KR20230128185A - Infusion pack drug injection and management system - Google Patents

Abstract

The present invention can automatically supply prescribed drugs to the inside of the infusion pack, eliminating the need to manually inject drugs while using and consuming a large amount of syringes in the infusion pack, furthermore, medical personnel such as nurses As the syringe that has not been discarded due to this negligence is used again, it is possible to easily prevent the possibility that the drug remaining in the syringe that has already been used will flow into and mix with other drugs. It also relates to an infusion pack drug injection and management system that can easily prevent medical accidents, and largely, an infusion pack supply unit for supplying an infusion pack; A fluid pack transfer unit for circulating and transporting the fluid packs supplied from the fluid pack supply unit; An injector supply unit for supplying an injector to the infusion pack that the infusion pack transfer unit circulates; An injector fixing unit for fixing the position of the injector supplied from the injector supply unit while being inserted into the infusion pack; a drug supply unit for supplying a fixed amount of drug into the injector so that the drug can be supplied in a fixed amount to the inside of the infusion pack through the injector fixed in position through the injector fixing unit; an injector removal unit that removes the injector from the infusion pack receiving the drug through the metered dose supply unit and the injector; a printing unit which prints medical information including the type of medicine put into the infusion pack from which the injector is removed through the injector removal unit and the patient's unique information to which the medicine is to be administered; Infusion pack collection unit for collecting the infusion pack on which the medical information is printed by the printing unit; is made including.

Description

Infusion pack drug injection and management system {Infusion pack drug injection and management system}

The present invention can automatically supply prescribed drugs to the inside of the infusion pack, eliminating the need to manually inject drugs while using and consuming a large amount of syringes in the infusion pack, furthermore, medical personnel such as nurses As the syringe that has not been discarded due to this negligence is used again, it is possible to easily prevent the possibility that the drug remaining in the syringe that has already been used will flow into and mix with other drugs. It also relates to an infusion pack drug injection and management system that can easily prevent medical accidents.

In general, infusion packs are used for storage and supply of blood, including nutrient infusions administered for the purpose of supplying water electrolytes to patients and nutritional management before and after surgery.

As shown in Figure 1, the sap pack (3) is usually made of a film of a resin material on which the inside is projected, and the main body 31 marked with the type and capacity of the sap stored on the surface; a tube 32 provided vertically on the upper part of the body 31 so as to communicate with the body 31; Sealing cap 33 coupled to the upper part of the tube 32; recently, a sealing cap for an infusion pack that can more conveniently and safely manage the infusion pack 3 has been registered in Korea Patent Publication No. It has been proposed as No. 10-0648437.

On the other hand, in order to administer the drug prescribed to the patient to the infusion pack (3) that can be safely managed through the Korean Registered Patent Publication No. 10-0648437, etc., medical personnel such as nurses usually use the infusion pack by using a syringe. The drug prescribed in (3) is manually injected, and there is a high risk of injecting the drug in excess or less than the prescribed amount into the infusion pack (3), as well as causing a lot of inconvenience in injecting the prescribed amount of drug. There is a problem that causes the consumption of a large amount of time.

Furthermore, when a medical person such as a nurse carelessly uses a syringe that has already been used again without discarding it, there is a high risk that the drug remaining in the syringe that has already been used is mixed with other drugs.

In addition, there is a high risk of medical personnel such as nurses inadvertently injecting a drug other than the corresponding drug into the infusion pack (3), and this causes a medical accident in which a drug other than the corresponding drug is administered to the patient. there is.

Korean Registered Patent Registration No. 10-0648437

The present invention was created to solve the above-mentioned problems, and it is possible to automatically supply a prescribed drug to the inside of the infusion pack, so it is necessary to manually inject the drug while using and consuming a large amount of syringes in the infusion pack, respectively. disappears, and furthermore, as medical personnel such as nurses re-use syringes that have not been discarded inadvertently, it is possible to easily prevent the possibility that drugs remaining in already used syringes will flow into other drugs and be mixed. In addition, Its purpose is to provide an infusion pack drug injection and management system that can easily prevent a medical accident in which a drug other than the corresponding drug is administered to a patient.

The present invention for achieving the above object is a fluid pack supply unit for supplying a fluid pack; A fluid pack transfer unit for circulating and transporting the fluid packs supplied from the fluid pack supply unit; An injector supply unit for supplying an injector to the infusion pack that the infusion pack transfer unit circulates; An injector fixing unit for fixing the position of the injector supplied from the injector supply unit while being inserted into the infusion pack; a drug supply unit for supplying a fixed amount of drug into the injector so that the drug can be supplied in a fixed amount to the inside of the infusion pack through the injector fixed in position through the injector fixing unit; an injector removal unit that removes the injector from the infusion pack receiving the drug through the metered dose supply unit and the injector; a printing unit which prints medical information including the type of medicine put into the infusion pack from which the injector is removed through the injector removal unit and the patient's unique information to which the medicine is to be administered; It provides an infusion pack drug injection and management system comprising a; infusion pack collection unit for collecting the infusion pack on which the medical information is printed by the printing unit.

Here, the sap pack supply unit and a support plate for seating and supporting a plurality of sap packs; It is preferably configured to include; provided on one side of the support plate actuator for sequentially supplying a plurality of fluid packs in a direction from one side to the other side of the support plate.

In addition, the fluid pack transfer unit and the rail of the track form to maintain a predetermined interval with the fluid pack supply unit; a plurality of moving hangers that circulate along the rail at regular intervals; A transfer plate provided horizontally at the bottom of the plurality of moving hangers and transporting the fluid packs while circularly moving along the plurality of moving hangers in a state where the fluid packs supplied from the fluid pack supply unit are seated, respectively; It is preferable to be configured to include; a connection pipe provided vertically between the transfer plate and the side surfaces of the plurality of moving hangers to connect the moving hanger and the transfer plate.

Furthermore, in the injector supply unit, a guide slit through which a plurality of injectors to be supplied to the upper direction of the infusion pack that the infusion pack transfer unit circulates and transfers vertically penetrates each is formed to extend a certain length in the front and rear direction, and the front side of the guide slit a guide plate that is opened; It is preferable to include; an actuator for sequentially supplying a plurality of injectors vertically penetrating the guide slit of the guide plate in the upper direction of the infusion pack transfer unit circulating and transferring the infusion pack.

