KR20010095954A - Machine for packing medical drugs - Google Patents

Abstract

PURPOSE: A power saving medicine packaging apparatus available in small pharmacies and/or public health centers is provided by utilizing economical packaging paper and by integrating power structure and reducing size of the apparatus. CONSTITUTION: The packaging apparatus(P) comprises a distribution upper plate(2) forming multiple quantity distribution channels(12) at an upper side of the apparatus and an open entrance(G) corresponding to one of the channels(12) to provide a medicine into a casing(1). The apparatus is divided by a compartment(30) and has a movement part(PG) comprising a transportation and adhesion part including a pair of gear connected to transportation rollers and a heater line; and a driving part having a driving motor. The rollers and a distribution disk(10) are interconnected by the driving motor and concurrently activate in the gear connection mode and the belt connection mode.

Description

Machine for packing medical drugs {Machine for packing medical drugs}

The present invention relates to a power-saving pharmaceutical packaging machine, and more particularly, a pharmaceutical packaging machine for receiving a quantitative medicine as a wrapping paper in a flat wrapping state, and packaging the individual packaging, in particular, a power-saving pharmaceutical having a simplified configuration of operating power and configuration. It is about a packing machine.

Various types of pharmaceutical packaging machines are invented, and most of these pharmaceutical packaging machines have a configuration suitable for packaging a continuous large amount of drugs according to a prescription.

In particular, a pharmaceutical packaging machine widely used in a large hospital or a large pharmacy, etc., each of the prescription medicines on the surface of a series of continuous strip-shaped wrapping paper by printing the dosage instructions, the name of the medication, the date and the like according to the patient Prescription formulated medicine is added and sealed.

The medicine packaging machine of the above-mentioned purpose is widely used in large-scale bottles, clinics, etc., which have been produced in various types at home and abroad, and is used in parallel with a large number of containers for classifying drugs and driven in parallel with the containers. It is a machine integrally provided with a slide part, a feeding part of a chemical | medical agent packaging paper, the printing part on a chemical | medical agent packaging paper, etc.

However, the above-described conventional pharmaceutical packaging machine used in large hospitals, large pharmacies, etc. is to automatically or semi-automatically package a large number of prescriptions, and the overall equipment is very large and has a large number of power operating parts to maintain power costs. Etc. are considerable.

In recent years, as the division of medicine has been implemented, the necessity of using such a drug packaging machine is increasing in small pharmacies.

In the small pharmacy in these neighborhoods, as in the conventional medicine packaging machine, although the printing means for printing the name and prescription of the patient to be administered is unnecessary, most conventional medicine packaging machines have such a configuration and the price is very high. It was expensive and maintenance was not possible.

Therefore, there is a need for an inexpensive pharmaceutical packaging machine, which requires a relatively small capacity pharmaceutical packaging machine, requires no separate management, and has low driving power. In addition, there is a demand for a pharmaceutical packaging machine that can utilize a cheap flat wrapping paper, rather than a conventional folded and semi-finished wrapping paper having a wrapping.

1 is a perspective view of a preferred configuration of the power-saving drug packaging machine of the present invention.

Figure 2 is a perspective view showing the packaging operation of the power-saving drug packaging machine of the present invention.

Figure 3 is a perspective view of the rear portion of Figure 2 which is a drive unit of the power-saving medicine packaging machine of the present invention.

Figure 4 is a partial perspective view showing a feeding roller configuration of the packaging operation portion of the power-saving drug packaging machine of the present invention.

Explanation of symbols on the main parts of the drawings

H: heater wire

M: Motor

P: Pharmaceutical Packaging Machine

1: casing

2: distribution tops

10: distribution disc

12: quantitative distribution channel

60,70: feed roller

The power-saving medicine packaging machine of the present invention devised in view of the problems of the conventional medicine packaging machine described above is composed of a single driving motor of the driving power, the overall size is very compact, and therefore, the power-saving medicine of low cost configuration It is to provide a packing machine.

Another object of the power-saving pharmaceutical packaging machine of the present invention is to use a flat-wrapping wrapping paper, which is usually an inexpensive wrapping paper, as it is, to reduce maintenance costs, and thus to reduce the cost of medicine in the pharmaceutical industry. It is to provide a packing machine.

Power-saving pharmaceutical packaging device of the present invention for achieving the above object:

A pharmaceutical box packing machine is provided, and the medicine packing machine has a distribution top plate formed with a plurality of metering channels above and an inlet corresponding to one of the metering channels to the open hole to inject drugs into the casing. In;

The medicine packing machine is divided into partition walls, and has a packing operation part having a feeding roller having a feeding roller and a heater wire of a pair of gear connection, and a driving part having a driving motor,

The feeding roller and the distribution disc are driven simultaneously by the drive motor M as a gear connection and a belt connection.

Another feature of the power-saving pharmaceutical packaging machine of the present invention;

The wrapping paper supplied to the pair of feeding rollers of the packaging operation part is a flat wrapping heat-sealed wrapping paper which is folded and supplied by a guide hopper having an end portion of the lower portion of the inlet.

