KR101467207B1 - Apparatus for unpacking tablet from blister package - Google Patents

Abstract

Disclosed is an unpacking apparatus for drawing out a tablet from a package table packaged by using a blister package method. The present invention includes an operation table that supports the package table; a pair of lower support plates that are disposed to be adjacent to a tip end portion of the operation table where the package table is transported, have upper end portions formed in an arc shape, and have one sides fixed to the operation table; a cylindrical press roller that is disposed directly above the pair of lower support plates to rotate in the transport direction of the package table and presses and deforms downward a pocket portion of the package table pinched between the pair of lower supports so that the tablet accommodated in the pocket is dropped downward by tearing the aluminum wallpaper; a pair of inclined guide plates that are disposed to be adjacent to the pair of lower support plats in the transport direction of the package table, form an inclined surface inclined upward with respect to the operation table, and have one sides fixed to the operation table; and a brush that is disposed between the pair of inclined guide plates and is in contact with the inclined surface.

Description

[0001] Apparatus for unpacking tablets from blister packages [

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a film forming apparatus, and more particularly, to a film forming apparatus for drawing a tablet from a package packaged in a blister packaging manner.

A press through package (PTP) packaging known as a Blister package is known as a packaging container for packaging tablets, capsules and the like in packaging containers. This is to make a pouch shaped pocket for receiving the tablet made of PVC material and the lower part of the pouch is sealed with aluminum foil.

Figure 1 shows an example of a wrapper packaged by blister packaging.

Referring to Fig. 1, the package stand P includes a pocket P 'in the form of a convex for accommodating the tablet T. As shown in Fig. One package stand P has a pocket P 'formed by a plurality of rows. After the tablet T is received in the pocket P ', the bottom of the package stand P is sealed with an aluminum foil. When the tablets T are to be separated from the packing bag P, the upper part of the pocket P 'is fingertiped so that the tablets T can penetrate the aluminum foil by the pressure applied from above the pocket P' Press.

However, such a passive spraying method is not a big problem when a small amount of tablets are separated for use by a patient, but when a large amount of tablets are to be separated as in a hospital or a pharmacy, There is a problem that human power must be consumed.

Particularly, when the tablet is drawn by hand, the drawn tablets frequently come into contact with the skin, which causes contamination due to adherence of foreign substances to the tablet and infiltration of various harmful bacteria existing in the skin. There is also a problem such as causing one alteration.

It is an object of the present invention to provide a tablet dispenser capable of quickly and easily separating received tablets, as well as preventing contamination of drawn tablets with foreign substances or germs, thereby improving the effects of use of the products and hygiene safety and reliability. The purpose of this is to provide value.

On the other hand, it is an object of the present invention to provide a papermaking device for enhancing the separation efficiency of papermaking by simultaneously pressing not only the pressure roller and the papermaking pressurizing roller but also scraping the papermaking bag with a brush.

According to an aspect of the present invention,

CLAIMS 1. A papermaking apparatus for separating a tablet from a blister-type package enclosed within a plurality of rows of pockets and sealed by an aluminum foil,

A work table for supporting the packing stand;

A pair of lower support plates provided adjacent to a front end of the work table on which the package is to be conveyed and having an upper end formed in an arc shape and one side fixed to the work table;

A pair of lower support plates provided on the upper portion of the pair of lower support plates for rotating in the direction of conveyance of the package table and pressing the pockets of the package table held down between the pair of lower support plates downward, A cylindrical pressurizing roller for tearing aluminum wallpaper downward and falling downward;

A pair of inclined guide plates provided adjacent to the pair of lower pedestal plates in a direction in which the package is to be conveyed and forming an inclined surface inclined upward with respect to the work table and having one side fixed to the work table; And

A brush installed between the pair of inclined guide plates and contacting the inclined surfaces;

And a control unit.

Here, the one lower side support plate and the other side inclination guide plate are moved with respect to one lower side support plate and one side inclination guide plate fixed to the work table, so that the gap between the pair of lower support plates and the gap between the pair of inclination guide plates Preferably, the apparatus further includes a gap adjuster for adjusting the gap.

