KR101013262B1 - Apparatus for packaging wet pills in envelopes - Google Patents

Abstract

PURPOSE: A packaging device for wet pellets is provided to prevent the sticking of wet pellets to the bottom or wall of a warping paper. CONSTITUTION: A packaging device for wet pellets comprises a pellet feed port(100), a quantity regulating part(120), medicated paper supplying part(160), and a wrapping part(170). The pellet feed port transfers the pellet to a discharging area with vibration. The quantity regulating part receives pellets from the discharging area of the pellet feed port.

Description

Packaging device for preparing pharmaceutical pills {APPARATUS FOR PACKAGING WET PILLS IN ENVELOPES}

The present invention relates to a packaging device for preparing a wet pill, and more particularly, to prepare a pill so that the wet pill does not stick to each other and can be effectively sealed by injecting the correct number into a brew bag. It relates to a packaging device for.

In general, pharmaceutical preparations are packaged to provide a single dose of a plurality of medications for the treatment of a particular condition or illness in a patient. For example, a pharmaceutical preparation is delivered to a patient wrapped in a pharmaceutical drug wrapping paper, which is a concept including a bag-shaped medicine wrapping paper coated with a resin to form a space in which the medicine can be injected, and generally in a predetermined preparation device. Has been packed by.

The preparation device is provided with a medicine wrapping paper with an inlet opening is opened for the packaging of the pharmaceutical preparation, it is provided with a fusion machine for sealing the inlet by heating the resin after injecting the desired medicine. Such a dispensing device is configured to seal a plurality of medicines by hand and then sealed by a fusion machine, one by one in the open medicine wrapper, it was inconvenient to manufacture a pharmaceutical preparation, it was easy to error in the number of pharmaceutical preparations included in each drug wrapper In addition, the drug could be contaminated due to the possibility of contact with foreign substances.

In addition, according to the conventional automatic packaging device for automatically inserting the pharmaceutical preparation for each drug wrapper, it was not easy to pack the correct number of pills with wet properties because the pills with wet properties were not easy. It can be entangled with each other and these wet pills can stick to the bottom, wall, etc. of the packaging device, which makes it very difficult to ensure that the correct number of pills are inserted in each drug wrapper.

The present invention has been made to solve the above problems of the prior art, to prevent the wet pills sticking to the bottom, wall, etc. of the packaging device and to ensure that the wet pills are safely inserted up to the drug wrapper while not sticking together. An object of the present invention is to provide a packaging device for preparing a pill.

In addition, another object of the present invention is to ensure that a certain number of wet pills are accurately inserted into each drug wrapper.

The packaging device for preparing a wet pill according to the present invention for achieving the above object is a pill supply unit 100 is moved to the discharge site by storing the pill is added and applied to the stored pill; Receiving the pill from the discharge portion of the pill supply unit 100 and the quantity adjustment unit 120 to discharge the pill is separated by a predetermined number using a spray pressure and a predetermined stopper of the air; It is installed on one side of the pill supply unit 100, the drug supply unit 160 for supplying a drug wrapping paper for the packaging of the pill; And a packing unit 170 installed below the water quantity adjusting unit 120 to seal the pill in a bag-shaped medicine bag.

The pill supply unit 100, the hopper hopper formed with a spiral guide path 112 is formed in the central portion, the storage portion 111 to which the pill is injected, connected to the storage portion 111 to guide the pills to the outer peripheral portion 110; And a hopper vibrator 115 installed below the pill hopper 110 to vibrate the pill hopper 110.

The guide path 112 of the pill hopper 110 may be formed to gradually increase from the central portion to the outer circumferential portion.

The quantity control unit 120, one end is connected to the discharge portion of the hopper 110 and the discharge block 121 is provided with at least one discharge path 122 for moving the pill; A plurality of stoppers 130 installed on the discharge block 121 to open and close the discharge path 122 of the discharge block 121 at a predetermined interval; And an exhaust vibrator 135 installed below the discharge block 121 to vibrate the discharge block 121.

