production number information described in the first embodiment is used as information different from the infusion set component information, and the infusion set in the database in the storage unit 24 of the infusion set search device 21 is It is generated in association with the component information of the components constituting the infusion set and the past production number information.

  In step S3, the search unit 23 of the infusion set search device 21 uses the infusion set acquired by the terminal-side acquisition unit 56 of the portable information terminal 52 in step S2 described above from the infusion set database in the storage unit 24 of the infusion set search device 21. Search the infusion set corresponding to the set component information.

  More specifically, in step S3, the transmitting unit 54 of the terminal-side output unit 58 of the portable information terminal 52 transmits the part information of the infusion set acquired by the terminal-side acquiring unit 56 of the portable information terminal 52 in step S2 described above. Transmitting to the infusion set searching device 21; receiving the transmitted component information by the receiving unit 27 in the acquiring unit 22 of the infusion set searching device 21; Searching for a corresponding infusion set from a database of infusion sets held by the storage unit 24 of the infusion set search device 21.

  Next, step S4 of outputting information about the infusion set corresponding to the component information acquired in step S2 from the infusion set in the database to the touch screen display 60 as a display unit will be described. FIG. 7 is a diagram showing a screen on which the search result by the search unit 23 of the infusion set search device 21 is displayed on the touch screen display 60 of the portable information terminal 52. As shown in FIG. 7, in step S4, the display output unit 62 of the terminal-side output unit 58 of the portable information terminal 52 displays the search result by the search unit 23 of the infusion set search device 21 on the touch screen display 60 as a display unit. Display output.

  More specifically, in step S4, the transmitting unit 28 in the output unit 25 of the infusion set searching device 21 transmits the search result by the searching unit 23 in step S3 to the portable information terminal 52; The receiving unit 55 of the terminal-side acquisition unit 56 of the portable information terminal 52 receiving the search result, and the display output unit 62 of the terminal-side output unit 58 of the portable information terminal 52 outputs the search result received by the receiving unit 55. And outputting it to the touch screen display 60.

  As shown in FIG. 7, in step S4, as a search result in step S3, for example, for each infusion set in the database corresponding to the component information acquired in step S2, an image image of the infusion set and The component information of the components of the infusion set can be displayed on the touch screen display 60. Further, the components of the infusion set corresponding to the component information acquired in step S2 can be highlighted on the touch screen display 60. In FIG. 7, circles are displayed in the image of the infusion set to highlight the components corresponding to the component information acquired in step S2. By doing so, in each infusion set searched for in step S3, the operator can easily recognize how the component corresponding to the component information acquired in step S2 is incorporated, and as a result, The infusion set requested by the user can be easily found. However, the method of highlighting is not limited to the circle shown in FIG. 7, and for example, a difference in the color or thickness of the character may be used.

  The operator of the portable information terminal 52 checks the search result in step S3 displayed on the touch screen display 60 in step S4, changes the part information of the infusion set, and changes the search unit 23 of the infusion set search device 21. It is determined whether or not to execute the re-search by. When performing the re-search, the terminal-side acquisition unit 56 of the portable information terminal 52 acquires the changed component information, and executes steps S2 and S3 again by the above-described method. The change of the component information of the infusion set is to change the component information acquired in step S2 to another component information exclusive thereto (for example, to change the type of a predetermined component), or to change the component information acquired in step S2. Means that part information of another part is acquired, part of the part information acquired in step S2 is deleted, and so on.

  In the infusion set search system 100, as shown in FIG. 7, in addition to the search result in step S3, a component information input column for receiving a change in the component information acquired in step S2 is displayed on the touch screen display 60 ( Left column of the screen shown in FIG. 7). In the infusion set search system 100, the part information such as the type of the bottle needle, the presence or absence of the metering tube, the number of clamps, and the type and number of the co-injection connector are added to the part information acquired in step S2. Information can be added. However, the component information added here is not limited to the above-listed component information, and includes, for example, a connection structure between the tube and the co-injection connector, a type of the tube connected downstream of the co-infusion connector, and the like. It may be added as information. In the "part information input" column in FIG. 7, the types of parts are distinguished by uppercase alphabets for convenience of explanation. In the “detection result list” column in FIG. 7, for convenience of explanation, the identification number of each infusion set is represented by “AA-AAAAA” or the like.

