KR20180123822A - Smart device for supply enteral nutrition into feeding tube - Google Patents

Abstract

The present invention relates to a smart device for supplying a drug through a feeding tube, comprising: a main body (10) having a power supply control unit (20); a control unit (30) equipped with a drug automatic injection program for controlling a drug to be administered to a patient; an operation unit (16) provided on an outer surface of the main body to input an administration condition of a drug; a display unit (11) provided on the outer surface of the main body to display the administration condition of the drug set in the operation unit (16); a drug storage unit (40) for containing a plurality of drug storage containers (42) filled with different drugs to supply a drug to a discharge pipe (14) taken out to the outside from a lower part of the main body; drug discharge forcing units (50) each installed on one side of the drug storage containers to press the drug storage containers and to forcibly discharge a drug to the discharge pipe; a heating unit (60) provided on the inside of the drug storage unit to generate heat at a constant temperature when supplying power; an abnormality detection unit (80) for determining abnormality by comparing, with a reference value, data collected from a temperature sensor (64) for detecting an inner temperature of the drug storage unit (40), a drug monitoring sensor (55) for monitoring a drug passing through the discharge pipe (14), and a temperature sensor (56) for monitoring a temperature of a discharged drug; an abdominal distension detection unit (70) for realizing an abdominal distension state from an abdominal distension detection sensor attached to an abdomen of a patient; and a communications unit (90) provided on the main body to transmit supply information on an administered drug and the like to a manager or a hospital management server in real time, and to control a drug supply condition in a remote place by using an application installed in a smartphone of the manager.

Description

[0001] Smart device for supply [0002]

The present invention relates to a smart type landscape drug supply device, and more particularly, to a smart type landscape drug supply device capable of automatically supplying a necessary amount of nutrients, drugs, and drinking water to a patient in accordance with a set program and controlling drug supply according to the patient's abdominal distension And more particularly, to a smart type landscape drug supply device.

Patients with intractable epilepsy or respiratory signs that are very unstable and neglectful of management may have fatal consequences but are classified as intensive caregivers and patients who are able to recover from the condition through intensive therapy.

These ICUs are managed so as to accurately assess the patient 's condition and prevent the stable state from being disturbed as more manpower and financial resources are administered and managed than general patients.

In particular, patients who underwent major surgery require frequent bleeding and various physiologic changes. Therefore, in order to manage the ICU efficiently, the intensive care unit has an emergency monitoring device as well as an invasive monitoring device .

In addition, in the case of the intensive care unit, the physical immune function is greatly deteriorated, and the possibility of easily infecting various diseases is very important, so the respiratory care, circulation management, management and nutrition management of the ICU are very important.

The nutritional imbalance in humans means the weakening of immunity. In particular, the balanced nutritional management for the ICU can cause fatal consequences for the speed of health recovery and deterioration of health. Careful management is performed so as not to fall into an unbalanced state.

The method of supplying the patient in a calm state through the nasogastric tube (levin tube, nasogastric tube), the method using the gastrostomy tube (gastrostomy tube), the method of supplying the nutrition through the vein And parenteral nutrition (total parenteral nutrition).

In the case of supplying nutrition to the intensive care unit in such various forms, conventionally, a syringe in which various drugs or nutrients are inhaled is connected to various tubes or hoses which are generally held in the body of the patient, and injected into the patient's body through extrusion of the syringe .

However, such conventional methods of providing drugs and nutrients have various inconveniences and problems.

That is, in the case of the intensive care unit, the digestive power is weak and the motion is not performed, so that a fluid formula with good digestive absorption power is injected. In this case, when the infusion fluid is maintained at a proper temperature, digestion absorption power can be increased, And there was a lot of inconvenience to use the facilities and places for.

In addition, it is necessary to confirm whether the food heated at a certain temperature is maintained at a proper temperature by touching or tasting. At this time, it is difficult to maintain the accurate temperature and the criterion for judging the suitability of the temperature according to the characteristics of the guardian or caregivers is different. It was practically difficult to meet the standards.