In addition, the injector has a body with an open upper part and a drug quantity supplied therein; An injection needle provided vertically at the lower part of the body to be in communication with the body, the lower part of which is inserted into the inside of the infusion pack at a certain length to inject the drug supplied in a fixed amount into the inside of the body into the inside of the infusion pack; It is preferable to be configured by

Here, the body includes an outer body with an open top and a fixed amount of drug supplied therein; It is preferable to consist of an inner body provided to be able to move up and down inside the outer body so as to communicate with the outer body, an upper portion being open, and a drug supplied in a fixed amount to the inside of the outer body.

In addition, a fixing hole is formed in the lower center of the inner body, and a discharge hole for discharging the drug supplied in a fixed amount into the inner body to the inside of the outer body in the lower part of the inner body has a radial shape based on the fixing hole. formed at regular intervals, the injector protrudes in the direction of the fixing hole of the inner body, a fixing shaft inserted and fixed into the fixing hole is formed in the upper center, and a guide for guiding the drug discharged from the discharge hole to the outer body It is preferable to include; a diaphragm in which balls are formed radially at regular intervals based on the fixed shaft.

In addition, the injector preferably includes; an annular packing member provided between the inner surface of the outer body and the outer surface of the inner body.

In addition, the injector fixing unit is a vertical and horizontal axis that is provided to move vertically and horizontally to the transfusion pack transfer unit; a vertical movement body moving vertically along the vertical axis; A gripping member provided in the vertical moving body to move vertically along the vertical moving body while holding the injector supplied from the injector supply unit and fixing the position while the injector is inserted into the infusion pack; it is desirable

In addition, the drug quantity supply unit includes a seating plate provided horizontally at a predetermined height in an upper direction of the injector fixed in position through the injector fixing unit; It is seated and fixed on the top of the seating plate at regular intervals from one side of the seating plate to the other, and the drug for supplying a fixed amount to the inside of the infusion pack through the injector fixed in position through the injector fixing part is fixed therein. a plurality of drug storage passages stored at a height; a guide tube provided vertically at the bottom of the drug reservoir to communicate with the drug reservoir and guiding the drug into the injector; It is preferable to include; an on-off valve for opening and closing the guide pipe.

Furthermore, it is preferable to include; a pressing plate unit for pressing the inner body of the injector in a lower direction of the outer body.

In addition, the injector removal unit includes a forward and backward moving body that moves forward and backward toward the injector from the front and outside of the injector; a gripping member provided on the forward/backward moving body and moving in the direction of the injector along the forward/backward moving body to hold the injector; Move the forward and backward moving body together with the gripping member provided on the forward and backward movement body in the direction of the injector to remove the injector from the infusion pack receiving the dose of drug supplied through the drug metered supply unit and the injector, and the forward and backward movement body an actuator for moving the back-and-forth movement body and the injector in a front-outward direction of the fluid pack together with the holding member provided on the back-and-forth movement body in a state where the holding member is holding the injector; Preferably, it is configured to include; an injector storage container in which the injector removed from the infusion pack is stored therein.

In addition, the fluid pack collection unit and the left and right moving body for moving left and right in the direction of the fluid pack from the outside of one side of the fluid pack on which the medical information is printed by the printing unit; a gripping member provided on the left and right moving body to move in the direction of the infusion pack on which medical information is printed by the printing unit along the left and right moving body and grip the infusion pack; a first actuator which moves the left and right moving body in the direction of the fluid pack together with the gripping member provided on the left and right moving body; a second actuator for moving the first actuator, the left and right moving body, and the gripping member provided on the left and right moving body in the forward and backward directions of the first actuator; It is preferable to include; a fluid pack seating plate on which the collected fluid pack is seated through the gripping member provided in the left and right moving body.

And, a display unit for displaying medical information including the type of medicine to be injected into the infusion pack and the patient's unique information to which the medicine is to be administered; an input unit for inputting medical information including the type of medicine to be put into the infusion pack to be displayed on the display unit and unique information of the patient to whom the medicine is to be administered; a communication unit which transmits medical information input by the input unit, including the type of medicine to be injected into the infusion pack and the patient's unique information to which the medicine is to be administered; The communication unit receives medical information including the type of medicine to be injected into the infusion pack and the unique information of the patient to be administered, and the display unit, the infusion pack supply unit, the infusion pack transfer unit, the injector supply unit, the injector fixing unit, It is preferable to include; a control unit for controlling the drug quantity supply unit, the injector removal unit, the printing unit, and the infusion pack rejection unit.

Since the present invention can automatically supply the prescribed drug into the infusion pack through the injector supply unit automatically supplying the infusion pack to the infusion pack and the drug-quantity supply unit that automatically supplies the drug into the infusion pack, the prescribed drug can be automatically supplied in a fixed amount to the infusion There is no need to manually inject drugs while using and consuming a large amount of syringes in the pack, and furthermore, as medical personnel such as nurses re-use syringes that have not been discarded carelessly, drugs remaining in already used syringes It is possible to easily prevent the possibility of being mixed with other drugs, as well as to easily prevent medical accidents in which drugs other than the corresponding drug are administered to the patient.