The discharge block 121, the discharge plate 140, the discharge path 122 is formed; And a cover plate 141 coupled to an upper surface of the discharge plate 140, and having a long hole 142 formed therein for allowing the stopper 130 to be inserted into the discharge path 122. .

Above the discharge block 121, a plurality of pneumatic cylinders (145, 146) for moving the plurality of stoppers 130 in the vertical direction on the discharge path (122); And a fixing plate 147 to which the plurality of pneumatic cylinders 145 and 146 are spaced apart and fixed.

On both sides of the discharge block 121, the support plate 148 to which the fixing plate 147 is coupled and supported is installed, and the lower end of the support 148 is coupled to the lower end of the support block 148 and the circular block ( 150 may be installed.

An upper portion of the circular block 150 may be coupled to the support 148 through the annular plate 151, and the discharge vibrator 135 may be installed on the annular plate 151.

The plurality of stoppers 130, at least one insertion plate 131a which can block the flow of the pill when inserted into the discharge path 122 in the middle portion of the discharge path 122 of the discharge block 121, respectively. A first stopper 131 formed at a lower end thereof; And an insertion plate spaced apart from the first stopper 131 and disposed at an end of the discharge path 122, and inserted into one of the discharge paths 122 to prevent the flow of the pill in the discharge path. It may include a second stopper 132 having a stop plate 132b that can block the flow of the pill in the discharge path when the block 132a and the other discharge path 122 from the outside.

The first stopper 131 may be provided with a spray pipe 152 for spraying the pressurized air toward the discharge path 122.

By adjusting the distance between the first stopper 131 and the second stopper 132, a predetermined section of the discharge path 122 partitioned by the first stopper 131 and the second stopper 132. The number of pills located within can be tailored to the desired number of packages.

By adjusting at least one of the distance between the first stopper 131 and the insertion plate 132a and the distance between the first stopper 131 and the stop plate 132b, the first stopper 131 and The number of pills located within a predetermined section of the discharge passage 122 partitioned by the second stopper 132 may be adjusted to the desired number of packages.

The medicine package supply unit 160, the packaging roll 161 is installed rotatably wound around the medicine bag; An unwinding rod 162 which provides a predetermined load to the upper surface of the medicine bag unwrapped by the packing roll 161 and hangs the medicine bag down the packing roll 161; A guide rod 163 installed at an upper portion of the unwinding rod 162 and supporting one surface of the drug wrapping paper to guide the medicine wrapping paper; A release sensor 165 installed above the release rod 162 and detecting upward movement of the release rod 162; And an unwinding motor 166 that is interlocked with the unwinding sensor 165 and rotates the packing roll 161 to detect the unwrapping paper by detecting the unwinding sensor 165.

The packaging unit 170 is installed below the quantity control unit 120, the guide tube 171 for guiding the pills downward; And a cone 175 installed at a lower portion of the guide tube 171 and gradually narrowing a cross section downward to allow both sides to be rolled by contacting the drug wrapping paper of the medicine packing supplier 160.

An upper guide plate 176 may be installed at the upper portion of the guide tube 171 to guide the medicine wrapping paper moving toward the cone 175 and to contact the outer surface portion of the cone 175.

The cone 175 is installed to pass through the drug wrapping paper, the contact with the drug wrapping paper in the cone 175 to move the medicine wrapping paper to the lower end of the cone 175 rounded by the shape of the cone 175 Guide 177 to dry may be installed.

The packaging unit 170 is installed below the cone 175, the first heating unit 181 for heating and bonding the medicine wrapping paper along the width direction of the medicine wrapping paper formed in the form of a round, thin rolled bag; And a second heating unit 182 installed at one end of the first heating unit 181 at a right angle and heating and adhering the medicine laver along the side end height direction of the medicine laver formed in a bag shape in a round and thin roll. can do.

Below the packing unit 170, a pair of transfer rolls 183 may be installed to contact the drug wrapping paper and move the medicine wrapping paper downward.

Below the transfer roll 183, a cutter 185 for cutting the adhesive portion in the width direction of the drug wrapping paper may be installed.

