KR20120047717A

KR20120047717A - Label sticking apparatus

Info

Publication number: KR20120047717A
Application number: KR1020100109438A
Authority: KR
Inventors: 김준호
Original assignee: (주)제이브이엠
Priority date: 2010-11-04
Filing date: 2010-11-04
Publication date: 2012-05-14

Abstract

The present invention is located on the outer surface of the main body and the information input unit for inputting the patient's medical history information and the patient's information about the prescribed medicine, an information printing unit for printing the patient's information input to the information input unit on the label sheet; A label attaching unit for automatically attaching a label on which the patient's information is printed in the information printing unit to a prescribed medicine, and bending the label to attach the both ends to each other, and a drug to which the label is attached by the label attaching unit. The seating unit to be seated and a control unit for controlling the driving of the unit relates to a labeling device characterized in that it is included.
Therefore, in the present invention, the patient's information is input to the prescribed narrow bottle of the outer diameter, and as the label on which the input patient's information is printed is prescribed, the prescribed medicine bottle is accurately administered to the patient, and the drug is inadequately administered. The accident can be prevented in advance, and the lowering of the seating roller unit on which the label is seated by the elevating unit, and by moving the medicine side by the left and right moving unit has the effect of automatically attaching the label to the drug.

Description

Label sticking apparatus

The present invention relates to a labeling device, and more particularly, input information about a patient to be administered to a vial, and print the information on the label to automatically attach the label to the vial to administer the label to the patient. The present invention relates to a labeling device that enables the administration of drugs more safely because it can determine whether the patient is a drug.

Typically, hospitals and pharmacies administer medication to patients according to a doctor's prescription. Medications taken directly, such as tablets and powders, can be checked by the doctor or nurse with the naked eye before taking them, or for patients taking the same medication for a long time. have.

In particular, the barcode directly input the patient's information on the packaging for packaging the medicine, and dispense the medicine to the patient or can check the patient's medicine through the barcode reader before the patient takes the medicine.

However, in the case of small vials such as ampules or vials, such as injections, it is difficult to print a barcode on the outer surface of the bottle, and the shape of the bottle is cylindrical, so that a label containing information of the patient is recorded. It was not easy to attach.

In detail, the outer surface of each ampoule or vial is attached with a label recording basic information about the medicine. However, in the case of ampoules or vials, the cylindrical shape is relatively small, and since the size of the medicine or the company varies slightly depending on the type of drug, it is not easy to automatically label the patient's information. have.

In this case, the ampoule or vial is labeled with the basic information on the medicine, but the patient information is not written. Therefore, when the medicine prescribed by the doctor's prescription is administered to the patient, the medicine to be administered is precisely the patient. Unable to determine if the problem is caused.

The present invention has been made to solve the above-described problems, the embodiment of the present invention is to input the patient's information to the prescribed medicine, and print the patient's information on the label to be attached to the medicine prescribed medicine to the patient It is intended to be administered correctly.

In addition, the present invention has an object to attach the label to the drug by mounting the label on the seating roller descending from the upper side to the lower side of the drug.

In addition, the present invention has a purpose to attach a label to the drug while descending from the upper side to the lower side of the drug, while narrowing the gap from the outside to the inside.

In addition, the present invention has an object to press the label so that the label does not leave the mounting roller when the label on the drug.

In addition, the present invention has an object that the drug to which the label is attached is always located in a certain position.

In addition, the present invention has an object of separately receiving the drug when the label is attached to the label in the process of attaching the label.

In addition, the present invention has an object that the narrow winding portion of the label paper wound the drug, so that the information printing portion on which the information is printed is located on one side of the drug.

In addition, the present invention has an object that the information portion of the label on which the information is printed is located on the upper side of the drug.

In addition, the present invention has an object of facilitating the separation of the labeling roller seated roller and the large when the label paper is attached to the drug.

In order to solve the above problems, the information input unit which is located on the outer surface of the main body of the present invention and inputs the patient's medical history information and the patient's information about the prescribed medicine, and the patient's information input to the information input unit on the label sheet An information printing unit for printing, a labeling unit on which the patient's information is printed on the information printing unit, and a labeling unit for automatically attaching the label to the prescribed medicine, bending the labeling sheet to be attached to both ends thereof, and the labeling unit. It characterized in that it comprises a control unit for controlling the driving unit and the seating unit on which the drug to be attached to the label is mounted.