Meanwhile,

An upper beam installed across an upper portion of the work table;

A left guide plate support bracket installed at one end of the upper beam;

A screw bar extending through the left guide plate support bracket and installed parallel to the upper beam;

A supporting bracket coupled to the threaded rod and being conveyed in the left and right direction according to the rotation of the threaded rod;

And an interval adjusting knob for rotating the screw rod

And one of the pair of lower support plates of the pair of lower support plates and the other of the pair of inclined guide plates is fixed to the support bracket.

The support bracket may further include a support bar installed at a lower portion of the support bracket in a lateral direction to support the support bracket so as to prevent the support bracket from swinging when the support bracket is conveyed in the lateral direction.

In addition, it is preferable that two support rods are provided at the lower portion of the support bracket so as to form a three-point support together with the screw rods.

The apparatus further includes a pair of guide plates located in front of the pressure roller in the conveying direction of the packing stand, one side of which is fixed to the work table and the other side of which is fixed to the support bracket of the gap adjuster .

Here, the pair of guide plates, the pair of lower pedestal plates and the pair of inclined guide plates are parallel, the gap between the pair of guide plates and the pair of lower pedestal plates are the same, The gap between the inclined guide plates is preferably narrower than the interval between the pair of guide plates.

On the other hand, the apparatus further includes a brush support bracket fixed to one inclined guide plate between the pair of inclined guide plates,

The bracket is fixed to the brush support bracket and protrudes toward an inclined surface of the inclined guide plate.

As described above, according to the present invention, when the packing bag is supplied, the pockets of the packing stand, which is stably held between the pressurizing roller and the lower bearing, are automatically pushed through the pressing roller, It is possible to prevent contamination through foreign substances or bacteria by preventing human hands from reaching the drawn tablets as well as being easy to use, and it is possible to improve the use effect, sanitary safety and reliability of the product.

In addition, the present invention has the effect of enhancing the purification separation efficiency by simultaneously performing not only pressure deformation by the pressure roller but also scraping with the brush from the bottom of the packing stand.

Further, in the film-forming apparatus according to the present invention, since the interval between the guide plates, the interval between the lower plates, and the interval between the slope guide plates are simultaneously adjusted by the operation of the interval adjusting knob, So that it can be maintained.

Figure 1 shows an example of a wrapper packaged by blister packaging.
FIG. 2 is a perspective view showing a film-forming apparatus according to the present invention. FIG.
FIG. 3 is another perspective view showing the filming apparatus according to the present invention, showing a state viewed from the rear right.
FIG. 4 is a front view showing a film forming apparatus according to the present invention. FIG.
FIG. 5 is a left side view showing a spraying apparatus according to the present invention. FIG.
FIG. 6 is a top view showing a film-forming apparatus according to the present invention. FIG.
Fig. 7 shows a state in which a packing bag is put in a film-forming apparatus according to the present invention.
8 is a cross-sectional view showing the construction of a work table, a pressurizing roller, a bottom plate, and a slope guide plate in the film forming apparatus according to the present invention.
Fig. 9 shows the conveying state of the packing stand, in which the packaging stand is compared with a state in which the packaging stand is horizontally fed from behind the pressurizing rollers and a state in which the packing stand is fed obliquely upward.
Fig. 10 shows a configuration of a gap adjuster of a film-forming apparatus according to the present invention.
Fig. 11 shows the structure of the support bracket.
Fig. 12 shows a left side plan view of the support bracket shown in Fig.
13 is a sectional view showing the support rod and the shaft bearing shown in Fig.
14 shows a front view of the support bracket shown in Fig.
Fig. 15 shows a state in which the lower cover of the film forming apparatus according to the present invention is peeled off.
FIG. 16 is a perspective view showing the filming device according to the present invention and viewed from above the backside.
17 shows a dynamometer for driving the pressure roller.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a detailed configuration and operation of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 2 is a perspective view showing a film-forming apparatus according to the present invention, showing a state viewed from the left front.

2, the apparatus 10 includes a main body 100, a work table 110, a pressure roller 120, a guide plate 130, a lower plate 140, a slope guide plate 150 A spacing adjuster 160, and a support bracket 166. A collection box receiving portion 190 for receiving a refill collection box (not shown) is formed below the work table 110.

