A capsule feeder

Abstract

The present invention relates to a capsule supply device capable of automatically supplying various types of capsules, such as medication capsules for companion animals, more easily and sequentially without overlapping, and significantly reducing the time and labor required for packaging said capsules. The device is characterized by comprising: a hopper into which capsules are fed and into which the fed capsules are discharged downwards; a capsule supply unit including a rear capsule supply member provided at the bottom of the hopper to supply capsules discharged from the hopper from the rear side to the front side, and a front capsule supply member provided at the front of the rear capsule supply member to supply capsules supplied from the rear capsule supply member from the rear side to the front side; a rotating drum rotatably provided at the front of the capsule supply unit, having capsule insertion grooves formed at regular intervals along the circumference of its outer surface for inserting capsules supplied from the capsule supply unit; and a guide unit that receives capsules free-falling from the capsule insertion grooves of the rotating drum as the rotating drum rotates.

Description

Technology Field

[0001] The present invention relates to a capsule supply device that can not only more easily and automatically supply various types of capsules, such as medication capsules for companion animals, in a non-overlapping manner, but also significantly reduce the time and labor required for packaging said capsules. Background Technology

[0003] As the population ages and the birth rate declines, the number of households raising pets is on the rise.

[0004] The domestic pet market is expected to reach approximately 6 trillion won in 2020, and the related industry continues to grow.

[0005] Accordingly, the importance of the industry for pet food, pharmaceuticals, quasi-pharmaceuticals, and health functional foods for pets is also increasing.

[0006] In particular, with the goal of raising healthier pets, research and commercialization of veterinary medicines capable of preventing or treating various diseases are actively underway.

[0007] However, since dogs and cats, which are representative pets, have much more keen senses of smell and taste compared to humans, there are many difficulties in administering pet medications.

[0008] Accordingly, a medication capsule for companion animals that masks the taste of medicinal ingredients to enable smooth administration to companion animals has been proposed in Korean Patent Publication No. 10-2024-0025567.

[0009] However, the medication capsules for companion animals proposed in the aforementioned Korean Patent Publication No. 10-2024-0025567, etc., are generally packaged manually, which presents a problem in that it requires a significant amount of time and labor. Prior art literature

[0011] Korean Patent Publication No. 10-2024-0025567 The problem to be solved

[0012] The present invention was created to solve the aforementioned problems and aims to provide a capsule supply device that can not only more easily and automatically supply various types of capsules, such as medication capsules for companion animals, in a non-overlapping manner, but also significantly reduce the time and labor required for the packaging of said capsules. means of solving the problem

[0014] The present invention, for achieving the above-mentioned purpose, provides a capsule supply device characterized by comprising: a hopper into which a capsule is introduced and into which the introduced capsule is discharged downward; a capsule supply unit including a rear capsule supply member provided at the bottom of the hopper for supplying a capsule discharged from the hopper from the rear side to the front side, and a front capsule supply member provided at the front of the rear capsule supply member for supplying a capsule supplied from the rear capsule supply member from the rear side to the front side; a rotating drum rotatably provided at the front of the capsule supply unit, having capsule insertion grooves formed at regular intervals along the circumference of the outer surface for inserting a capsule supplied from the capsule supply unit; and a guide unit that receives a capsule free-falling from the capsule insertion grooves of the rotating drum according to the rotation of the rotating drum.

[0016] Here, the hopper is preferably configured to include: a hopper body into which a capsule is fed and into which the fed capsule is discharged downward; a capsule supply body in which the lower part of the hopper body is received at a certain height on the inside, a capsule discharge port is formed on the lower front side for discharging a capsule discharged from the hopper body to the rear capsule supply member, and a bottom plate is inclined downward toward the lower direction of the capsule discharge port; and a support frame provided between the inner surface of the capsule supply body and the lower outer surface of the hopper body to support the lower part of the hopper body at a certain height on the inside of the capsule supply body.

[0018] In addition, it is preferable that the device comprises a shutter part that is vertically movable at the lower front side of the capsule supply body of the hopper and controls the vertical width of the capsule discharge port when it is in an open state.

[0020] Here, it is preferable that the device comprises: a shutter plate having a guide slit extending vertically formed in the middle portion of the front side of the capsule supply body in the direction of the upper capsule discharge port of the capsule supply body, wherein a through hole is formed in the middle portion of the front side of the capsule supply body so as to be vertically movable, and wherein the shutter portion is provided to open and close the capsule discharge port and adjust the vertical width of the capsule discharge port in an open state; and a shutter plate position fixing member that fixes the position of the shutter plate by sequentially penetrating the guide slit of the shutter plate and the through hole of the capsule supply body.

[0022] In addition, it is preferable that the lower part of the hopper is axially coupled to the upper rear part of the rear capsule supply member at a certain height, and the front part of the hopper rotates and moves in the upper and lower direction of the front part of the hopper to adjust the upper and lower angle of the front part of the hopper, and the hopper is fixed in position with the upper and lower angle of the front part of the hopper adjusted.

[0024] Here, guide slits are formed extending vertically on one side and the other side of the capsule supply body, respectively, and through holes communicating with the guide slits of the capsule supply body are formed on one side and the other side of the support frame, respectively; and the hopper angle adjustment part is preferably seated on the rear upper side of the rear capsule supply member in a state where it sequentially penetrates the guide slit formed on one side of the capsule supply body and the through hole formed on one side of the support frame, and sequentially penetrates the guide slit formed on the other side of the capsule supply body and the through hole formed on the other side of the support frame.

[0026] Furthermore, the rear capsule supply member comprises a lower plate member that slopes downward toward the front lower direction of the hopper; and a first plate member and a second plate member that are vertically provided on one side and the other side, respectively, of the lower plate member; and a supply groove is formed on the upper part of the lower plate member, extending a certain length in the front-rear direction of the lower plate member, and formed at regular intervals from one side to the other side of the lower plate member to supply capsules discharged from the hopper toward the front direction of the lower plate member, and it is preferable that the lower part of the hopper is provided between the rear upper part of the first plate member and the rear upper part of the second plate member.

[0028] Additionally, the rear capsule supply member comprises: a rear lifting plate member configured to be capable of vertical movement between the rear side of the one-side plate member and the rear side of the other-side plate member so as to be positioned at a certain height in the rear-upper direction of the lower plate member while positioned in the lower front direction of the hopper; a rotating shaft configured to be rotatable clockwise by a driving member between the middle part of the one-side plate member and the middle part of the other-side plate member so as to be positioned at a certain height in the upper direction of the middle part of the lower plate member while positioned in the front direction of the rear lifting plate member; a plurality of brush members configured at regular intervals along the circumference of the outer surface of the rotating shaft while positioned at regular intervals from one side to the other side of the rotating shaft and rotating clockwise together with the rotating shaft; and a cover plate for the lower plate member seated on the front-upper side of the lower plate member so as to be positioned in the front direction of the rotating shaft. It is preferable that the device is configured to include: a position fixing member for fixing the position of the cover plate for the lower plate member; and a front lifting plate member configured to be capable of vertical movement between the front side of the one side plate member and the front side of the other side plate member, positioned at a certain height in the upper direction of the cover plate for the lower plate member while positioned in the front direction of the position fixing member.