According to the packaging device for preparing a wet pill according to the present invention as described above, it is possible to ensure that the wet pills are not entangled with each other and that the wet pills are inserted into the medicine bag by the exact number while being stuck to the bottom or wall of the packaging device. You can get the effect.

1 is a perspective view of a packaging device for preparing a wet pill according to an embodiment of the present invention.
2 is an exploded perspective view of FIG. 1.
3 is a front view of FIG. 1.
4 is a side view of FIG. 1.
5 is a plan view of FIG. 1.
6 is an enlarged view of the water quantity adjusting unit of FIG. 1.
7 is an exploded view of FIG. 6.
FIG. 8 is a perspective view of the drug wrapping paper placed in FIG. 1.

DETAILED DESCRIPTION The following detailed description of the invention refers to the accompanying drawings that show, by way of illustration, specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It should be understood that the various embodiments of the present invention are different but need not be mutually exclusive. For example, certain features, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the invention in connection with an embodiment. It is also to be understood that the position or arrangement of the individual components within each disclosed embodiment may be varied without departing from the spirit and scope of the invention. The following detailed description, therefore, is not to be taken in a limiting sense, and the scope of the present invention, if properly described, is defined only by the appended claims, along with the full range of equivalents to which such claims are entitled. In the drawings, like reference numerals refer to the same or similar functions throughout the several aspects, and length, area, thickness, and the like may be exaggerated for convenience.

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration of the present invention.

1 is a perspective view of a packaging device for preparing wet pills according to an embodiment of the present invention. 2 is an exploded perspective view of FIG. 1. 3 is a front view of FIG. 1. 4 is a side view of FIG. 1. 5 is a plan view of FIG. 1.

1 and 2, the packaging device for preparing a wet pill according to an embodiment of the present invention, a pill supply unit 100, and a pill supply unit 100 to automatically discharge the pill stored and stored Is connected to the discharge portion of the quantity adjusting unit 120 for adjusting the number of discharge of the pill, installed on one side of the pill supply unit 100, medicine drug supply unit 160 for supplying a medicinal wrapping paper for the packaging of pills, and quantity control unit It is installed below the 120 and may include a packing unit 170 for sealing by putting the pill in the bag-shaped drug packaging.

The packaging device for preparing a wet pill according to an embodiment of the present invention configured as described above may automatically and stably provide a predetermined amount of the wet pill to the packing unit 170 by the pill supply unit 100 and the quantity adjusting unit 120. The packaging unit 170 may be sealed by putting a predetermined number of pills in a medicine bag made in a bag shape. Wet pill is a drug made of a herbal medicine that is consistent with the prescription of the patient, unlike a general medicinal medicine, in particular may have a property of contact with each other, but stick to each other, the pill supply unit 100 and the quantity control unit 120 to a predetermined at least one motor By vibrating by the pill to be separated from each other and the pill is separated from the wall or the bottom of the device and can be stably packed in a predetermined number of medicine wrapping paper every stable and can be supplied to the patient. For reference, the medicinal wrapper is the name and description of the drug in a transparent resin harmless to the human body, it is possible to seal the pills to provide the convenience of taking and carrying and the shelf life of long-term storage.

It looks at in detail with respect to each configuration of the packaging device for preparing a wet pill according to an embodiment of the present invention configured as described above.

1, 2, and 5, the pill supply unit 100 may be formed in the center of a storage unit 111 into which pills are injected, and connected to the storage unit 111 to guide the pills to the outer circumference. It may include a hopper hopper 110 is formed with a guide path 112, a hopper vibrator 115 is installed in the lower portion of the pill hopper 110 to vibrate the pill hopper (110). Pill hopper 110 may be discharged by moving the pills provided in the storage unit 111 along the spiral guideway 112, the pills are gradually moved to the outer peripheral portion along the spiral guideway 112 by vibration. Can be. For example, the guide path 112 of the pill hopper 110 may be formed to gradually increase in height from the center portion to the outer circumference portion. That is, the pills provided to the storage portion 111 of the pill hopper 110 is forcibly moved by vibration when moved along the helical guide path 112, and may be discharged when the vibration stops. As such, the pill may be moved while being pushed together with the vibration from the storage 111 of the center to the end of the guideway 112.

