KR20040084704A - Medicine Packing Equipment - Google Patents

Abstract

PURPOSE: A medicine packing machine is provided to show a processing state to an operator by displaying a prescription input screen and a device operation screen at the same time and to perform plural processes in parallel by inputting a prescription data and packing a medicine. CONSTITUTION: A medicine packing machine for packing a medicine corresponding to prescription data by one pack is composed of a prescription input screen(25) for displaying the prescription data according to a predetermined format and a display unit(21) for displaying a system operation screen(26) having an operation button for driving and controlling each driving member packing the medicine at the same time. The medicine packing device is capable of inputting a prescription on the prescription input screen during packing the medicine. The display unit emphasizes a key for a kind of medicines selected on the prescription input screen.

Description

Pharmaceutical Packing Equipment

The present invention relates to a pharmaceutical packaging device.

BACKGROUND ART Conventionally, some pharmaceutical packaging apparatuses have a touch panel for setting packaging data (see, for example, Japanese Patent Laid-Open No. 2001-114223). In this chemical | medical agent packaging apparatus, when a tap key displayed on a touch panel is touch-operated, a screen is switched and predetermined input according to the screen is made possible.

However, in the medicine packaging apparatus, the screen must be switched in accordance with the treatment contents. For this reason, operability is bad, and there exists a problem that it cannot carry out packaging processing etc., for example, inputting prescription data.

Then, an object of this invention is to provide the chemical | medical agent packaging apparatus which is excellent in operability, and can perform the necessary parallel heat-treatment freely.

1 is an overall perspective view of a medicine packaging apparatus according to the present embodiment.

FIG. 2 is a schematic explanatory diagram showing components of the distribution plate of FIG. 1 and its vicinity.

FIG. 3 is a front view showing the distribution plate and the ejection member of FIG. 2. FIG.

4A is a partial front view showing the initial state of the elastic body of the dissipation member, and FIG. 4B is a partial front view showing the detection state with the sensor at that time.

Fig. 5A is a partial front view showing a state when the elastic body of the ejecting member is worn, and Fig. 5B is a partial front view showing a detection state by the sensor at that time.

6 is a block diagram of a medicine packaging apparatus according to the present embodiment.

FIG. 7 is a diagram showing a prescription input screen and a device operation screen displayed on the touch panel shown in FIG. 1.

8 is a diagram illustrating a state in which the prescription input screen of FIG. 7 is converted into a usage input screen.

FIG. 9 is a diagram illustrating a state in which a prescription input screen of FIG. 7 is converted into a drug input screen.

FIG. 10A is a diagram showing an initial setting screen of the device operation screen, FIG. 10B is a diagram showing a state switched to the setting screen, and FIG. 10C is a diagram showing a state switching to the maintenance screen.

<Description of the symbols for the main parts of the drawings>

1 (1A, 1B)... Distribution plate 2... Home

3... Poison Feeder 4... Servo motor

5... Trough 6... Feed Hopper

7... Ejection member 8.. Recovery Hopper

9... Packaging device 10... Refining Feeder

11... Small substrate 12.. Small plate

13... Elastic body 14... Screw brush

15... Exhaust duct 16.. Axis

17... Sensor 18... wrapping paper

19... Printing unit 20.. Heat sealing part

21... Touch panel 22... LCD Driver

23... Touch panel driver 24.. CPU

25... Prescription input screen 26. Device operation screen

27... Mode button

The present invention provides a medicine packaging apparatus for packaging a corresponding medicine in accordance with prescription data as a means for solving the above problems,

And display means for simultaneously displaying a prescription input screen for displaying the prescription data according to a predetermined format and a device operation screen having an operation button for driving control of each component member for packaging the medicine;

During the packaging process, the prescription input on the prescription input screen is enabled.

This configuration makes it possible to list the prescription input screen and the device operation screen, thereby improving the operability. Moreover, it becomes possible to perform a some process in parallel, for example, making a packaging process while inputting prescription data.

Preferably, the display means makes it possible to highlight the drug type key selected on the prescription input screen.

The display means displays on the prescription input screen a different amount of acid dispensing input field that can be inputted at the time of taking the prescription amount of the drug, and when the dispensing ratio can be inputted in an integer ratio or a quantity, the operability is remarkably improved. It is preferable at the point which can be made.

Preferably, the display means can display the remaining amount of the wrapping paper for packing the medicine on the apparatus operation screen.