  Further, in the infusion set search system 100, when a change in the component information is received on the screen shown in FIG. 7, the above-described steps S3 and S4 are executed. That is, in the infusion set search system 100, when the terminal-side acquisition unit 56 of the portable information terminal 52 acquires the component information changed from the component information acquired in step S2 after step S4 is executed, the portable information terminal 52 The transmitting unit 54 of the terminal-side output unit 58 of 52 transmits the changed component information to the infusion set searching device 21, and the searching unit 23 of the infusion set searching device 21 performs a re-search (step S3). Further, the transmitting unit 28 of the infusion set searching device 21 transmits the re-search result by the searching unit 23 to the portable information terminal 52, the receiving unit 55 of the terminal side obtaining unit 56 receives the re-search result, The display output unit 62 of the side output unit 58 displays and outputs the re-search result on the touch screen display 60 (step S4).

  As described above, when the terminal-side acquiring unit 56 of the portable information terminal 52 acquires the component information changed from the component information acquired in step S2 after the execution of step S4, based on this acquisition, step S3 and step S3 are performed. Step S4 is executed, and the search result displayed by the search unit 23 on the touch screen display 60 is updated. Therefore, the operator of the portable information terminal 52 can confirm the re-search result by the search unit 23 on the same touch screen display 60 only by changing the component information on the touch screen display 60. Note that such change of the component information can be performed any number of times, and each time the above-described steps S3 and S4 are executed.

  On the other hand, when the re-search is not executed or when the narrowing down of the standard products by the re-search is completed, the operator selects one infusion set from the infusion sets displayed and output on the touch screen display 60. . Here, the case where the re-search is not executed or the case where the narrowing down of the standard products by the re-search is completed means that, for example, the user is included in the standard products of the infusion set output to the touch screen display 60 in step S4 described above. (Here, a standard product that completely matches the specifications required by the user, or a standard product that is determined by the user to be a substitute for this standard product, and that is similar to the specifications required by the user. ), Or a standard product that does not satisfy the user's request as it is, but satisfies the user's request if some parts are changed. In such a case, the search for the infusion set by the infusion set search system 100 is completed, and the flow proceeds to designing and ordering the infusion set in steps S5 to S8.

  Next, step S5 of selecting one infusion set from the infusion sets displayed and output on the touch screen display 60 will be described. FIG. 8 is a diagram showing a display screen displayed and output when one infusion set is selected from the search results (see FIG. 7) displayed and output on the touch screen display 60 in step S4. That is, when the operator selects one infusion set from the list of infusion sets as a search result by the search unit 23 displayed and output on the screen illustrated in FIG. 7, the display output unit 62 of the portable information terminal 52 is selected. The detailed information of the other infusion set is displayed on the touch screen display 60 (see FIG. 8). The operator can check the detailed information of the selected infusion set on the screen shown in FIG. The detailed information of the infusion set includes, for example, identification information such as an identification number for identifying the infusion set, a part name, a tube length, an outer diameter and an inner diameter of the tube, and a connection method between the parts at each position of the infusion line. Examples include part information and an image of an infusion set.

  In FIG. 8, in the image image of the infusion set displayed at the top of the screen, numbers indicating the positions of the infusion lines are attached, and at the bottom of the screen, the component information at the position of the infusion line indicated by the numbers attached to the image image Is displayed. In FIG. 8, a configuration diagram schematically representing an infusion set is displayed at the lower part of the screen. In this configuration diagram, icons of different shapes are used according to the type of component information of the infusion set, and the operator can identify the type of component information by identifying the shapes of these icons. . For example, in the configuration diagram shown in FIG. 8, the component information on the tube is represented by a circle icon, the component information on the connection between the components is represented by a small rectangular icon, and the component information on the components other than the tube is represented by a square icon. .

