KR101462673B1 - Apparatus for packaging pills at high speed - Google Patents

Abstract

A pill packaging apparatus having an ultrafast coefficient function of the present invention is disclosed.
According to the present invention, there is provided a tablet packing apparatus having an ultrafast coefficient function, comprising: a supply unit for simultaneously supplying a plurality of pills; An upper conveyance part including a plurality of main tracks arranged in a lateral direction so as to be able to convey a plurality of tablets supplied from the supply part through different paths connected to the supply part, A first lower conveying part including a plurality of first sub races in which a plurality of first guide rails are arranged side by side in a row so that pills supplied from the main track can be divided and transported in different directions, And a second lower conveying part connected to a lower end of the first sub track and including a plurality of second sub tracks formed with a second guide rail corresponding to the first guide rail; And a discharge unit for discharging pellets supplied along different paths from the transfer unit through different paths, wherein the supply unit is formed in a hollow shape, and an inner lower end of the supply unit is divided into a plurality of And a lower end thereof is connected to an upper end of the main track and the inside thereof is divided into a plurality of spaces so as to correspond to the supply hopper, And a connecting hopper.

Description

[0001] APPARATUS FOR PACKAGING PILLS AT HIGH SPEED [0002]

The present invention relates to a tablet packing apparatus having a high speed coefficient function, and more particularly, to a tablet packing apparatus having a high speed coefficient function capable of packing more pills at a reference time.

There are many kinds of drugs manufactured by pharmaceutical companies, and they can be classified into potions, granules, capsules or tablets depending on the formulations of the drugs.

A capsule or a pill (hereinafter, referred to as " pill ") of such a medicine is packed with a certain number of packs in a vial. The pack of pills is configured such that a large amount of pills put into the hopper come down a plurality of rows along a swash plate provided under the hopper Bar, the following describes various prior art related to pill packaging.

Korean Patent Laid-Open No. 10-2002-0014127 (Feb. 25, 2002) discloses a " pill dispensing device ".

This is because a large amount of pellets introduced into the hopper can be drawn out by the set number of operators, so that a small amount of pellets can be packed, the counting accuracy of the pellets is accurate, no vibration is required to move the pellets, The present invention also relates to a 'pill dispensing device' which is simple and easy to maintain.

Korean Registered Utility Model No. 20-0341492 (Jan. 31, 2004) discloses a " drug injection guide for a static constraint coefficient packing apparatus ".

The present invention relates to a medicine dispensing guide applied to a counting and packaging apparatus for counting tablets of tablets and dispensing them onto vials moved on a table on a table. More specifically, The internal part is formed as a polygon to prevent rotation by the centrifugal force. In addition, the lower part of the pellet is formed into a circular shape to induce smooth discharge of the pills, thereby preventing the bottleneck at the exit side where the passageway decreases. And productivity can be improved.

Korean Unexamined Patent Publication No. 10-2009-0092188 (Aug. 31, 2009) discloses a " scattered dust collecting apparatus for a static-limiting-coefficient wrapping machine ".

This is related to a scattered dust collecting device applied to a pellet packing machine that automatically counts a pellet supplied to a hopper and automatically inputs and packs the pellets into a continuously transported vial. A door type that can be fixed on the upper and lower sides of the packing machine, A dust filter box is connected to the inside of the packing machine through a suction transfer pipe to connect the dust filter box to the inside of the packing machine to suck the scattered dust generated in the inside of the packing machine and collect the dust and discharge the filtered air to the outside of the packing machine To do so

This makes it possible to prevent the dust scattered inside the packing machine from entering the room, thereby improving the efficiency of production activities by improving the working environment and improving the collection rate of scattered dust in the packing machine, thereby suppressing contamination and failure rate inside the packing machine, The efficiency of the use of the place in the workplace is improved by reducing the dust noise and eliminating the additional installation space.

Korean Patent Laid-Open No. 10-2009-0100716 (Sep. 24, 2009) discloses "a device for rotating a touch screen box for a coin wrapping machine ".