1 is a front view schematically showing a fluid pack;
Figure 2 is a plan view schematically showing an embodiment of the infusion pack drug injection and management system of the present invention,
3 is a plan view schematically showing a state in which the sap pack supply unit supplies the sap pack to the sap pack transfer unit;
4 is a front view schematically showing an infusion pack transfer unit;
5 is a front view schematically showing a state in which the sap pack is supplied to the sap pack transfer unit through the sap pack supply unit;
6 is a plan view schematically showing a state in which the infusion pack is moved to the injector supply unit through the infusion pack transfer unit;
7 is a plan view schematically showing a state in which the injector supply unit supplies the injector to the infusion pack;
8 is a cross-sectional view along line A - A of FIG. 7;
9 is a cross-sectional view schematically showing an injector;
10 is a separated cross-sectional view of FIG. 9;
11 and 12 are front views sequentially showing the process of inserting and fixing the injector into the infusion pack by the injector fixing unit;
13 is a plan view schematically showing a state in which the infusion pack and the injector are moved to the drug metered supply unit through the infusion pack transfer unit;
14 is a front view schematically showing a state in which a drug is supplied in a metered quantity to the inside of an injector through a drug metered supply unit;
15 is a plan view schematically showing a state in which the infusion pack and the injector are moved to the pressure plate unit through the infusion pack transfer unit;
16 and 17 are cross-sectional views schematically illustrating a process in which the inner body of the body of the injector is lowered by the pressure plate unit,
18 is a plan view schematically showing a state in which the infusion pack and the injector are moved to the injector removal unit through the infusion pack transfer unit;
19 is a front view schematically showing the process of separating the injector from the infusion pack;
20 to 23 are plan views sequentially showing the process of removing the injector from the infusion pack through the injector removal unit,
24 is a plan view schematically showing a state in which the infusion pack from which the injector is removed is moved to the printing unit through the infusion pack transfer unit;
25 is a front view schematically showing a state in which medical information is printed on an infusion pack from which an injector is removed;
26 is a plan view schematically showing a state in which the infusion pack on which medical information is printed is moved to the infusion pack rejection unit;
27 to 31 are plan views schematically showing the process of collecting the infusion pack on which medical information is printed by the infusion pack collection unit,
32 is a block diagram schematically showing the control state of the control unit.

Hereinafter, a preferred embodiment of the present invention will be described in more detail based on the accompanying drawings. Of course, the scope of the present invention is not limited to the following examples, and can be variously modified and implemented by those skilled in the art without departing from the technical gist of the present invention.

Figure 2 is a plan view schematically showing an embodiment of the infusion pack drug injection and management system of the present invention.

Infusion pack drug injection and management system, which is an embodiment of the present invention, as shown in FIG. It comprises a drug quantity supply unit 50, an injector removal unit 60, a printing unit 70, and an infusion pack collection unit 80.

First, the infusion pack supply unit 10 supplies an infusion pack filled with various types of infusions, such as a mixture of water and electrolytes, carbohydrates, amino acid solutions, glucose solutions, plasmanets, dextran, and red blood cell suspensions.

The sap pack supply unit 10 may be configured to include, for example, a support plate 110 and an actuator 120, as shown in FIG. 2, for example.

The support plate 110 may horizontally extend a predetermined length from one side of the support plate 110 to the other side.

Although not shown in the drawings, support legs for supporting the support plate 110 at a certain height may be provided vertically at each lower corner of the support plate 110 .

On the front and rear sides of the support plate 110, support jaws 111 protruding at a predetermined length in the upper direction of the support plate 110 may be formed extending left and right along the support plate 110 at a predetermined length.

The fluid pack may be vertically seated in a plurality in a direction from one side of the support plate 110 to the other side on the top of the support plate 110 so as to be positioned between the support jaws 111 by medical personnel such as nurses.

The actuator 120 may be formed of various types such as a cylinder horizontally provided in various ways such as bolt fixing to an upper portion of one side of the support plate 110 .

3 is a plan view schematically showing a state in which the sap pack supply unit supplies the sap pack to the sap pack transfer unit.

As the length of the rod 121 of the cylinder 121 that can form the actuator 120 is intermittently extended under the control of a control unit to be described later, a plurality of fluid packs 3 on which the support plate 110 is seated are also shown. As shown in 3, it may be supplied sequentially and intermittently to the transfusion pack transfer unit 20 located in the other direction of the support plate 110.

Next, the infusion pack transfer unit 20 intermittently circulates and transfers the infusion packs 3 sequentially and intermittently supplied from the infusion pack supply unit 10 in a counterclockwise direction.

Figure 4 is a front view schematically showing the transfusion pack transfer unit.

As an example, the fluid pack transfer unit 20 may be configured to include a rail 210, a plurality of moving hangers 220, a transfer plate 230, and a connector 240, as shown in FIG. there is.

Although not shown in the drawings, the rail 210 may be installed in a track form along the outer edge of the frame while being supported at a predetermined height by the frame.

The rail 210 may be located on the other side of the support plate 110 of the fluid pack supply unit 10 while maintaining a certain distance from the support plate 110 of the fluid pack supply unit 10.

The plurality of moving hangers 220 may intermittently circulate along the rail 210 at regular intervals under the control of the controller.

The transfer plate 230 may be provided horizontally under the plurality of moving hangers 220, respectively.

Figure 5 is a front view schematically showing a state in which the sap pack is supplied to the sap pack transfer unit through the sap pack supply unit.

As shown in Figure 5, the upper portion of the transfer plate 230, the fluid packs 3 sequentially and intermittently supplied from the fluid pack supply unit 10 may be vertically seated, respectively.

The transfer plate 230 may intermittently transfer each of the fluid packs 3 while intermittently circularly moving along the plurality of moving hangers 220 .

A fixing body 250 for fixing the lower part of the main body 31 of the fluid pack 3 may be provided horizontally in various ways such as bolt fixing on the upper part of the other side of the transfer plate 230.

The front side of the fixed body 250 may be provided with a holding member 251 whose width is narrowed or expanded left and right under the control of the control unit.

Main body 31 of the infusion pack 3 supplied sequentially and intermittently from the infusion pack supply unit 10 to the upper surface of the other side of the transfer plate 230 between the gripping members 251 of the fixed body 250 In a seated state, the holding member 251 of the fixing body 250 can fix the position of the infusion pack 3 while holding one side and the other side of the main body 31 of the infusion pack 3. there is.

The connection pipe 240 is provided vertically between the top of one side of the transfer plate 230 and the front surface of the plurality of moving hangers 220 in various ways such as bolt fixing, so that the moving hanger 220 and the transfer plate ( 230) can be connected.

An upper portion of the connection pipe 240 may be opened.

An actuator 241 that lifts the injector fixing part 40 under the control of the control unit may be provided inside the connection pipe 240 .

The actuator 241 of the connection pipe 240 may be formed of various types such as a cylinder vertically provided in various ways such as bolt fixing to the inside of the connection pipe 241 .

An upper portion of the rod 241a of a cylinder capable of forming the actuator 241 of the connecting pipe 240 may be exposed to a predetermined length toward the outside of the upper portion of the connecting pipe 240 .

