WO2021102974A1 - Capsule bottle loading mechanism for medical use and filling system - Google Patents

Abstract

A capsule bottle loading mechanism for medical use and a filling system. The loading mechanism comprises a base, a capsule bottle sequential loading device (10), a capsule bottle rotary unloading device (20), and a capsule bottle horizontal conveying device (30). The capsule bottle sequential loading device (10), the capsule bottle rotary unloading device (20) and the capsule bottle horizontal conveying device (30) are separately arranged on the base. According to the capsule bottle and can loading mechanism for medical use, by providing the base, the capsule bottle sequential loading device (10), the capsule bottle rotary unloading device (20) and the capsule bottle horizontal conveying device (30), medicine bottles can be stably placed, capsules are loaded in the medicine bottles, the bottle upside-down problem can be avoided, normal bottling operation is ensured, and the capsule bottling efficiency is improved.

Description

Capsule bottle and can feeding mechanism and canning system for medicine Technical field

The invention relates to the field of canned medicine systems, in particular to a medical capsule bottle can feeding mechanism and canning system.

Background technique

Gelatin capsules are the most popular two-section capsules in the world. The capsule consists of two precision-machined capsule shells. There are various capsule sizes, including 000#, 00#, 0#～5#=capsules. The capsule can also be colored and printed to present a unique customized appearance. The capsule body has a tapered edge, and the capsule can be sealed smoothly on the high-speed filling machine. The double-locking ring system allows the capsule to be pre-closed before filling, and fully fitted together after filling with medicine. The design of the capsule also includes vents to avoid unnecessary air pressure inside the capsule which may cause rebound during high-speed filling.

In the process of producing capsules, the capsules need to be bottled. However, the bottling operation in the existing equipment is complicated, and the problem of upside-down of bottles and cans is prone to occur, which makes normal bottling impossible and reduces the efficiency of capsule bottling. Therefore, how to design one for the stable placement of the medicine bottle and the capsules into the medicine bottle to avoid the problem of the bottle upside down, ensure that the normal bottling operation can be realized, and improve the efficiency of capsule bottling. The technical problems that the enterprise's R&D personnel need to solve.

Summary of the invention

The purpose of the present invention is to overcome the shortcomings in the prior art, and provide a capsule bottle and can feeding mechanism and canning system for medicine, which can make the medicine bottle be placed steadily, and the capsule can be filled into the medicine bottle. The problem of inverted bottles and cans can ensure that normal bottling operations can be realized and the efficiency of capsule bottling can be improved.

The purpose of the present invention is achieved through the following technical solutions:

A medical capsule bottle can feeding mechanism, comprising: a base, a capsule bottle sequential feeding device, a capsule bottle rotating and unloading device, and a capsule bottle horizontal conveying device, the capsule bottle sequential feeding device, the capsule bottle The rotating unloading device and the capsule bottle horizontal conveying device are respectively arranged on the base;

The capsule bottle sequential feeding device includes a capsule bottle feeding fixture, a capsule bottle stacking component, and a capsule bottle to-be-loaded component. The capsule bottle feeding fixture is arranged on the base, and the capsule bottle stacking The feeding component and the capsule bottle to-be-loaded component are respectively arranged on the capsule bottle feeding fixing rack;

The capsule bottle stacking assembly includes a capsule bottle discharge hopper, a first arc-shaped feeding plate, a second arc-shaped feeding plate, and a capsule bottle arc-shaped fixing plate. The capsule bottle arc-shaped fixing plate is arranged on the capsule bottle. On the feeding fixing frame, the capsule bottle arc-shaped fixing plate is provided with a first arc-shaped mounting side surface and a second arc-shaped mounting side surface, and one end of the first arc-shaped feeding plate is arranged on the capsule bottle arc-shaped On the first arc-shaped installation side surface of the fixing plate, one end of the second arc-shaped upper material plate is arranged on the second arc-shaped installation side surface of the capsule bottle arc-shaped fixing plate, and the first arc-shaped upper material plate The other end of the second arc-shaped upper material board and the other end of the second arc-shaped upper material plate jointly enclose the first capsule bottle end feeding area, and the first arc-shaped upper material plate, the second arc-shaped upper material plate and The capsule bottle arc fixing plates jointly enclose the first capsule bottle loading passage, the capsule bottle discharging hopper is arranged on the capsule bottle arc fixing plate, and the capsule bottle discharging hopper is provided with a capsule bottle A placement cavity, the capsule bottle placement cavity is in communication with the first capsule bottle topping channel;