A dispensing plate provided with an annular groove to which powder is supplied to the outer circumference, and a dissipating member which scrapes the powder of this annular groove and scrapes out one by one. The discharging member includes a disc. Has an elastic body on the outer periphery of,

Preferably, the display means is capable of displaying a residual amount after wear caused by the use of the elastic body on the apparatus operation screen.

The display means is preferable in that it is possible to select a simple and easy input method as necessary if the prescription input screen can be switched to a no-print screen, a usage input screen, or a medicine input screen.

EMBODIMENT OF THE INVENTION Hereinafter, embodiment which concerns on this invention is described according to an accompanying drawing.

1 is an overall view of a drug packaging device according to the present embodiment, FIG. 2 is a partial schematic view of FIG. 1, and FIG. 3 shows a detailed view of FIG. 2.

This chemical | medical agent packaging apparatus is equipped with the donut-shaped distribution dish 1 (1A, 1B) which has the annular groove 2 in the outer peripheral part. The medicine is supplied to the annular groove 2 from the medicine feeder 3. The distribution dish 1 can be driven to rotate at a desired pitch by the drive of the servo motor 4. Here, it is set to rotate one rotation by 50,000 pulses, and it is possible to rotate and stop by one pulse unit.

The feeder feeder 3 arranges the feed hopper 6 on the elastically supported trough 5 and vibrates the trough 5 with a piezoelectric element or the like to accommodate the feed hopper 6 contained in the feed hopper 6. To the distribution plate (1). In addition, the powder supplied to the dispensing dish 1 is dissipated one by one by the dissipation member 7, and is packaged in the packaging apparatus 9 via the recovery hopper 8. The recovery hopper 8 is capable of supplying tablets from the tablet supply device 10 in addition to the powder from the distribution dish 1.

The drawing-out member 7 is the structure which provided the drawing-out board 12 in the small board | substrate 11. The small board | substrate 11 has an annular elastic body 13, such as rubber | gum, in the outer peripheral edge in disk shape, and collects the chemical in the annular groove 2 in the circumferential direction. The chemical | medical agent adhering to the elastic body 13 and its vicinity are scraped off by the screw brush 14, and are removed through the exhaust duct 15. As shown in FIG. The discharge plate 12 is provided on the small substrate 11 and scrapes off the collected powdered powder in the radial direction. The ejection member 7 is rotatable about the support shaft 16 by a drive device (not shown). The dissipation member 7 detects the front end 30a of the detection piece 30 provided at the other end in the state in which the small substrate 11 and the dissipation plate 12 are positioned in the annular groove 2. Is detected by. As a result, it is possible to measure the remaining amount due to wear of the elastic body 13 of the small substrate 11 with use. In the initial state shown in FIG. 4A in which the elastic body 13 is not worn, as shown in FIG. 4B, the front-end | tip 30a of the detection piece 30 exists in the position which is not detected by the sensor 17. As shown in FIG. And when the elastic body 13 wears by use and it becomes the state shown in FIG. 5A, as shown in FIG. 5B, the front-end | tip 30a of the detection piece 30 becomes detectable by the sensor 17, It is determined that the elastic body 13 has been reduced.

In the packaging apparatus 9, the wrapping paper 18 wound on a roll is unwound, predetermined printing is performed in the printing section 19, and three places are opened in the heat sealing section 20 in a state of being folded in two in the longitudinal direction. By sealing, the medicine from the recovery hopper 8 is packaged one by one.

Moreover, the chemical | medical agent packaging apparatus is provided with the touch panel 21 which is a display means, as shown in FIG. The touch panel 21 is driven by the LCD driver 22 and the touch panel driver 23. Each driver 22, 23 is controlled by a central processing unit (CPU) 24.

7 to 9, the prescription input screen 25 and the device operation screen 26 can be simultaneously displayed on the touch panel 21.

The prescription input screen 25 is operated by operating the upper left mode button 27 to sequentially switch to the screen without a print, the usage input screen, or the medicine input screen.

As shown in Fig. 7, the printless screen is composed of a registered package number column, a tenki column, a package form column, a bag length column, a package number display column, and an operation column.

The registration package number is composed of four buttons corresponding to the representative number of packages frequently used. Here, the number of packages of 21, 42, 63, and 90, that is, 3, 6, 9 and 10 weeks, is set so that designation is possible.

Tenki-lan is used when inputting the desired number of packages which are not in the registration package number column.

The number of packages entered in the registered package number column and the tenki column respectively is displayed numerically in the package number column. Here, an example in which 93 is entered as the number of packages is shown.