6 is a plan view schematically showing a state in which the infusion pack is moved to the injector supply unit through the infusion pack transfer unit, and FIG. 7 is a plan view schematically showing a state in which the injector supply unit supplies the injector to the infusion pack.

Next, as shown in FIG. 6, the injector supply unit 30 is located in front of one side of the rail 210 of the fluid pack transport unit 20, and as shown in FIG. 7, the fluid pack transport unit 20 It is possible to intermittently supply the injector with the infusion pack (3) that circulates and transfers intermittently in a counterclockwise direction.

8 is a cross-sectional view taken along line A-A of FIG. 7 .

As shown in FIGS. 2, 7 and 8, for example, the injector supply unit 30 may include a guide plate 310 and an actuator 320.

The guide plate 310 may be provided with a horizontal extension at a predetermined length in the front and rear directions of the rail 210 of the fluid pack conveyer 20 at the front of one side of the rail 210 of the fluid pack conveyer 20. .

Although not shown in the drawings, support legs for supporting the guide plate 310 at a certain height may be provided vertically at each lower corner of the guide plate 310 .

A guide slit 311 may be formed in the middle of the guide plate 310 to extend forward and backward with a predetermined length along the guide plate 310 .

A front side of the guide slit 311 of the guide plate 310 may be opened.

The outer body 501a of the body 501 to be described later of the plurality of injectors 5 to be supplied to the upper direction of the infusion pack 3 that the infusion pack transfer unit 20 circulates intermittently in a counterclockwise direction. One side and the other side of the annular seating jaw 501a ₂ of the outer body 501a of the injector 5 are respectively the guide plate ( 310) may be seated on one upper side and the other upper side.

The actuator 320 may be formed of various types such as a cylinder horizontally provided in various ways such as bolt fixing to the upper part of the other side of the guide plate 310 .

As the length of the rod 321 of the cylinder capable of forming the actuator 320 is intermittently extended under the control of the control unit, the plurality of injectors 5 move the fluid pack transfer unit 20 counterclockwise. It can be individually supplied sequentially in the upper direction of the transfusion pack 3 that is intermittently circulated and transported.

9 is a schematic cross-sectional view of the injector, and FIG. 10 is a separate cross-sectional view of FIG.

Next, the disposable injector 5 may be configured to include a body 501 and an injection needle 502, as shown in FIGS. 9 and 10, for example.

An upper portion of the body 501 may be opened.

Inside the body 501, a drug to be supplied in a fixed amount to the inside of the infusion pack 3 may be supplied in a fixed amount.

The body 501 may include, for example, an outer body 501a and an inner body 501b.

An upper portion of the outer body 501a may be opened.

On the outer surface of the middle portion of the outer body 501a, an annular seating jaw 501a ₂ horizontally protrudes outward from the outer body 501 may be formed.

A drug may be supplied in a fixed amount to the inside of the outer body 501a.

The inner body 501b may be movably provided inside the outer body 501a so as to communicate with the outer body 501a.

An upper portion of the inner body 501b may be opened.

An upper outer surface of the inner body (501b) may be formed with an annular seating jaw (501b ₁ ) horizontally protruding outwardly of the inner body (501b).

Inside the inner body (501b), a drug that is supplied in a fixed amount to the inside of the outer body (501a) and discharged in a lower direction of the outer body (501a) can be supplied in a fixed amount.

A fixing hole 501c may be formed in the lower center of the inner body 501b.

In the lower part of the inner body 501b, a discharge hole 501d for discharging the drug supplied in a fixed amount into the inner body 501b to the inside of the outer body 501a is provided based on the fixing hole 501c. It can be formed radially at regular intervals.

The tubular injection needle 502 is located in the lower middle of the outer body 501a of the body 501 so as to communicate with the outer body 501a of the body 501. It may be provided with a vertical extension to a certain length in the lower outer direction.

An inclined surface 502a may be formed at the lower end of the tubular injection needle 502 so that the tubular injection needle 502 can easily vertically penetrate the sealing cap 33 of the infusion pack 3.

The inclined surface 502a may be inclined downward from one side of the injection needle 502 to the other side.

The sealing cap 33 of the infusion pack 3 may be made of various types of elastic materials such as silicone and rubber.

11 and 12 are front views sequentially showing the process of inserting and fixing the injector into the infusion pack by the injector fixing unit.

As shown in FIGS. 11 and 12, the tubular injection needle 502 vertically penetrates the sealing cap 33 of the infusion pack 3 and is provided vertically on the upper part of the main body 31 of the infusion pack 3. It is inserted into the inside of the tube 32 to be a certain length and the drug supplied in a fixed amount into the inside of the body 501 can be injected into the inside of the body 31 of the infusion pack 3.

When the inner body 501b descends, the drug supplied in a fixed amount to the inside of the outer body 501a passes through the tubular injection needle 502 to the inside of the tube 32 of the infusion pack 3. In order to facilitate easy metered supply, the injector 5 presses the drug supplied in a metered amount into the outer body 501a to the lower direction of the outer body 501a when the inner body 501b descends. A diaphragm 503 may be further included.

As shown in FIG. 10, in the upper center of the diaphragm 503, which can be made of various types such as silicon and rubber, protrudes at a certain length in the direction of the fixing hole 501c of the inner body 501b, and the fixing hole 501c ) A fixed shaft 503a that is inserted and fixed in various ways such as interference fit may be formed.

A portion of the diaphragm 503 adjacent to the fixed shaft 503a of the diaphragm 503 guides the drug discharged from the discharge hole 501d of the inner body 501b to the inside of the outer body 501a. Guide holes 503b may be formed radially at regular intervals based on the fixed shaft 503a. (See FIG. 14.)

The inner body ( In order to support 501b) inside the outer body 501a at a certain height, the injector 5 includes an annular O-ring provided between the inner surface of the outer body 501a and the outer surface of the inner body 501b. A packing member 504 may be further included.

An annular insertion groove 501a ₁ may be formed on an upper inner surface of the outer body 501a, and the annular packing member 504 may be inserted into the annular insertion groove 501a ₁ .