The capsule bottle to-be-loaded component includes a first U-shaped fixing plate, a second U-shaped fixing plate, and a plurality of feeding fixing connecting rods. The first U-shaped fixing plate and the second U-shaped fixing plate are respectively arranged On the capsule bottle feeding fixing frame, the first ends of each of the feeding fixing connecting rods are respectively arranged on the first U-shaped fixing plate, and the second ends of each of the feeding fixing connecting rods are respectively arranged On the second U-shaped fixing plate, the first U-shaped fixing plate is provided with a first U-shaped feeding groove, and the first U-shaped fixing plate is provided with a second U-shaped feeding groove , The first U-shaped fixing plate, the second U-shaped fixing plate and each of the feeding fixing connecting rods jointly enclose a capsule bottle to-be-loaded area, and the capsule bottle to-be-loaded area is respectively connected to the first A U-shaped feeding groove and the second U-shaped feeding groove together form a second capsule bottle feeding passage, the second capsule bottle feeding passage and the first capsule bottle feeding passage Connected, the openings of the first U-shaped feeding groove and the second U-shaped feeding groove together form a second capsule bottle end feeding area, and the second capsule bottle end feeding area and The feeding area at the end of the first capsule bottle is connected;

The capsule bottle rotating and unloading device includes a capsule bottle blanking regulating component, a capsule bottle rotating blanking component, and a capsule bottle blanking guide component, the capsule bottle blanking regulating component is arranged on the capsule bottle feeding fixing frame, The capsule bottle rotating and blanking assembly is rotatably arranged on the capsule bottle blanking adjustment assembly, and the capsule bottle blanking guide assembly is arranged on the capsule bottle rotating and blanking assembly;

The capsule bottle blanking regulating assembly includes a first blanking regulating arc plate, a second blanking regulating arc plate and a capsule bottle blanking fixing connecting rod, the first blanking regulating arc plate and the second blanking regulating arc plate The blanking adjustment arc plate is respectively arranged on the capsule bottle feeding fixing frame, the first end of the capsule bottle blanking fixing rod is set on the first blanking adjustment arc plate, and the capsule bottle The second end of the blanking fixing connecting rod is arranged on the second blanking adjusting arc plate;

The first blanking adjusting arc plate is provided with a first adjusting arc groove, the second blanking adjusting arc plate is provided with a second adjusting arc groove, the first adjusting arc groove and the The second regulating arc-shaped grooves communicate with each other;

The capsule bottle rotating and blanking assembly includes a capsule bottle rotating blanking rack, a first fan-shaped blanking plate, a second fan-shaped blanking plate, and a capsule bottle blanking supporting member. The capsule bottle rotating blanking frame is rotatably arranged at the On the capsule bottle blanking fixing rod, the first fan-shaped blanking plate and the second fan-shaped blanking plate are respectively arranged on the capsule bottle rotating blanking rack, and the first fan-shaped blanking plate and Spaces are provided between the second fan-shaped blanking plates, and the first fan-shaped blanking plate is arranged between the first blanking adjusting arc plate and the second blanking adjusting arc plate, the The second fan-shaped blanking plate is arranged between the capsule bottle sequential feeding device and the first blanking adjusting arc plate, and the capsule bottle blanking supporting member is arranged on the capsule bottle rotating blanking rack ；

The capsule bottle blanking supporting member includes a first capsule bottle supporting fixed rod, a second capsule bottle supporting fixed rod and a capsule bottle supporting plate, the first capsule bottle supporting fixed rod and the second capsule One end of the bottle supporting and fixing rod is respectively arranged on the capsule bottle rotating and unloading rack, and one end of the first capsule bottle supporting and fixing rod and the second capsule bottle supporting and fixing rod are respectively arranged on the capsule bottle Pallet