Next, FIG. 6 is an enlarged view of the water quantity adjusting unit 120 of FIG. 1, and FIG. 7 is an exploded view of FIG. 6.

6 and 7, the quantity adjusting unit 120 has one end connected to the discharge portion of the pill hopper 110, and the discharge block 121 having a plurality of discharge passages 122 through which the pills are moved. Is installed on the discharge block 121, a plurality of stoppers 130 for opening and closing the discharge path 122 of the discharge block 121 at a predetermined interval, and is installed in the lower portion of the discharge block 121 discharge block 121 May include an exhaust vibrator 135 to vibrate.

The stopper 130 is spaced at a predetermined distance from the upper side of the discharge block 121, the stopper 132 at the end of the discharge passage 122 is lowered to block the discharge passage 122, the discharge passage 122 When another stopper 131 in the middle blocks the discharge path 122, a predetermined number of pills may be located in the space of the space between the two stoppers 131 and 132. Then, when the stopper 132 of the end is raised to open the discharge path 122, the pills located between the two stoppers (131, 132) is discharged along the discharge path 122 by the force of gravity with vibration Can be.

The discharge block 121 may include a discharge plate 140 in which a plurality of discharge paths 122 are formed in a straight line and is coupled to an upper surface of the discharge plate 140, and a long hole 142 corresponding to the stopper 130 may be provided. The cover plate 141 may be formed. At this time, the long hole 142 may be formed to a size that prevents the departure of the pills. That is, the discharge block 121 has a structure in which the discharge path 122 of the discharge plate 140 is closed by the cover plate 141. The cover plate 141 may be provided with a plurality of holes 143 having a long length for opening a portion of the discharge path 122 of the discharge block 121. In this case, a mechanism such as a predetermined stopper 130 may be inserted through the hole 143 to stop the progress of the pills moving in the discharge path 122 arbitrarily.

Above the discharge block 121, a plurality of pneumatic cylinders (145, 146) and a plurality of pneumatic cylinders (145, 146) for moving the plurality of stoppers 130 in the up and down direction with respect to the discharge path 122 is spaced apart The fixing plate 147 to be fixed may be installed. The stopper 130 is coupled to the rods of the respective pneumatic cylinders 145 and 146 and may be selectively lifted according to the pneumatic pressure supplied to the pneumatic cylinders 145 and 146. For example, the plurality of stoppers 130 may be lowered at the same time to block the discharge path 122 or may be selectively lifted. Although a pneumatic pump or solenoid for the operation of the pneumatic cylinders 145 and 146 is not shown, components necessary to construct a conventional pneumatic circuit may be included in the present invention. In addition to the pneumatic cylinders 145 and 146, the stopper 130 may also be driven by a combination of a motor and a lead screw that can provide the linear movement of the stopper 130. Specifically, the plurality of stoppers 130 includes a first stopper 131 and a second stopper 132, the first stopper 131 is disposed in the middle of the discharge block 121 and the discharge block 121 A plurality of insertion plates 131a and 132a respectively inserted into the plurality of discharge paths 122 are formed at the lower end thereof, and the second stopper 131 is spaced apart from the first stopper 131 to allow the discharge paths 122 to be discharged. A plurality of stop plates provided at the end and provided with an insertion plate 132a that can be inserted into at least a part of the plurality of discharge paths 122 at the lower end thereof, and for opening and closing the other discharge paths 122 from the outside ( 132b) may be provided at the lower end. Specifically, the insertion plate 131a of the first stopper 131 may be divided into three branches and pass through the long hole 142 of the cover plate 141 to block the respective discharge passages 122. In addition, the second stopper 132 may include one insertion plate 132a and two stop plates 132b. The insert plate 132a of the second stopper 132 may be inserted into the discharge passage 122 and the stop plate 132b blocks the ejection of the pills from the outside more than the position of the insert plate 132a so that more pills It may be to be filled in the discharge path (122). In this way, the interval between the insertion plate 131a of the first stopper 131 and the insertion plate 132a of the second stopper and the interval between the insertion plate 131a and the stopper plate 132b of the first stopper 131. By selectively adjusting the length of the discharge passage 122 is located just before the pill is put, it is possible to adjust the number of discharge of the pills accordingly. The interval between the insertion plate 131a of the first stopper 131 and the insertion plate 132a of the second stopper and the interval between the insertion plate 131a and the stopper plate 132b of the first stopper 131 may be defined as: The distance between the stopper 131 and the pneumatic cylinders 145 and 146 on which the second stopper 132 is installed or bent together with the stopper plate 132b is set to have different distances from the insertion plates 131a and 132a. It is also possible to install the stopper selectively. Here, the number of discharge paths 122, the number of splitting plates, the number of stop plates, etc. should be interpreted as exemplary.