The main body 100 includes a vertical frame 104 vertically erected at the right end with respect to the lower frame 102 and the lower frame 102. The working table 110 includes a vertical frame 104, And a receptacle receiving portion 190 is formed at a lower portion of the work table 110. Between the work table 110 and the lower frame 102 is covered by the lower cover 106. The lower rear half of the lower cover 106 is opened to form a collection box receiving portion 190 and a motor 1202 and a gear box 1204 are installed inside the lower cover 106.

The lower cover 106 functions to cover the lower space of the work table 110 and to maintain the gap between the lower frame 102 and the work table 110.

A work table support bracket (not shown) for supporting the work table is provided on the left and right sides of the bottom surface of the work table 110. The work table support bracket on the right side is fixed to the side surface of the vertical frame 104, The support bracket is supported by the lower cover 106. That is, the work table 110 is supported by the right work table support bracket fixed to the side of the vertical frame 104 and the left work table support bracket supported by the lower cover 106 to maintain the horizontal state.

The vertical frame 104 receives and supports pulleys and timing belts for driving the pressurizing roller 120 and includes a work table 110, a spacing controller 160, a pressure roller 120, a support bracket (166) A power supply switch Power_SW is installed on the upper part of the front face of the vertical frame 104 and a power connector Is installed.

The work table 110 is provided to support one side of the guide plate 130, the lower plate 140, and the inclined guide plate 150, providing a work plane in which the pallet P is supported and transferred. In the present invention, the guide plate 130, the lower support plate 140, and the inclined guide plate 150 are formed of a pair of plates, and each plate is referred to as the left side (or one side) and the right side (or the other side).

The pressurizing roller 120 presses and deforms the upper portion of the pocket P 'while pushing the pallet P while sandwiching both edges of the pocket P' together with the lower plate 140, P ') is provided at the upper center of the work table 110 to allow the tablets T inside the work table P' to break through the aluminum foil of the wrapper P. The pressurizing roller 120 has a cylindrical shape, and its longitudinal direction crosses at right angles to the conveying direction of the wrapping pads P.

Since the pressure roller 120 is made of a urethane resin or a silicone resin having an appropriate strength and the right lower pedestal 140b moves in the left and right direction in close contact with the press roller 120, It should have enough strength and elasticity to not break or deform and should be sufficiently pockets P 'so that the tablets T are easily separated from the pocket P' when the packing stand P passes under it. So as to be able to deform the work table 110 from the upper surface of the work table 110.

The pressurizing roller 120 is driven by a motor and a power transmission mechanism, and its rotating direction coincides with the conveying direction of the package stand P. [ The power transmission mechanism includes a gear box 1202, a pulley 196, and a timing belt 198, and is housed inside the vertical frame 104.

The guide plate 130 is a guide for guiding the packing stand P placed on the work table 110 toward the pressure roller 120 and is composed of a pair of guide plates 130a and 130b. The distance between the pair of guide plates 130a and 130b can be adjusted to correspond to the width of the pocket P '. Here, the width of the pocket P 'refers to the distance between the edges of the pocket P' arranged in rows. Both side edges of the pocket P 'are sandwiched by the pressurizing roller 120 and the lower support plate 140. [

The lower support plate 140 is provided below the pressurizing roller 120 to sandwich both edges of the pocket P 'together with the pressurizing roller 120. The upper surface of the lower support plate 140 is pressed against the surface of the pressurizing roller 120 . The lower support plate 140 is composed of a pair of lower support plates 140a and 140b. The gap between the pair of lower support plates 140a and 140b can be adjusted to correspond to the width of the pocket P '.

The pair of lower pedestal plates 140a and 140b may be formed of a circular plate but is not necessarily constructed such that both side edges of the pockets P 'are sandwiched between the pair of lower pedestal plates 140a and 140b.

The inclined guide plate 150 is installed at the rear side adjacent to the pressurizing roller 120 and the lower support plate 140 in the conveying direction of the package stand P and is configured to have an inclined surface inclined upward with respect to the work table 110 do. The packing bag P from which the tablets T have been removed by the pressure roller 120 is bent and fed upward on the inclined surface of the inclined guide plate 150.