[0030] Furthermore, it is preferable that the rear capsule supply member support member comprises: a rear upper support frame that supports the rear capsule supply member at a certain height with the rear capsule supply member provided at the top; a one-side support frame and a other-side support frame that are respectively provided on one side and the other side of the rear upper support frame and support the rear upper support frame at a certain height; and an angle adjustment member for adjusting the vertical angle of the front side of the rear capsule supply member together with the front side of the rear upper support frame.

[0032] Here, it is preferable that the rear-upper support frame of the rear-capsule supply member support member has through holes formed on one side and the other side, respectively, and the angle adjustment member of the rear-capsule supply member support member is provided on the upper side of the one-side support frame and the upper side of the other-side support frame, respectively, and the rear bracket has a guide slit formed extending vertically in the middle; and the rear-upper support frame position fixing member is fixed in position by sequentially penetrating the guide slit of the rear bracket and the through hole of the rear-upper support frame.

[0034] In addition, it is preferable to include a rear anti-vibration member provided between one side of the rear capsule supply member and one side of the upper rear support frame, and between the other side of the rear capsule supply member and the other side of the upper rear support frame.

[0036] In addition, the above-mentioned front capsule supply member comprises: a supply plate member that slopes downward in the front lower direction of the above-mentioned rear capsule supply member; a guide line that guides a capsule supplied from the above-mentioned rear capsule supply member to the supply plate member; a cover plate for the supply plate member that is seated on the upper part of the supply plate member; and a position fixing member that fixes the position of the cover plate for the supply plate member. A rear supply groove is formed on the upper part of the supply plate member, and a front supply groove is formed on the front side of the rear supply groove in a state of communication with the rear supply groove. A plurality of front supply grooves are formed at regular intervals from one side to the other side of the supply plate member, each extending by a certain length in the front-rear direction of the supply plate member. The front side of the guide line is inserted into the rear supply groove in a state of communication with the rear supply groove, and the cover plate for the supply plate member is seated on the upper part of the supply plate member while covering the front supply groove.

[0038] In addition, it is preferable that the front capsule supply member support member is configured to include: a front upper support frame that supports the front capsule supply member at a certain height while the front capsule supply member is provided at the top; a first upper support frame and a second upper support frame that are respectively provided on one side and the other side of the front upper support frame and support the front upper support frame at a certain height; a first lower support frame and a second lower support frame that are respectively provided on the lower side of the first upper support frame and the lower side of the second upper support frame and support the first upper support frame and the second upper support frame at a certain height; and an angle adjustment member for adjusting the vertical angle of the front side of the front upper support frame.

[0040] Here, it is preferable that the front capsule supply member support comprises a front bracket having through holes formed on one side and the other side of the front upper support frame, respectively, and an angle adjustment member of the front capsule supply member support provided on the upper side of the one upper support frame and the upper side of the other upper support frame, respectively, with a guide slit formed extending vertically in the middle; and a front upper support frame position fixing member fixed in position by sequentially penetrating the guide slit of the front bracket and the through hole of the front upper support frame.

[0042] In addition, it is preferable to include a front anti-vibration member provided between one side of the front capsule supply member and one side of the upper portion of the front upper support frame, and between the other side of the front capsule supply member and the other side of the upper portion of the rear upper support frame, respectively.

[0044] In addition, it is preferable to include a front auxiliary vibration damping member provided between the one-sided upper support frame and the one-sided lower support frame, and between the other-sided upper support frame and the other-sided lower support frame, respectively.

[0046] Furthermore, the guide portion comprises: an upper guide body provided on the lower front side of the rotating drum, having an input groove formed on the upper inner side into which a capsule free-falling from the capsule insertion groove of the rotating drum is inserted, and a through hole formed on the lower inner side extending a certain length in the downward direction of the input groove in communication with the input groove; and a lower guide body provided on the lower direction of the upper guide body, having a through hole formed extending upward and downward on the inner side. It is configured to include a discharge line provided between the through hole of the upper guide body and the through hole of the lower guide body so as to be in communication with the through hole of the upper guide body and the through hole of the lower guide body; wherein the input groove and through hole of the upper guide body are formed in multiple numbers at regular intervals from one side to the other side of the upper guide body, and the through hole of the lower guide body is formed in multiple numbers at regular intervals from one side to the other side of the lower guide body, and the discharge line is composed of multiple numbers and is provided between the through hole of the upper guide body and the through hole of the lower guide body, respectively, and it is preferable that a capsule inserted into the input groove of the upper guide body passes sequentially through the through hole of the upper guide body, the discharge line, and the through hole of the lower guide body and is discharged in the lower direction of the lower guide body.

[0048] In addition, it is preferable to include a conveying unit that is provided in the lower direction of the guide unit and conveys a packaging material, in which a capsule falling from the guide unit is received inside, from the rear to the front direction of the guide unit. Effects of the invention

[0050] The present invention has the effect of significantly reducing the time and labor required for capsule packaging work by enabling easier and automatic sequential supply of capsules without overlapping through a capsule supply unit for supplying various types of capsules, such as medication capsules for companion animals, sequentially without overlapping, a rotating drum having a capsule insertion groove into which capsules supplied sequentially from the capsule supply unit are inserted, and a guide unit that receives capsules falling free-falling sequentially from the rotating drum without overlapping, and also allowing capsules falling from the guide unit to be automatically received inside the packaging material. Brief explanation of the drawing

[0052] FIG. 1 is a schematic perspective view showing a capsule supply device, which is an embodiment of the present invention. Figure 2 is a side view of Figure 1. Fig. 3 is a front view of Fig. 1. FIG. 4 is a partial perspective view schematically showing a hopper and a rear capsule supply member. Figure 5 is a partial combined side view of Figure 4. FIG. 6 is a cross-sectional view schematically showing the cross-sectional state of the hopper and the rear capsule supply member. FIG. 7 is a partial perspective view schematically showing a rear capsule supply member. FIG. 8 is a cross-sectional view schematically showing the cross-sectional state of the rear capsule supply member, rotating drum, and guide part of FIG. 7. Specific details for implementing the invention

[0053] Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the attached drawings. Of course, the scope of the present invention is not limited to the following embodiments, and various modifications can be made by those skilled in the art within the scope of the technical essence of the present invention.

[0055] FIG. 1 is a perspective view schematically showing a capsule supply device which is an embodiment of the present invention, FIG. 2 is a side view of FIG. 1, and FIG. 3 is a front view of FIG. 1.

[0057] As shown in FIGS. 1 to 3, a capsule supply device, which is an embodiment of the present invention, is largely composed of a hopper (10), a capsule supply unit (20), a rotating drum (30), and a guide unit (40).

[0058] First, the hopper (10) is used to feed in and discharge various types of capsules, such as medication capsules for companion animals.

[0060] FIG. 4 is a partial perspective view schematically showing a hopper and a rear capsule supply member, FIG. 5 is a partial combined side view of FIG. 4, and FIG. 6 is a cross-sectional view schematically showing the cross-sectional state of a hopper and a rear capsule supply member.

[0062] The above hopper (10) may be configured to include, for example, a hopper body (110), a capsule supply body (120), and a support frame (130), as shown in FIGS. 4 to 6.