The capsule bottle supporting plate includes a capsule bottle supporting bottom plate, a middle dome of the capsule bottle, and a plurality of capsule bottle ring-shaped limiting protrusions, and the middle dome of the capsule bottle is set on the middle position of the capsule bottle supporting bottom plate , Each of the capsule bottle ring-shaped limiting protrusions is annularly arranged on the capsule bottle supporting bottom plate, and each of the capsule bottle ring-shaped limiting protrusions is respectively located at the edge position of the middle round top of the capsule bottle, and each The annular limit protrusion of the capsule bottle is used to be embedded in the bottom limit groove of the capsule bottle;

The capsule bottle blanking guide assembly includes a first arc-shaped blanking rod and a second arc-shaped blanking rod. The first arc-shaped blanking rod and the second arc-shaped blanking rod are respectively arranged in the capsule On the bottle rotating feeding rack, the first arc-shaped feeding rod and the second arc-shaped feeding rod are used to jointly support the capsule bottle;

The capsule bottle horizontal conveying device includes a horizontal conveying rack, a capsule bottle conveying support plate, and a capsule bottle horizontal conveying belt. The horizontal conveying rack is disposed on the base, and the capsule bottle horizontal conveying belt is rotatably disposed on the horizontal conveying rack. Above, the capsule bottle conveying support plate is movably arranged on the capsule bottle horizontal conveyor belt.

In one of the embodiments, the capsule bottle feeding fixing frame includes a capsule bottle feeding fixing plate body and a capsule bottle feeding fixing frame body, the capsule bottle feeding fixing plate body is arranged on the base, so The capsule bottle feeding fixing frame is arranged on the capsule bottle feeding fixing plate, and the capsule bottle stacking assembly and the capsule bottle to-be-loading assembly are respectively arranged on the capsule bottle feeding fixing frame on.

In one of the embodiments, the capsule bottle discharge hopper is provided with a capsule bottle end lowering groove, the capsule bottle end lowering groove is connected with the capsule bottle placing cavity, and the capsule bottle end lowering groove It is used to communicate with the feeding area at the end of the first capsule bottle.

In one of the embodiments, the first U-shaped fixing plate has a circular structure.

In one of the embodiments, the second U-shaped fixing plate has a circular structure.

In one of the embodiments, the capsule bottle blanking adjustment assembly further includes a blanking rotation adjustment knob, and the blanking rotation adjustment knob is arranged on the first blanking adjustment arc-shaped plate.

In one of the embodiments, the capsule bottle rotating blanking rack includes a first rotating blanking connecting rod and a second rotating blanking connecting rod, the first rotating blanking connecting rod and the second rotating blanking connecting rod The rods are respectively arranged on the fixed connecting rods of the capsule bottle blanking.

In one of the embodiments, there are four annular limiting protrusions of the capsule bottle, and a space is provided between the four annular limiting protrusions of the capsule bottle.

In one of the embodiments, the first arc-shaped blanking rod and the second arc-shaped blanking rod are both inclined.

The present invention also provides a canning system, including the above-mentioned medical capsule bottle can feeding mechanism.

Compared with the prior art, the advantages and beneficial effects of the present invention are as follows:

The present invention is a medical capsule bottle and can feeding mechanism and canning system. By setting a base, a capsule bottle sequential feeding device, a capsule bottle rotating and unloading device, and a capsule bottle horizontal conveying device, the medicine bottle can be stabilized. Place and put the capsules into the medicine bottle to avoid the problem of the bottle upside down, ensure that the normal bottling operation can be realized, and improve the efficiency of capsule bottling.

Description of the drawings

In order to explain the technical solutions of the embodiments of the present invention more clearly, the following will briefly introduce the drawings that need to be used in the embodiments. It should be understood that the following drawings only show certain embodiments of the present invention, and therefore do not It should be regarded as a limitation of the scope. For those of ordinary skill in the art, other related drawings can be obtained based on these drawings without creative work.

Fig. 1 is a schematic structural diagram of a feeding mechanism for a capsule bottle for medicine according to an embodiment of the present invention;

FIG. 2 is a schematic structural diagram of a feeding mechanism for capsule bottles and cans for medicine from another perspective shown in FIG. 1; FIG.

3 is a schematic diagram of the structure of the capsule bottle rotary feeding device shown in FIG. 1;

Fig. 4 is a schematic diagram of the structure of the capsule bottle rotating and blanking assembly shown in Fig. 1.