On the other hand, the first stopper 131 may be provided with an injection pipe 152 for injecting the pressurized air to the discharge path 122 through the long hole 142 of the cover plate 141. A lower surface of the injection pipe 152 may be provided with a nozzle (not shown) for injecting air to the discharge path 122 side along the cover plate 141. Air injected from the injection pipe 152 may be provided between the pills moving the discharge path 122 to open the gap between the pills, the first stopper 131 enters therebetween to the second insertion plate 132 side It can block the movement of pills. The injection tube 152 may prevent the contact of the first stopper 131 and the pill by opening the interval between the pills to prevent the deformation of the pill itself, it is also possible to prevent the phenomenon of blocking the discharge path (122).

On the other hand, both sides of the discharge block 121 (ie, both sides based on the longitudinal direction) is provided with a support 148 that can be supported by the fixing plate 147 is coupled, the support 148 on the lower end of the support 148 The lower end of the circular block 150 is coupled to be fixed. The circular block 150 performs a function of providing a structure for stably fixing the support 148 on both sides, and as a variant it may be assumed to be another structure configured on the ground or the base. The upper portion of the circular block 150 is provided with an annular plate 151, the discharge vibrator 135 may be installed on the annular plate 151. The discharge vibrator 135 is fixed on the annular plate 151, the upper surface portion of the discharge vibrator 135 is in contact with the bottom surface of the discharge block 121. When the discharge vibrator 135 is operated, the discharge plate 140 of the discharge block 121 is vibrated, the pills are entangled with each other in the movement along the discharge path 122 or the pills are stuck to the bottom of the discharge path, etc. It can be discharged to the packaging unit 170 in the lower side to be moved to the end of the discharge path 122 while maintaining the state.

FIG. 8 is an operating state diagram of the drug wrapping paper p indicated by a dotted line shown in FIG. 1.

Referring to FIGS. 1 and 8, the medicine pack supply unit 160 provides a predetermined load to the upper surface of the packaging roll 161, the packaging roll 161 rotatably installed on the medicine wrapping paper p and the packaging paper 161 unwound from the packaging roll 161. And a plurality of unpacking rods 162 and lowering rods 162 arranged below the packing roll 161 to support one side of the medicinal wrapping paper p to guide the medicinal wrapping paper p. Guide rod 163, installed on the upper side of the release rod 162, the release sensor 165 for detecting the upward movement of the release rod 162, and interlocked with the release sensor 165, to detect the release sensor 165 By rotating the packaging roll 161 may include an unwinding motor 166 to release the drug wrapping paper (p). The packaging roll 161 of the medicine supply unit 160 may be installed on the shaft 169a installed in front of the pill supply unit 100. The shaft 169a is fixed to the fixing part 169b provided in front of the pill supply part 100. The fixing unit 169b is also provided with a take-out roll 164 for pulling down the drug wrapping paper (p) downward from the packaging roll 161, the take-out roll 164 is connected to the pulley 167, the unwinding motor 166 Can be rotated by Below the pulley 167, a sensing table 168a which is pressurized by the releasing rod 162 and rotated may be installed, and a releasing sensor 165 may be installed on an upper portion of the sensing table 168a. When the unwinding rod 162 moves upward and the sensing table 168a is rotated upward, the grounding table 168b on the opposite side of the sensing table 168a is freed from the loosening sensor 165, and the unwinding motor 166 is activated and the pulley 167 is rotated so that the release rod 162 can be lowered again by the rotation of the take-out roll 164. That is, when the drug wrapping paper p of a certain length is consumed in the package, the unwinding motor 166 may be intermittently operated to release the medicine wrapping paper p.