This is applied to the pellet packing machine that automatically counts the pills supplied to the hopper and automatically feeds them to the continuously transported vials to set up the operation process, and controls the operation of the touch screen box More particularly, the present invention relates to a locking device capable of selectively restricting rotation of a counter body and a screen box, both ends of which are fixedly supported by a support pipe, and a plurality of divided parts The rotation of the touch screen box can be easily performed by rotating the operation surface of the touch screen box in the direction of the operator so that the convenience of handling can be improved.

As described above, various prior arts have been proposed in connection with the packaging of pills, but they have disadvantages in that they can not solve fundamental problems that the working efficiency is lowered because of the time required for pelleting.

The present inventor has accomplished the present invention at the end of researching and developing the time required for packing the pills, and in addition to the basic effects, the present invention has been optimized and designed to achieve various effects.

It should be understood that the foregoing description of the background art is merely for the purpose of promoting an understanding of the background of the present invention and is not to be construed as adhering to the prior art already known to those skilled in the art.

Korean Patent Publication No. 10-2002-0014127 (Feb. 25, 2002) Korean Registered Utility Model No. 20-0341492 (Jan. 31, 2004) Korean Patent Laid-Open No. 10-2009-0092188 (Aug. 31, 2009) Korean Patent Laid-Open No. 10-2009-0100716 (2009.9.24.)

It is an object of the present invention to provide a tablet packing apparatus having an ultra-fast coefficient function which improves the packing speed of a pill to solve such a conventional problem.

To achieve these and other advantages and in accordance with the purpose of the present invention, as embodied and broadly described herein, there is provided a tablet packing apparatus having a high speed coefficient function, comprising: a supply unit for simultaneously supplying a plurality of pills; An upper conveyance part including a plurality of main tracks arranged in a lateral direction so as to be able to convey a plurality of tablets supplied from the supply part through different paths connected to the supply part, A first lower conveying part including a plurality of first sub races in which a plurality of first guide rails are arranged side by side in a row so that pills supplied from the main track can be divided and transported in different directions, And a second lower conveying part connected to a lower end of the first sub track and including a plurality of second sub tracks formed with a second guide rail corresponding to the first guide rail; And a discharge unit for discharging pellets supplied along different paths from the transfer unit through different paths, wherein the supply unit is formed in a hollow shape, and an inner lower end of the supply unit is divided into a plurality of And a lower end thereof is connected to an upper end of the main track and the inside thereof is divided into a plurality of spaces so as to correspond to the supply hopper, And a connecting hopper.
Wherein the bottom of the main track, the first sub track and the second sub track are respectively supported by separate support brackets, and the support brackets are respectively connected to a plurality of vibrator mounts As shown in FIG.
And the cross section of the first guide rail and the second guide rail is formed in a 'V' shape.
And the second guide rails are provided with a plurality of concavities and convexities at predetermined intervals so that the pill is moved to the concave portion of the concave and convex portions.
And the main track, the first sub track and the second sub track are integrated.
The supply unit includes a horizontal measurement plate having scales on both sides thereof for checking the horizontal state of the lower end of the connection hopper and coupled to one side of the outer circumferential surface of the connection hopper, and a horizontal bar coupled horizontally to the horizontal measurement plate And further comprising:
Wherein the discharging portion includes a through block having a plurality of through holes corresponding to the second guide rails arranged at predetermined intervals in the width direction so that the pellets falling from the second guide rails can pass therethrough, A guide groove corresponding to the through hole is formed in an inner upper portion of the guide groove, and a plurality of guide blocks corresponding to the number of the main tracks, .
A discharge plate is coupled to a bottom surface of the guide block and a discharge pipe communicating with the discharge groove protrudes through the discharge plate so that the pellet passing through the discharge groove can be dropped on the bottom surface of the discharge plate .
And a blocking portion for opening and closing the guide groove of the guide block and the lower end of the discharge groove is coupled to one side surface of the guide block.
The blocking portion may include a turning bracket coupled to one side of the guide block, a fastening bracket coupled to a rear surface of the turning bracket and passing through one side of the guide block, An opening / closing door for opening / closing the groove / discharge groove, and a rotation power generator coupled to the tightening bracket to provide a rotational force.