[0063] Various types of capsules (3), such as medication capsules for pets, can be fed into the interior of the hopper body (110) by manual operation, etc.

[0064] The capsule (3) introduced into the interior of the hopper body (110) can be discharged toward the lower direction of the hopper body (110).

[0065] The lower part of the hopper body (110) can be accommodated at a certain height inside the capsule supply body (120).

[0066] A capsule discharge port (121) may be formed on the lower front side of the capsule supply body (120) to discharge a capsule (3) discharged in the lower direction of the hopper body (110) to a rear capsule supply member (210) to be described later.

[0067] A through hole (122) may be formed in the front middle portion of the capsule supply body (120) in the upper direction of the capsule discharge port (121) of the capsule supply body (120).

[0068] In order to allow the capsule (3) to flow down and move more easily through the capsule discharge port (121) of the capsule supply body (120), the bottom plate (120a) of the capsule supply body (120) may be inclined downward from the rear side of the capsule supply body (120) toward the front lower side.

[0069] A guide slit (123) extending a certain length in the vertical direction of the capsule supply body (120) may be formed on each side and the other side of the capsule supply body (120).

[0070] The guide slit (123) of the capsule supply body (120) may be composed of a rear guide slit (123a) and a front guide slit (123b) formed on one side and the other side of the capsule supply body (120), respectively, while maintaining a certain distance from the rear side to the front side of the capsule supply body (120).

[0071] The above support frame (130) can be formed in various shapes, such as a square frame.

[0072] The support frame (130) is provided in various ways, such as by bolt fixing or welding, between the middle part of the inner surface of the capsule supply body (120) and the lower outer surface of the hopper body (110), so that the lower part of the hopper body (110) can be supported at a certain height inside the capsule supply body (120).

[0073] Through holes (131) can be formed on one side and the other side of the support frame (130), respectively.

[0074] The through hole (131) of the support frame (130) may be formed as a rear through hole (131a) and a front through hole (131b) formed on one side and the other side of the support frame (130), respectively, while maintaining a certain distance from the rear side to the front side of the support frame (130).

[0075] The rear through hole (131a) of the support frame (130) can be connected to the rear guide slit (123a) of the capsule supply body (120).

[0076] The front through hole (131b) of the support frame (130) can be connected to the front guide slit (123b) of the capsule supply body (120).

[0077] Next, a shutter part (50) may be provided to control the discharge amount of the capsule (3) discharged through the capsule discharge port (121) of the capsule supply body (120) of the hopper (10).

[0078] The above shutter unit (50) may be configured to include, for example, a shutter plate (510) and a shutter plate position fixing member (520), as shown in FIG. 4.

[0079] The above shutter plate (510) is vertically provided on the front side of the capsule supply body (120) so as to be manually raised and lowered, and can open and close the capsule discharge port (121) and adjust the vertical width (D) of the capsule discharge port (121) in the open state.

[0080] A guide slit (511) may be formed in the middle portion of the shutter plate (510) and extended for a certain length in the vertical direction of the shutter plate (510).

[0081] The above shutter plate position fixing member (520) can be formed, for example, by various types of bolts (521) and nuts (522), such as knob bolts, to fix the position of the above shutter plate (510).

[0082] The bolt (521) of the shutter plate position fixing member (520) can sequentially pass horizontally through the guide slit (511) of the shutter plate (510) and the through hole (122) of the capsule supply body (120) and then be screw-coupled with the nut (522).

[0083] Next, in order to allow the capsule (3) to be discharged more easily through the capsule discharge port (121) of the capsule supply body (120) of the hopper (10), the front side of the capsule supply body (120) of the hopper (10) can be rotated and moved in the up-and-down direction of the front side of the hopper (10) by manual operation or the like, and the up-and-down angle can be adjusted.

[0084] To this end, for example, the middle of one side of the lower part and the middle of the other side of the lower part of the capsule supply body (120) of the hopper (10) may be provided in a state of being axially connected at a certain height between the upper rear part of the one side plate member (212) and the upper rear part of the other side plate member (213) of the rear capsule supply member (210) to be described later.

[0085] In addition, a hopper angle adjustment part (21) may be provided to fix the position of the hopper (10) in a state where the upper and lower angles of the front side of the capsule supply body (120) of the hopper (10) are adjusted.

[0086] The above hopper angle adjustment part (21) can be made of various types of bolts (21a), such as knob bolts.

[0087] As shown in FIG. 5, when the front side of the capsule supply body (120) of the hopper (10) is lowered, the bolt (21a) that can form the hopper angle adjustment part (21) can be seated on the rear upper side of the one side plate member (212) and the other side plate member (213) of the rear capsule supply member (210) described later, after sequentially passing through the rear guide slit (123a) of the capsule supply body (120) and the rear through hole (131a) of the support frame (130) and screw-coupled with the nut (21b).

[0088] When the front side of the capsule supply body (120) of the above hopper (10) is raised, the bolt (21a) that can form the hopper angle adjustment part (21) can be seated on the rear upper side of one side plate member (212) and the rear upper side of the other side plate member (213) of the rear capsule supply member (210) described later, after sequentially passing through the front guide slit (123b) of the capsule supply body (120) and the front through hole (131b) of the support frame (130) and screw-coupled with the nut (21b).

[0089] Next, the capsule supply unit (20) is designed to more easily and automatically supply capsules (3) sequentially without overlapping each other.

[0090] The above capsule supply unit (20) may be largely configured to include a rear capsule supply member (210) and a front capsule supply member (220).

[0091] The rear capsule supply member (210) is provided at the lower part of the capsule supply body (120) of the hopper (10) and can supply capsules (3) discharged from the hopper (10) from the rear side of the rear capsule supply member (210) to the front side.

[0092] The above-mentioned rear capsule supply member (210) may be configured to include, for example, a lower plate member (211), a one-sided plate member (212), and a other-sided plate member (213), as shown in FIGS. 4 and FIGS. 6.

[0093] The lower plate member (211) can be extended a certain length from the rear side of the hopper (10) toward the front side and can be inclined downward toward the front lower side of the hopper (10).

[0094] A supply groove (211a) may be formed on the upper part of the lower plate member (211).

[0095] The above supply groove (211a) may be formed in multiple locations at regular intervals from one side to the other side of the lower plate member (211), extending for a certain length in the front-rear direction of the lower plate member (211).

[0096] A plurality of capsules (3) flowing into the supply groove (211a) can be supplied sequentially in a row from the rear side to the front side of the lower plate member (211) without overlapping each other.

[0097] In order to easily supply multiple capsules (3) sequentially in a row from the rear side to the front side of the lower plate member (211) without overlapping each other, a vibration generating part, which can be of various types such as a vibrator that generates vibration in the lower plate member (211) of the rear capsule supply member (210) (not shown in the drawing), may be provided at the bottom of the lower plate member (211) of the rear capsule supply member (210).

[0098] The above-mentioned one-sided plate member (212) and the above-mentioned other-sided plate member (213) can be provided on one side and the other side of the lower plate member (212) in various ways, such as by bolt fixing or welding, while being vertically extended in a certain length in the upper direction of one side and the upper direction of the other side of the lower plate member (212).