Next, in the injector fixing part 40, the injection needle 502 of the injector 5 intermittently and sequentially supplied from the injector supply part 30 connects the sealing cap 33 of the infusion pack 3 to the vertical tube. Through this, the injector 5 is fixed in position while being inserted into the tube 32 of the fluid pack 3.

The injector fixing part 40, for example, as shown in FIGS. 4, 11 and 12, may be configured to include a vertical shaft 410, a vertical shaft 420, and a holding member 430. .

One side of the vertical shaft 410 is an actuator of the connection pipe 240 of the fluid pack transfer unit 20 so that the vertical shaft 410 can be horizontally moved vertically to the fluid pack transfer unit 20 241 can be connected and fixed to the top of the rod 241a of the cylinder in various ways such as bolt fixation and welding fixation.

The vertical movement body 420 is connected and fixed to the other side of the vertical movement shaft 410 in various ways, such as bolt fixing and welding, so that it can move up and down along the vertical movement shaft 410 .

The holding member 430 is provided on the front side of the vertical movement body 420 and can be narrowed or expanded in width left and right under the control of the control unit.

The injector supply unit 30 may intermittently supply the injector 5 to the inside of the gripping member 4303

An annular seating jaw 501a ₂ of the outer body 501a of the injector 5 may be seated on an upper portion of the gripping member 430 .

The gripping member 430 may grip the lower outer surface of the outer body 501a of the injector 5 .

When the length of the rod 241a of the cylinder that can form the actuator of the connecting pipe 240 is gradually reduced under the control of the control unit, the holding member 430 gradually descends together with the vertical moving body 420. can

Due to this, as shown in FIGS. 11 and 12, the injection needle 502 of the injector 5 vertically penetrates the sealing cap 33 of the infusion pack 3 and the main body 31 of the infusion pack 3 ) The injector 5 may be fixed in position while being inserted into the tube 32 provided vertically at the top of the tube 32 at a predetermined length.

13 is a plan view schematically showing a state in which the infusion pack and the injector are moved to the drug quantity supply unit through the infusion pack transfer unit.

Next, as shown in FIG. 13, the drug quantity supply unit 50 is positioned in the opposite direction to the other side of the injector supply unit 30 while maintaining a predetermined distance from the injector supply unit 30, the infusion pack. It may be provided at a predetermined height on the upper part of the front side of the rail 210 of the transfer unit 20 .

14 is a front view schematically illustrating a state in which a drug is supplied in a metered quantity to the inside of an injector through a drug metered supply unit.

The drug metered supply unit 50 is the injector (50) to supply the drug to the inside of the main body 31 of the infusion pack (3) through the injector (5) fixed in position through the injector fixing unit (30). 5) The drug can be supplied in a fixed amount to the inside of the control unit under the control of the control unit.

For example, as shown in FIG. 14, the drug quantity supply unit 50 may include a seating plate 510, a plurality of drug reservoirs 520, a guide pipe 530, and an on/off valve 540. there is.

The seat plate 510 is provided horizontally at a predetermined height in the upper direction of the injector 5 fixed in position through the injector fixing part 40, so that the upper part of the front side of the rail 210 of the infusion pack transfer unit 20 It may be provided at a certain height.

Although not shown in the drawings, support legs for supporting the seating plate 510 at a certain height may be provided vertically at each lower corner of the seating plate 510 .

On the upper surface of the seating plate 510, fixing jaws 512 protruding at a predetermined length in the upper direction of the seating plate 510 may be formed at regular intervals from one side of the seating plate 510 to the other side. .

A through hole 511 may be formed at a portion of the seating plate 510 between the fixing jaws 512 .

The plurality of drug reservoirs 520 may be seated and fixed at regular intervals from one side of the seating plate 510 to the other side of the seating plate 510 so as to be located between the fixing jaws 512 .

Inside the plurality of drug reservoirs 520, different types of drugs (D ) can be stored at a certain height, respectively.

An opening/closing plate 521 for opening and closing the upper portion of the plurality of drug storage containers 520 may be provided in various ways such as interference fitting or screwing.

The guide tube 530 extends at a certain length from the lower middle of the plurality of drug reservoirs 520 toward the lower portion of the plurality of drug reservoirs 520 so as to communicate with the plurality of drug reservoirs 520, respectively. It is provided vertically and can vertically penetrate through the through holes 511 of the mounting plate 510, respectively.

The guide tube 530 may guide different types of drugs D stored in the plurality of drug reservoirs 520 into the injector 5 .

The opening/closing valve 540 may open and close the guide tube 530 for a predetermined time under the control of the control unit.

By the infusion pack transfer unit 20 under the control of the control unit, the injector 5 is one of the guide tubes 530 vertically provided at the bottom of the plurality of drug storage tubes 520 ( 530), and thereby, one or more different drugs (D) can be guided into the injector (5).

In this way, the injector 5 that the injector supply unit 30 automatically supplies to the infusion pack 3 and the drug quantity supply unit 50 that automatically supplies a fixed amount of drug D to the inside of the injector 5 Since one or more different types of drugs (D) prescribed into the inside of the infusion pack (3) can be automatically supplied in a fixed amount through the use and consumption of a large amount of syringes in the infusion pack (3), respectively, the drug ( D) does not need to be manually injected, and furthermore, as medical personnel such as nurses re-use syringes that have not been discarded carelessly, drugs remaining in the syringes that have already been used may flow into and mix with other drugs (D) Concerns can be easily prevented, as well as medical accidents in which a drug (D) other than the corresponding drug (D) is administered to a patient.

15 is a plan view schematically showing a state in which the infusion pack and the injector are moved to the pressure plate unit through the infusion pack transfer unit.

Next, in order to allow one or more different types of drugs (D) prescribed into the infusion pack 3 to be automatically and more easily supplied in a fixed amount, as shown in FIG. 15, the drug quantitative supply unit 50 ) For pressing the inner body 501b of the injector 5 in the lower direction of the outer body 501a on the upper part of the front side of the rail 210 of the fluid pack transfer unit 20 in the other direction opposite to one side of the The pressing plate unit 51 may be provided at a certain height.

16 and 17 are cross-sectional views schematically illustrating a process in which the inner body of the body of the injector is lowered by the pressing plate unit.

Although not shown in the drawing, the pressure plate part 51 can move up and down by various types of actuators such as cylinders located in the upper direction of the pressure plate part 51 .