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According to the present invention, the following technical effects can be obtained.

First, there is an advantage of maximizing the efficiency of packaging pills over the same time.

Second, there is an advantage that the dust and the like generated during the transfer of the pills can be removed.

Third, there is an advantage that the height of the entire apparatus can be adjusted according to the size and height of the vial.

Fourth, there is an advantage that it is possible to control the release of pills organically during the work process.

Fifth, there is an advantage that the left and right balancing of the supply part can be confirmed.

Sixth, there is an advantage that various constituent elements can be optimally designed in addition to the above-mentioned advantages, thereby solving various problems that may occur in the field.

1 is a perspective view of a tablet packing apparatus having an ultrafast coefficient function according to the present invention,
FIG. 2 is a view showing a conveying part and a vibrator,
3 is a view illustrating a vibrator, which is a part of the present invention,
4 is a view illustrating a suction part of the present invention,
FIG. 5 is a view showing a supply unit serving as a sunshade of the present invention,
Figure 6 is a top view of the supply hopper of the supply part,
FIG. 7 is a top view of the connection hopper of the supply part of the present invention,
FIG. 8 is a view illustrating a discharging portion of the present invention,
FIG. 9 is a view showing a combined state of a discharge plate and a discharge pipe of a discharge part, which is a part of the present invention,
10 is a view illustrating a state in which a plurality of blocking portions are installed,
FIG. 11 is a block diagram showing a block of the present invention,
12 is a view illustrating a state in which the height adjuster is installed,
13 is a view illustrating a driving unit of a height adjusting unit, which is a sunshade of the present invention.

Hereinafter, a tablet packing apparatus having a high speed coefficient function according to a preferred embodiment of the present invention will be described with reference to the accompanying drawings.

1 and 2, the tablet packing apparatus of the present invention has a feeding unit 100, a feeding unit 200, and a discharging unit 300.

The supply unit 100 functions to simultaneously supply a plurality of pills.

The pellets supplied through the feeding part 100 are discharged through the discharging part 300 through the conveying part 200. The pellets are supplied in a predetermined amount to the vials waiting at the end of the discharging part 300 and packed.

The transfer unit 200 includes an upper transfer unit 210, a first lower transfer unit 220, and a second lower transfer unit 230.

The upper end of the upper transfer part 210 is connected to the lower end of the supply part 100 to receive a plurality of pills and is supplied to the first lower transfer part 220 connected to the lower end side and the upper end side of the upper transfer part 210, And then is discharged to the upper end of the second lower transfer unit 230 connected to the lower end of the first lower transfer unit 220 and then discharged through the discharge unit 300 connected to the lower end of the second lower transfer unit 230.

The upper conveyance unit 210 includes a plurality of main tracks 212 connected to the supply unit 100 and arranged in the lateral direction so as to be able to convey the plurality of tablets supplied from the supply unit 100 through different paths .

The plurality of main tracks 212 are partitioned by a partition wall, and each main track 212 has its own feed path for feeding the pellets.

The pellets that have passed through the plurality of main tracks 212 enter the first lower conveyance unit 220.

The first lower transferring unit 220 includes a plurality of first sub-tracks 222. The first sub-tracks 222 are provided in a number corresponding to the number of the main tracks 212 described above.

For example, in the case where four main tracks 212 are formed, the first sub track 222 and the second sub track 232 described below are all composed of four.

It is preferable that the main track 212, the first sub track 222 and the second sub track 232 have the same width.

The first subtrack 222 is provided with a plurality of first guides 222 so that a plurality of pills can be simultaneously transported through different paths when the pellets supplied to the main track 212 are transported through the first sub track 222. [ And the rails 222a are formed side by side in the lateral direction.

For example, when four first guide rails 222a are formed for each first sub track 222, four pills can be simultaneously transported. If four main tracks 212 are formed, Pills can be transferred at the same time.

The pellets that have passed through the first lower transferring unit 220 enter the upper end of the second lower transferring unit 230 connected to the lower end of the first lower transferring unit 220.