Detailed ways

In order to facilitate the understanding of the present invention, the present invention will be described more fully below with reference to the relevant drawings. The preferred embodiments of the present invention are shown in the drawings. However, the present invention can be implemented in many different forms and is not limited to the embodiments described herein. On the contrary, the purpose of providing these embodiments is to make the disclosure of the present invention more thorough and comprehensive.

It should be noted that when an element is referred to as being "fixed to" another element, it can be directly on the other element or a central element may also be present. When an element is considered to be "connected" to another element, it can be directly connected to the other element or an intermediate element may be present at the same time. The terms "vertical", "horizontal", "left", "right" and similar expressions used herein are for illustrative purposes only, and are not meant to be the only embodiments.

Unless otherwise defined, all technical and scientific terms used herein have the same meaning as commonly understood by those skilled in the technical field of the present invention. The terminology used in the specification of the present invention herein is only for the purpose of describing specific embodiments, and is not intended to limit the present invention. The term "and/or" as used herein includes any and all combinations of one or more related listed items.

Please refer to FIG. 1, a medical capsule bottle can feeding mechanism, including: a base, a capsule bottle sequential feeding device 10, a capsule bottle rotating and unloading device 20, and a capsule bottle horizontal conveying device 30. The capsule bottle is sequential The feeding device, the capsule bottle rotating and unloading device and the capsule bottle horizontal conveying device are respectively arranged on the base. It should be noted that the base is used to fix the capsule bottle sequential feeding device 10, the capsule bottle rotating and unloading device 20, and the capsule bottle horizontal conveying device 30; the capsule bottle sequential feeding device 10 is used to perform the Feeding; the capsule bottle rotating and unloading device 20 is used to unload the capsule bottle; the capsule bottle horizontal conveying device 30 is used to convey the capsule bottle to the capsule bottling station.

Referring to Figure 2, the capsule bottle sequential feeding device 10 includes a capsule bottle feeding fixing frame 11, a capsule bottle stacking assembly 12, and a capsule bottle to-be-loading assembly 13, and the capsule bottle feeding fixing frame is arranged on the On the base, the capsule bottle stacking component and the capsule bottle to-be-loaded component are respectively arranged on the capsule bottle loading fixing frame.

2, the capsule bottle stacking assembly 12 includes a capsule bottle discharge hopper 121, a first arc-shaped feeding plate 122, a second arc-shaped feeding plate 123, and a capsule bottle arc-shaped fixing plate. The fixed plate is arranged on the fixing frame of the capsule bottle. The arc fixed plate of the capsule bottle is provided with a first arc-shaped installation side and a second arc-shaped installation side. One end is arranged on the first arc-shaped installation side surface of the capsule bottle arc-shaped fixing plate, and one end of the second arc-shaped upper material plate is arranged on the second arc-shaped installation side surface of the capsule bottle arc-shaped fixing plate, The other end of the first arc-shaped upper material board and the other end of the second arc-shaped upper material board jointly enclose the feeding area of the first capsule bottle end, and the first arc-shaped upper material board, the The second arc-shaped loading plate and the capsule bottle arc-shaped fixing plate jointly enclose the first capsule bottle bottle loading channel, the capsule bottle discharging hopper is arranged on the capsule bottle arc-shaped fixing plate, and the The capsule bottle discharging hopper is provided with a capsule bottle placing cavity, and the capsule bottle placing cavity is in communication with the filling passage of the first capsule bottle.

Referring to Figure 2, the capsule bottle to-be-loaded assembly 13 includes a first U-shaped fixing plate 131, a second U-shaped fixing plate 132, and a plurality of feeding fixing connecting rods 133. The first U-shaped fixing plate and the The second U-shaped fixing plate is respectively arranged on the capsule bottle feeding fixing frame, the first end of each of the feeding fixing connecting rods is respectively arranged on the first U-shaped fixing plate, and each of the feeding The second ends of the fixed connecting rods are respectively arranged on the second U-shaped fixing plate, the first U-shaped fixing plate is provided with a first U-shaped feeding groove, and the first U-shaped fixing plate is opened There is a second U-shaped feeding groove, the first U-shaped fixing plate, the second U-shaped fixing plate and each of the feeding fixing connecting rods jointly enclose the capsule bottle to be loaded area, the capsule bottle The feeding area, together with the first U-shaped feeding groove and the second U-shaped feeding groove, respectively form a second capsule bottle feeding passage, and the second capsule bottle feeding passage is connected to the second capsule bottle feeding passage. The first capsule bottle body is in communication with the upper feeding passage, the openings of the first U-shaped feeding groove and the second U-shaped feeding groove together form a second capsule bottle end feeding area, and the first The feeding area at the end of the second capsule bottle is connected with the feeding area at the end of the first capsule bottle.