 In addition, when drugs or nutritional supplements are provided through a hose or a catheter that has been introduced to a patient by using a syringe or other injection device, it is difficult to uniformly supply the drug or nutrient in a certain amount of time and amount depending on the physiological condition of the patient. Health management of the state was unable to do the best.

In order to solve such a conventional problem, the inventor of the present invention has found a 'food and beverage providing apparatus provided with heating means' of Patent Registration No. 10-1269333 (Registered on May 31, 2013).

The present invention relates to a food and beverage dispenser provided with a heating means, which is capable of maintaining the best absorption state of the drug and food to be provided to the patient, thereby improving the digestion and absorption capacity, And helped to restore health.

In addition, the present invention is configured to be portable so as to be able to be used without limitation in particular places, thereby improving the convenience of users.

However, since the main components such as the storage container, the heating means, the power supply control unit, and the feed pump are configured separately, the users are somewhat inconvenient to use, and the installation property that can be stably fixedly installed around the patient is poor, The inconvenience that the caregiver should be together and the medical staff dedicated to the patient are somewhat inconvenient for efficiently administering the drugs or foods to be administered to the patient and it is necessary to improve them.

- Registered utility model No. 20-0358412 (Registered on July 30, 2004, name of design: automatic insulin supply device) Patent Registration No. 10-1066819 (Registered on September 16, 2011, entitled "Patient-Controlled Drug Administration Device") Patent Registration No. 10-1269333 (Registered on May 31, 2013, entitled " - Patent Registration No. 10-1338324 (Registered on December 31, 2013, entitled "Automatic Calculation Device for Infants and Young Children and Automatic Feeding System Including It")

The present invention has been conceived to overcome the problems of the prior art drug or food supply apparatus for patients, and it is possible to provide stable supply of various types of fluid at the same time with constant pressure, It is an object of the present invention to provide a smart type landscape drug supply device which is easy to control the speed and can provide drugs or foods while maintaining a uniform temperature and pressure.

In addition, the present invention provides a smart type landscape drug supply device that can monitor and manage the supply state of a drug provided to a patient by a medical staff at a remote site, a caregiver, or a caregiver so that a patient can be more efficiently managed There is another purpose for this.

In order to accomplish the above object, the smart type landscape drug supply device according to the present invention is a smart type landscape drug supply device comprising: a main body having a power supply part for converting commercial power inputted from outside into a DC power suitable for a device, A microcomputer having an automatic drug injection program for controlling a drug to be administered to a patient, the microcomputer being mounted inside the main body; A manipulation unit provided on one side of the main body so as to set the temperature and time of the drug to be administered to the patient, the supply speed, and the like, and to input the automatic drug injection program stored in the microcomputer; A display unit provided on one side of the main body so as to display a condition set in the operation unit, a supply amount of the drug, a remaining time and a remaining amount, and a warning lamp indicating whether the apparatus is abnormal; A drug reservoir disposed at an inner side of the main body so as to supply a drug to a discharge tube drawn out to the outside from a lower portion of the main body, the drug reservoir filled with different drugs being independently positioned; A drug discharging means provided in each of the plurality of drug storage tanks so as to discharge the drugs stored in the plurality of drug storage tanks to the discharge tube in accordance with an instruction transmitted from the microcomputer, A heating means embedded in an inner wall or an outer wall of the drug storage unit and adapted to receive power from a power supply unit according to a control command of the microcomputer to generate heat at a predetermined temperature; A temperature sensor provided on the inner wall of the drug storage part for detecting the temperature inside the drug storage part so that the power supplied to the heating device can be automatically controlled when the temperature inside the drug storage part is lower than or equal to a set reference value through heat generation of the heating device, ; And a abdominal swelling sensor for receiving a signal from the abdominal swell sensor attached to the abdomen of the patient and transmitting the signal to the microcomputer to control whether the drug is injected according to a predetermined abdominal distension standard set in the program.