The label attaching unit is mounted on both sides of the label paper printed by the information printing unit and the first and second seating rollers rotated apart from one side and the other side, and are installed above the seating roller part. A first and second pressurizing rollers rotating to support and pressurize the upper surface of the label sheet seated on the seating roller part so as to be spaced apart from one side and the other side to correspond to the first and second seating rollers; It includes a lifting section for lifting up and down the roller and the pressurizing roller, a left and right moving unit for moving the seating roller and the pressurizing roller unit left and right, and a pressure roller lifting and lowering unit for lifting up and down only the pressure roller.

The left and right moving parts are provided on one side of the elevating member, one side of which is moved up and down by the elevating unit, and is rotated by a left and right moving drive roller, and is installed on the other side of the elevating member and the left and right moving drive rollers. It is installed on the left and right driven rollers connected to the left and right moving conveyor belt and the left and right moving conveyor belt, respectively installed on one side and the other side of the left and right moving conveyor belt, and the first and second seating rollers are respectively coupled to the ends thereof. The first and second seating rollers are characterized in that the first and second left and right moving members provided with the pressure roller lifting section is installed.

The pressure roller lifting unit is connected to the first and second pressure raising and lowering guide rails respectively installed on the first and second left and right moving members, and the first and second pressure raising and lowering guide rails and the first and second pressure rollers. First and second pressurizing members driven to raise and lower the first and second pressure raising and lowering members and the first and second pressure raising and lowering members, on which the first and second pressure lifting members and the first and second pressure rollers are seated, respectively. It is characterized by including a lift driver.

The seating unit is disposed to be spaced apart from the label attachment unit, characterized in that it comprises a seating groove is formed with a seating groove in which the drug is mounted on the upper surface.

The seating unit is characterized in that it further comprises a medicine container installed to accommodate the drug leaving the seating on the inside of the seating.

The label paper is formed so that the width of the wound around the medicine and the winding portion, and each of the winding portion is formed to extend with the winding portion, the width is formed wide and the information is printed and the inner surface from the center of the winding portion It is made of an information printing portion formed to be folded to face each other, the inner surface is characterized in that the adhesive material is applied.

The winding portion is characterized in that the outer diameter of the drug is formed longer than the smallest portion.

Both ends of the label paper are mounted on the first and second seating rollers, respectively, and the winding portion of the label is seated adjacent to the drug.

The first and second seating rollers may be formed of a material that is easily separated from the adhesive material of the label paper.

The control unit is an information comparison unit for comparing the information of the drug to be seated in the seating unit and the information of the patient input from the information input unit, and if the information of the patient compared with the information of the medicine compared in the information comparison unit , The operating unit for operating the labeling unit is characterized in that it is included.

The operation unit drives the pressure roller elevator, and when the label sheet is seated on the first and second seating rollers of the seating roller unit in the state in which the pressurizing roller unit is lifted, the presser roller unit is lowered to the upper portion of the label sheet, and the lift Drive the lowering drive, the seating roller portion on which the label is seated is elevated to a position higher than the seating table of the seating unit, and when the drug is seated on the seating table, the seating roller part is lowered sequentially to the seating roller part When the label is attached to the center of the label on the drug, the label is attached to the drug, the seating roller portion is lowered and at the same time by driving the left and right movement driver, respectively, the first and second left and right moving members on both sides of the drug It is characterized by moving to the side.

As described above, the present invention is caused by inputting patient's information into a prescribed prescription bottle of narrow outer diameter, and the prescribed prescription bottle is correctly administered to the patient as the inputted patient's information is attached to the patient's information, and thus the drug is incorrectly administered. There is an effect that can be prevented in advance safety accidents.

In particular, the present invention has an effect that can be automatically attached to the label according to the lowering of the seating roller portion on which the label is seated by the elevating unit, and moved to the drug side by the left and right moving parts.

In addition, the present invention can be prevented from leaving the seating roller until the label is seated on the seating roller, and the labeling is lowered when the labeling is seated in accordance with the pressure roller lifting unit is provided It works.

In addition, the present invention can not only guide when the drug is seated on the seating table, as well as when the drug is seated on the seating table to attach the label according to the seating groove is formed in the seating, so as to guide the position where the drug is seated There is an effect that can make a constant position where the label is attached to the drug.