  The operator of the portable information terminal 52 checks the detailed information of one infusion set displayed on the touch screen display 60 in step S5, and orders the displayed one infusion set (infusion set to the receiving device 53). Of the infusion set) or the design for changing the displayed part of one infusion set is determined. When ordering one of the displayed infusion sets, step S7 described later is executed without executing the next step S6. Specifically, when the terminal-side acquisition unit 56 of the portable information terminal 52 acquires order instruction information from the operator (or transmission instruction information to the receiving device 53), that is, in FIG. When the “order” button on the screen display 60 is tapped, the transmitting unit 54 of the terminal-side output unit 58 transmits identification information for specifying the infusion set to the receiving device 53.

  On the other hand, when designing to change the displayed part of one infusion set, the process proceeds to the next step S6. Specifically, when the terminal-side acquisition unit 56 of the portable information terminal 52 acquires the component change instruction information from the operator, that is, in FIG. 8, the “component change” button on the touch screen display 60 is pressed by the operator. When tapped, the display output unit 62 of the terminal-side output unit 58 outputs a screen for accepting component change information on the touch screen display 60 as shown in FIG.

  Next, with respect to one infusion set in the database selected in step S5, step S6 of changing parts constituting this infusion set will be described. In step S6, as described in the first embodiment, the parts of the standard product of one infusion set selected in step S5 are changed, and a special product of the infusion set that satisfies the user's requirements is designed. Can be. As shown in FIG. 9, the display output unit 62 of the portable information terminal 52 displays and outputs, on the touch screen display 60, detailed information of the standard product of one infusion set selected in step S5 described above. The operator can change parts of the infusion set while checking this detailed information.

  Specifically, the terminal-side acquisition unit 56 of the portable information terminal 52 can acquire change information for changing parts of an infusion set, which is input to the information input unit 61 through the touch screen display 60 by the operator. For example, as shown in FIG. 9, when the operator taps the “change” button or the “add” button displayed on the touch screen display 60, the display output unit 62 can change or add according to the position of the infusion line. A list of parts can be displayed on the touch screen display 60, and the operator can be selected from the list of parts. Here, the "part change information" includes not only addition, deletion, and replacement of parts, but also changes in specifications of each part such as changes in tube length.

  When the terminal-side acquisition unit 56 of the portable information terminal 52 acquires the change information of the component, the display output unit 62 of the terminal-side output unit 58 sends the detailed information of the changed infusion set to the touch screen display 60. Is output. In addition, for example, the background color of the part changed from the base standard part and the part that is not changed from the base standard part may be different in the configuration diagram of the infusion set shown in FIG. 9. May be identified.

  Next, step S7 of outputting identification information for specifying one infusion set selected in step S5 or one infusion set selected in step S5 and changed in part in step S6 to receiving device 53 will be described. I do. In step S7, the identification information of one infusion set selected as a standard product that satisfies the user's request in step S5 or one infusion set as a special specification product whose parts have been changed in step S6 is transmitted to the receiving device 53. This is the step of transmitting to. The identification information transmitted in this step is received by the receiving section 49 of the receiving device 53, and is received as order information by the provider of the infusion set, thereby completing the ordering of the infusion set.

  More specifically, as described above, when the terminal-side acquisition unit 56 of the portable information terminal 52 acquires order instruction information from the operator, that is, in FIG. When the “order” button is tapped, the transmitting unit 54 of the terminal-side output unit 58 transmits identification information for specifying the infusion set to the receiving device 53.