[0099] The above rear capsule supply member (210) may further comprise a rear lifting plate member (214), a rotation axis (215), a brush member (216), a cover plate (217), a position fixing member (218), and a front lifting plate member (219).

[0100] The above rear lifting plate member (214) is intended to primarily prevent a plurality of capsules (3) supplied from the rear side of the lower plate member (211) to the front side from being supplied in a state where they overlap each other, and to primarily control the supply amount of the plurality of capsules (3).

[0101] The above rear lifting plate member (214) may, for example, be composed of a rear lifting plate (214a), a bolt (214b), and a nut (214c).

[0102] The rear lifting plate (214a) may be vertically provided so as to be capable of manual lifting movement on the rear side of the one-side plate member (212) and the rear side of the other-side plate member (213), positioned at a certain height in the rear upper direction of the lower plate member (211) while positioned in the front direction of the capsule supply body (120) located at the bottom of the hopper body (110) of the hopper (10).

[0103] One side and the other side of the rear lifting plate (214a) can each be bent in the forward direction of the lower plate member (211).

[0104] Guide slits (214d) may be formed at the middle of one side and the middle of the other side of the rear lifting plate (214a), respectively, extending a certain length in the vertical direction of the rear lifting plate (214a).

[0105] Guide slits (212a, 213a) that communicate with the guide slit (214d) of the rear lifting plate (214a) may be formed extending a certain length in the vertical direction of the one-sided plate member (212) and the vertical direction of the other-sided plate member (213), respectively, in the rear upper portion of the one-sided plate member (212) and the rear upper portion of the other-sided plate member (213), facing the guide slit (214d) of the rear lifting plate (214a).

[0106] The bolt (214b), which can be of various types such as a knob bolt, can sequentially pass horizontally through the guide slit (212a) of the one-sided plate member (212) and the guide slit (214d) formed in the middle of one side of the rear lifting plate (214a), and then be screw-coupled with the nut (214c).

[0107] Additionally, the bolt (214b), which can be of various types such as a knob bolt, can sequentially pass horizontally through the guide slit (213a) of the other side plate member (213) and the guide slit (214d) formed in the middle of the other side of the rear lifting plate (214a), and then be screw-coupled with the nut (214c).

[0108] The above-mentioned rotating shaft (215) and the above-mentioned brush member (216) are intended to secondarily prevent a plurality of capsules (3) supplied from the rear side of the lower plate member (211) to the front side from being supplied in an overlapping state.

[0109] The above-mentioned rotation axis (215) can be horizontally provided in various ways, such as bearing coupling, so as to be rotatable clockwise by various types of driving members (5), such as a driving motor, between the middle part of the one-side plate member (212) and the middle part of the other-side plate member (213), so as to be positioned at a certain height in the upper direction of the middle part of the lower plate member (211) while positioned in the front direction of the rear-side lifting plate member (214).

[0110] The brush member (216) is arranged at regular intervals from one side to the other side of the rotation axis (215) on the outer surface of the rotation axis (215) and is provided in multiple radially at regular intervals along the circumference of the outer surface of the rotation axis (215) so as to be rotated clockwise together with the rotation axis (215).

[0111] The cover plate (217) for the lower plate member is intended to allow a plurality of capsules (3) flowing into the supply groove (211a) to be supplied more easily in a sequential order from the rear side to the front side of the lower plate member (211) without overlapping each other.

[0112] The cover plate (217) for the lower plate member can be seated on the upper front side of the lower plate member (211) so as to be positioned in the front direction of the rotation side (215) while covering the supply groove (211a).

[0113] The cover plate (217) for the lower plate member may be made of an opaque material such as synthetic resin or metal, but it is preferable to make it of a transparent material such as tempered glass so that a worker can easily visually confirm the state in which a plurality of capsules (3) are supplied sequentially in a line from the rear side to the front side of the lower plate member (211) without overlapping each other through the cover plate (217).

[0114] The above position fixing member (218) is intended to fix the position of the cover plate (217) for the lower plate member while pressing it.

[0115] The above position fixing member (218) may, for example, largely comprise an upper plate (218a), a bolt (218b), and a pressure body (218c).

[0116] One side and the other side of the upper plate (218a) can each be vertically bent for a certain length in the downward direction of the upper plate (218a).

[0117] One side and the other side of the upper plate (218a) can be fixed at a certain height in various ways, such as by bolt fixing or welding, to the front side of the one-side plate member (212) and the front side of the other-side plate member (213) facing the one-side and other-side of the upper plate (218a), respectively.

[0118] The bolt (218b) can be screwed into the middle part of the upper plate (218a) while vertically penetrating the middle part of the upper plate (218a).

[0119] The above-mentioned pressure body (218c) can be made of various materials, such as rubber material having elasticity.

[0120] The upper part of the above-mentioned pressure body (218c) can be connected to the lower part of the above-mentioned bolt (218b) in various ways, such as screw connection, press fit fixation, or adhesive fixation.

[0121] The lower part of the above-mentioned pressure body (218c) can press the cover plate (217) for the lower pressure plate member.

[0122] The above-mentioned front lifting plate member (219) is intended to prevent some capsules (3) that have moved upward toward the cover plate (217) for the lower plate member from being discharged toward the front side of the lower plate member (211), and also to fix the position of the cover plate (217) for the lower plate member in a pressed state together with the position fixing member (218).

[0123] The above front lifting plate member (219) may, for example, be composed of a front lifting plate (219a), a bolt (219b), and a nut (219d).

[0124] The above front lifting plate (219a) can be vertically provided so as to be manually liftable between the front side of the one-side plate member (212) and the front side of the other-side plate member (213), so as to be positioned at a certain height in the upper direction of the cover plate (217) for the lower plate member while positioned in the front direction of the position fixing member (218).

[0125] One side and the other side of the above front lifting plate (219a) can each be bent toward the rear direction of the above lower plate member (211).

[0126] Guide slits (219c) may be formed at the middle of one side and the middle of the other side of the front lifting plate (219a), respectively, extending a certain length in the vertical direction of the front lifting plate (219a).

[0127] The bolt (219b), which can be of various types such as a knob bolt, can be screwed into the nut (219d) after sequentially passing through the front portion of the one-sided plate member (212) facing one side of the front-sided lifting plate (219a) and the guide slit (219c) formed in the middle of one side of the front-sided lifting plate (219a).

[0128] Additionally, the bolt (219b), which can be of various types such as a knob bolt, can be screw-coupled with the nut (219d) after sequentially passing horizontally through the front portion of the other side plate member (213) facing the other side of the front side lifting plate (219a) and the guide slit (219c) formed in the middle of the other side of the front side lifting plate (219a).

[0129] Next, a rear capsule supply member support member (60) may be provided to support the rear capsule supply member (210) at a certain height and to adjust the upper and lower angles of the front side of the rear capsule supply member (210).

[0130] The rear capsule supply member support member (60) above may be configured to include, for example, a rear upper support frame (610), a one-sided support frame (620), a other-sided support frame (630), and an angle adjustment member (640), as shown in FIGS. 1 and FIGS. 4.