Each key in the packaging form is used to select how to pack the powder, tablets and capsules. The selected key is displayed at a position shifted from other keys, and highlighted in color or the like. This makes it possible for the operator to grasp the packaging form at a glance and to prevent the misoperation. Here, from the upper side, any one of four types of packaging of powders and tablets or capsules separately, packaging of all of them, packaging of tablets and capsules, and packaging of only powders can be selected. have. Here, an example in which a form of packaging all of powder, tablets and capsules is selected is shown.

The sealing length is used to select the sealing length of one pack of medicine. The selectable bag lengths vary depending on the type of distributor. Here, an example in which any one of 60, 70, 80, and 90 mm can be selected is presented.

The operation column is composed of various buttons such as a "issue" button, an "assignment" button, a "continuous issue" button, and a "back" button. By operating the "issuance" button, the prescription input screen 25 is closed, and distribution processing is started. When the "allocation" button is operated, the prescription input screen 25 is closed, and distribution processing is started in advance of other processing waiting for distribution. The "continuous issuance" button is used when a prescription is repeatedly issued, such as manufacturing. The number of times specified by the set number is issued. If continuous is off, the set number input field is not displayed. By operating the "Back" button, the display returns to the initial screen (not shown).

The print-free screen is used when simply packaging one packet without printing the medication time or the like. According to this, packaging time can be shortened.

As shown in Fig. 8, the usage input screen includes a patient column in which information on a patient is displayed, a dose time selection column for selecting a taking time, and a drug disproportion amount setting field for unevenly distributing a powder.

The patient column includes patient ID, patient's name, medical department, ward name, and the like.

The taking time selection column is composed of a plurality of taking time selection buttons such as "morning" and "lunch" for selecting a taking time, and a taking start timing selection box for selecting taking start timing. Here, an example in which "morning", "lunch" and "evening" are selected at the time of taking, and "lunch before" at the start of taking is presented. In this example, "lunch", "evening", "morning"…. It is possible to distribute in the order of.

The amount of acid dispensing amount setting column is provided in two places (mountain 1 and acid 2) corresponding to each distribution plate. In each of the acid dispensing amount setting fields, it is possible to select whether the packaging is uniform or the packaging is uneven with the "uneven" button. When the uniform packaging is selected (mountain 1), "○" is displayed on the operated dose time selection button, and the dose time is determined. If uneven packaging is selected (mountain 2), the operation time selection button is operated and a value can be entered, and the total is displayed in the total field. In acid medicine 2, the example which inputs "morning" 1.2g, "lunch" 1.2g, "evening" 2.4g, and totals 4.8g is shown. In this way, even in an uneven distribution, it is possible to simply set the packaging amount per bag simply by simply touching and touching the &quot; unevenness &quot;

The usage input screen selects a medicine from the chemical input screen described later, and switches to the usage input screen for use. Frequently used medicines, which are particularly convenient for use when setting only the time of administration and dosage without paying attention to the drug name.

As shown in Fig. 9, the medicine input screen includes a medicine data input box in addition to the patient column and a taking time selection column as in the usage input screen. The medicine data input field includes each item of medicine code, drug name, dose, unit, and taking time. By operating the border of the medicine code, a list of registered medicine codes can be displayed.

As shown in FIGS. 10A to 10C, the device operation screen 26 is switched to an initial setting screen, a setting screen, and a maintenance screen by operating the lower button 28.

As shown in Fig. 10A, the initial setting screen is composed of buttons for controlling basic operations for carrying out packaging processing such as a hopper selection button, a "start" and a "stop" button.

As shown in Fig. 10B, the setting screen is for setting the vibration of each powder feeder 3, the vibration of the feed hopper 6, the drive of the dust collector, and the like.

On the maintenance screen, as shown in Fig. 10C, the remaining amount of the wrapping paper 18, the remaining amount of the elastic body (scratch rubber) of the small substrate 11 in the distribution plate 1A, and the small amount in the distribution plate 1B. The remaining amount of the elastic body (scratch rubber) of the substrate 11 is displayed, respectively.

In the medicine input screen, the medicine packaging device may be connected to a host computer to automatically read prescription data of each patient and display the corresponding data.

Components that perform packaging processing such as the ejection member, and each driver of the touch panel 21 are provided to the CPU 24 based on an input signal from the touch panel 21, a detection signal from the sensor 17, or the like. Drive control.

Next, the operation of the medicine packaging apparatus will be described.