The cone 175 is formed so that the cross-section is gradually narrowed downwardly so that the drug wrapping paper p of the medicine packaging supply unit 160 comes into contact with each other. When the drug wrapping paper p moves while contacting the cone 175, it may be folded along the outer circumferential surface shape of the cone 175. That is, the drug wrapping paper p may gradually overlap while moving from the upper side of the cone 175 to the lower side.

In the upper portion of the guide tube 171 may be provided with a guide plate 176 that is rounded to guide the drug wrapping paper (p) moving to the cone 175 side to the cone 175, and to contact the outer surface portion of the cone 175. . The guide plate 176 is coupled to the medicine medicine supply unit 160 disposed above the cone 175 to roll the medicine paper p moving downward and to contact the cone 175.

The cone 175 has a guide 177 which is rolled up by the shape of the cone 175 when the drug wrapping paper p moves to the lower end of the cone 175 by contacting the medicine wrapping paper p with the cone 175. Can be installed. The guide 177 is installed in the middle of the cone 175 to form a narrow width of the drug wrapping paper (p) so that the medicine wrapping paper (p) can be gradually folded round the passage through the cone (175), and the round dried medicine wrapping paper ( Allow p) to fold over as it passes through.

1 to 3 and 8, the packaging unit 170 is installed below the cone 175, and heats the medicine wrapping paper p along the width direction of the medicine wrapping paper p formed in a round and thin rolled bag. The medicine wrapping paper p is installed along the height of the open side end portion of the first heating portion 181 to be bonded, and the medicine wrapping paper p formed at right angles at one end of the first heating portion 181 to form a bag. It may include a second heating unit 182 for heating and bonding. The first heating unit 181 and the second heating unit 182 may adopt a structure in which a heater for electrically generating heat is installed on the heating plate 180 to bond the medicine wrapping paper p. The heating plate 180 may include a right triangular plane, and the rear end opening and the bottom opening of the weak paper p may be heated and bonded at a time by the sides forming the right angle of the right triangular plane. The heating plate 180 may be operated in a pair to contact the medicine wrapping paper p moving downward from the cone 175 spaced apart from each other, and to repeat the spaced operation again.

Below the first heating unit 181, a pair of feed rolls 183 may be installed in contact with the medicine wrapping paper p to move the medicine wrapping paper p downward. The feed roll 183 is configured to pass the packaging process by slowly moving the medicine pouch (p) loosely released by the unwinding rod 162, and a thin line is formed to increase the friction force on the medicine pouch (p). Can be. The conveying roll 183 may be in contact with each other to be rotated by the other side, one side may be rotated by a drive such as a motor.

Below the transfer roll 183, a cutter 185 for cutting the adhesive portion in the width direction of the drug wrapping paper (p) may be installed. The cutter 185 may be configured to automatically operate by an electrical signal to cut the medicine wrapping paper p at a predetermined interval when the medicine wrapping paper p wrapped with pills passes.

The guide tube 186 provided below the transfer roll 183 may guide the medicine pouches p passing through the transfer roll 183 toward the cutter 185, and the cooling fan 187 may include the first heating unit 181. ) And the adhesive part of the medicine pouch sealed by the second heating unit 182 can be cooled.

Driving device of the unwinding motor 166 and the hopper vibrator 115 and the discharge vibrator 135, electrical configuration for heating the first and second heating parts 181, 182, driving device of the feed roll 183, start Various wirings, circuit boards, and components related to the circuit configuration of the / stop switch are installed with the first case 191, and the configuration of the power supply for stably supplying external power to the inside of the first case 191 is It may be installed in the second case 192.