The middle of the upper part of the pressurizing plate part 51 may be fixed to the lower part of the rod of the cylinder capable of forming the actuator located in the upper direction of the pressurizing plate part 51 in various ways such as bolt fixing.

When the length of the rod of the cylinder capable of forming the actuator located in the upper direction of the pressure plate part 51 is gradually extended under the control of the control unit, as shown in FIGS. 16 and 17, the pressure plate part 51 As the inner body 501b of the injector 5 gradually descends upward, the inner body 501b of the injector 5 may be pressed toward the lower side of the outer body 501a.

18 is a plan view schematically showing a state in which the infusion pack and the injector are moved to the injector removal unit through the infusion pack transfer unit.

Next, as shown in FIG. 18, the injector removal unit 60 is located in front of the other side of the rail 210 of the infusion pack transfer unit 20, and the drug quantity supply unit 50 and the injector 5 The injector 5 is removed from the infusion pack 3 passing through the pressure plate unit 51 in a state in which the drug D is supplied in a metered amount through the injector 5.

The injector removal unit 60, for example, as shown in FIG. 18, may include a forward and backward moving body 610, a gripping member 620, an actuator 630, and an injector storage container 640.

The forward and backward moving body 610 may move forward and backward in the direction of the injector 5 at the front of the other side of the rail 210 of the fluid pack transfer unit 20.

The gripping member 620 is provided on the rear side opposite to the front side of the front and rear moving body 610 and can be narrowed or expanded in width left and right under the control of the control unit.

The gripping member 620 may move in the direction of the injector 5 along the forward and backward moving body 610 to grip the injector 5 .

The actuator 630 is controlled by the control unit to remove the injector 5 from the infusion pack 3 receiving the drug D through the metered dose supply unit 50 and the injector 5. By moving the forward and backward movement body 610 together with the gripping member 620 provided on the forward and backward movement body 610 in the direction of the injector 5, and the holding member provided on the forward and backward movement body 610 ( 620) moves the forward and backward moving body 610 and the injector 5 together with the gripping member 620 provided on the forward and backward movement body 610 in a state of holding the injector 5, and the infusion pack 3 ) can be made of various types, such as a cylinder that moves in the front-outward direction of the

A support plate 632 for supporting the actuator 630 at a certain height may be provided below the actuator 630 .

Although not shown in the drawings, a support leg for supporting the support plate 632 at a predetermined height may be provided vertically at each lower corner of the support plate 632 .

The front side of the forward and backward moving body 610 may be connected and fixed to the rod 631 of the cylinder capable of forming the actuator 630 in various ways such as bolt fixing.

The injector storage container 640 may be located in a lower direction of the forward and backward moving body 610 .

Inside the injector storage container 640, the injector 5 removed from the infusion pack 3 may be stored.

19 is a front view schematically illustrating a process in which an injector is separated from an infusion pack.

First, as shown in FIG. 19, when the length of the rod 241a of the cylinder that can form the actuator of the connection pipe 240 is gradually extended under the control of the control unit, the gripping member of the injector fixing part 40 430 may gradually rise together with the upper and lower body 420.

Due to this, the injection needle 502 of the injector 5 can be separated from the sealing cap 33 of the infusion pack 3 while rising in the upper direction of the sealing cap 33 of the infusion pack 3. .

20 to 23 are plan views sequentially showing the process of removing the injector from the infusion pack through the injector removal unit.

In this state, the length of the rod 631 of the cylinder capable of forming the actuator 630 of the injector removal unit 60 is gradually extended by the control of the control unit, so that the forward and backward moving body 610 gradually moves the injector ( 5) can be moved in the forward direction.

After completion of the movement of the back and forth moving body 610 in the forward direction of the injector 5, the gripping member 620 of the injector removal unit 60 cleans the outer surface of the injector 5 as shown in FIG. When gripped, as shown in FIG. 21 , the gripping member 430 of the injector fixing part 40 can release the gripping state of the injector 5 .

In this state, as shown in FIG. 22 under the control of the control unit, when the length of the rod 631 of the cylinder that can form the actuator 630 of the injector removal unit 60 is gradually reduced, the infusion pack 3 The injector 5 may be released in the front outward direction of the.

As shown in FIG. 23 in a state where the injector 5 is separated from the front side of the infusion pack 3, the gripping member 620 of the injector removal unit 60 maintains the gripping state of the injector 5. It can be released, so that the injector 5 separated from the infusion pack 3 can fall by its own weight into the injector storage container 640.

24 is a plan view schematically showing a state in which the infusion pack from which the injector is removed is moved to the printing unit through the infusion pack transfer unit.

Next, the printing unit 70 may be provided on the outside of the other side of the rail 210 of the transfusion pack transfer unit 20, as shown in FIG.

25 is a front view schematically showing a state in which medical information is printed on an infusion pack from which an injector is removed.

As shown in FIG. 25, the printing unit 70 is located on the outer surface of the front side of the infusion pack 3 from which the injector 5 is removed through the injector removal unit 60, and the type of medicine injected into the infusion pack 3 , Medical information including unique information of the patient, such as the amount of medicine injected and the name of the patient to whom the medicine will be administered, can be printed (P).

26 is a plan view schematically showing a state in which the medical information printed infusion pack is moved to the infusion pack rejection unit.

Next, as shown in FIG. 26, the fluid pack collection unit 80 is provided at the rear of the other side of the rail 210 of the fluid pack transfer unit 20, and the medical information is printed by the printing unit 70 (P ) The infusion pack (3) can be collected.

The fluid pack collection unit 80 is an example, as shown in FIG. 26, the left and right moving body 810, the gripping member 820, the first actuator 830, the second actuator 840 and the fluid pack seat plate (850).

The left and right moving body 810 may move left and right in one direction of the fluid pack 3 from one side outside of the fluid pack 3 on which medical information is printed (P) by the printing unit 70.

The gripping member 820 may be provided on the other side opposite to one side of the left and right moving body 810 so that the width thereof is narrowed or expanded forward and backward under the control of the control unit.

The gripping member 820 moves along the left and right moving body 810 in one direction of the infusion pack 3, on which medical information is printed (P) by the printing unit 70, so that the infusion pack 3 can grasp.