First, in the prescription input screen 25, prescription data is input or read out. Prescription input can be performed in any of a no-print screen, a usage input screen, or a medicine input screen as needed.

In the usage input screen, the dose can be changed at each dose by operating the "unequal" button in the dispensing distributive distribution field. For example, in FIG. 8, the "morning", "lunch", and "evening" buttons are clicked and displayed in reverse. In addition, in the mountain range 2, the "uneven" button on the right side is clicked and inverted, and each column of the "morning", "lunch", and "evening" fields in the mountain range 2 is a blank for numerical input. Here, 1.2g, 1.2g, 2.4g is input in each column of "morning", "lunch", and "evening", and 3 (one minute) is input in the day / package number column, respectively. In this case, since one day is 4.8 g of three days, although not shown in FIG. 8, it is preferable to display 14.4 g which is a total value. The pharmacist (user) may weigh the amount of acid medicine 2 by 14.4 g, which is the total value, and then insert it into the supply hopper 6.

When the input of the prescription data is completed in this way, the corresponding feed hopper 6 is selected by the hopper selection button on the initial setting screen of the device operation screen 26. Then, the operation of the start button (indicated below the hopper selection button A in the drawing) starts supplying the medicine to the annular groove 2 of the distribution plate 1. In the supply of powder, the feed plate 3 is vibrated and the dispensing plate 1 is rotated. In the input example of FIG. 8, when supplying the medicine injected into the hopper B to the distribution dish 1B, the hopper B may be selected by the hopper selection button, and the start button may be touched.

When the supply of the powder to the dispensing dish 1 is completed, the dispenser stopper 3 and the dispensing dish 1 are stopped by operating the "dispensing stop" button displayed below the corresponding hopper selection button. Then, if there is no change of the setting on the setting screen or the like, the packaging process is started by operating the "issue" button on the prescription input screen 25. At this time, the prescription input screen 25 is closed to return to the initial screen (not shown). In the example of the uneven distribution shown in FIG. 8, the distribution dish 1B is rotated at 50,000 pulses in one rotation, and at 1.2 g, (50,000 x 1.2 / 14.4 kPa), 4166.7 pulses and 1 g are 2.4 g. In the case of (50,000 x 2.4 / 14.4 kPa), 8333.3 pulses are rotated, and scraped off by the dissipation member 7 and packaged.

In this way, the disproportion distribution can be easily set in the field of setting the amount of dispersal of the drug, and the subsequent packaging treatment can be performed automatically. Therefore, the workability is remarkably improved, and the distribution amount can be managed finely to provide detailed medical care. Done.

During the packaging process, it is possible to input or read the following prescription data. That is, the prescription input screen 25 is opened from the initial screen to input or read prescription data. As a result, unnecessary time waiting is eliminated, and workability can be remarkably improved.

As apparent from the above description, according to the present invention, since the prescription input screen and the device operation screen can be displayed at the same time, the operator can list the processing conditions and the like and can improve the operability. Moreover, it becomes possible to perform a some process in parallel, for example, making a packaging process while inputting prescription data.

Claims (6)

In the pharmaceutical packaging device for packaging the corresponding medicine by one packet according to the prescription data, And display means for simultaneously displaying a prescription input screen for displaying the prescription data according to a predetermined format and a device operation screen having operation buttons for driving control of each component member for packaging the medicine. A pharmaceutical packaging device characterized in that the prescription input on the prescription input screen is enabled during the packaging process. 2. The medicine packaging apparatus according to claim 1, wherein the display means makes it possible to highlight and display the medicine type key selected on the prescription input screen. 3. The display unit according to claim 1 or 2, wherein the display means displays a dispensing inferiority input field for inputting a prescription amount of a different amount of medicines on the prescription input screen. Or pharmaceutical packaging device characterized in that the input to the quantity. 4. The medicine packaging apparatus according to any one of claims 1 to 3, wherein the display means makes it possible to display the remaining amount of the wrapping paper for packing the medicine on the apparatus operation screen. The distribution dish provided with an annular groove through which the powder is supplied to the outer circumference, and the bleeding which scrapes the powder of the annular groove and scrapes one by one at the same time. A drawing member, the drawing member has an elastic body on the outer peripheral portion of the disk, The display means is a drug packaging device, characterized in that to display the remaining amount after wear according to the use of the elastic body on the device operation screen. The display unit according to any one of claims 1 to 5, wherein the display means enables the prescription input screen to be switched to a screen without a print, a usage input screen, or a medicine input screen. Pharmaceutical packaging device.