In addition, one side of the main body is provided with an opening / closing door for inserting / withdrawing a medicine reservoir therein, and is formed separately from the inner surface or the opening / closing door of the opening / closing door, A first sterilizing unit capable of automatically sterilizing the inside of the drug storage unit for a certain period of time after opening and closing the opening and closing door is provided on the inner surface of the upper cover configured to be hermetically sealed, and a plurality of drug storage tanks And a second sterilizing unit for automatically sterilizing the drug discharged through the discharge pipe at a predetermined time is further installed at one side of the discharge pipe.

The drug discharging means may include a pressure member for pressing the drug stored in the drug storage tank from the upper side to the lower side and discharging the drug from the upper side to the lower side, And a temperature sensing sensor for sensing the temperature of the drug supplied to the patient through the discharge pipe and controlling the temperature of the heating means is installed inside or outside the discharge pipe through which the drug is discharged .

In the main body, drug supply information and abnormal information to be administered to the patient are transmitted to a designated administrator or a hospital management server in real time and the communication state is maintained according to the execution of the application installed in the smartphone of the designated manager at the remote location. And a communication part for controlling the drug supply condition to be administered, wherein the flow path connected to the patient side drug supply hose side is closed during the washing of the inside of the drug storage container or the connection tube after the drug supply, Way valve which is capable of discharging the drug, and is configured so that the drug supply device can be conveniently used.

The smart type landscape drug supply device according to the present invention is characterized in that a microcomputer with an automatic drug injection program is mounted on the inside of the main body and an operation part capable of setting various control conditions related to drug supply on the outer side of the main body is provided, A command for inputting a command, a drug supply state, and the like are displayed on the display unit, so that the drug injected to the patient can be conveniently managed.

In particular, the smart type landscape drug supply device according to the present invention includes a drug storage unit in which a plurality of medicines are separately stored in a body, and medicines discharged from the respective drug storage tanks are supplied So that a variety of drugs can be administered at the same time, thereby minimizing the patient's pain and shortening the administration time of the drug.

 Further, the present invention provides a heating means capable of maintaining the inside of the drug storage unit at a constant temperature, so that the drug stored in the drug storage container can be supplied at a temperature at which absorption to the patient is best possible, Rise and rapid recovery.

In addition, the present invention is configured such that the drug infusion can be performed after confirming the abdominal distension state through the abdominal swell sensor before supplying the drug to the patient, and the supply amount of the drug, the supply time, and the shape of the drug are adjusted according to the condition of the patient And the like.

1 and 2 are front and rear external perspective views of a smart type landscape drug supply device according to the present invention,
3 is a schematic block diagram of a main configuration of a smart type landscape drug supply device according to the present invention,
FIG. 4 is a vertical sectional view schematically showing a main structure provided inside the body of the smart type landscape drug supply device of the present invention,
FIG. 5 is a flowchart illustrating a process of supplying a drug to a patient using the smart type landscape drug supply device according to the present invention,
FIG. 6 is a conceptual diagram illustrating the transmission and reception of data and information between the smart type landscape drug supply device and the manager and hospital management server according to the present invention;
7 is a use state diagram of a smart type landscape drug supply device according to the present invention.

A smart type landscape drug supply device (hereinafter abbreviated as 'drug supply device') according to the present invention is configured to accommodate a plurality of drug storage tanks in a main body, and a plurality of drugs are administered to a patient through a single discharge tube Lt; / RTI >

In addition, the present invention can arbitrarily set the amount and time of the drug to be administered according to the condition of the patient to be administered with the drug on the outer surface of the main body, and the set drug supply status is displayed on the display unit provided on the outer surface of the main body And is configured to accurately confirm the drug administration state.

In the drug storage part, a heating part capable of keeping the drug filled in the drug reservoir at the same temperature (35 ~ 37 ℃) as the body temperature of the human body is built in, so that the drug can be supplied at the same temperature as the body, Can be maximized.