In addition, according to the present invention, as the drug container is further formed on the inside of the seat, the drug may be accommodated from the seat in the process of attaching the label to the drug, even though the drug is damaged while leaving the seat. It is easy to organize this, there is an effect that can prevent the labeling device is damaged by the broken chemicals.

In addition, the present invention is made up of a narrow width of the label portion and the information printing portion that can be printed on the winding portion wound on the drug, the information printing portion is printed on one side of the drug protrudes, when the label is attached to the drug Since the information printing unit is located on the upper side of the drug, it is easy for the administrator to check the information printing unit.

In addition, the present invention has the effect that the label is not damaged when the label is peeled off from the seating roller is formed of a material that is easy to separate from the adhesive material of the labeling roller.

1 is a view showing a labeling device according to the invention.
Figure 2 is a view showing a part of the information printing unit of the labeling device according to the present invention.
Figure 3 is a perspective view showing a labeling unit of the labeling device according to the invention.
Figure 4 is a view showing a separate mounting unit of the labeling device according to the invention.
5a to 5f are views showing the operation of the labeling device according to the invention.
Figure 6 is a view showing the drug attached to the label by the labeling device according to the invention.

Hereinafter, the preferred embodiment of the accompanying drawings, the configuration and operation of the labeling device according to the present invention will be described in detail.

1 is a view showing a labeling device according to the present invention, Figure 2 is a view showing a part of the information printing unit of the labeling device according to the present invention.

Figure 3 is a perspective view showing a labeling unit of the labeling device according to the invention, Figure 4 is a view showing a separate mounting unit of the labeling device according to the present invention.

As shown, the labeling device 1 according to an embodiment of the present invention is an information input unit 10 for inputting the patient's medical history information and the patient's information about the prescribed medication (B), and the information input unit ( 10) the information printing unit 20 for printing the patient's information input to the label (L), and the label (L) is printed on the patient's information in the information printing unit 20 automatically to the prescribed drug (B) Labeling unit 30 to be attached to the label (L) to be attached to both ends thereof, the labeling unit 30, the seating unit 40 to which the drug to be attached to the label (L) by the labeling unit 30 and A control unit for controlling the driving of the units is included.

Each unit of the labeling device 1 described above is installed in the main body 3, the main body 3 is mounted on the upper surface of the seating plate 5, the main body is installed on the upper surface of the seating plate (5) It is formed to be slidable forward by the guide rail (7).

Thus, the main body 3 may be used by sliding to the front side in accordance with the installation space or use.

The information input unit 10 is for the administrator to input the patient's information about the medicine (B) prescribed to each patient, the information input or stored in the information installed on the front of the main body unit 3 is installed This is an input / output unit for outputting so that an administrator can check, and the input / output unit may be a touch screen 11.

If the touch screen 11 touches a character or a specific location on a screen (screen) or a person's hand or an object without using a keyboard, the touch screen 11 detects the location and inputs it directly on the screen for specific processing by the stored software. In order to receive data, a function called a touch panel is added to the screen of a general monitor. The touch panel has a function that enables the invisible infrared rays to flow from side to side and up and down to create numerous rectangular grids on the screen, so that the touch panel or other object can determine the location of the grids. You can do what you want.

The information input through the input / output unit may be input according to the characteristics of the medicine (B) as the patient's medical history, including the patient's name, gender, and the like, and the date and method of administering the medicine (B). In addition, the input and output unit may receive a prescription directly from the doctor's computer to input the information.

In addition, the input / output unit outputs the input information to the screen through the touch screen 11 so that the administrator can check it again.

The information printing unit 20 is installed on one side of the main body 3 as printing the information of the patient input from the above-described information input unit 10 on the label (L), the labeling unit 30 to be described later Located at the rear of the printed label (L) is drawn to the front to be drawn into the label attachment unit 30.

In detail, the information printing unit 20 is installed at one rear side of the main body 3, and the labeling unit 30 to be described later is installed at one front side of the main body 3. At this time, a separate cover 21 for opening only the information printing unit 20 is rotatably installed at one rear side of the main body 3 so that the manager can receive information by the handle 23 installed on the cover 21. It is preferable to easily open the printing unit 20 to easily maintain the information printing unit 20, such as replacing the label (L).