The second lower conveyance unit 230 includes a plurality of second guide rails 232a for conveying the plurality of pills conveyed on the first guide rail 222a of the first lower conveyance unit 220 through different paths, And a plurality of second sub-tracks 232 in which the plurality of second sub-tracks 232 are formed.

That is, the number of the second sub tracks 232 is equal to the number of the main tracks 212 and the first sub tracks 222, and the number of the second guide tracks 232a formed on the second sub track 232 The number of the first guide rails 222a is equal to the number of the first guide rails 222a described above, thereby realizing the superimpose counting function of the tablet packing apparatus.

As described above, the main track 212, the first sub track 222, and the second sub track 232 are each formed of four, and the first sub track 222 and the second sub track 232 are formed in the first sub track 222 and the second sub track 232, When four first guide rails 222a and two second guide rails 232a are provided, it is possible to transport sixteen tablets at a time, and one tablet is packed in another tablet packing apparatus for the same time It is possible to pack 16 bottles of pills.

The first guide rail 222a and the second guide rail 232a are preferably formed to have a "V" -shaped cross-section, and this cross-sectional shape may be deformed into a "U" shape, It can be applied variously in order to transfer it efficiently.

Further, the upper end of the second guide rail 232a is preferably protruded more than the lower end thereof.
That is, the end surface of the second guide rail 232a is connected to a plurality of concavities and convexities formed by concave portions and convex portions, thereby guiding the pill to move to the concave portion.
When the pill reaches the lower end of the second guide rail 232a and is supplied to the discharging unit 300 in this shape, the pill can not be fed to the discharging unit 300 through the normal path, However, if the length of the upper end of the second guide rail 232a is made longer than the length of the lower end, the above-mentioned problem can be solved.

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The first main track 212, the first sub track 222, and the second sub track 232 may be formed integrally or separately. The first main track 212, the first sub track 222, When one sub track 222 and the second sub track 232 are formed integrally, there is an advantage that the whole vibrator 400 can be vibrated by only one vibrator 400 described later.

2 and 3, the main track 212, the first sub track 222 and the second sub track 232 of the present invention may be discharged from the supply part 100 to facilitate the transfer of the pills. And is inclined downward at a predetermined angle toward the direction of the portion 300.

It is also preferable to apply vibration to the main track 212, the first sub track 222 and the second sub track 232 so as to prevent the problem of the transfer line from being stuck during the transfer.

In order to apply vibration to the bottom surface of the main track 212, the first sub track 222 and the second sub track 232, the tablet packing apparatus having the ultra-high speed coefficient function of the present invention further comprises a first support plate P1 And the bottom surfaces of the main track 212, the first sub track 222 and the second sub track 232 are respectively supported by separate support brackets B1, Plate P1 is connected via vibrator 400.

The bottom of the vibrator 400 is fixed on the first support plate P1 and the plane of the vibrator 400 is coupled to the bottom of the support bracket B1. And a fastening hole for inserting the fastening mechanism is formed.

It is preferable that the vibrator 400 is provided for each track in accordance with the number of the main track 212, the first sub track 222 and the second sub track 232. If all the tracks are integrated, It is preferable to provide only a vibration transmission mechanism 400 and to provide a vibration transmission mechanism or the like so that vibrations generated from the vibrator 400 can be efficiently transmitted to all the tracks.

1 and 4, while the pill passes through the feeder 100, the main track 212, the first sub-track 222, the second sub-track 232 and the outlet 300 The pill may break, and dust may form from it.

The broken pellets or dust may deteriorate the pelleting operation environment of the pellets as well as obstruct the pellet transfer and cause a total facility trouble when the pellets are accumulated and fixed. And a suction unit 500 for sucking the fluid through the bottom surface of the suction unit 500.

The main track 212, the first sub track 222, and the second sub track 232 are formed so that dust or the like generated during the transfer of the pellets can be discharged through the bottom surfaces of the main track 212, the first sub track 222, The first sub intake hole 222b and the second sub intake hole 232b may be formed in the second sub track 232 and the second sub track 232, respectively.