In addition, the present invention provides a communication unit inside the main body to communicate with a management server of a smartphone and a hospital of a patient's caregiver, a guardian, a doctor in charge, a nurse in charge (collectively referred to as a manager hereinafter) The supply condition of the drug to be administered to the patient, the supply condition, and the like.

In addition, the present invention provides an abdominal swallowing part capable of confirming the abdominal distension state of a patient prior to the administration of a drug, and is provided with a nutrition formula, water, and a drug solution (hereinafter, referred to as "drug") The present invention provides a drug supply device capable of preventing the waste of drugs and minimizing the pain of the patient.

Hereinafter, specific embodiments of the drug supply device according to the present invention will be described in detail with reference to the accompanying drawings.

1 and 2 show the external appearance of the drug supply device 100 according to the present invention on the front and rear surfaces.

1 and 2, a drug supply device 100 according to the present invention includes a drug storage unit, a power supply unit, an operation unit 12, a display unit 11, and a controllable microcomputer The control unit including the control unit may be integrally configured to make the handling and use of the user more convenient.

An operation unit 12 is provided on the outer surface of the main body 10 to set the temperature, time, and supply amount of the drug to be administered to the patient. On the other side of the main body 10, A remaining amount, a supply time, and a remaining time of the drug to be administered to the patient are displayed on the display unit 11 so that information on drug administration can be confirmed.

A door 13 is provided at one side of the upper surface of the main body 10 so as to be able to enter and exit the drug reservoir contained in the main body 10 through the opening of the main body 10, The discharge tube 14 for connecting the drug discharged from the drug reservoir to the patient side chemical solution supply hose is protruded outside of the body for a certain length.

FIG. 3 is a block diagram of a main configuration of the present invention. FIG. 4 is a cross-sectional view of a main body of the main body 10 taken perpendicularly to facilitate understanding of the configuration of the main body 10. Will be described in more detail.

The power supply control unit 20 installed at one side of the main body 10 includes a transformer for converting the DC power to be supplied to the device after the external commercial AC power is inputted, a charging circuit unit and a battery 22 have.

The battery 22 serves as an auxiliary power source for temporarily supplying power to each part of the device in an emergency such as an external power source supplied to the drug supply device is shut off.

The controller 30 for controlling the overall operation of the drug supply device 100 is provided with a microcomputer 32 for controlling automatic drug supply by a set program and a microcomputer 32 for controlling the operation of the microcomputer 32, A memory unit 34 in which patient related information and the like are stored, and a timer 36 for time setting.

The control unit 30 receives a signal sensed by a temperature sensor 56 installed in the drug storage unit and a temperature sensor 85 installed at the discharge pipe 14 to automatically adjust the temperature of the heating unit provided in the drug adjustment unit And can be configured to provide optimal drug delivery to the patient.

The control unit 30 supplies power to the sterilizing unit 16 disposed on the upper side of the drug storage unit and the sterilizing unit 85 disposed on the discharge pipe 14 side to the inside of the drug storage unit and through the discharge pipe The sterilization operation for the discharged drug is automatically controlled to be performed.

The operation state of the actuator 54 provided in the drug discharge forced portion to be described later is controlled so that the operation state thereof, that is, the moving stroke of the pressing member, the number of rotations of the actuator, the pump pressure, .

The medication dosing information input through the operating part 12 provided on the outer surface of the main body 10 is stored in the memory part of the control part 30, And is displayed on the display unit 11 installed on the outer side so that the patient or the administrator can easily grasp the administration information of the drug.

In the meantime, the drug supply device according to the present invention is provided with an abdominal distension detection unit 70 for determining the abdominal distension state of the patient before administration of the drug, and the abdominal distension detection unit 70 detects the abdomen / And analyzes the signal transmitted from the fullness sensor (not shown) to determine the state of abdominal distension and transmits the state to the controller so that the drug supply procedure can be performed.