[0131] With the rear capsule supply member (210) provided on the upper part of the rear upper support frame (610), the rear upper support frame (610) can support the rear capsule supply member (210) at a certain height.

[0132] As shown in FIG. 4, one or more through holes (611) may be formed at regular intervals in the front-rear direction of the rear-rear upper support frame (610) on one side and the other side of the rear-rear upper support frame (610).

[0133] The above-mentioned one-sided support frame (620) and the above-mentioned other-sided support frame (630) are each vertically provided on one side and the other side of the above-mentioned rear-side upper support frame (610) to support the above-mentioned rear-side upper support frame (610) at a certain height.

[0134] The angle adjustment member (640) can adjust the upper and lower angles of the front side of the rear capsule supply member (210) together with the front side of the rear upper support frame (610).

[0135] The above angle adjustment member (640) may, for example, be composed of a rear bracket (641) and a rear upper support frame position fixing member (643).

[0136] The above rear bracket (641) can be provided in a state of being fixed in various ways, such as by bolt fixing or welding, on the upper part of the one-side support frame (620) and the upper part of the other-side support frame (630), respectively.

[0137] In the middle portion of the rear bracket (641), one or more guide slits (642) in a convex arc shape in the forward direction of the rear bracket (641) may be formed at regular intervals in the front and rear directions of the rear bracket (641), extending for a certain length in the vertical direction of the rear bracket (641).

[0138] The above rear upper support frame position fixing member (643) may be composed of, for example, a bolt (643a) and a nut (643b).

[0139] The bolt (643a), which can be of various types such as a knob bolt, can be fixed in position by sequentially passing horizontally through the guide slit (642) of the rear bracket (641) and the through hole (611) of the rear upper support frame (610) and screw-coupled with the nut (643b).

[0140] Next, a rear vibration damping member (70) may be provided to dampen vibrations occurring in the lower plate member (211) of the rear capsule supply member (210).

[0141] As shown in FIG. 4, the rear anti-vibration member (70) may be provided between the front side of the outer surface of the one-sided plate member (212) of the rear capsule supply member (210) and the upper side of the rear upper support frame (610).

[0142] Additionally, the rear anti-vibration part (70) may be provided between the front side of the outer surface of the other side plate member (213) of the rear capsule supply member (210) and the other side of the upper rear support frame (610).

[0143] The above rear anti-vibration part (70) can be made of various types, for example, an axial rubber spring or an anti-vibration spring mount.

[0145] FIG. 7 is a partial perspective view schematically showing a rear capsule supply member, and FIG. 8 is a cross-sectional view schematically showing the cross-sectional state of the rear capsule supply member, rotating drum, and guide part of FIG. 7.

[0147] Next, the front capsule supply member (220) is intended to sequentially supply a plurality of capsules (3) supplied from the rear capsule supply member (210) in a row from the rear side of the front capsule supply member (220) to the front side without overlapping each other.

[0148] The above front capsule supply member (220) may be provided on the front side of the above rear capsule supply member (210).

[0149] The above-mentioned front capsule supply member (220) may be configured to include, for example, a supply plate member (221), a guide line (222), a cover plate (223) for the supply plate member, and a position fixing member (224), as shown in FIGS. 7 and FIGS. 8.

[0150] The above supply plate member (221) can be extended forward and backward for a certain length along the lower plate member (211) of the rear capsule supply member (210).

[0151] The above supply plate member (221) may be inclined downward in the forward and downward direction of the lower plate member (211) of the rear capsule supply member (210).

[0152] A rear supply groove (221a) on the upper part of the supply plate member (221) and a front supply groove (221b) formed on the front side of the rear supply groove (221a) in a state of communication with the rear supply groove (221a) may be formed in multiple numbers at regular intervals from one side to the other side of the supply plate member (221), each extended by a certain length in the front-rear direction of the supply plate member (221).

[0153] The above guide line (222) can guide the capsule (3) supplied from the rear capsule supply member (210) to the front supply groove (221b) of the supply plate member (221).

[0154] The rear side of the above guide line (222) can be detachably connected to the front side of the supply groove (211a) of the lower plate member (211) of the above rear capsule supply member (210) in various ways, such as by press-fit fixation.

[0155] The front side of the guide line (222) can be inserted into the rear supply groove (221a) in various ways, such as by press-fit fixation, so as to be in communication with the rear supply groove (221a) of the supply plate member (221).

[0156] The above guide line (222) can be made of various types, such as a pipe or a flexible material such as an opaque or transparent hose.

[0157] One or more cover plates (223) for the supply plate member may be fixedly seated on the upper part of the supply plate member (221) in the front-rear direction of the supply plate member (221) while covering the front supply groove (221b) of the supply plate member (221).

[0158] The cover plate (223) for the supply plate member may be made of an opaque material such as synthetic resin or metal, but it is preferable to make it of a transparent material such as tempered glass so that a worker can easily visually confirm the state in which a plurality of capsules (3) are supplied sequentially in a line from the rear side to the front side of the supply plate member (221) without overlapping each other through the cover plate (223).

[0159] The above position fixing member (224) can be made of various types, such as a bolt that is screwed to a certain depth on one side and the other side of the upper part of the supply plate member (221) while vertically penetrating one side and the other side of the cover plate (223) for the supply plate member, respectively.

[0160] In order to easily supply multiple capsules (3) sequentially in a row from the rear side to the front side of the supply plate member (221) without overlapping each other, although not shown in the drawing, various types of vibration generating parts, such as a vibrator that generates vibration in the supply plate member (221) of the front capsule supply member (220), may be provided at the bottom of the supply plate member (221) of the front capsule supply member (220).

[0161] Next, a front capsule supply member support member (80) may be provided to support the front capsule supply member (220) at a certain height and to adjust the upper and lower angles of the front side of the front capsule supply member (220).

[0162] The above-mentioned front capsule supply member support member (80) may be configured to include, for example, a front upper support frame (810), a one-sided upper support frame (820), a other-sided upper support frame (830), a one-sided lower support frame (840), a other-sided lower support frame (850), and an angle adjustment member (860), as shown in FIGS. 1, FIGS. 2 and FIGS. 7.

[0163] With the front capsule supply member (220) provided on the upper part of the front upper support frame (810), the front upper support frame (810) can support the front capsule supply member (220) at a certain height.

[0164] As shown in FIG. 7, one or more through holes (811) may be formed at regular intervals in the front-rear direction of the front-rear upper support frame (810) on one side and the other side of the front-rear upper support frame (810).

[0165] As shown in FIG. 1, the one-sided upper support frame (820) and the other-sided upper support frame (830) are each provided on one side and the other side of the front-sided upper support frame (810) respectively, in a state of being horizontally extended for a certain length in the front-rear direction of the front-sided upper support frame (810), so as to support the front-sided upper support frame (810) at a certain height.

[0166] The above-mentioned one-sided lower support frame (840) and the other-sided lower support frame (850) are respectively provided at the lower part of the one-sided upper support frame (820) and the lower part of the other-sided upper support frame (830) in a state of being extended forward and backward for a certain length along the one-sided upper support frame (820) and the other-sided upper support frame (830), so as to support the one-sided upper support frame (820) and the other-sided upper support frame (830) at a certain height.