It is preferable that a plurality of the main suction holes 212a are formed in the lower end side of the main track 212 so as to form a band shape in the width direction since the main suction holes 212a are formed in the main track 212,

The pellets falling from the feeding portion 100 to the main track 212 can be broken and dust can be generated from the broken pellets so that the pellets are transported at the same time as the pellets break, There is a problem that there is not enough time to suck it.

Therefore, a plurality of main suction holes 212a are provided on the lower end side of the main track 212. However, by forming the main suction holes 212a in a band-like shape and varying the sizes thereof, .

It is preferable to form the first sub intake hole 222b and the second sub intake hole 232b on the first sub track 222 and the second sub track 232. [

The first sub suction hole 222b and the second sub suction hole 232b are preferably formed in a single row on the bottom surfaces of the first guide rail 222a and the second guide rail 232a.

This is because the pellets moving along the respective first guide rails 222a and the respective second guide rails 232a are transported with heat.

The suction unit 500 may include a first suction pipe 510, a second suction pipe 520, a connecting pipe 530, and a suction guider 540.

These configurations include a main suction hole 212a, a first sub suction hole 222b and a second sub suction hole 232b formed in the main track 212, the first sub track 222 and the second sub track 232, The structure for sucking broken pieces or dust of the pill is described below. In the following, an optimum structure for minimizing the installation space of the suction unit 500 will be described.

The first suction pipe 510 and the second suction pipe 520 are elongated in the longitudinal direction of the conveyance unit 200 at regular intervals from both sides of the conveyance unit 200.

That is, if the first suction pipe 510 and the second suction pipe 520 are installed as close as possible to both sides of the transfer unit 200, the installation space can be minimized.

A suction fan (not shown) and a collection tank (not shown) are installed at the ends of any one of the first suction pipe 510 and the second suction pipe 520 to generate a predetermined suction force, Lt; / RTI >

The first suction pipe 510 and the second suction pipe 520 installed on both sides of the transfer unit 200 and installed parallel to the transfer unit 200 are connected to each other through a connection pipe 530, .

A plurality of connection pipes 530 are provided and include a main suction hole 212a formed on the bottom surface of the main track 212, a first sub track 222 and a second sub track 232, 222b and the second sub suction hole 232b are formed, the connection pipe 530 must be installed.

On the connecting pipe 530, a plurality of suction guiders 540 communicating with the connecting pipe 530 are formed.

That is, three connecting pipes 530 are formed in the width direction of the upper transferring part 210, the first lower transferring part 220 and the second lower transferring part 230, and the main pipe 212, 222 and the second sub suction hole 232b formed in the second sub track 232 and the second sub track 232 and are formed at positions corresponding to the main suction hole 212a, the first sub suction hole 222b and the second sub suction hole 232b, A plurality of suction guiders 540 are protruded in the direction of the main suction hole 212a, the first sub suction hole 222b and the second sub suction hole 232b so that the connection pipe 530 and the main track 212 ), The gap between the connection pipe 530 and the first sub-track 222, the connection pipe 530 and the second sub-track 232.

The size of the suction groove 540a formed inside the suction guider 540 is preferably extended toward the upper end from the lower end of the suction guider 540. This is because the broken pieces or dust are scattered to the atmosphere during the suction process As much as possible.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Hereinafter, a configuration of a supply unit 100, which is a part of the present invention, will be described with reference to the accompanying drawings.

As shown in FIGS. 5 to 7, the supply part 100, which is a part of the present invention, includes a supply hopper 110 and a connection hopper 120.

The supply hopper 110 is hollow and its inner lower end is divided into a plurality of spaces so as to correspond to the number of the main tracks 212.

That is, the inner space is divided into a plurality of spaces by the plurality of partitions. As described above, if there are four main tracks 212, the inner space of the supply hopper 110 is also divided into four.

The connection hopper 120 is hollow and has an upper end connected to a lower end of the supply hopper 110 and a lower end connected to an upper end of the main track 212 so as to correspond to the supply hopper 110 And is divided into a plurality of spaces.