It will be described in more detail the configuration and effect of the power-saving pharmaceutical packaging machine of the present invention in conjunction with the accompanying drawings.

1 is a perspective view of a preferred configuration of the power-saving pharmaceutical packaging machine of the present invention, Figure 2 is a perspective view showing the packaging operation of the power-saving pharmaceutical packaging machine of the present invention, Figure 3 is a drive unit of the power-saving pharmaceutical packaging machine of the present invention Figure 2 is a perspective view of the rear portion of Figure 2, Figure 4 is a partial perspective view showing the adhesive roller configuration of the packaging operation portion of the power-saving drug packaging machine of the present invention.

The power saving medicine packaging machine P of the present invention configured as a single package body in the shape and the like shown in FIG. 1 will be described.

The upper end of the casing 1 constituted as a metal plate body that is bent into an outline box shape or the like also has a distribution top plate 2 such as a metal plate material or a synthetic resin molded body. The front part of the casing 1 is provided with the door plate D which can be opened in order to replace the wrapping paper mentioned later.

In the center portion of the package plate 2, a rotating carousel-shaped distribution disc 10 is configured to be rotatable about the shaft pipe portion 11 of the center portion.

As shown in FIG.

The quantitative distribution channels 12 into which the respective doses of the medicament are injected along the outer periphery are spaced at equal intervals. It will have an inlet (G) for dropping.

The metering distribution channel 12 is preferably formed as a multiple of three, so that it may be configured as a multiple of up to three, such as one-day, two-day, three-day ...

Below the inlet port G, it has the guide hopper 21 shown in FIG.

In addition, a see-through window 13 for visually checking the state of the wrapping paper roll R in which the wrapping paper is wound in a roll shape is punched in one side wall of the casing 1, and the distribution top plate 2 has an operation panel for operation ( 15) is fitted.

The operation panel 15 has a plurality of switches S for controlling the operation described later as membrane switches and the like. 16 is a power switch for controlling the operating power of the entire medicine packaging machine (P).

The packing operation part PG which is a lower side structure of the said distribution upper plate 2 is shown in figure, and the drive part DG divided with the packing operation part PG by the partition 30 and comprised behind the partition 30 is shown. ) Is shown in FIG. 3.

4 is an exploded view illustrating only the rapid-adhesive bonding portion FH mounted on the packaging operation portion PG to heat-bond the wrapping paper.

The structure below FIG. 2 is demonstrated.

In FIG. 2, which is a packaging operation part PG, the guide hopper 21 is a roughly box-shaped guide part fixed below the inlet hole G of the distribution top plate 2.

As shown in the figure, the end of the guide hopper 21 has a roughly triangular folding guide 21 ′ as an edge portion to fold the packaged paper 100 to be fed in half and to supply it to the rapid bonding portion FH. .

In addition, the wrapping paper 100 is wound up to the rapid bonding portion (FH) via the wrapping paper roll (R) wound on the roller shaft (50) and the guide roll shafts (51, 52) for guiding the wrapping paper (100) to the packaging operation part (PG). To supply.

The wrapping paper 100 used in the present invention is preferably made of synthetic resin that can be welded by heat sensitive.

The wrapping paper 100 heat-bonded by the method described later in the rapid-adhesive bonding portion FH becomes a medicine bag E, and the discharge hole 4 opened toward the door D side of the casing 1 along the discharge hopper 22. The packaging is completed and discharged.

As shown in Fig. 4, the rapid-adhesive bonding portion FH in the above configuration,

It has a pair of feeding rollers 60 and 70 which are disposed in parallel between the roughly "c" shaped brackets 50.

As the feed rollers 60 and 70 are shown in detail in FIG.

Feeding discs 61 and 71 protruding at both ends thereof, and at the center thereof, form plate portions 62 and 72 having the same width as the diameters of the feeding discs 61 and 71, and the edge portions of the plate portions 62 and 72. One or both of the 63 and 73 are provided with a heater wire 74 for thermal bonding.

Accordingly, the wrapping paper 100 is folded in half while being fed along the end of the guide hopper 21 by the plate portions 62 and 72 and the feeding disks 61 and 71,

Subsequently, the wrapping paper 100 is continuously fed by the feeding adhesive portion FH and the plate portion 74 of the feeding rollers 60 and 70, and the like by the heater wire H for thermal bonding to the edge portions 63 and 73. It is bonded at intervals to form individual medicine bags (E).

The dispensing channel (FH) of the packaging operation unit (PG) and the carousel of the distribution top plate (2), which is described above, is performed as a single drive motor which is one feature of the pharmaceutical packaging machine of the present invention. As,

In each movement of the upper quantity distribution channel 12, the feed rollers 60 and 70 of the rapid-adhesion portion FH are rotated at regular angles, thereby supplying electricity to the heater wire 74 and adhering to the respective medicine bags E. Will be configured.