The first actuator 830 moves the left and right moving body 810 together with the gripping member 820 provided on the left and right moving body 810 under the control of the control unit in one direction of the fluid pack 3 It may be made of various types such as a cylinder that moves left and right.

One side of the left and right movable body 810 may be connected and fixed to the rod 831 of the cylinder capable of forming the first actuator 830 in various ways such as bolt fixing.

A front-and-back moving plate 832 that moves back and forth together with the first actuator 830 may be connected and fixed in various ways such as horizontally bolted to the lower portion of the first actuator 830 .

A guide plate 842 may be provided under the forward/backward movement plate 832, and the forward/backward movement plate 832 may be seated on an upper portion of the guide plate 842 so as to move forward and backward.

The second actuator 840 moves the first actuator 830, the left and right moving body 810, and the holding member 820 provided on the left and right moving body 810 under the control of the control unit. It can be made of various types, such as a cylinder that moves in the forward and backward directions of one actuator 830.

The cylinder capable of forming the second actuator 840 may be connected and fixed to the upper part of the rear side opposite to the front side of the guide plate 842 in various ways such as bolting.

The forward/rear moving plate 832 may be connected and fixed to the rod 841 of the cylinder capable of forming the second actuator 840 in various ways such as bolt fixing.

The fluid pack seating plate 850 may be located on the opposite side of one side of the guide plate 842 in the other direction.

The upper portion of the fluid pack seating plate 850, the collected fluid packs 3 through the gripping member 820 provided in the left and right moving body 810 may be seated in a plurality at regular intervals.

27 to 31 are plan views schematically illustrating a process of collecting the infusion pack on which medical information is printed by the infusion pack rejection unit.

As shown in FIG. 27, when the length of the rod 831 of the cylinder capable of forming the first actuator 830 of the fluid pack receiving unit 80 is gradually extended, the left and right moving body 810 is the fluid pack ( 3) may gradually move in one direction.

After completion of the movement of the left and right moving body 810 moving in one direction of the infusion pack 3 so as to be close to one side of the infusion pack 3, the gripping member 820 of the infusion pack receiving unit 80 One side of the fluid pack (3) can be gripped.

In this state, as shown in FIG. 28, when the length of the rod 841 of the cylinder capable of forming the second actuator 840 is gradually reduced, the left and right moving body 810 and the first actuator 830 together The fluid pack 3 gripped by the gripping member 820 provided in the left and right moving body 810 may be gradually moved toward the upper rear side of the fluid pack seat plate 850.

As shown in FIG. 29 in a state in which the infusion pack 3 gripped by the gripping member 820 provided in the left and right moving body 810 is moved in the upper rear direction of the infusion pack seating plate 850, the The gripping state of the infusion pack 3 of the gripping member 820 of the infusion pack collection unit 80 may be released.

And, as shown in FIG. 30, in a state in which the length of the rod 831 of the cylinder capable of forming the first actuator 830 is reduced, as shown in FIG. 31, the cylinder capable of forming the second actuator 840 The length of the rod 841 can be extended, and as a result, the left and right movable body 810 together with the first actuator 830 can be moved in the forward and upward direction of the guide plate 842 .

This process is repeated intermittently so that a plurality of infusion packs (3) having medical information printed (P) on the top of the infusion pack seating plate 850 are moved at regular intervals in the front and rear directions of the infusion pack seating plate 850. Can be placed vertically.

32 is a block diagram schematically showing the control state of the control unit.

Next, as shown in FIG. 32, a display unit 90, an input unit 100, a communication unit 200, and a control unit 300 may be provided.

The display unit 90 displays medical information including unique information of the patient, such as the type of drug (D) to be injected into the infusion pack (3), the amount of the drug (D) and the name of the patient to be administered the drug (D). It can be made of various types, such as a monitor of a PC that outputs.

The input unit 100 is the type of drug (D) to be injected into the infusion pack (3) to be displayed by the display unit 90, the input amount of the drug (D) and the patient's name to be administered the drug (D) It may be made of various types, such as a keyboard for inputting medical information including unique information.

The communication unit 200 inputs the input unit 100 of the patient's information such as the type of drug (D) to be injected into the infusion pack (3), the amount of the drug (D) and the name of the patient to whom the drug (D) is to be administered. It may be made of various types such as a wireless communication unit for wirelessly transmitting medical information including unique information.

The control unit 300 receives power from the power supply unit 400 and includes the type of drug (D) to be put into the infusion pack 3 from the communication unit 200 and the patient's unique information to which the drug (D) is to be administered. Receiving medical information, the display unit 90, the infusion pack supply unit 10, the infusion pack transfer unit 20, the injector supply unit 30, the injector fixing unit 40, and the drug quantity supply unit 50 , It is possible to control the injector removal unit 60, the printing unit 70 and the infusion pack rejection unit 80.

10; Infusion pack supply unit, 20; Infusion pack transfer unit,
30; injector supply unit, 40; injector fixing part,
50; Quantitative drug supply unit, 60; injector removal unit,
70; printing unit, 80; Refusal to collect fluid packs.

Claims (14)