As shown in FIG. 2, the information printing unit 20 includes a label winding unit (not shown) in which the label paper L is wound, a printing unit 25 for printing information on the label sheet L, and a label winding. The peeling winding part 27 on which the label paper L and the release paper R separated from the label paper L are wound, and the peeling guide roller for guiding peeling of the label paper L and the release paper R ( 29).

The peeling winding unit 27 allows the peeling paper R to be wound in a direction opposite to the unwinding direction of the label paper L of the label winding unit so that the label paper L and the peeling paper R are peeled off. Therefore, it is preferable that the peeling winding part 27 is positioned below the label unwinding part and is switched in the opposite direction to the direction in which the label paper L is unwound by the peeling guide roller 29 so that the peeling paper R is wound. Do.

Here, the label (L) is formed in the form of the letter C, that is, the medicine (B), that is, the winding portion (L1) formed in a narrow width so as to be wound around the neck of the ampoule or vial, and the patient's information in the printing portion 25 The width of the winding portion (L1) is formed wider than the winding portion (L1) to ensure sufficient space for printing is made of the information printing portion (L2) formed to extend with the winding portion (L1) on both sides of the winding portion (L1).

At this time, the label (L) is printed on the upper surface 25, the patient's information is printed on the upper surface, the adhesive material is applied so that the label (L) can be attached to the drug (B) on the lower surface.

In addition, the label sheet L is wound on the front side, that is, the label attachment unit 30, the wound portion (L1) is wound on the drug (B), and the information printing portion (L2) of both sides In the center of the winding portion (L1) it is preferable that the inner surface is coated with the adhesive material is folded while facing each other so that the information printing portion (L2) is located on the upper side of the drug (B).

And, the winding portion (L1), for example, the drug (B), for example, the outer diameter of the ampoule or the vial should be formed longer than the smallest portion should be sufficiently wound on the outer surface of the ampoule or vial.

On the other hand, since the label L is coated with an adhesive material on the lower surface of the label L, the label sheets L adhere to each other when the label L is wound, so that the label L is attached to the lower surface of the label L with the release paper R attached thereto. It is wound up to attach.

The release paper (R) is used to protect the surface by contacting the adhesive surface coated with adhesive material such as adhesive tape or pressure-sensitive adhesive paper. When used, the release paper (R) is peeled off and used on a conventional cast coated paper (CCP) paper to achieve its purpose. It is coated with silicon (Shinetch KS3755) and heat treated to process its surface. Here, the paper may optionally use a variety of synthetic resin film, such as PP, PE, PET, nylon.

Thus, when the information printing unit 20 receives the patient's information input through the information input unit 10, the label winding unit, the peeling winding unit 27 and the printing unit 25 is driven to unwind from the label winding unit. When the printing unit 25 prints the patient information on the information printing unit L2 of the labeled label L, the label sheet L is transported to the front side while only the release sheet R is wound up by the peeling winding unit 27. The release paper R is peeled off the lower surface of (L).

Then, only the label paper L is drawn into the label attaching unit 30 located in front of the information printing unit 20. At this time, the peeling guide roller 29 is reversed to the peeling direction of the label paper L, the peeling paper (R) peeled off from the label (L) is drawn into the peeling winding portion 27 located below the label winding portion Allow it to be wound.

Therefore, the peeling paper R is wound up by the peeling-up winding part 27, and the label paper L on which the patient's information was printed is drawn in to the front side.

3 and 4, the labeling unit 30 is positioned on the seating roller unit 300 on which the label paper L printed on the information printing unit 20 is seated, and on the seating roller unit 300. Pressurizing roller unit 310 for supporting the upper portion of the label sheet L by pressing, lifting and lowering unit 320 for raising and lowering the mounting roller unit 300 and the pressure roller unit 310, and the mounting roller unit 300 and The left and right moving parts 330 for moving the pressure roller part 310 left and right and the pressure roller lifting part 340 for lifting up and down only the pressure roller part 310 are included.

The seating roller part 300 has the first and second seating rollers 301 and 303 respectively installed to face each other at predetermined intervals on one side and the other side, and the first and second seating rollers 301 and 303 are not interfered by other members at one end. First and second seating rotary shaft members 301a and 303a respectively inserted in the first and second seating rollers 301 and 303 so as to be rotated without rotation, are respectively installed, and the first and second lifts of the elevating unit 320 to be described later on the other end. The first and second seating support members 301b and 303b are respectively connected to the lowering members and support the first and second seating rotation shaft members 301a and 303a.