That is, the connecting hopper 120 is also divided into a plurality of inner spaces by a plurality of partitions. As described above, if the main track 212 is four, the inner space of the supply hopper 110 is also divided into four will be.

When the supply hopper 110 or the connection hopper 120 is tilted to one side in the course of supplying the pellets, there is a difference in the dropping distance of the pellets falling into the main track 212 through the supply hopper 110 and the connection hopper 120 do.

That is, when the supply hopper 110 or the connecting hopper 120 is tilted downward to the left, the dropping distance of the pills supplied to the right side is larger than the dropping distance of the pills supplied to the left side.

These differences are only minor differences, but if the pills are consecutively packed and accumulated, the workload will be left-handed.

In order to prevent this, when the supply hopper 110 and the connection hopper 120 are tilted to one side, it should be checked and leveled again.

The supply part 100 of the present invention includes a horizontal measurement plate 130 and a horizontal bar 140 so as to check the horizontality of the supply hopper 110 and the connection hopper 120.

The horizontal measurement plate 130 is scaled on both sides thereof so that the horizontal state of the lower end of the connection hopper 120 can be checked.

The horizontal bar 140 is horizontally coupled to the horizontal measurement plate 130 and the horizontal state of the supply unit 100 can be confirmed by the horizontal bar 140 and the horizontal measurement plate 130.

That is, if the left end and the right end of the horizontal bar 140 indicate the same scale of the horizontal measurement plate 130, the supply unit 100 is properly installed. However, if the left end and the right end of the horizontal bar 140 have different scales Means that the supply unit 100 is inclined to one side.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a discharge unit 300 according to an embodiment of the present invention will be described with reference to the accompanying drawings.

As shown in FIGS. 1 and 8, the discharge portion 300 of the present invention includes a through block 310 and a guide block 320.

A plurality of through holes 310a corresponding to the number of the second guide rails 232a are formed at predetermined intervals so that the pellets falling from the second guide rail 232a can pass therethrough.

The pill passing through the through hole 310a of the through-hole block 310 is discharged through the guide block 320.

The guide block 320 is coupled to the bottom surface of the through block 310 and has a guide groove 320a corresponding to the through hole 310a formed in the upper portion of the guide block 320. The guide groove 320a, (Not shown).

The number of the guide blocks 320 corresponds to the number of the main tracks 212 described above.

That is, the four pellets that have passed through one main track 212 include a first guide rail 222a and a second guide rail 222 formed in four rows for one first sub track 222 and second sub track 232, 232b and then through the through block 310 to be guided through the four guide grooves 320a formed in the guide block 320. The guide grooves 320a are formed in the guide block 320a, Four pills are discharged at once.

1 and 9, a discharge plate 330 is coupled to a bottom surface of the guide block 320 so as to guide the pills discharged through the discharge groove 320b to a standing vial And a discharge pipe 340 communicating with the discharge groove 320b through the discharge plate 330 is protruded downward from the bottom surface of the discharge plate 330. [

On the other hand, the pills discharged through the discharge pipe 340 are contained in the vials waiting in the lower part thereof. When the vials are filled with the predetermined amount, the supply of the pills must be stopped.

8, 10 and 11, the guide block 320a of the guide block 320 and the lower end of the discharge groove 320b are individually blocked at one side of the guide block 320, It is preferable to further include a blocking portion 350.

10 and 11, the blocking portion includes a pivot bracket 352 coupled to one side of the guide block 320 and a pair of pivot brackets 352 coupled to a rear surface of the pivot bracket 352, An opening and closing door 356 protruding from the front edge of the rotating bracket 352 and opening and closing the discharge groove 320b or the guide groove 320a, And a rotational power generator 358 for providing a rotational force.

The blocking portion 350 having such a configuration requires a total of 20 units for opening and closing the 16 guide grooves 320a and the four discharge grooves 320b when four main tracks 212 are installed.

Thereby, there is an advantage in that the timing of tablet discharge can be adjusted by selectively opening and closing the guide groove 320a as well as the discharge groove 320b.