It should be noted that after the capsule bottle is put into the capsule bottle discharge hopper 121, it can enter the second capsule bottle bottle filling passage through the first capsule bottle bottle filling passage, and then enter the capsule bottle rotating and unloading device.

3, the capsule bottle rotating and unloading device 20 includes a capsule bottle blanking adjustment assembly 21, a capsule bottle rotating and blanking assembly 22, and a capsule bottle blanking guide assembly 23. The capsule bottle blanking adjustment assembly is disposed at all. On the capsule bottle feeding fixing frame, the capsule bottle rotating and unloading assembly is rotatably arranged on the capsule bottle unloading adjusting assembly, and the capsule bottle unloading guide assembly is arranged on the capsule bottle rotating and unloading assembly. It should be noted that the capsule bottle blanking adjustment assembly 21 is used to adjust the height of the capsule bottle rotating and blanking assembly 22; the capsule bottle rotating blanking assembly 22 is used to realize the blanking of the capsule bottle; the capsule bottle The blanking guide assembly 23 is used to guide the capsule bottle to blank.

3, the capsule bottle blanking adjusting assembly 21 includes a first blanking adjusting arc-shaped plate 211, a second blanking adjusting arc-shaped plate 212, and a capsule bottle blanking fixing connecting rod 213. The first blanking The adjustment arc plate and the second blanking adjustment arc plate are respectively arranged on the capsule bottle feeding fixing frame, and the first end of the capsule bottle blanking fixing rod is arranged on the first blanking adjustment On the arc-shaped plate, the second end of the capsule bottle blanking fixing connecting rod is arranged on the second blanking adjusting arc-shaped plate. It should be noted that the first blanking adjusting arc-shaped plate 211 and the second blanking adjusting arc-shaped plate 212 are used to fix the height of the capsule bottle rotating and blanking assembly 22, and the capsule bottle blanking fixing connecting rod 213 starts from To a fixed role.

Please refer to FIG. 3, the first blanking adjusting arc plate is provided with a first adjusting arc groove, the second blanking adjusting arc plate is provided with a second adjusting arc groove, the first adjusting The arc-shaped groove and the second adjusting arc-shaped groove communicate with each other.

4, the capsule bottle rotating and feeding assembly 22 includes a capsule bottle rotating and feeding rack 221, a first fan-shaped blanking plate 222, a second fan-shaped blanking plate 223, and a capsule bottle blanking supporting member 224. The capsule bottle rotating blanking rack is rotatably arranged on the capsule bottle blanking fixed connecting rod, the first fan-shaped blanking plate and the second fan-shaped blanking plate are respectively arranged on the capsule bottle rotating blanking frame, And a space is provided between the first fan-shaped blanking plate and the second fan-shaped blanking plate, and the first fan-shaped blanking plate is arranged on the first blanking regulating arc plate and the second lower blanking plate. The second fan-shaped blanking plate is arranged between the capsule bottle sequential feeding device and the first blanking regulating arc plate, and the capsule bottle blanking supporting member is arranged Rotate the feeding rack on the capsule bottle. It should be noted that the capsule bottle rotating and unloading rack 221 is used to fix the capsule bottle rotating and unloading assembly; the first fan-shaped blanking plate 222 and the second fan-shaped blanking plate 223 are used to support the capsule bottle; The capsule bottle blanking supporting member 224 is used for the capsule bottle, so that the capsule bottle can be stably blanked.

4, the capsule bottle blanking supporting member 224 includes a first capsule bottle supporting fixed rod 225, a second capsule bottle supporting fixed rod 226, and a capsule bottle supporting plate 227. The first capsule bottle supporting One end of the supporting fixed rod and the second capsule bottle supporting fixed rod are respectively arranged on the capsule bottle rotating lowering rack, the first capsule bottle supporting fixed rod and the second capsule bottle supporting fixed rod One ends of the two are respectively arranged on the capsule bottle supporting plate. It should be noted that the first capsule bottle supporting and fixing rod 225 and the second capsule bottle supporting and fixing rod 226 are used for fixing the capsule bottle supporting plate 227 together; the capsule bottle supporting plate 227 is used for supporting Hold the capsule bottle, so that the capsule bottle can be stably fed.