Since the lower part of the packing stand P is a flat plate type, it has an elastic restoring force for a certain degree of warpage. This elastic restoring force acts in the opposite direction to the deflection direction. The packing stand P, which is bent along the inclined surface of the inclined guide plate 150 and is conveyed, is subjected to an elastic restoring force that is perpendicular to the inclined surface and acts downwardly, so that the packing stand P is brought into close contact with the inclined surface.

The brushes 154 installed on the lower portion of the inclined surface while scraping the lower portion of the pocket P 'while the package stand P is being closely contacted with the inclined surface of the inclined guide plate 150 by the elastic restoring force, T).

The pouching device 10 of the present invention is such that the pockets P 'positioned immediately below the pressure roller 120 are pressed and deformed by the pressure roller 120 and the tablets contained in the pockets P' ), But it is also possible that some of these tablets can be transported along with the package stand P while being prevented from falling down and being caught in the torn aluminum beats.

The brush 154 located at the lower side of the inclined surface of the inclined guide plate 150 can not fall down and scrapes the tablets to be conveyed while falling on the aluminum foil to fall downward. It is preferable that the brush 154 is made of an elastic material so that it can be bent in the conveying direction of the package stand P and can be restored to its original position.

The pair of guide plates 130 and the pair of lower plate 140 and the pair of inclined guide plates 150a and 150b are parallel to each other and the interval between the pair of guide plates 130a and 130b And the gap between the pair of slanting guide plates 150a and 150b is narrower than the gap between the pair of guide plates 130a and 130b.

The pair of lower support plates 140a and 140b are for holding the edge of the pocket P 'of the package stand P together with the pressure roller 120 engaged with the upper chamber, The gap between the pair of guide plates 130a and 130b and the gap between the pair of lower support plates 140a and 140b are equal to each other because the pockets P ' .

The pair of inclined guide plates 150a and 150b are for supporting the bottom surface of the pocket P 'of the package table P at the rear of the pressure roller 120. Therefore, The distance between the pair of guide plates 130a and 130b is preferably narrower than the interval between the pair of guide plates 130a and 130b.

FIG. 3 is another perspective view showing the filming apparatus according to the present invention, showing a state viewed from the rear right.

FIG. 4 is a front view showing a film forming apparatus according to the present invention. FIG.

FIG. 5 is a left side view showing a spraying apparatus according to the present invention. FIG.

FIG. 6 is a top view showing a film-forming apparatus according to the present invention. FIG.

Fig. 7 shows a state in which a packing bag is put in a film-forming apparatus according to the present invention.

The packing stand P is placed on the work table 110 and the motor drive switch M_Drive_SW is pressed in such a state that the pockets P 'are positioned between the pair of guide plates 130a and 130b, Thereby operating the film forming apparatus 10.

(P ') of the last row by performing a tablet separating operation on the first row of pockets (P') and then performing a tablet separating operation on the second row of pockets (P ') .

8 is a cross-sectional view showing the construction of a work table, a pressurizing roller, a bottom plate, and a slope guide plate in the film forming apparatus according to the present invention.

Referring to FIG. 8, the pressurizing roller 120 and the lower support plate 140 are respectively positioned at the upper and lower portions of the central portion of the work table 110. [ The surface of the pressurizing roller 120 is brought into contact with the upper end of the lower receiving plate 140. Preferably, the upper end surface of the lower support plate 140 is press-fitted by 1 to 2 mm from the surface of the pressure roller 120. This is to ensure that both edges of the pocket P 'of the package stand P are tightly sandwiched by the pressurizing roller 120 and the lower support plate 140. For this, the surface of the pressure roller 120 coincides with the plane of the work table 110, and the upper end surface of the lower plate 140 protrudes 1 to 2 mm from the plane of the work table 110.

An inclined guide plate 150 is provided behind the pressurizing roller 120 and the lower support plate 140. The inclined guide plate 150 constitutes an inclined surface inclined upward.

Fig. 9 shows the operating state of the brush.