12 and 13, the tablet packing apparatus of the present invention has a high-speed coefficient function. The tablet packing apparatus includes a first support plate P1, a second support plate P1, The second support plate P2 is connected to the first support plate P1 through the rubber packing B2 and the second support plate P2 is connected to the bottom of the second support plate P2 And a height adjusting unit 600 for adjusting the height of the second support plate P2.

This is because the height of the tablet packing apparatus having the high speed coefficient function of the present invention should be variable depending on the size and height of the vial.

The present invention is characterized in that a third support plate P3 is provided parallel to the second support plate P2 below the second support plate P2 at a predetermined distance from the second support plate P2 Install it.

The height adjusting unit 600 includes a lifting rod 610, a fixing nut 620, and a driving unit 630.

The upper end of the lifting rod 610 is fixedly coupled to the bottom surface of the second support plate P2 and the lower end of the lifting rod 610 passes through the third support plate P3 and protrudes to the bottom surface of the third support plate P3.

A circular flange 612 extends in the circumferential direction on the outer circumferential surface located between the second support plate P 2 and the third support plate P 3 and a thread is formed on the outer circumferential surface of the circular flange 612.

The fixing nut 620 is fixed on the third supporting plate P3 and is hollow so that the lifting rod 610 can pass therethrough. On the inner circumferential surface thereof, a screw thread corresponding to the thread formed on the circular flange 612 .

The driving unit 630 provides rotational force to the lifting rod 610.

The height adjuster 600 is installed at the corners of the second support plate P2 and the third support plate P3 and is provided at the outer peripheral surface of the lower end of each lift rod 610 of the height adjuster 600, (614) are formed to protrude in the circumferential direction.

The drive unit 630 includes a motor unit 632 and a drive groove 634a formed in the drive sprocket 614 so as to be coupled to the driven sprocket 614. The drive unit 630 includes a motor unit 632 and a lift rod 610, Chain 634. < / RTI >

When the motor unit 632 is driven, the driving chain 634 rotates.

The drive groove 634a formed in the drive chain 634 is coupled to the driven sprocket 614 formed on the outer circumferential surface of the lift rod 610 so that rotational force is applied to the lift rod 610.

The upper end of the lifting rod 610 is fixed to the lower surface of the second supporting plate P2 and the circular flange 612 extending in the circumferential direction on the outer circumferential surface of the lifting rod 610 is screwed to the fixing nut 620 The rotational force applied to the lifting rod 610 is converted into the lifting force of the lifting rod 610. The lifting force of the lifting rod 610 causes the lifting force of the lifting rod 610 to raise the second supporting plate P2.

When the height is to be reduced, the motor unit 632 and the drive chain 634 are rotated in the reverse direction, and the entire device is lowered according to the above-described principle.

Hereinafter, with reference to the accompanying drawings, a description will be given of a brief operation of the tablet packing apparatus having the ultra-fast coefficient function of the present invention.

1 and 12, when a plurality of pellets are supplied to the feed hopper 110, the pellets are fed through the connecting hopper 120 to the main track 212, the first sub-track 222 and the second sub- And moves to the track 232 sequentially.

The main track 212, the first sub track 222 and the second sub track 232 are each composed of a total of four, and the first sub track 222 and the second sub track 232 Four first and second guide rails 222a and 232a are formed for each of the first sub track 222 and the second sub track 232 so that a total of sixteen rows are formed.

Thus, sixteen tablets drop along the sixteen rows simultaneously from the second guide rail 232a.

The pellets dropped from the second guide rail 232a fall along the through block 310 and the guide block 320 and are packed in a vial through the discharge tube 340. [

Meanwhile, the broken pieces or dusts generated in the process of transferring the pellets are removed through the suction unit 500, and the supply of the pellets can be stopped through the opening and closing operation of the guide block 320, By adjusting the height, the height of the entire device is also adjusted.

While the present invention has been particularly shown and described with reference to specific embodiments thereof, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the following claims It will be apparent to those of ordinary skill in the art.