In addition, the main body 10 is provided with a communication unit 90 including a predetermined communication module and a communication application, and is configured to be able to send and receive information on drug administration to a manager who cares for a patient or a management server of a hospital, It can be configured to control the supply status in real time as well as to control the drug supply conditions to be administered to the patient remotely.

The abnormality detecting unit 80 may be provided to detect an abnormal state when a drug is supplied to the patient or if a special abnormality such as interruption of the drug supply or the temperature of the heating unit 60 is out of the control range. A warning signal is displayed on the display unit 11 through the communication unit 30 and an abnormal signal can be transmitted to the administrator through the communication unit 90 so that the manager can respond quickly.

The abnormality detection unit 80 includes a temperature sensor 64 for detecting the inside temperature of the drug storage unit in real time and a drug detection sensor 85 for monitoring the flow of the drug while the drug is discharged through the discharge pipe 14 .

In addition, the drug supply device of the present invention is provided with a abdominal swelling sensor 70 for detecting the abdominal distension state of the patient.

The abdominal cavity fullness sensing part 70 may be configured to insert a micro endoscope into the catheter inserted into the stomach of the patient to check the state of the food or gas filled in the stomach to determine whether the abdomen is distended, The microcomputer detects the abdominal distension of the patient by detecting the pressure in the abdomen detected by the patch type abdomen swelling sensor, and transmits the signal to the control unit. When the abdominal distension is abnormal, the microcomputer displays a warning signal through the display unit, .

4, the drug storage part 40 provided at one side of the main body 10 has a plurality of drug storage tanks 42 vertically erected to discharge the drug in a downward direction A plurality of drug storage container receiving portions 44 are provided at predetermined intervals.

A discharge port 43 through which the medicine discharged from the drug storage container 42 can be discharged is formed on the bottom surface of the drug storage container receiving part 44, The medicament is configured to be introduced into the connection pipe 45 horizontally installed in the lower part, and then mixed and discharged into the single discharge pipe 14.

The three-way valve 18 is connected to the drain pipe 14 and the drug supply hose connected to the patient at the time of supplying the drug. When the inside of the connection pipe 45 in which the drug is discharged or the inside of the drug storage container is discharged after the supply of the drug is cleaned, And the drug supply hose and opens the other side not connected to the patient side so that the wash water can be discharged separately to the outside.

In addition, a heating unit 60 for generating heat in order to maintain a drug in the drug storage container 42 accommodated in the drug storage container 44 at a predetermined temperature is provided.

The heating unit 60 includes heating means 62 for generating heat by the supplied power source and heat generated by the heating means 62 is transferred to the drug storage tank to sense the temperature of the drug storage container, And a temperature sensor 64 for sending a signal to the sensor.

The operation of the heating means 62 real time monitors the temperature of the drug reservoir through the temperature sensor 64 embedded in the inner wall of the drug reservoir receiving portion 44 and the signal sensed by the temperature sensor 64 is transmitted to the controller 30), and when the temperature is higher than the reference temperature set in real time, the power supplied to the heating means is cut off according to a command from the control unit.

The heating means may be constituted by using a heating element in various forms and materials such as a coil, a plate material, a pipe, etc. When the temperature sensor senses the operation of the heating means below a predetermined reference temperature in the set program, power is supplied When the temperature exceeds the reference temperature, the control unit automatically controls the power supplied to the heating means through the signal detected by the temperature sensor.

In addition, a drug discharging forcing unit (50) for pressurizing the upper portion of the drug storage container with a constant force and pressing the discharging opening (43) formed at the lower end so as to smoothly discharge the drug is provided on each side of the plurality of drug storage container receiving portions ).

4, the drug releasing forcing part 50 includes a pressing member 52 for pressing the upper end of the drug reservoir 42 vertically erected in the drug reservoir receiving part 44, And an actuator 54 for guiding the lowering of the pressing member 52 by transmitting a constant force to the pressing member 52.