9, the tablets T accommodated in the pockets P 'penetrate the aluminum foil under the pockets P' when the pockets P 'are pressed and deformed by the pressure roller 120, Dropping is the most desirable, but it is not, and some of it may be transported while being stuck in a torn aluminum foil. This tablet is dropped downward by the brush 154.

The brush 154 scrapes the lower portion of the package stand P while the package stand P is inclined upward from the inclined surface of the inclined guide plate 150 at the back of the pressurizing roller 120. [ As a result, the tablets T, which can not be dropped below the pressurizing roller 120 and are conveyed while being sandwiched by the aluminum foil, are scratched by the brushes 154 and fall downward.

The brush 154 is preferably made of an elastic material, and it is preferable that the rear surface of the brush 154 is tapered with respect to the moving direction of the wrapping band P.

Fig. 10 shows a configuration of a gap adjuster of a film-forming apparatus according to the present invention.

10, the spacing adjuster 160 includes an upper beam 162, a left guide plate support bracket 164, a support bracket 166, a spacing knob 168, and a threaded bar 170. The upper beam 162 is installed across the upper portion of the work table 110 and its right end is fixed to the vertical frame 104 and its left end is connected to the left guide plate 130a and the left guide plate support bracket 164 .

The left end of the screw rod 170 is connected to the gap adjusting knob 168 through the left guide plate 130a and the left guide plate support bracket 166 and is rotatable by the left guide plate support bracket 164 And the right end of the threaded rod 170 is rotatably supported by the vertical frame 104. [

When the gap adjusting knob 168 is rotated to the left and right, the screw rod 170 rotates accordingly. When the screw rod 170 rotates, the support bracket 166, which is rack-pinion-coupled to the screw rod 170, is transferred to the left and right. The right guide plate 130b is coupled to the left end of the support bracket 166. [

That is, the interval between the pair of guide plates 130a and 130b can be adjusted by operating the interval adjusting knob 168. The distance between the pair of guide plates 130a and 130b is adjusted according to the interval between the pockets P '.

The upper portion of the support bracket 166 has a bent shape such that the clearance 190 is formed between the right guide plate 130b and the support bracket 166 fixed to the left end. This clearance space 190 is provided in order to perform the tablet separating operation while changing the line in the packing stand P having a plurality of pockets P '.

For example, after the first row of the right side of the packing stand P is aligned between the pair of guide plates 130a and 130b, the tablet separating operation is performed on the first row of pockets P ' The pockets P 'of the second row from the right side are aligned between the pair of guide plates 130a and 130b to perform the tablet separation operation on the pockets P' of the second row. At this time, the first row on the right side is located in the free space 190, so that the tablet separating operation can be performed smoothly. If the width of the free space 190 is insufficient when working with the pocket P 'of the fourth row, that is, if the first to third rows are not all accommodated in the free space 190, It is only necessary to reverse the front and back directions of the package stand P so that the line is positioned on the right side and perform the tablet separating operation.

Fig. 11 shows the structure of the support bracket. The support bracket 166 supports and supports the right guide plate 130b of the guide plate 130, the right lower guide plate 140b of the lower guide plate 140 and the right guide plate 150b of the guide plate 150, .

The support bracket 166 is moved to the left and right by operating the gap adjusting knob 168. [ On the other hand, the right guide plate 130b, the right lower guide plate 140b, and the right guide plate 150b are fixed to the support bracket 166. Therefore, the right guide plate 130b, the right lower guide plate 140b, and the right guide plate 150b are moved to the left and right by operating the gap adjusting knob 168. [

On the other hand, the left guide plate 130a, the left lower guide plate 140a and the right guide plate 150a are fixed to the work table 110.

Therefore, by operating the gap adjusting knob 168, the gap between the guide plates 130a and 130b, the gap between the lower support plates 140a and 140b, and the gap between the guide plates 150a and 150b are simultaneously adjusted .

On the other hand, support rods 172a and 172b are provided below the support bracket 166. The support rods 172a and 172b pass through the lower portion of the support bracket 166 transversely and the right end thereof is fixed to the side wall of the vertical frame 104. [

Fig. 12 shows a left side plan view of the support bracket shown in Fig.