The drawings of the embodiments of the present invention described above are omitted in detail, and are schematically illustrated so as to easily identify parts belonging to the technical idea of the present invention. In addition, the embodiments are not intended to limit the technical spirit of the present invention, but are merely a reference for understanding the technical matters included in the claims of the present invention.

100: pill supply
110: Pill Hopper
111: storage unit 112: guide
115: hopper vibrator
120: quantity control
121: discharge block
130: stopper 131: first stopper
131a and 132a: insertion plate 132: second stopper
132b: stop plate 135: exhaust vibrator
140: discharge plate 141: cover plate
142: long hole 145, 146: pneumatic cylinder
147: fixing plate 148: support
150: circular block 151: annular plate
160: medicine supply unit
161: packaging roll 162: release rod
163: guide rod 164: drawing roll
165: release sensor 166: release motor
167: pulley 168a: detector
168b: ground bar 169a: shaft
169b: fixture
170: packing unit
171: guide 175: cone
176: guide 177: guide
180: heating plate 181: first heating part
182: second heating unit
183: feed roll 185: cutter
186: guide 187: cooling fan
191, 192: case

Claims (19)

In the packaging device for wet pill preparation,
A pill supply unit (100) to which the pill is added and stored and moves to the discharge site by applying vibration to the stored pill;
Receiving the pill from the discharge portion of the pill supply unit 100 and the quantity adjustment unit 120 to discharge the pill is separated by a predetermined number using a spray pressure and a predetermined stopper of the air;
It is installed on one side of the pill supply unit 100, the drug supply unit 160 for supplying a drug wrapping paper for the packaging of the pill; And
It is installed below the quantity control unit 120, packaging device for the preparation of wet pills comprising a packing unit 170 for sealing by putting the pill in a bag-shaped medicine bag. The method of claim 1,
The pill supply unit 100,
A pill hopper (110) having a storage portion (111) into which the pill is placed is formed in a central portion, and connected to the storage portion (111) to form a spiral guide path (112) for guiding the pills to an outer circumference portion; And
Hopper vibrator 115 is installed in the lower portion of the hopper 110 to vibrate the pill hopper 110
Wet pill packaging device comprising a. The method of claim 2,
The guide path 112 of the pill hopper 110,
Packing device for preparing a wet pill, characterized in that formed gradually from the central portion to the outer peripheral portion. The method of claim 1,
The quantity adjusting unit 120,
A discharge block 121 having one end connected to the discharge portion of the pill hopper 110 and having at least one discharge path 122 for moving the pill;
A plurality of stoppers 130 installed on the discharge block 121 to open and close the discharge path 122 of the discharge block 121 at a predetermined interval; And
Discharge vibrator 135 is installed in the lower portion of the discharge block 121 to vibrate the discharge block 121
Wet pill packaging device comprising a. The method of claim 4, wherein
The discharge block 121,
A discharge plate 140 in which the discharge path 122 is formed; And
The cover plate 141 is coupled to an upper surface of the discharge plate 140, and a long hole 142 is formed to allow the stopper 130 to be inserted into the discharge path 122.
Packaging device for wet pill preparation, characterized in that it comprises a. The method of claim 4, wherein
Above the discharge block 121,
A plurality of pneumatic cylinders (145, 146) for moving the plurality of stoppers (130) in the vertical direction on the discharge path (122); And
Fixing plate 147 to which the plurality of pneumatic cylinders 145 and 146 are spaced apart and fixed
The packaging device for wet pill preparation characterized by the above-mentioned. The method of claim 6,
On both sides of the discharge block 121, the support plate 148 to which the fixing plate 147 is coupled and supported is installed, and the lower end of the support 148 is coupled to the lower end of the support block 148 and the circular block ( 150) is a packaging device for the preparation of wet pills. The method of claim 7, wherein
The upper portion of the circular block 150 is coupled to the support 148 through the annular plate 151, the discharge vibrator 135 is prepared for wet pills, characterized in that installed on the annular plate 151 packer. The method of claim 4, wherein
The plurality of stoppers 130,