The actuator 54 may be constructed using a linear actuator using a motor, a hydraulic pump type linear actuator using a hydraulic pressure, an actuator of a pneumatic type, a screw rotation type, or the like, and a means capable of controlling precise drug supply is applied .

The drug release force unit 50 is also configured to control the actuator 54 through a control command of the control unit 30 as described above. For example, the downward velocity of the pressure member 52 that performs linear motion, The movable displacement (stroke), the pressing force (load or pressure), and the like can be automatically controlled.

The inside of the drug reservoir receiving groove 44 is provided on the upper side of the drug storage part 40, that is, the inner surface of the door 13 or the inner surface of the upper lid 15 provided separately from the inside of the door 13 The sterilizing unit 16 may further include a sterilizing unit 16 for sterilizing the sterilizing unit 16 so that the sterilizing unit is automatically operated for a predetermined period of time after the sterilizing unit 16 is separated from the sterilizing unit to sterilize the inside of the sterilizing unit. So as not to cause harm to the health of the patient.

FIG. 5 is a flowchart illustrating a process of supplying a drug to a patient using the drug supply device according to the present invention.

The drug supply device according to the present invention maintains the activated state of each part while the power is supplied, and the step of confirming the state of the abdominal distension of the patient to be injected is performed in advance.

Of course, the abdominal distension status may be injected in a state in which the abdominal distension status is omitted by the program setting or the operation of the administrator, but there may be a difference in absorption and digestion ability of the drug provided to the patient depending on the abdominal distension state of the patient Therefore, it is desirable to check the patient's state of affliction before drug injection.

The abdominal distension can be confirmed by inserting a micro-endoscope into the catheter installed in the upper part of the patient for administering the drug to accurately grasp the state of food or gas in the stomach, The sensor sensed by the sensor is transmitted to the abdominal fullness sensor. The abdominal fullness sensor compares the reference value with the data obtained from the patient and transmits the result to the microcomputer of the control unit. In the control unit, The state value is stored in the memory unit and transmitted to the display unit so that the received data value is displayed. When the abdominal distension value exceeds the reference value, a warning signal is sent out or drug injection is temporarily blocked.

Therefore, the administrator can refer to the abdominal distension status of the patient displayed on the display unit to judge whether the drug can be injected or to set the supply condition of the malt.

That is, the administrator sets the drug supply condition (time, supply amount, temperature, etc.) after confirming the abdominal fullness state of the abdomen, and the power is supplied to the heating unit in the main body according to the input command, The inside of the container for holding the drug storage container is maintained at an appropriate temperature.

When the temperature reaches the set reference temperature, the control unit sends a signal to the drug discharge enforcing unit to press the upper part of the drug reservoir to the drug reservoir, Allow the stored drug to be released.

Of course, in the drug supply procedure of such a patient, the drug reservoir is filled in the plurality of drug reservoirs so that the drug reservoir is accommodated in the drug reservoir of the main body, and the drug supply hose connected to the patient and the discharge pipe of the main body are interconnected Of course.

Since the drug supply condition, the supply condition, and the like are displayed on the display unit while the drug is supplied to the patient, the administrator checks the drug supply condition and supply status displayed on the display unit of the main body. The drug delivery conditions and the drug supply status are transmitted to the manager's smart phone and the management server of the hospital. The manager can not only remotely check the patient's drug supply status but also remotely control the drug supply condition do.

In order to remotely use and manage the drug supply device according to the present invention, a drug management application linked to the drug supply device must be installed in the smartphone of the administrator.

Therefore, the administrator of the patient, that is, the caregiver, the doctor in charge, and the caregiver, maintains the real-time communication with the patient's drug supply device, which is executed after the application is installed in the own smartphone, .

In this way, during the supply of the drug to the patient through the drug supply device, the supply state of the drug, that is, the speed at which the drug is discharged through the discharge tube, the flow state of the drug, and the like are detected by the drug discharge sensor, Also, the temperature state inside the drug storage container accommodating groove, which is maintained at a predetermined temperature by the heating means, is also transmitted to the abnormality sensing unit in real time, and it is determined in real time whether the proper temperature is maintained.