Here, the first and second seating rollers 301 and 303 are mounted on both sides of the above-mentioned information printing portion L2 of the label paper L, and the arrangement interval thereof corresponds to the length of the label paper L and the label paper L. It is preferable to maintain the interval by the length of.

In addition, the first and second seating rollers 301 and 303 may be formed of a material that is easily separated from the adhesive material applied to the label L as the bottom surface of the label L is seated. Therefore, it may be formed of the same material as the release paper R to which the label paper L was initially attached.

The pressure roller 310 is positioned above the seating roller unit 300 so that the rollers are rotated when both ends of the label L are seated on the first and second seating rollers 301 and 303, respectively. In order to prevent the second mounting rollers 301 and 303 from being separated, the upper surface of the label sheet L mounted on the first and second mounting rollers 301 and 303 is pressed.

In detail, the pressure roller 310 is disposed at the same interval as the first and second seating rollers 301 and 303 so as to press the first and second pressure rollers 311 and 313 to press the upper part of the first and second seating rollers 301 and 303. And first and second pressing rollers 311 and 313 respectively inserted into the first and second pressing rollers 311 and 313 so that the first and second pressing rollers 311 and 313 rotate at one end without interference by other members. The first and second pressure rotary shaft members 311a and 313a are respectively installed and connected to the elevating member 329 of the elevating unit 320 to be described later on the other end, respectively. The first and second pressure supporting members 311b and 313b for supporting are included.

Thus, the pressure roller 310 is pressured so that the label (L) does not leave the seating roller 300 from the upper side of the mounting roller 300, as well as the label (L) to be attached to the drug (B) When the label paper L leaves the seating roller part 300 while rotating together with the seating roller part 300, the label paper L is pressurized to be attached to the inner surface, that is, the surfaces to which the adhesive material is applied.

Lifting unit 320 is installed on one side of the left and right moving unit 330 to be described later to move up and down the mounting roller unit 300 and the pressure roller unit 310 to move left and right by the left and right moving unit 330, the lifting unit The elevating driver 321 for driving the 320, the elevating guide rail 323 to be described later, the elevating driving roller 325a which is driven in connection with the elevating driver 321, and the interval to be elevated Ascending and descending conveyor belt is installed to connect the elevating driven roller 325b spaced apart from the elevating driving roller 325a and the elevating driving roller 325a and the elevating driven roller 325b. 327) and the elevating conveying member 328 fixed to one side of the elevating conveyor belt 327 and elevating along the elevating guide rail 323 and the elevating conveying member 328 connected to the elevating conveying member 328. As the member 328 moves up and down, the left and right moving parts to be moved up and down will be described later. A lifting member 329 connected to the first and second left and right moving members 339a and 339b of 330 to lift up and down the first and second left and right moving members 339a and 339b is included.

Therefore, when the elevating unit 320 is elevated, the seating roller unit 300 and the pressure roller unit 310 are also elevated by the elevating member 329 of the elevating unit 320, and when the elevating unit 320 is lowered, the seat is lowered. The roller 300 and the pressure roller 310 are also lowered.

The left and right moving parts 330 are connected to the left and right moving driver 331 installed on one side of the elevating member 329, the left and right moving driving roller 333a and the rotating roller 333a, and a seating roller part ( 300 and the left and right driven roller 333b and the left and right driven roller 333a and the left and right driven roller 333b spaced apart from the left and right moving drive roller 333a by the left and right moving radius of the pressing roller 310. First and second left and right movement connecting members 337a and 337b which are installed and connected to the left and right moving conveyor belt 335 and the left and right moving conveyor belt 335 to move left and right, respectively, and the first and second left and right moving connection First and second left and right moving members 339a and 339b connected to the members 337a and 337b to move the aforementioned first and second seating rollers 301 and 303 and the first and second pressure rollers 311 and 313 to the left and right.

Here, the first and second left and right moving connecting members 337a and 337b are installed at the front side and the rear side of the left and right moving conveyor belt 335, respectively. In detail, when the left and right moving conveyor belt 335 is rotated, the moving directions of the front and the rear are opposite to each other.

Therefore, the first and second left and right moving connecting members 337a and 337b respectively installed at the front and rear of the left and right moving conveyor belt 335 are rotated when the right and left moving conveyor belt 335 rotates. At the same time to move to the center side of the left and right moving conveyor belt 335, or to move to the edge side of the left and right moving conveyor belt (335).