  Finally, if the infusion set specified by the identification information transmitted to the receiving device 53 is one infusion set whose components have been changed in step S6, the infusion set is registered in the database under predetermined conditions. Step S8 will be described. In step S8, when the infusion set specified by the transmitted identification information is not in the database, the infusion set is registered in the database under predetermined conditions. Specifically, the control unit 26 of the infusion set searching device 21 determines that the infusion set specified by the identification information transmitted to the receiving device 53 by the transmitting unit 54 of the terminal-side output unit 58 is a part of a standard product. Is a changed special specification product, the infusion set is additionally registered in the database of the storage unit 24 of the infusion set search device 21 under predetermined conditions. The infusion set additionally registered here is a quasi-standard product whose order number is equal to or more than a predetermined number as described in the first embodiment.

  More specifically, in step S8, the order number counter unit provided in the portable information terminal 52 counts the number of orders for the infusion set whose parts have been changed in step S6. A step of transmitting the registration instruction information to the infusion set searching device 21 when the number of orders by the order number counter becomes a predetermined number or more; The step of receiving the registration instruction information transmitted from the information terminal 52 and the step of the control unit 59 of the infusion set search device 21 additionally registering the infusion set in the database of the storage unit 24 based on the registration instruction information Including.

  Note that the screens shown in FIGS. 7 and 8 show screens in a state in which a quasi-standard product is not registered in the database of the storage unit 24. Therefore, all infusion sets displayed on the screen are “standard”. When the quasi-standard product is registered in the database of the storage unit 24, the screen of FIG. 7 showing the search results of the search unit 23 and the detailed information about one infusion set are shown in FIG. On the screen, a character string, an icon, and the like that can be distinguished from the standard product are displayed. For example, a character string of “quasi-standard product” can be displayed together with the image image.

  As described above, the infusion set search system 100 realizes search, design, and ordering of an infusion set. When the operator taps the "create order data" button displayed at the bottom of any of the screens shown in FIGS. 5 to 9, the screen shown in FIG. 5 is newly displayed, and the above-described step S1 is performed. To S8 can be executed again.

  Further, a step of determining whether or not a predetermined condition set based on the Pharmaceutical Affairs Law or the like is satisfied for the infusion set whose parts have been changed in Step S6 is further provided between Step S6 and Step S7 described above. It may be provided. The predetermined conditions include, for example, the total length of the infusion set and the number of co-infusion ports. This determination is performed by the terminal-side control unit 59 of the portable information terminal 52, for example. For example, the terminal-side control unit 59 executes the ordering in step S7 when the total length of the infusion set whose components have been changed in step S6 is equal to or less than the predetermined length, and executes the ordering in step S7 when the total length is longer than the predetermined length. Can be controlled not to be executed. For example, the terminal-side control unit 59 executes the ordering in step S7 when the number of co-infusion ports in the infusion set is equal to or less than a predetermined number, and does not execute the ordering in step S7 when the number is more than the predetermined number. May be controlled. When the terminal-side control unit 59 does not execute the order in step S7, the operator can change the components in step S6 again.

  Further, in step S7 described above, before transmitting the identification information specifying the infusion set to the receiving device 53, the display output unit 62 displays the price of the infusion set specified by the identification information on the touch screen display 60, It may be possible to display and output a period (delivery time) until it can be provided to the user. Further, the price and delivery date displayed here are different between the infusion set as the standard product selected in step S5 and the infusion set as the special specification product in which parts are changed from the standard product in step S6. May be displayed as follows. That is, the terminal-side control unit 59 displays the price to be displayed and the delivery date based on information (for example, whether or not there is change information acquired in step S6) that can distinguish whether the product is a standard product or a special specification product. May be controlled.

  Further, as described above, the portable information terminal 52 in the infusion set search system 100 includes a terminal-side acquisition unit 56 for acquiring the component information of the components constituting the infusion set, and a component information acquired by the terminal-side acquisition unit 56. And a transmitting unit 54 for transmitting an infusion set search device 21 that holds a database of infusion sets generated in association with information different from the component information, such as production number information. The information about the infusion set in the database corresponding to the component information transmitted by the transmission unit 54 is received from the infusion set search device 21. Further, the portable information terminal 52 includes a display output unit 62 for displaying and outputting the information on the infusion set in the database in the infusion set search device 21 received by the terminal-side acquisition unit 56 to a touch screen display 60 as a display unit. It is.