Referring to FIG. 12, the right guide plate 130b, the right lower guide plate 140b, and the right guide plate 150b are fixed to the support bracket 166.

Since the right guide plate 130b, the right lower guide plate 140b and the right guide plate 150b are integrally fixed to the support bracket 166, when the support bracket 166 is moved to the left and right, 130b, the right lower pedestal plate 140b, and the right inclined guide plate 150b are moved together.

Since the right guide plate 130b, the right lower guide plate 140b and the right guide plate 150b are moved together as described above, the distance between the pair of guide plates 130a and 130b, The interval between the pair of inclined guide plates 150a and 150b, and the interval between the pair of inclined guide plates 150a and 150b are simultaneously adjusted.

The simultaneous adjustment of the spacing between the pair of guide plates 130a and 130b, the spacing between the pair of lower foot plates 140a and 140b and the spacing between the pair of sloping guide plates 150a and 150b, The distance between the guide plates 130a and 130b, the distance between the pair of lower support plates 140a and 140b and the distance between the pair of inclined guide plates 150a and 150b. For example, when the interval between the pair of guide plates 130a and 130b and the interval between the lower plate 140 are separately adjusted, the distance between the guide plates 130 and the distance between the pair of the lower plates 140a and 140b The spacing between the pair of guide plates 130a and 130b, the spacing between the pair of lower support plates 140a and 140b, and the distance between the pair of inclined plates 140a and 140b are different from each other. This problem does not occur if the spacing between the guide plates 150a and 150b is adjusted simultaneously.

In other words, the film-forming apparatus according to the present invention is configured such that a gap between the pair of guide plates 130a and 130b, a gap between the pair of the lower plates 140a and 140b, (150a, 150b) can be adjusted simultaneously, so that the balance between the respective intervals can be maintained even if there is frequent spacing adjustment work.

Support rods 172a and 172b are provided below the support bracket 166. [ The support rods 172a and 172b pass through the lower portion of the support bracket 166 transversely and the right end thereof is fixed to the side wall of the vertical frame 104. [ A shaft bearing (not shown) is installed inside the through holes 192a and 192b through which the support rods 172a and 172b are inserted so that the support rods 172 can be smoothly moved and supported in the extending direction of the support brackets 166 do.

Meanwhile, it is preferable that the bottom surface of the guide plate 130 and the working plane of the work table have a step by a predetermined height t1. This is to allow the packing stand P to be transported between the bottom surface of the guide plate 130 and the work table.

13 is a sectional view showing the support rod and the shaft bearing shown in Fig.

Referring to Fig. 13, the support rods 172a and 172b protrude from the vertical frame 104 and pass through the support bracket 166. Fig. Axial bearings 192a and 192b are provided inside the support bracket 166 to support the support bracket 166 without rocking when the support brackets 172a and 172b are moved in the extended direction.

The upper portion of the support bracket 166 is supported by the screw bar 170 so that the screw bar 170 and the support bars 172a and 172b are positioned at the three corners of the triangle to support the support bracket 166 in a triangular shape.

This rigid support structure not only prevents the support bracket 166 from swinging but also prevents the engagement of the right lower support plate 140b and the pressure roller 120 from being broken when the support bracket 166 moves to the left and right, ) Is pressed and deformed by the pressure roller (120), the packing bag (P) is firmly held.

14 shows a front view of the support bracket shown in Fig.

As shown in FIG. 14, the bottom surface of the guide plate 130 and the top surface of the bottom plate 140 are preferably overlapped by a predetermined height t2. This is necessary to ensure that the pockets P 'are tightly sandwiched between the pressurizing roller 120 and the upper surface of the lower support plate 140.

Fig. 15 shows a state in which the lower cover of the film forming apparatus according to the present invention is peeled off.

15, the motor 1202 and the gear box 1204 are positioned below the work table 110 and the motor cover 1206 surrounds the motor 1202 and the gear box 1204, And a space for the display unit 190 is defined.