The pressure roller lifting unit 340 raises and lowers the pressure roller 310 and the label roller L is seated on the seating roller 300. Then, the pressure roller 310 lowers the pressure roller 310 upward. In order to pressurize the label L, the lifting interval is shorter than that of the lifting unit 320.

Such, the pressure roller lifting unit 340 is to raise and lower only the lifting unit 320 and the pressure roller 310 to raise and lower the seating roller unit 300 and the pressure roller 310, the pressure roller unit The first and second push-up and down guide rails 347a and 347b are respectively installed on the first and second left and right moving members 337a and 337b by a small distance from which the 310 moves up and down, respectively. The pressure raising and lowering guide rails 347 are provided with first and second pressure raising and lowering members 345a and 345b which are lowered and lowered along them, respectively.

In addition, first and second pressure raising and lowering drivers 341a and 341b are respectively provided below the first and second pressure supporting members 311a and 331b of the pressure roller 310. Here, the first and second push up and down drivers 341a and 341b may be cylinders, and each piston rod 343a and 343b of each cylinder is drawn out to the outside or drawn into the cylinder to support the first and second pressurized supports. The first and second pressure supporting members 311a and 311b are lifted or lowered by supporting the lower surfaces of the members 311a and 311b separately from the lifting unit 320 described above.

The seating unit 40 is installed in front of the labeling unit 30 described above, and is used to seat the drug (B) to which the label (L) is to be attached by the labeling unit (30). (L) is installed in a position where the drug (B) is installed on the upper surface of the seating table 41, and the seating position of the drug (B) to be seated on the upper surface of the seating table 41 to guide the drug (B) consists of a seating groove 43 formed to be easily seated.

Here, the drug (B) is seated on the seating 41, when the label 41 is detached from the seating 41 during the process of attaching the label (L) through the labeling unit 30 seating 41 to accommodate the drug ), That is, the lower side of the label attachment unit 30, the medicine container 45 is installed, the drug container 45 is the container support member 47 installed on the inner bottom surface of the label attachment unit (30). The position is fixed by.

In detail, the drug may leave the seat 41 in the process of attaching the label (L) to the drug (B). Then, since the chemicals are usually ampoules or vials of glass, the broken pieces and the chemicals that are broken off from the seating plate 41 remain at the lower portion of the labeling unit 30. Not only are they difficult to find and clean when broken into small pieces, they are also difficult to clean as the broken pieces become chemical and bumpy. In particular, the labeling device may be damaged by the remaining pieces or in the process of being broken.

However, since the medicine container 45 is located between the seating plate 41 and the labeling unit 40, that is, the lower part of the labeling unit 40, even if the drug (B) falls into the medicine container 45 and is broken, The manager may clean the medicine container 45.

In addition, when the drug (B) is accommodated in the medicine container 45, the drug storage box 45 is supported by the seating plate 41 on one side, the other side is supported by the housing support member 47 Since the position is fixed, it can be so as not to interfere with the work to which the label (L) is attached in the labeling unit (30).

The control unit (not shown) controls the aforementioned units, and an information comparison unit (not shown) for comparing the information of the patient and the information of the medicine inputted by the information input unit 10 and the information of the patient and the information of the medicine are provided. If it is matched, this information is transmitted to the information printing unit 20, the information printing unit 20 is driven to print the patient's information on the label paper L, and the label paper L is seated on the seating roller part 300. When the drug (B) is seated on the seating unit 40, the label (L) includes an operation button 13 as an operation unit for driving the labeling unit 30 to be attached to the drug (B).

5a to 5h is a view showing the operation of the labeling device according to the present invention, Figure 6 is a view showing a drug attached to the labeling device according to the present invention.

Hereinafter, with reference to the drawings will be described in detail the process of the label (L) of the labeling device according to the invention attached to the drug.

As shown, the information of the patient input from the information input unit 10 is compared with the information of the drug in the information comparison unit. If the information does not match, it is made to inform and confirm to the administrator through the touch screen 11 or an alarm.

If the information of the patient and the information of the medicine is matched, the information of the patient is transmitted to the information printing unit 20, the information printing unit 20 by printing the information of the patient on the information printing unit (L2) of the label (L) Drain to the front side.