[0167] The rear side opposite to the front side of the one-sided lower support frame (840) and the rear side opposite to the front side of the other-sided lower support frame (850) can be connected to the lower front side of the one-sided lower support frame (840) and the lower front side of the other-sided lower support frame (850) of the front capsule supply member support part (80) in various ways, such as by bolt fixing or welding fixing.

[0168] The angle adjustment member (860) can adjust the vertical angle of the front side of the front side upper support frame (810) together with the front side of the front side capsule supply member (220).

[0169] The above angle adjustment member (860) may, for example, be composed of a front bracket (861) and a front upper support frame position fixing member (863).

[0170] The above front bracket (861) can be provided in a state of being fixed in various ways, such as by bolt fixing or welding, on the upper rear side opposite the upper front side of the one-sided upper support frame (820) and on the upper rear side opposite the upper front side of the other-sided upper support frame (830).

[0171] In the middle portion of the front bracket (861), one or more guide slits (862) in a convex arc shape in the forward direction of the front bracket (861) may be formed at regular intervals in the front-rear direction of the front bracket (861), extending for a certain length in the vertical direction of the front bracket (861).

[0172] The above-mentioned front upper support frame position fixing member (863) may be composed of, for example, a bolt (863a) and a nut (863b).

[0173] The bolt (863a), which can be of various types such as a knob bolt, can be fixed in position by sequentially passing horizontally through the guide slit (862) of the front bracket (861) and the through hole (811) of the front upper support frame (810) and screw-coupled with the nut (863b).

[0174] Next, a front vibration damping member (90) and a front auxiliary vibration damping member (100) may be provided to dampen vibrations generated in the supply plate member (221) of the front capsule supply member (220).

[0175] As shown in FIG. 7, the above front anti-vibration part (90) may be provided between the front side of the outer surface of one side of the supply plate member (221) of the front capsule supply member (220) and the upper side of the front upper support frame (810).

[0176] Additionally, the front side anti-vibration part (90) may be provided between the front side of the outer surface of the supply plate member (221) of the front side capsule supply member (220) and the upper side of the front side upper support frame (810).

[0177] As shown in FIGS. 1 and 2, the above-mentioned front auxiliary anti-vibration unit (100) may be provided in multiple units at regular intervals in the front-rear direction of the one-side upper support frame (820) and the front-rear direction of the one-side lower support frame (840) between the outer surface of the one-side upper support frame (820) and the outer surface of the one-side lower support frame (840).

[0178] Additionally, the above-mentioned front auxiliary vibration damping members (100) may be provided in multiple units at regular intervals in the front-rear direction of the other side upper support frame (830) and the front-rear direction of the other side lower support frame (850) between the outer surface of the other side upper support frame (830) and the outer surface of the other side lower support frame (850).

[0179] The above front anti-vibration part (90) and front auxiliary anti-vibration part (100) can be made of various types, for example, an axial rubber spring or an anti-vibration spring mount.

[0180] Next, the rotary drum (30) is for sequentially and automatically supplying a plurality of capsules (3) supplied from the front capsule supply member (220) to the guide part (40).

[0181] As shown in FIGS. 1 and 8, the above-mentioned rotating drum (30) can be horizontally provided at a certain height so as to be rotatable clockwise by a driving member (7) on the front side of the front capsule supply member (220) of the capsule supply unit (20).

[0182] A rotating drum support frame (11) may be provided to support the above-mentioned rotating drum (30) at a certain height.

[0183] The middle and lower parts of the rotary drum support frame (11) can be connected in various ways, such as by bolt fixing or welding, to the middle part of the outer surface of the one-sided upper support frame (820) and the middle part of the outer surface of the one-sided lower support frame (840), respectively, so that the rotary drum support frame (11) is positioned vertically between the front auxiliary vibration damping parts (100).

[0184] In addition, the middle and lower parts of the rotating drum support frame (11) can be connected to the middle part of the outer surface of the other upper support frame (830) and the middle part of the outer surface of the other lower support frame (850), respectively, in various ways such as by bolt fixing or welding.

[0185] The rotating drum (30) can be provided in various ways, such as horizontal bearing coupling, between the upper parts of the rotating drum support frame (11) so that it can rotate intermittently or continuously in a clockwise direction by the driving member (7).

[0186] The above driving member (7) may, for example, consist of a driving motor (7a) and a side gearbox (7b).

[0187] The above drive motor (7a) may be provided at the bottom of the side gearbox (7b).

[0188] The above side gearbox (7b) can transmit the rotational force of the drive motor (7a) to one side or the other side of the rotating drum (30).

[0189] As shown in FIG. 8, a capsule insertion groove (300) into which a capsule (3) supplied from the front capsule supply member (220) of the capsule supply unit (20) is inserted may be formed radially along the circumference of the outer surface of the rotating drum (30) at a constant interval from one side to the other side of the rotating drum (30).

[0190] Next, the guide part (40) is for receiving a capsule (3) that falls freely from the capsule insertion groove (300) of the rotating drum (30) according to the rotation of the rotating drum (30).

[0191] The guide section (40) may be configured to include, for example, an upper guide body (410), a lower guide body (420), and a discharge line (430), as shown in FIGS. 1 and FIGS. 8.

[0192] The upper guide body (410) may be provided on the lower front side of the rotating drum (30).

[0193] In the upper inner side of the upper guide body (410), a plurality of insertion grooves (411) into which capsules (3) that fall into the capsule insertion groove (300) of the rotating drum (30) are each inserted may be formed at regular intervals from one side of the upper guide body (410) toward the other side.

[0194] In the lower inner side of the upper guide body (410), a plurality of through holes (412) may be formed at regular intervals along the insertion groove (411), which are vertically extended for a certain length in the front lower direction of the insertion groove (411) while communicating with the insertion groove (411).

[0195] In order to allow the capsule (3) to move more easily from the insertion groove (411) of the upper guide body (410) toward the through hole (412), although not shown in the drawing, the bottom surface of the insertion groove (411) is preferably sloped downward toward the lower front side of the insertion groove (411) as it goes from the rear side to the front side of the insertion groove (411).

[0196] The lower guide body (420) can be horizontally provided in the lower direction of the upper guide body (410).

[0197] In the inner side of the lower guide body (420), a plurality of through holes (421) extending a certain length in the vertical direction of the lower guide body (420) may be formed at regular intervals from one side of the lower guide body (420) to the other side.

[0198] As shown in FIG. 3, between the lower support frame (840) on one side of the front capsule supply member support part (80) and the lower guide body (420), and between the lower support frame (850) on the other side of the front capsule supply member support part (80) and the lower guide body (420), a support member (9) for supporting the lower guide body (420) at a certain height can be horizontally provided in various ways, such as by bolt fixing or welding fixing.

[0199] The upper part of the discharge line (430) can be connected to the lower part of the through hole (412) of the upper guide body (410) in various ways, such as by a press fit, so that the discharge line (430) communicates with the through hole (412) of the upper guide body (410) and the through hole (421) of the lower guide body (420).

[0200] The lower part of the discharge line (430) can be detachably connected to the upper part of the through hole (421) of the lower guide body (420) in various ways, such as by a forced fit.