If the abnormality is detected, the control unit interrupts the supply of the drug or signals the manager and the hospital management server. So that the administrator can directly detect the abnormality of the drug supply device.

In addition, the signal of the drug monitoring sensor monitoring the inside of the drug reservoir when the drug filled in the drug reservoir is supplied for a predetermined time and the drug supply is completed, when the drug supply is blocked, or when the drug is exhausted below a predetermined amount The abnormality detection unit is transmitted in real time and it is possible to grasp the abnormality due to the supply of the drug.

The drug monitoring sensor may include various types of electrical sensors provided inside the drug storage container to detect the height of the drug filled in the drug storage container in real time, The amount of residual drug in the reservoir can be determined, or the amount of drug discharged from the discharge pipe can be determined through a drug discharge sensor to determine the residual amount. In the figure, a proximity sensor 58 are installed to sense the lowering of the pressing member 52 and to grasp the residual amount and the supply amount of the medicine.

FIG. 6 schematically shows a state in which remote administration is performed by transmitting and receiving data and information between the drug supply device, the smartphone S of the administrator, and the hospital management server M according to the present invention.

The drug supply device 100 according to the present invention is configured such that the drug supply state of the patient can be managed in real time by communicating with the management server of the hospital and the smartphone of the manager through the communication unit provided in the main body .

After the application for registering and managing the patient to be managed is registered in the manager's own smartphone, if the unique identification number of the patient managing apparatus and the patient managing apparatus are registered, the registered patient's drug supply status And ready to remotely control the patient ' s drug supply.

The application installed in the manager's smartphone is configured to manage the patient and the drug supply device using the drug supply dedicated application developed to be able to operate in conjunction with the drug supply device according to the present invention.

In addition, when a smartphone equipped with a drug management application is brought close to or close to the drug supply device of the present invention, device-to-device communication (NFC communication) with a communication unit having various communication modules is performed, and the drug supply device of the patient is registered Or update it.

An example of the use of the drug supply device 100 according to the present invention thus constructed is shown in FIG.

In order to use the drug supply device 100 according to the present invention, a discharge tube 14 drawn to the rear surface of the main body is connected to the drug solution supply hose H on the patient side, and a drug reservoir filled with drugs necessary for the drug storage part is accommodated The drug supply to the patient P is performed through the operation of the device.

As described above, the drug supply device of the present invention includes a plurality of drug reservoirs housed in the main body, so that it is possible to simultaneously administer a plurality of drugs to the patient P, thereby improving convenience for patients and administrators, The supply amount of the drug to be administered to the patient can be accurately controlled.

In addition, the present invention can accurately manage the drug supply condition, the drug supply amount and the supply time through the operation unit provided on the outer surface of the main body, and the manipulated drug administration contents are displayed on the display unit, So that the condition of drug administration can be controlled.

In addition, a heating means is provided in the drug reservoir receiving groove in which the drug reservoir is accommodated, so that the drug supplied to the patient can be adjusted to the same or similar temperature (35 to 37 DEG C) as the patient's body temperature, .

In particular, the present invention provides convenience in that drug administration information provided to a patient in the main body is transmitted to a manager server and a hospital management server through a communication unit to control remote administration and drug supply.

Although the preferred embodiments of the drug supply device according to the present invention have been described with reference to the accompanying drawings, it is to be understood that various other electrical and electronic devices used in general medical devices for connecting additional devices between a patient and a device, A more convenient drug delivery system could be constructed by installing additional mechanical mechanisms.