Infusion pack supply unit for supplying an infusion pack;
A fluid pack transfer unit for circulating and transporting the fluid packs supplied from the fluid pack supply unit;
An injector supply unit for supplying an injector to the infusion pack that the infusion pack transfer unit circulates;
An injector fixing unit for fixing the position of the injector supplied from the injector supply unit while being inserted into the infusion pack;
a drug supply unit for supplying a fixed amount of drug into the injector so that the drug can be supplied in a fixed amount to the inside of the infusion pack through the injector fixed in position through the injector fixing unit;
an injector removal unit that removes the injector from the infusion pack receiving the drug through the metered dose supply unit and the injector;
a printing unit which prints medical information including the type of medicine put into the infusion pack from which the injector is removed through the injector removal unit and the patient's unique information to which the medicine is to be administered;
Infusion pack drug injection and management system comprising a; infusion pack collection unit for collecting the infusion pack on which the medical information is printed by the printing unit.
According to claim 1,
The sap pack supply unit and a support plate for seating and supporting a plurality of sap packs;
An actuator provided on one side of the support plate to sequentially supply a plurality of fluid packs from one side of the support plate to the other side; Infusion pack drug injection and management system characterized in that it comprises a.
According to claim 1,
The transfusion pack transfer unit and the track-shaped rails maintaining a predetermined distance from the transfusion pack supply unit;
a plurality of moving hangers that circulate along the rail at regular intervals;
A transfer plate provided horizontally at the bottom of the plurality of moving hangers and transporting the fluid packs while circularly moving along the plurality of moving hangers in a state where the fluid packs supplied from the fluid pack supply unit are seated, respectively;
Infusion pack drug injection and management system, characterized in that it is configured to include; a connecting pipe vertically provided between the transfer plate and the side surface of the plurality of moving hangers to connect the moving hanger and the transfer plate.
According to claim 1,
In the injector supply unit, a guide slit through which a plurality of injectors to be supplied to the upper direction of the infusion pack that the infusion pack conveyor circulates and transfers vertically penetrates each is formed extending to a certain length in the front and rear direction and the front side of the guide slit is opened a guide plate;
Infusion pack drug injection, characterized in that it is configured to include; an actuator that sequentially individually supplies a plurality of the injectors vertically penetrating the guide slit of the guide plate in the upper direction of the infusion pack transported by the infusion pack transport unit. and management system.
According to claim 1,
The injector has an open top and a body into which a fixed amount of drug is supplied;
An injection needle provided vertically at the lower part of the body to be in communication with the body, the lower part of which is inserted into the inside of the infusion pack at a certain length to inject the drug supplied in a fixed amount into the inside of the body into the inside of the infusion pack; Infusion pack drug injection and management system, characterized in that the configuration.
According to claim 5,
The body has an open top and an outer body into which a drug is supplied in a fixed amount;
Infusion pack, characterized in that consisting of; an inner body provided to be able to move up and down inside the outer body so as to communicate with the outer body, an upper portion is open, and a drug supplied in a fixed amount to the inside of the outer body is supplied in a fixed amount therein Drug infusion and management system.
According to claim 6,
A fixing hole is formed in the lower center of the inner body,
In the lower part of the inner body, discharge holes for discharging the drug supplied in a fixed amount to the inside of the outer body are radially formed at regular intervals based on the fixing hole,
The injector protrudes in the direction of the fixing hole of the inner body, and a fixing shaft inserted and fixed into the fixing hole is formed in the upper center, and a guide hole for guiding the drug discharged from the discharge hole to the outer body is based on the fixing shaft. Infusion pack drug injection and management system comprising a; diaphragms formed radially at regular intervals.
According to claim 6,
The infusion pack drug injection and management system, characterized in that it comprises a; ring-shaped packing member provided between the inner surface of the outer body and the outer surface of the inner body.
According to claim 1,
The injector fixing unit includes a vertical and horizontal shaft provided to move vertically and horizontally to the transfusion pack transfer unit;
a vertical movement body moving vertically along the vertical axis;
A gripping member provided in the vertical moving body to move vertically along the vertical moving body while holding the injector supplied from the injector supply unit and fixing the position while the injector is inserted into the infusion pack; Infusion pack drug injection and management system, characterized in that.
According to claim 1,
The drug quantity supply unit and a seating plate provided horizontally at a predetermined height in the upper direction of the injector fixed in position through the injector fixing unit;
It is seated and fixed on the top of the seating plate at regular intervals from one side of the seating plate to the other, and the drug for supplying a fixed amount to the inside of the infusion pack through the injector fixed in position through the injector fixing part is fixed therein. a plurality of drug storage passages stored at a height;
a guide tube provided vertically at the bottom of the drug reservoir to communicate with the drug reservoir and guiding the drug into the injector;
Infusion pack drug injection and management system, characterized in that configured to include; an opening and closing valve for opening and closing the guide tube.
According to claim 6,
Infusion pack drug injection and management system comprising a; pressure plate for pressing the inner body of the injector in the lower direction of the outer body.
According to claim 1,
The injector removal unit includes a forward and backward movement body that moves back and forth toward the injector from a forward external direction to the injector;
a gripping member provided on the forward/backward moving body and moving in the direction of the injector along the forward/backward moving body to hold the injector;
Move the forward and backward moving body together with the gripping member provided on the forward and backward movement body in the direction of the injector to remove the injector from the infusion pack receiving the dose of drug supplied through the drug metered supply unit and the injector, and the forward and backward movement body an actuator for moving the back-and-forth movement body and the injector in a front-outward direction of the fluid pack together with the holding member provided on the back-and-forth movement body in a state where the holding member is holding the injector;
Infusion pack drug injection and management system characterized in that it is configured to include; injector storage container in which the injector removed from the infusion pack is stored therein.
According to claim 1,
The infusion pack collection unit and the left and right moving body for moving left and right in the direction of the infusion pack from the outside of one side of the infusion pack on which the medical information is printed by the printing unit;
a gripping member provided on the left and right moving body to move in the direction of the infusion pack on which medical information is printed by the printing unit along the left and right moving body and grip the infusion pack;
a first actuator which moves the left and right moving body in the direction of the fluid pack together with the gripping member provided on the left and right moving body;
a second actuator for moving the first actuator, the left and right moving body, and the gripping member provided on the left and right moving body in the forward and backward directions of the first actuator;
Infusion pack drug injection and management system characterized in that it comprises a; infusion pack seating plate on which the infusion pack collected through the gripping member provided in the left and right moving body is seated.
According to claim 1,
a display unit for displaying medical information including types of medicines to be injected into the infusion pack and unique information of the patient to whom the medicines are to be administered;
an input unit for inputting medical information including the type of medicine to be put into the infusion pack to be displayed on the display unit and unique information of the patient to whom the medicine is to be administered;
a communication unit which transmits medical information input by the input unit, including the type of medicine to be injected into the infusion pack and the patient's unique information to which the medicine is to be administered;
The communication unit receives medical information including the type of medicine to be injected into the infusion pack and the unique information of the patient to be administered, and the display unit, the infusion pack supply unit, the infusion pack transfer unit, the injector supply unit, the injector fixing unit, Infusion pack drug injection and management system, characterized in that it comprises a; control unit for controlling the drug quantity supply unit, the injector removal unit, the printing unit and the infusion pack rejection unit.