[0201] The above discharge line (430) may be composed of multiple lines and may be provided between the through hole (412) of the upper guide body (410) and the through hole (421) of the lower guide body (420).

[0202] The above discharge line (430) can be made of various types, such as a pipe or a flexible material such as an opaque or transparent hose.

[0203] The capsule (3) inserted into the insertion groove (411) of the upper guide body (410) can be discharged in the lower direction of the lower guide body (420) by sequentially passing through the through hole (412) of the upper guide body (410), the discharge line (430), and the through hole (421) of the lower guide body (420).

[0204] Next, a conveying unit (200) may be provided to continuously or intermittently convey the packaging material (13) from the rear of the guide unit (40) to the front.

[0205] The above transfer unit (200) can be made of various types, such as a conveyor positioned between one lower support frame (840) and the other lower support frame (850) of the front capsule supply member support unit (80), as shown in FIG. 1, in a positioned in the lower direction of the lower guide body (420) of the guide unit (40).

[0206] Various types of packaging materials (13), such as PTP (Press Through Package) packaging materials, can be placed on the upper part of the above transfer section (200).

[0207] On the inner side of the above packaging material (13), a pocket (131) for receiving a capsule (3) that falls in the downward direction of the lower guide body (420) of the above guide part (40) can be formed in various shapes, such as a matrix shape.

[0208] The upper part of the pocket (131) of the above packaging material (13) can be opened.

[0209] Although not shown in the drawing, when each capsule (3) is contained in the pocket (131) of the packaging material (13), the upper part of the packaging material (13) is provided with a packaging film, which can be made of various types such as plastic film, heat-fused using a heat sealing packaging machine, etc., so that the upper part of the pocket (131) can be closed.

[0210] The present invention, configured as described above, has the advantage of significantly reducing the time and labor required for capsule packaging work, as it allows capsules (3) to be supplied automatically and more easily in sequence without overlapping each other, and each capsule (3) can be automatically accommodated inside the packaging material (13). Explanation of the symbols

[0212] 10; Hopper, 20; Capsule supply unit, 30; rotary drum, 40; guide section.