Support brackets 166 are installed along side walls of the vertical frame 104. An upper portion of the support bracket 166 is rotatably coupled to the screw rod 170, and support rods 172a and 172b are laterally passed through the support bracket 166. [ The support rods 172a and 172b support the lower portion of the support bracket 166 when the support bracket 166 is moved laterally as the ratchet bar 170 rotates to prevent the support bracket 166 from swinging. The right ends of the support rods 172a and 172b are fixed to the side walls of the vertical frame 104. [ Since the support rods 172a and 172b are three-point supported together with the screw rod 170, the support bracket 166 can be transferred to the left and right without rocking.

On the other hand, a partition 174 protrudes from the central portion of the lower side of the support bracket 166. The partition 174 is a receptacle (not shown) in which the tablet T separated and dropped from the pocket P 'of the package stand P by the pressing action of the pressure roller 120 is received in the receptacle receiving portion 190, .

A lower support plate support bracket 114 is fixed to the left center bottom surface of the work table 110 and a lower left support plate 140a is fixed to a right side surface of the lower support plate support bracket 114. On the other hand, an inclined guide plate supporting bracket 116 is fixed to the left rear lower surface of the work table 110, and a left inclined guide plate 150a is fixed to the right side surface of the inclined guide plate supporting bracket 116. [

That is, the left lower guide plate 140a and the left guide guide plate 150a are fixed to the work table 110.

The left lower guide plate 140a and the left guide member 150a are fixedly mounted on the work table 110 and the right and left guide rails 140b and 140b are attached to the left and right support brackets 166, The distance between the pair of lower support plates 140a and 140b and the distance between the pair of inclined guide plates 150a and 150b can be adjusted by operating the inclination adjusting knob 162. [

FIG. 16 is a perspective view showing the filming device according to the present invention and viewed from above the backside.

16, the pressurizing roller 120 is fixed to the gear shaft 122 of the driven gear G3 and the gear shaft 122 passes through the cover supporting bracket 182 to the inside of the vertical frame 104 Lt; / RTI >

A hinge base 184 is fixed to the upper surface of the cover supporting bracket 182 and a pressing roller cover 122 is fixed to the hinge base 184. [

An inclined guide plate 150 is provided behind the pressurizing roller 120.

On the other hand, a brush support bracket 152 is provided inside the left inclination guide plate 150a, and a brush 154 is projected upward from the inside of the brush support bracket 152. The tip of the brush 154 coincides with the inclined surface of the right inclined guide plate 150a and is adjusted to a position slightly higher than the lower end of the inclined surface.

The brush 154 is made of an elastic material and can be slightly bent in an inclined direction of the inclined surface.

This brush 154 scrapes the lower portion of the pocket P 'when the packing stand P is bent and conveyed along the inclined surface of the inclined guide plate 150 to scrape the tablet which has not fallen to the lower portion of the packing stand P I will.

A right side inclined guide plate support bracket 168 for supporting the right side inclination guide plate 150b is located on the rear right side bottom surface of the work table 110. The right side inclination guide plate support bracket 168 is disposed on the rear side of the support bracket 166 And is fixed to the rear surface.

17 shows a dynamometer for driving the pressure roller.

17, the rotation of the motor 1202 is transmitted to the rotating shaft 120a of the pressure roller 120 through the gear box 1204 through the pulleys 196a, 196b, and 196c and the timing belt 198. [

In order to separate the tablet T from the packing stand P through the apparatus of the present invention as described above, the packing stand P is first placed on the work table 110 and the interval adjusting knob 168 are adjusted so that the interval between the pair of guide plates 130a, 130b is adjusted to match the line spacing of the package stand P. [

In this process, since the right guide plate 130b, the right lower plate needle plate 140b and the right side inclination guide plate 150b are integrally attached to the support bracket 166 which is moved to the left and right by the gap adjusting knob 168, The distance between the pair of guide plates 130a and 130b and the distance between the pair of lower plate portions 140a and 140b and the distance between the pair of inclined guide plates 150a and 150b by the operation of the adjustment knob 168 The gaps are adjusted simultaneously.

When the motor drive switch M_Drive_SW is turned on after one row of pockets of the package stand P is mounted between the pair of guide plates 130a and 130b, the rotational force of the motor 1202 presses the pulley and the timing belt And is transmitted to the roller 120, so that the pressing roller 120 rotates.