, 100: Feeder 110: Feed hopper
120: connection hopper 130: horizontal measuring plate
140: Horizontal bar 200:
210: upper feed portion 212: main track
212a: main suction hole 220: first lower conveyance part
222: first sub track 222a: first guide rail
222b: first sub suction hole 230: second lower conveyance part
232: second sub track 232a: second guide rail
232b: second sub suction hole 300: discharge part
310: through block 310a: through hole
320: guide block 320a: guide groove
320b: discharge groove 330: discharge plate
340: discharge pipe 350:
352: Rotation bracket 354: Fastening bracket
356: opening / closing door 358: rotary power generator
400: Vibrator 500: Suction part
510: first suction pipe 520: second suction pipe
530: connecting pipe 540: suction guider
540a: Suction groove 600:
610: lifting rod 612: circular flange
614: Passing sprocket 620: Fixing nut
630: driving unit 632: motor unit
634: drive chain
P1: first support plate P2: second support plate
P3: third support plate B1: support bracket
B2: Rubber packing

Claims (11)

A supply unit for supplying a plurality of pills simultaneously;
An upper conveyance part including a plurality of main tracks arranged in a lateral direction so as to be able to convey a plurality of tablets supplied from the supply part through different paths connected to the supply part, A first lower conveying part including a plurality of first sub races in which a plurality of first guide rails are arranged side by side in a row so that pills supplied from the main track can be divided and transported in different directions, And a second lower conveying part connected to a lower end of the first sub track and including a plurality of second sub tracks formed with a second guide rail corresponding to the first guide rail; And
And a discharge unit for discharging the pills supplied along the different paths from the transfer unit through different paths,
Wherein the supply portion is hollow and the inner lower end portion of the supply hopper is divided into a plurality of spaces so as to correspond to the number of the main tracks, and the upper end is connected to the lower end of the supply hopper, And a connection hopper which is connected to an upper end of the main track and is partitioned into a plurality of spaces so as to correspond to the supply hopper.
The method according to claim 1,
Further comprising a first support plate,
The bottom surfaces of the main track, the first sub track and the second sub track are supported by separate support brackets,
Wherein the support brackets are provided on a plurality of vibrators provided on the first support plate, respectively.
The method of claim 2,
Wherein a cross section of the first guide rail and the second guide rail is formed in a 'V' shape.
The method of claim 3,
Wherein the second guide rails are provided with a plurality of concavities and convexities at predetermined intervals so that the pill is moved to the concave portion of the concave and convex portions.
The method according to claim 1,
Wherein the main track, the first sub track, and the second sub track are integrated with each other.
delete The method according to claim 1,
The supply unit includes a horizontal measurement plate having scales on both sides thereof for checking the horizontal state of the lower end of the connection hopper and coupled to one side of the outer circumferential surface of the connection hopper, and a horizontal bar coupled horizontally to the horizontal measurement plate Wherein the tablet packing device has an ultrafast coefficient function.
The method according to claim 1,
Wherein the discharging portion includes a through block having a plurality of through holes corresponding to the second guide rails arranged at predetermined intervals in the width direction so that the pellets falling from the second guide rails can pass therethrough, And a plurality of guiding grooves corresponding to the number of the main grooves are formed in the lower portion of the guiding groove, the guiding grooves being integrated with the guiding grooves. , Pill packaging device with ultra fast coefficient function.
The method of claim 8,
Wherein a discharge plate is coupled to a bottom surface of the guide block and a discharge pipe communicating with the discharge groove is protruded through the discharge plate so that the pellet passing through the discharge groove can be dropped on the bottom surface of the discharge plate. , Pill packaging device with ultra fast coefficient function.
The method of claim 9,
Wherein a blocking portion for opening and closing the guide groove of the guide block and the lower end of the discharge groove is coupled to one side of the guide block.
The method of claim 10,
The blocking portion may include a turning bracket coupled to one side of the guide block, a fastening bracket coupled to a rear surface of the turning bracket and passing through one side of the guide block, An opening / closing door for opening / closing the groove / discharge groove; and a rotation power generator coupled to the fastening bracket to provide a rotational force.

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