This power relationship will be described with reference to FIG. 3.

The driving unit DG, which is separated from the packaging operation unit PG by the partition wall 30 and positioned at the rear portion of the partition wall 30 and the lower portion of the distribution upper plate 2, is fixed to the bracket 80, as shown. It has a driving motor (M).

On the end shaft of the drive motor M, a pulley 85 for driving the feed shaft 90 for driving the feed rollers 60 and 70 of the feed bonding portion FH with a timing belt 91 or the like is provided. The pinion 81 is mounted on the outer end shaft of the pulley 85.

The feeding shaft 90 extends into the shaft box 92 of the feeding adhesive part FH and is connected to the bevel gear 93 for driving the feeding rollers 60 and 70 of the feeding adhesive part FH to transmit power.

The feeding rollers 60 and 70 respectively increase the feeding power of the wrapping paper 100 by driving the power transmitted by the bevel gear 93 together by the gear assembly GA.

The pinion 81 of the drive motor M is connected to the worm gear 82 and connected to the shaft of the distribution disk 10 having the distribution channel 12 disposed thereon, thereby stepping the distribution disk 10. .

With such a configuration, the power-saving pharmaceutical packaging machine of the present invention,

By simultaneously driving each of the distribution disk 10 and the feeding rollers 60 and 70 as a single drive motor M, all operations can be performed as a single drive.

In the above operating relationship, the rotation angle of the distribution disk 10 and the relative rotation angles of the feeding rollers 60 and 70 according to the rotation of the driving motor M are medicine bags made of a pre-standardized wrapping paper 100. The value is determined by the size of (E), and the connection ratio and size of each gear, the diameter of the pulley 85, and the like are determined accordingly, which is a common technique in the power transmission configuration.

Electrical construction is also just a common technique.

The operation of the power-saving medicine packaging machine of the present invention as described above will be described.

First, the wrapping paper 100 is inserted between the feeding rollers 60 and 70, and the drive motor M is rotated and taken out a small amount, and the prescribed medicine is collected in the quantitative distribution channel 12 on the distribution disk 10. If you start operation with each minute

The drug arriving at the point where the metering distribution channel 12 coincides with the inlet (G) is introduced into the inlet (G) and flows down along the guide hopper 21 while being accommodated in the space where the wrapping paper 100 is folded.

Since the central portion of the feeding rollers 60 and 70 constitutes the plate portions 62 and 72, the chemical passes through as it is, but the end is held by the feeding disks 61 and 71 so that the feeding is continued and moves by a predetermined angle. When the electric wire is supplied to the heater wire (H) and the thermal bonding is performed, the medicine bag (E) is completed and is discharged to the discharge hopper 22.

As described above, in the present invention, the setting switch SW is mounted on the shaft box 92 of the rapid-adhesive bonding portion FH for the convenience of setting the initial wrapping paper 100.

As described above, the power-saving medicine packaging machine of the present invention has a single compact operation power structure compared to the conventional configuration, which is very compact in size, and can be configured at a low cost. This makes it possible to provide convenience for use in small pharmacies, public health centers, etc., where a relatively small amount of medicine is repeatedly packaged.

Claims (3)

A medicine box packaging machine (P) is formed in a schematic box, and the medicine packaging machine (G) coincides with one of the distribution top plate (2) and the quantitative distribution channel (12) having a plurality of quantitative distribution channels (12) above. In the pharmaceutical packaging machine to bring the drug into the casing (1) to bring into the open hole; The medicine packaging machine is divided into a partition wall 30, the packaging operation unit (PG) having a feeding roller (FH) having a feed roller (60, 70) and a heater wire (H) of a pair of gear connection, drive motor Having a driving unit DG having a M, The feeding roller (60, 70) and the distribution disk (10) is a power-saving medicine packaging machine, characterized in that driven by the drive motor (M) as a gear connection and a belt connection at the same time. The method of claim 1, The wrapping paper 100 supplied to the pair of feeding rollers 60 and 70 of the packaging operation unit PG is folded in a flat hopper shape by a guide hopper 21 having an end portion of the lower portion of the feeding hole G having a substantially triangular shape. Power-saving pharmaceutical packaging machine, characterized in that the heat-sealing wrapping paper. The method of claim 1, On the end shaft of the drive motor (M), the pulley (85) and the pinion for driving the feed rollers (60, 70) of the feed adhesive (FH) to drive the feed shaft (90) for the timing belt (91) Take 81, The feeding shaft 90 is extended to the inside of the shaft box 92 of the rapid bonding portion (FH) is connected to the bevel gear (93) for driving the feeding rollers (60, 70) of the rapid bonding portion (FH) to transfer power, The feeding rollers (60, 70) are driven together by the gear assembly (GA), the power transmitted by the bevel gear (93), respectively, The pinion 81 of the drive motor M is connected to the worm gear 82 to be axially connected to the distribution disk 10 so as to step-drive the distribution disk 10. .