10: main body 11: display portion
12: operating part 13: door
14: exhaust pipe 15: upper cover
16: first sterilization means 18: three way valve
20: power supply control unit 22: battery
30: control unit 32:
34: memory section 36: timer
40: drug storage part 42: drug storage container
43: outlet 44: drug reservoir receptacle
45: Connector
50: drug release force part 52: pressure member
54: Actuator 55: Drug discharge detection sensor
56: temperature sensor 58: proximity sensor
60: heating section 62: heating means
64: Temperature sensor
70: Abdominal bloating sensor 80: Abnormal sensor
90: communication unit 100: drug supply device
H: Drug supply hose M: Hospital management server
P: Patient S: Manager Smartphone

Claims (4)

A main body 10 having a power supply unit 20 for converting a commercial power input from the outside into a DC power suitable for the equipment,
A timer 36 and a control microcomputer 32 equipped with an automatic drug injection program for controlling a drug to be administered to the patient are provided and information relating to drug administration is transmitted to the display unit 14 A control unit (30) provided in the main body;
An operating unit 16 provided on the outer surface of the main body 10 to transmit the temperature and time of the drug to be administered to the patient and the supply speed to the control unit 30;
A display unit 14 provided on an outer surface of the main body 10 to display conditions set in the operation unit 16, supply amounts of drugs, remaining time, remaining amounts, and dosage information transmitted from the control unit 30;
A plurality of drug reservoirs 42 filled with different medicines are independently accommodated and provided in a lower portion of the main body to supply medicines to the discharge pipe 14 drawn out to the outside, );
A drug release force unit 50 installed on one side of the plurality of drug storage containers to press the plurality of drug storage tanks according to a control command received from the control unit and forcibly discharge the drug filled in the plurality of drug storage tanks to the discharge tube;
A heating unit 60 having a heating means 62 for generating heat of a predetermined temperature by a power source supplied from a power source unit according to a control command of the control unit inside the drug storage unit 40;
A abdominal swell sensor 70 for determining whether the abdomen is distended through an abdominal swell sensor attached to the abdomen of the patient or an endoscope put into the stomach and transmitting data to the controller;
The drug supply information and the abnormal information to be administered to the patient are transmitted to the designated administrator or the hospital management server in real time and the drug supply conditions to be administered to the patient at the remote place can be controlled using an application installed in the smart phone of the designated administrator And a communication unit (90) which is connected to the communication unit (90). The method according to claim 1,
A door 12 is provided at one side of the main body 10 for receiving the drug storage container 42 therein,
The upper surface of the upper cover 13, which is separate from the inner surface or the door of the door 12 and is located inside the door to seal the upper portion of the medicine storage unit, A sterilizing means 16 is provided,
And a second sterilizing unit (18) for automatically sterilizing the drug discharged through the discharge pipe for a preset time is installed at one side of the discharge pipe (14). 3. The method of claim 2,
A temperature sensor 64 provided on the inner wall of the drug storage part 40 for sensing an inner temperature of the drug storage part 40 maintained at a predetermined concentration by the heating part 60,
A drug monitoring sensor 55 installed at one side of the discharge pipe 14 for monitoring a drug passing through the discharge pipe 14,
A temperature sensor (56) installed at one side of the discharge pipe (14) to monitor the temperature of the drug discharged to the discharge pipe (14)
The control unit 30 receives the information collected from the temperature sensor 64, the drug detection sensor 55 and the temperature sensor 56 to determine whether the abnormality is abnormal through comparison with the set reference value, Further comprising an abnormality detecting unit (80) for transmitting signals and controlling each part through the control unit (30). The method according to claim 2 or 3,
The drug releasing force part 50 includes a pressing member 52 for pressing the medicine stored in the drug reservoir 42 from the upper side to the lower side so that the drug is discharged to the lower part of the drug reservoir,
And an actuator (54) coupled to one end of the pressing member to move the pressing member (42) up and down and operated in accordance with a control command of the control unit,
Way valve 18 is provided in the discharge pipe 14 for shutting off the flow channel connected to the patient side drug supply hose side during the washing of the inside of the drug storage container or the connection pipe after the supply of the drug and discharging the washing water separately by opening the other side channel, Wherein the smart type landscape drug supply device further comprises:

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