A first stopper having at least one insertion plate 131a formed at a lower end thereof to prevent the flow of the pill when inserted into the discharge path 122 in the middle portion of the discharge path 122 of the discharge block 121. 131); And
An insertion plate spaced apart from the first stopper 131 and disposed at an end of the discharge path 122, and inserted into one of the discharge paths 122 to prevent the flow of the pill in the discharge path; 132a) and a second stopper 132 having a stopper plate 132b which can block the flow of the pill in the discharge path when the other discharge path 122 is blocked from the outside.
Wet pill packaging device comprising a. 10. The method of claim 9,
The first stopper (131) is a packaging device for the preparation of wet pills, characterized in that the injection pipe 152 for injecting the pressurized air toward the discharge path 122 is installed. 10. The method of claim 9,
By adjusting the distance between the first stopper 131 and the second stopper 132, a predetermined section of the discharge path 122 partitioned by the first stopper 131 and the second stopper 132. A packaging device for preparing a wet pill, characterized in that the number of pills located in the can be matched to the desired number of packages. 10. The method of claim 9,
By adjusting at least one of the distance between the first stopper 131 and the insertion plate 132a and the distance between the first stopper 131 and the stop plate 132b, the first stopper 131 and The packaging device for wet pill preparation, characterized in that the number of pills located within a predetermined section of the discharge passage 122 partitioned by the second stopper (132) can be adjusted to the desired number of packages. The method of claim 1,
The medicine supply unit 160,
A packing roll 161 rotatably installed on the medicine wrapping paper;
An unwinding rod 162 which provides a predetermined load to the upper surface of the medicine bag unwrapped by the packing roll 161 and hangs the medicine bag down the packing roll 161;
A guide rod 163 installed at an upper portion of the unwinding rod 162 and supporting one surface of the drug wrapping paper to guide the medicine wrapping paper;
A release sensor 165 installed above the release rod 162 and detecting upward movement of the release rod 162; And
The packaging for the wet pill preparation, characterized in that it comprises a releasing motor 166 interlocked with the releasing sensor 165 and rotates the packaging roll 161 by the detection of the releasing sensor 165 to release the drug wrapping paper. Device. The method of claim 1,
The packaging unit 170,
It is installed below the quantity control unit 120, the guide tube 171 for guiding the pills downward; And
The cone 175 is installed in the lower portion of the guide tube 171, the cross-section is gradually narrowed downward so that both sides can be rolled in contact with the medicine bag of the medicine drug supply unit 160
Packaging device for wet pill preparation, characterized in that it comprises a. The method of claim 14,
Wet pill preparation, characterized in that the guide plate 176 is formed in the upper portion of the guide tube 171 is formed to guide the medicine wrapping paper moving toward the cone 175 and to contact the outer surface portion of the cone 175 Packing device for The method of claim 14,
The cone 175 is installed to pass through the drug wrapping paper, the contact with the drug wrapping paper in the cone 175 to move the medicine wrapping paper to the lower end of the cone 175 rounded by the shape of the cone 175 Packaging device for wet pill preparation, characterized in that the guide 177 to dry. The method according to any one of claims 14 to 16,
The packaging unit 170,
A first heating unit 181 installed below the cone 175 and heating and bonding the medicine laver along the width direction of the medicine laver formed in a bag shape by round and thin curling; And
A second heating part 182 installed at one end of the first heating part 181 at a right angle and heating and adhering the medicine laver along a side end height direction of the medicine laver formed in a bag shape by being rounded and thinly rolled; A packaging device for preparing a wet pill. The method of claim 17,
The packaging device for wet pill preparation, characterized in that the lower portion of the packing unit 170 is provided with a pair of transfer rolls (183) in contact with the drug wrapping paper to move the medicine wrapping paper downward. The method of claim 18,
The packaging device for wet pill preparation, characterized in that the cutter (185) for cutting the adhesive portion in the width direction of the drug wrapping paper is installed below the transfer roll (183).

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