As shown in FIG. 5A, the label paper L is seated at both ends of the first and second seating rollers 301 and 303. At this time, the first and second pressure rollers 311 and 313 are driven by the first and second pressure lowering drivers 341a and 341b to draw out the first and second piston rods 343a and 343b, and the first and second piston rods The 343a and 343b support the first and second pressure supporting members 311a and 311b of the pressure roller 310 to maintain the elevated state.

Next, as shown in FIG. 5B, the first and second push up and down drivers 341a and 341b are driven so that the first and second piston rods 343a and 343b are drawn into the cylinder, and the first and second pressurizations are performed. The rollers 311 and 313 are lowered to press the upper surface of the label sheets L mounted on the first and second mounting rollers 301 and 303 so that the label sheets L do not leave the first and second mounting rollers 301 and 303.

Thereafter, the elevating driver 321 of the elevating unit 320 is driven as shown in FIG. 5C, thereby elevating the conveyor belt while the elevating driving roller 325a and the elevating driven roller 325b rotate. 327 is rotated. Thus, while the lifting and lowering conveying member 328 installed on the elevating conveyor belt 327 is elevating, the elevating member 329 connected with the elevating conveying member 328 is lifted, and the left and right moving parts connected to the elevating member 329. 330 and the seating roller unit 300 installed in the left and right moving unit 330 is elevated.

Then, the manager seats the medicine in the seating groove 43 of the seating table 41, as shown in Figure 5d. Then, the administrator operates the operation button 13.

Next, as shown in FIG. 5E, the elevating driver 321 of the elevating unit 320 is driven as described above, while the elevating member 329 is gradually lowered. When the elevating member 329 is lowered, the first and second seating rollers 301 and 303 disposed at the ends of the first and second left and right moving members 339a and 339b are lowered while the left and right moving parts 330 are lowered. Accordingly, the label paper L seated on the first and second seating rollers 301 and 303 is in contact with the medicine B, and the winding portion L1 of the label paper L is gradually wound on the medicine B.

At this time, when the label paper L starts to be wound in contact with the chemical agent B, as shown in FIG. 5F, the left and right movement drivers 331 of the left and right movement parts 330 are driven, and the left and right movement drive rollers 333a and left and right sides are wound. As the driven driven roller 333b rotates, the left and right moving conveyor belts 335 rotate. Then, the first and second left and right movement connecting members 337a and 337b installed at the front and rear sides of the left and right conveyor belts 335 are moved to the medicine B side, so the first and second left and right movement connecting members 337a and 337b are moved. The first and second left and right moving members (339a, 339b) and the first and second seating rollers (301,303) connected to the lower and simultaneously lower the label (L) to the drug (B).

When the winding portion L1 of the label paper L is wound on the chemical agent B, the first and second seating rollers 301 and 303 and the first and second pressing rollers 311 and 313 descending in contact with each other rotate while the label paper L is rotated. Pressing one surface and the other surface of the information printing portion (L2) of the contact with each other to press the surfaces coated with the adhesive material to adhere to each other, the first and second mounting rollers (301,303) by the rotating first and second mounting rollers (301,303) The label sheets L mounted on the 301 and 303 may be peeled off.

Thus, as shown in FIG. 6, the wound portion L1 is wound around the medicine B, and the label L is positioned so that the information printing portion L2 on which the patient's information is printed is located above the medicine B. To be attached.

Therefore, it is possible to automatically attach a label (L) on which patient information is printed on a round and relatively small vial of medicine (B), and of course, the administrator can apply the medication (B) to the medicine (B) before administering the medicine (B) to the patient. The drug (B) to be administered through the attached label (L) and the patient can be checked again to prevent the wrong drug (B) from being administered to the patient.

B: Chemical L: Label L1: Winding L2: Information Printing
1: Label Attachment Device
10: information input unit 11: touch screen
20: information printing unit 21: cover
23: handle portion 25: printing portion
27: peeling winding unit 29: peeling guide roller
30: label attachment unit
300: seating roller unit 301,303: 1st, 2nd mounting roller
310: pressure roller section 311, 313: first and second pressure roller
320: the elevating unit 321: elevating driver 323: elevating guide rail
327: elevating conveyor belt 329: elevating member
330: left and right moving unit 331: left and right moving driver
335: left and right conveyor belt
340: pressure roller elevator 341: pressure roller elevator
40: seating unit 41: seating table 43: seating groove
45: medicine container 47: container support member

Claims

An information input unit which is located on an outer surface of the main body and inputs patient history information and patient information on a prescribed medicine;
An information printing unit for printing patient information inputted to the information input unit on a label sheet;
A label attaching unit for automatically attaching a label on which the patient's information is printed on the prescribed medicine in the information printing unit, and bending the label to attach the both ends to each other;
A seating unit to which the drug to which the label is attached is seated by the label attaching unit; And
And a control unit for controlling the driving of the units.