  Further, the terminal-side acquisition unit 56 of the portable information terminal 52 is a component that constitutes this infusion set in one infusion set in the database of the infusion set search device 21 displayed and output on the touch screen display 60 as a display unit. To obtain change information for changing. In addition, the terminal-side output unit 58 of the portable information terminal 52 transmits the identification information for specifying the infusion set whose component has been changed to the receiving device 53 as the external device 50. In addition, the portable information terminal 52 transmits registration instruction information for registering the infusion set specified by the identification information transmitted to the receiving device 53 to the database of the infusion set search device 21 under predetermined conditions to the infusion set search device 21. Send.

  In order to function as the infusion set search device 1 of the first embodiment and the infusion set search device 21 of the second embodiment, a computer can be suitably used, and such a computer includes the infusion set search device 1 and the infusion set. A program describing processing contents for realizing each function of the search device 21 is stored in the storage units 4 and 24 of the computer, and the program is read out and executed by the control units 6 and 26 of the computer. be able to.

  That is, in this program, the acquisition unit acquires the computer from the acquisition unit that acquires the component information of the components that constitute the infusion set, and the database of the infusion set that is generated in association with the condition different from the component information. This is to function as search means for searching for an infusion set corresponding to the component information.

  In addition to the acquisition means and the retrieval means described above, a design means for designing a computer to change the components constituting the infusion set in one infusion set in the database corresponding to the component information acquired by the acquisition means. It may be a program that functions as. Furthermore, a program that causes this computer to function as an output unit that outputs, to the external device 50, identification information that specifies an infusion set whose components have been changed may be used. Still further, the computer may be a program that functions as a registration unit that registers an infusion set specified by the identification information output to the external device 50 in a database in a storage unit of the computer. The infusion set specified by the identification information output to the external device 50 may be a program for transmitting registration instruction information for registering the infusion set in a database in the storage unit of the external device 50 and functioning as a transmission unit of the registration instruction information.

  Note that these programs can be recorded on a computer-readable recording medium. In addition, this program can be provided to a computer through a network.

  The present invention relates to an infusion set search device and an infusion set search method.

1, 21: Infusion set search device 2, 22: Acquisition unit 3, 23: Search unit 4, 24: Storage unit 5, 25: Output unit 6, 26: Control unit 7: Display unit 8: Display output unit 9: Transmission Unit 17: information input unit 27: receiving unit 28: transmitting unit 49: receiving unit 50: external device 52: portable information terminal (external device)
53: Receiving device (external device)
54: transmitting unit 55: receiving unit 56: terminal-side acquisition unit (acquisition unit)
57: Terminal-side storage unit (storage unit)
58: Terminal-side output unit (output unit)
59: terminal-side control unit (control unit)
60: Touch screen display (display unit)
61: Information input unit 62: Display output unit 100: Infusion set search system

Claims (5)

Acquisition unit for acquiring part information of parts constituting an infusion set including a tube, a co- infusion connector, and a connection structure between the tube and the co- infusion connector ,
An infusion set corresponding to the component information obtained by the obtaining unit, and a search unit configured to search an infusion set database generated in association with information different from the component information. apparatus.   The said acquisition part acquires the change information which changes the component which comprises the said infusion set about one infusion set of the said database corresponding to the said component information which the said acquisition part acquired, The Claims characterized by the above-mentioned. 2. The infusion set search device according to 1.   The infusion set search device according to claim 2, further comprising an output unit that outputs identification information specifying the infusion set determined based on the change information to an external device.   The infusion set search device according to claim 3, wherein the infusion set specified by the identification information output by the output unit is registered in an infusion set in the database.   The infusion set search device according to claim 1, wherein the database is generated in association with past production number information or sales information of the infusion set.

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