Claims

Claim 1 A capsule supply unit comprising: a hopper into which a capsule is fed and into which the fed capsule is discharged downward; a rear capsule supply member comprising a lower part of the hopper axially coupled to the upper part of the rear side at a certain height so as the front side of the hopper rotates in the up-and-down direction of the front side of the hopper to adjust the up-and-down angle of the front side of the hopper, and a front capsule supply member comprising a rear capsule supply member provided on the front side of the rear capsule supply member to supply a capsule supplied from the rear capsule supply member from the rear side to the front side; a hopper angle adjustment unit for fixing the position of the hopper in a state where the up-and-down angle of the front side of the hopper is adjusted; a rotating drum rotatably provided on the front side of the capsule supply unit, having capsule insertion grooves formed at regular intervals along the circumference of the outer surface for inserting a capsule supplied from the capsule supply unit; and a capsule that free-falls from the capsule insertion grooves of the rotating drum according to the rotation of the rotating drum A capsule supply device characterized by comprising a supplied guide section. Claim 2 A hopper into which a capsule is fed and into which the fed capsule is discharged downward; a rear capsule supply member provided at the bottom of the hopper to supply capsules discharged from the hopper from the rear side to the front side, and a front capsule supply member provided at the front side of the rear capsule supply member to supply capsules supplied from the rear capsule supply member from the rear side to the front side, wherein the rear capsule supply member is configured to include a lower plate member inclined downward in the front lower direction of the hopper, a first plate member vertically provided on one side of the lower plate member, and a second plate member vertically provided on the other side of the lower plate member, wherein a plurality of supply grooves are formed at regular intervals from one side to the other side of the lower plate member, extending a certain length in the front-rear direction of the lower plate member, for supplying capsules discharged from the hopper from the rear side to the front side of the lower plate member, and A capsule supply device characterized by comprising: a capsule supply unit having a lower portion of the hopper provided between the rear upper portion of a one-sided plate member and the rear upper portion of the other-sided plate member; a rotating drum rotatably provided on the front side of the capsule supply unit, having capsule insertion grooves formed at regular intervals along the outer circumference of the outer surface into which capsules supplied from the capsule supply unit are inserted; and a guide unit receiving capsules that free-fall from the capsule insertion grooves of the rotating drum as the rotating drum rotates. Claim 3 A capsule supply unit comprising: a hopper into which a capsule is fed and into which the fed capsule is discharged downward; a rear capsule supply member provided at the bottom of the hopper to supply capsules discharged from the hopper from the rear side to the front side, and a front capsule supply member provided at the front of the rear capsule supply member to supply capsules supplied from the rear capsule supply member from the rear side to the front side; a rear upper support frame that supports the rear capsule supply member at a certain height with the rear capsule supply member provided at the top, a first support frame and a second support frame provided respectively at one side and the other side of the rear upper support frame to support the rear upper support frame at a certain height, and an angle adjustment member for adjusting the vertical angle of the front side of the rear capsule supply member together with the front side of the rear upper support frame; and a rear capsule supply member support unit rotatably provided at the front of the capsule supply unit and having the outer surface A capsule supply device characterized by comprising: a rotating drum having capsule insertion grooves formed at regular intervals along the outer circumference for inserting capsules supplied from a capsule supply unit; and a guide unit that receives capsules free-falling from the capsule insertion grooves of the rotating drum as the rotating drum rotates. Claim 4 A hopper into which a capsule is fed and into which the fed capsule is discharged downward; a rear capsule supply member provided at the bottom of the hopper to supply capsules discharged from the hopper from the rear side to the front side, and a front capsule supply member provided at the front side of the rear capsule supply member to supply capsules supplied from the rear capsule supply member from the rear side to the front side, wherein the front capsule supply member comprises a supply plate member inclined downward in the front lower direction of the rear capsule supply member, a guide line guiding capsules supplied from the rear capsule supply member to the supply plate member, a cover plate for the supply plate member seated on the upper side of the supply plate member, and a position fixing member for fixing the position of the cover plate for the supply plate member, wherein a rear supply groove is formed on the upper side of the supply plate member and a front supply groove is formed on the front side of the rear supply groove in a state communicating with the rear supply groove, respectively in the front and rear directions of the supply plate member A capsule supply device characterized by comprising: a capsule supply unit formed at regular intervals from one side to the other side of the supply plate member in a state extended to a certain length, wherein the front side of the guide line is connected to the rear supply groove and is inserted into the rear supply groove, and the cover plate for the supply plate member is seated on the upper part of the supply plate member while covering the front supply groove; a rotating drum rotatably provided on the front side of the capsule supply unit, wherein capsule insertion grooves into which capsules supplied from the capsule supply unit are inserted are formed at regular intervals along the circumference of the outer surface; and a guide unit that receives capsules free-falling from the capsule insertion grooves of the rotating drum as the rotating drum rotates. Claim 5 A capsule supply unit comprising: a hopper into which a capsule is fed and into which the fed capsule is discharged downward; a rear capsule supply member provided at the bottom of the hopper to supply capsules discharged from the hopper from the rear side to the front side, and a front capsule supply member provided at the front of the rear capsule supply member to supply capsules supplied from the rear capsule supply member from the rear side to the front side; a rotating drum rotatably provided at the front of the capsule supply unit, having capsule insertion grooves formed at regular intervals along the outer circumference of the outer surface into which capsules supplied from the capsule supply unit are inserted; an upper guide body provided at the lower front side of the rotating drum, having an input groove formed on the upper inner side into which capsules free-falling from the capsule insertion grooves of the rotating drum are fed, and a through hole formed on the lower inner side extending a certain length downward in a state communicating with the input groove; and a device provided at the lower direction of the upper guide body with a through hole on the inner side A capsule supply device comprising: a lower guide body formed to be vertically extended; and a discharge line provided between the through hole of the upper guide body and the through hole of the lower guide body so as to be in communication with the through hole of the upper guide body and the through hole of the lower guide body, thereby receiving a capsule that free-falls from the capsule insertion groove of the rotating drum according to the rotation of the rotating drum, wherein the input groove and through hole of the upper guide body are formed in multiple numbers at regular intervals from one side of the upper guide body to the other side, the through hole of the lower guide body is formed in multiple numbers at regular intervals from one side of the lower guide body to the other side, and the discharge line is composed of multiple numbers and is provided between the through hole of the upper guide body and the through hole of the lower guide body, respectively, and the capsule inserted into the input groove of the upper guide body passes sequentially through the through hole of the upper guide body, the discharge line, and the through hole of the lower guide body and is discharged in the lower direction of the lower guide body. Claim 6 A capsule supply device according to any one of claims 1 to 5, wherein the hopper comprises: a hopper body into which a capsule is fed and into which the fed capsule is discharged downward; a capsule supply body in which the lower part of the hopper body is received at a certain height on the inside, a capsule discharge port is formed on the lower front side for discharging a capsule discharged from the hopper body to the rear capsule supply member, and a bottom plate is inclined downward toward the lower direction of the capsule discharge port; and a support frame provided between the inner surface of the capsule supply body and the lower outer surface of the hopper body to support the lower part of the hopper body at a certain height on the inside of the capsule supply body. Claim 7 A capsule supply device according to claim 6, characterized by comprising: a shutter part provided vertically on the lower front side of the capsule supply body of the hopper to open and close the capsule discharge port and adjust the vertical width of the capsule discharge port in an open state. Claim 8 A capsule supply device according to claim 7, characterized in that it comprises: a shutter plate having a guide slit extending vertically formed in the middle portion of the front side of the capsule supply body in the upper direction of the capsule discharge port of the capsule supply body, wherein the shutter portion is vertically movable and configured to open and close the capsule discharge port and adjust the vertical width of the capsule discharge port in an open state, and wherein the guide slit is formed extending vertically in the middle portion; and a shutter plate position fixing member that fixes the position of the shutter plate by sequentially penetrating the guide slit of the shutter plate and the through hole of the capsule supply body. Claim 9 A capsule supply device according to claim 6, wherein a guide slit is formed extending vertically on one side and the other side of the capsule supply body, respectively, and a through hole communicating with the guide slit of the capsule supply body is formed on one side and the other side of the support frame, respectively, and the hopper angle adjustment part is seated on the rear upper side of the rear capsule supply member in a state in which it sequentially penetrates the guide slit formed on one side of the capsule supply body and the through hole formed on one side of the support frame, and sequentially penetrates the guide slit formed on the other side of the capsule supply body and the through hole formed on the other side of the support frame. Claim 10 In claim 2, the rear capsule supply member comprises: a rear lifting plate member configured to be capable of vertical movement between the rear side of the one-side plate member and the rear side of the other-side plate member so as to be positioned at a certain height in the rear upper direction of the lower plate member while positioned in the lower front direction of the hopper; a rotating shaft configured to be rotatable clockwise by a driving member between the middle part of the one-side plate member and the middle part of the other-side plate member so as to be positioned at a certain height in the middle upper direction of the lower plate member while positioned in the front direction of the rear lifting plate member; a plurality of brush members configured at regular intervals along the circumference of the outer surface of the rotating shaft while positioned at regular intervals from one side to the other side of the rotating shaft and rotating clockwise together with the rotating shaft; a cover plate for the lower plate member seated on the front upper side of the lower plate member so as to be positioned in the front direction of the rotating shaft; and for the lower plate member A capsule supply device characterized by comprising: a position fixing member for fixing the position of a cover plate; and a front lifting plate member configured to be capable of vertical movement between the front side of the one-side plate member and the front side of the other-side plate member, positioned at a certain height in the upper direction of the cover plate for the lower plate member while arranged in the front direction of the position fixing member. Claim 11 A capsule supply device according to claim 3, characterized in that through holes are formed on one side and the other side of the rear upper support frame of the rear capsule supply member support member, respectively, and the angle adjustment member of the rear capsule supply member support member is provided on the upper side of the one-side support frame and the upper side of the other-side support frame, respectively, and a guide slit is formed extending upward and downward in the middle of the rear bracket; and a rear upper support frame position fixing member that is fixed in position by sequentially penetrating the guide slit of the rear bracket and the through hole of the rear upper support frame. Claim 12 A capsule supply device characterized by comprising, in claim 3, a rear anti-vibration member respectively provided between one side of the rear capsule supply member and one side of the upper rear support frame and between the other side of the rear capsule supply member and the other side of the upper rear support frame. Claim 13 A capsule supply device according to claim 3, comprising: a front capsule supply member support member comprising: a front upper support frame that supports the front capsule supply member at a certain height while the front capsule supply member is provided at the top; a first upper support frame and a second upper support frame respectively provided on one side and the other side of the front upper support frame to support the front upper support frame at a certain height; a first lower support frame and a second lower support frame respectively provided on the lower side of the first upper support frame and the lower side of the second upper support frame to support the first upper support frame and the second upper support frame at a certain height; and an angle adjustment member for adjusting the upper and lower angles of the front side of the front upper support frame. Claim 14 A capsule supply device according to claim 13, characterized in that through holes are formed on one side and the other side of the front upper support frame of the front capsule supply member support member, respectively, and the angle adjustment member of the front capsule supply member support member is provided on the upper side of the one upper support frame and the upper side of the other upper support frame, respectively, and a front bracket having a guide slit formed extending upward and downward in the middle; and a front upper support frame position fixing member that is fixed in position by sequentially penetrating the guide slit of the front bracket and the through hole of the front upper support frame. Claim 15 A capsule supply device characterized by comprising, in claim 13, a front anti-vibration member respectively provided between one side of the front capsule supply member and one side of the upper portion of the front upper support frame and between the other side of the front capsule supply member and the other side of the upper portion of the rear upper support frame. Claim 16 A capsule supply device characterized by comprising, in claim 13, a front auxiliary anti-vibration member respectively provided between the one-sided upper support frame and the one-sided lower support frame and between the other-sided upper support frame and the other-sided lower support frame. Claim 17 A capsule supply device characterized by comprising, in any one of claims 1 to 5, a transfer unit provided in the lower direction of the guide unit and transferring a packaging material, in which a capsule falling from the guide unit is received inside, from the rear to the front direction of the guide unit. Claim 18 delete

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