It should be noted that, in this embodiment, the bottom of the capsule bottle has a recessed groove, and then a positioning groove is also provided on the groove. Therefore, in order to realize the positioning of the capsule bottle to improve the stability of the capsule bottle transfer Sex. In one embodiment, referring to FIG. 4, the capsule bottle supporting plate 227 includes a capsule bottle supporting bottom plate 227a, a center dome 227b of the capsule bottle, and a plurality of annular limiting protrusions 227c of the capsule bottle. The dome is arranged at the middle position of the capsule bottle supporting bottom plate, each of the capsule bottle annular limiting protrusions is annularly arranged on the capsule bottle supporting bottom plate, and each of the capsule bottle annular limiting protrusions is respectively located at At the edge position of the middle round top of the capsule bottle, each of the capsule bottle annular limiting protrusions is used to be embedded in the bottom limiting groove of the capsule bottle. The capsule bottle supporting bottom plate 227a is used for abutting on the capsule bottle, the middle round top 227b of the capsule bottle is used for abutting in the recessed groove at the bottom of the capsule bottle, and the annular limiting protrusion 227c of the capsule bottle is used for It abuts on the positioning groove at the bottom of the capsule bottle, so that the positioning of the capsule bottle can be realized, so as to improve the stability of the capsule bottle transfer.

3, the capsule bottle blanking guide assembly 23 includes a first arc-shaped blanking rod 231 and a second arc-shaped blanking rod 232, the first arc-shaped blanking rod and the second arc-shaped lower The feed rods are respectively arranged on the capsule bottle rotating feeding rack, and the first arc-shaped feeding rod and the second arc-shaped feeding rod are used for jointly supporting the capsule bottle. It should be noted that the first arc-shaped blanking rod 231 and the second arc-shaped blanking rod 232 are used to place the capsule bottle together to facilitate blanking.

2, the capsule bottle horizontal conveying device 30 includes a horizontal conveying rack 31, a capsule bottle conveying support plate 32, and a capsule bottle horizontal conveying belt 33. The horizontal conveying rack is disposed on the base, and the capsule bottle is horizontal. The conveyor belt is rotatably arranged on the horizontal conveyor rack, and the capsule bottle conveying support plate is movably arranged on the capsule bottle horizontal conveyor belt. It should be noted that the horizontal transfer rack 31 is used to fix the capsule bottle transfer support plate 32 and the capsule bottle horizontal conveyor belt 33; the capsule bottle transfer support plate 32 is used to support the capsule bottle; the capsule bottle horizontal conveyor belt 33 is used To achieve transmission.

work process:

Put the capsule bottle in the hopper of the capsule bottle, then enter the second capsule bottle filling passage through the first capsule bottle filling passage, and then enter the first arc-shaped feeding rod and the second arc-shaped feeding passage At this time, the capsule bottle abuts on the supporting bottom plate of the capsule bottle, so that the center dome of the capsule bottle and the annular limit protrusion of the capsule bottle abut on the positioning groove at the bottom of the capsule bottle, but it is rotating The first fan-shaped blanking board and the second fan-shaped blanking board enable the capsule bottle to enter the capsule bottle conveying support plate, and then the capsule bottle is conveyed to another station by the horizontal conveyor belt of the capsule bottle.

It should be noted that the capsule bottle feeding fixing rack includes a capsule bottle feeding fixing plate body and a capsule bottle feeding fixing frame body, the capsule bottle feeding fixing plate body is arranged on the base, and the capsule The bottle feeding fixing frame is arranged on the capsule bottle feeding fixing plate, and the capsule bottle stacking assembly and the capsule bottle to-be-loading assembly are respectively arranged on the capsule bottle feeding fixing frame. In this way, by providing the capsule bottle feeding fixing plate body and the capsule bottle feeding fixing frame body, the fixing function can be achieved.