The method of claim 1,
The labeling unit may include a seating roller unit in which both ends of the label paper printed by the information printing unit are seated, respectively, and the first and second seating rollers are spaced apart from one side and the other side;
First and second pressure rollers installed on the seating roller part and rotating to support and press the upper surface of the label seated on the seating roller part are disposed to be spaced apart from one side and the other side to correspond to the first and second seating rollers. Pressed roller portion;
An elevating unit configured to elevate the seating roller unit and the pressure roller unit;
A left and right moving part which moves the seating roller part and the pressure roller part left and right; And
Labeling device, characterized in that it comprises; pressure roller lifting and lowering unit for lifting up and down the pressure roller portion separately.

The method of claim 2,
The left and right moving unit is provided on one side of the elevating member, which one side is raised and lowered by the elevating unit, the left and right moving drive roller which rotates by a left and right moving driver;
Installed on the other side of the elevating member, the left and right driven rollers connected to the left and right moving rollers and the left and right moving conveyor belts; And
Is installed on the left and right moving conveyor belt is installed on one side and the other side of the left and right moving conveyor belt, respectively, the first and second seating rollers are coupled to the end, respectively, the pressure on the upper side of the first and second seating rollers Labeling device comprising a; first and second left and right moving member is installed roller lifting unit.

The method of claim 3, wherein
The pressure roller lifting unit is first and second pressure lifting guide rails respectively installed on the first and second left and right moving members; And
First and second pushing up and down members connecting the first and second pushing down guide rails and the first and second pushing rollers;
First and second pressure raising and lowering members on which the first and second pressure rollers are respectively seated; And
And a first and second push up and down drivers driven to raise and lower the first and second push up and down members.

The method of claim 1,
The seating unit is disposed to be spaced apart from the labeling unit, the labeling device, characterized in that the mounting surface is formed with a seating groove in which the drug is seated on the upper surface.

6. The method of claim 5,
The seating unit is attached to the labeling device, characterized in that further comprises a medicine container installed to accommodate the drug leaving the seating on the inside of the seating.

The method of claim 2,
The label paper is formed so that the width of the wound around the medicine and the winding portion, and each of the winding portion is formed to extend with the winding portion, the width is formed wide and the information is printed and the inner surface from the center of the winding portion Labeling device, characterized in that the information printing portion formed to be folded to face each other, the adhesive material is applied to the inner surface.

The method of claim 7, wherein
Labeling device, characterized in that the winding portion is formed longer than the smallest portion of the outer diameter of the drug.

The method of claim 7, wherein
The label sheet is attached to the label, characterized in that both ends of the information printing portion is seated on the first and second seating rollers, respectively, the wound portion of the label is placed adjacent to the drug.

The method of claim 9,
The first and second seating roller is a label attachment device, characterized in that formed of a material that is easy to separate from the adhesive material of the label.

The method of claim 1,
The control unit includes: an information comparison unit for comparing the information of the medicine to be seated in the seating unit and the information of the patient input from the information input unit; and
And an operating unit for operating the labeling unit when the information of the patient compared with the information of the medicine compared in the information comparing unit is included.

12. The method according to any one of claims 1 to 11,
The actuating unit drives the pressure roller elevator, and when the label sheet is seated on the first and second seating rollers of the seating roller unit in the state of the pressurizing roller unit being lowered, the pressure roller unit is lowered to the upper portion of the label sheet,
Drive the lifting and lowering drive, and the seating roller portion on which the label is seated is elevated to a position higher than the seating table of the seating unit, and when the chemical is seated on the seating table, the seating roller part is lowered sequentially to the seating roller. Attach the center of the label seated on the drug to the drug,
When the label is attached to the drug, the mounting roller portion is lowered and at the same time driving the left and right movement driver to move the first and second left and right moving members on both sides to the drug side, respectively, characterized in that the drug side .