In this state, when the unpacked packing bag P is pushed into the lower portion of the pressure roller 120, both edges of the pocket P 'of the packing bag P are pressed against the pressure roller 120 and the lower receiving plates 140a and 140b The pockets P 'are pressed and collapsed by the pressing force of the pressing roller 120 while the pockets P' are sucked into the lower portion of the pressing roller 120 by the rotation of the pressing roller 120 while being sandwiched between the pressing rollers 120, The inner tablets penetrate the aluminum foil and are released to the outside, and the separated tablets are collected into a collection box (not shown) positioned directly below.

On the other hand, the packing stand P, which has passed between the pressurizing roller 120 and the lower support plates 140a and 140b, is conveyed along the inclined surfaces of the inclined guide plates 150a and 150b. While the package stand P is being conveyed on the inclined surface, the brush 154 below the inclined surface scrapes the lower portion of the package stand P to drop down the tablet which has not yet fallen.

10 ... the spraying device
100 ... body 110 ... work table
120 ... pressure roller 130 ... guide plate
140 ... bottom plate 150 ... inclined guide plate
160 ... spacing regulator 166 ... support bracket

Claims (8)

CLAIMS 1. A papermaking apparatus for separating a tablet from a blister-type package sealed within a plurality of rows of pockets, the pockets being sealed by an aluminum foil,
A work table for supporting the packing stand;
A pair of lower support plates provided adjacent to a leading end in a direction in which the package is to be conveyed with respect to the work table and having an upper end formed in an arc shape and one side fixed to the work table;
And a pair of lower support plates provided on the upper portion of the pair of lower support plates to rotate in the direction of conveyance of the package table and to pivot downward the pockets of the package table sandwiched between the pair of lower support plates, A cylindrical pressurizing roller which tears the aluminum wallpaper and drops it downward;
A pair of inclined guide plates provided adjacent to the pair of lower pedestal plates in a direction in which the package is to be conveyed and forming an inclined surface inclined upward with respect to the work table and having one side fixed to the work table; And
A brush installed between the pair of inclined guide plates and contacting the inclined surfaces;
Lt; RTI ID = 0.0 >
The method according to claim 1,
The other lower support plate and the other side inclination guide plate are moved together with the one lower side support plate fixed to the work table and the one inclination guide plate so that the distance between the pair of lower support plates and the distance between the pair of inclined guide plates Further comprising a gap adjuster for adjusting the gap of the spraying device.
3. The apparatus of claim 2, wherein the spacing adjuster
An upper beam installed across an upper portion of the work table;
A left guide plate support bracket installed at one end of the upper beam;
A screw bar extending through the left guide plate support bracket and installed parallel to the upper beam;
A supporting bracket coupled to the threaded rod and being conveyed in the left and right direction according to the rotation of the threaded rod;
And an interval adjusting knob for rotating the screw rod
And the other of the pair of lower support plates of the pair of lower support plates and the pair of inclination guide plates is fixed to the support bracket.
[5] The apparatus as claimed in claim 3, further comprising a support bar installed at a lower portion of the support bracket so as to insert the support bracket in a lateral direction and to support the support bracket so as not to swing when the support bracket is conveyed in the left- .
5. The film forming apparatus according to claim 4, wherein the support rods are provided at two positions spaced apart from each other at a lower portion of the support bracket so as to form a three-point support together with the screw rods.
The method according to claim 1,
Further comprising a pair of guide plates which are located in front of the pressure roller in the conveying direction of the package and whose one side is fixed to the work table and the other side is fixed to the support bracket of the gap adjuster .
The method according to claim 6,
Wherein the pair of guide plates, the pair of lower support plates, and the pair of inclined guide plates are parallel,
Wherein the gap between the pair of guide plates is equal to the gap between the pair of lower support plates, and the gap between the pair of guide plates is narrower than the gap between the pair of guide plates.
2. The apparatus according to claim 1, further comprising a brush support bracket fixed to one inclined guide plate between the pair of inclined guide plates,
Wherein the brush is fixed to the brush support bracket and protrudes toward an inclined surface of the inclined guide.

Images