It should be noted that the capsule bottle discharge hopper is provided with a capsule bottle end hopper, the capsule bottle end hopper is in communication with the capsule bottle placement cavity, and the capsule bottle end hopper is used for It is connected with the feeding area at the end of the first capsule bottle. In this way, it is convenient to discharge the capsule bottle by setting the feeding trough at the end of the capsule bottle.

It should be noted that the first U-shaped fixing plate has a circular structure. The second U-shaped fixing plate has a circular structure. There are four annular limiting protrusions of the capsule bottle, and spaces are respectively arranged between the four annular limiting protrusions of the capsule bottle. In this way, structural stability and reliability can be improved.

It should be noted that the capsule bottle blanking adjustment assembly further includes a blanking rotation adjustment knob, and the blanking rotation adjustment knob is arranged on the first blanking adjustment arc-shaped plate. In this way, by setting the blanking turning adjustment knob, the height of the first blanking adjusting arc plate and the second blanking adjusting arc plate can be adjusted.

It should be noted that the capsule bottle rotating blanking rack includes a first rotating blanking connecting rod and a second rotating blanking connecting rod, and the first rotating blanking connecting rod and the second rotating blanking connecting rod are respectively It is arranged on the fixed connecting rod of the capsule bottle blanking. In this way, by providing the first rotating blanking connecting rod and the second rotating blanking connecting rod, the structural stability can be improved.

It should be noted that the first arc-shaped blanking rod and the second arc-shaped blanking rod are both inclined. In this way, by setting the inclined surface, the capsule bottle can be conveniently discharged.

The present invention also provides a canning system, including the above-mentioned medical capsule bottle can feeding mechanism.

Compared with the prior art, the advantages and beneficial effects of the present invention are as follows:

The present invention is a medical capsule bottle and can feeding mechanism and canning system. By setting a base, a capsule bottle sequential feeding device, a capsule bottle rotating and unloading device, and a capsule bottle horizontal conveying device, the medicine bottle can be stabilized. Place and put the capsules into the medicine bottle to avoid the problem of the bottle upside down, ensure that the normal bottling operation can be realized, and improve the efficiency of capsule bottling.

The above-mentioned embodiments only express a few embodiments of the present invention, and the description is relatively specific and detailed, but it should not be understood as a limitation to the patent scope of the present invention. It should be pointed out that for those of ordinary skill in the art, without departing from the concept of the present invention, several modifications and improvements can be made, and these all fall within the protection scope of the present invention. Therefore, the protection scope of the patent of the present invention should be subject to the appended claims.

Claims (10)

1. A medical capsule bottle can feeding mechanism, which is characterized by comprising: a base, a capsule bottle sequential feeding device, a capsule bottle rotating and unloading device, and a capsule bottle horizontal conveying device. The capsule bottle sequential feeding device, The capsule bottle rotating and unloading device and the capsule bottle horizontal conveying device are respectively arranged on the base;

   The capsule bottle sequential feeding device includes a capsule bottle feeding fixture, a capsule bottle stacking component, and a capsule bottle to-be-loaded component. The capsule bottle feeding fixture is arranged on the base, and the capsule bottle stacking The feeding component and the capsule bottle to-be-loaded component are respectively arranged on the capsule bottle feeding fixing rack;

   The capsule bottle stacking assembly includes a capsule bottle discharge hopper, a first arc-shaped feeding plate, a second arc-shaped feeding plate, and a capsule bottle arc-shaped fixing plate. The capsule bottle arc-shaped fixing plate is arranged on the capsule bottle. On the feeding fixing frame, the capsule bottle arc-shaped fixing plate is provided with a first arc-shaped mounting side surface and a second arc-shaped mounting side surface, and one end of the first arc-shaped feeding plate is arranged on the capsule bottle arc-shaped On the first arc-shaped installation side surface of the fixing plate, one end of the second arc-shaped upper material plate is arranged on the second arc-shaped installation side surface of the capsule bottle arc-shaped fixing plate, and the first arc-shaped upper material plate The other end of the second arc-shaped upper material board and the other end of the second arc-shaped upper material plate jointly enclose the first capsule bottle end feeding area, and the first arc-shaped upper material plate, the second arc-shaped upper material plate and The capsule bottle arc fixing plates jointly enclose the first capsule bottle loading passage, the capsule bottle discharging hopper is arranged on the capsule bottle arc fixing plate, and the capsule bottle discharging hopper is provided with a capsule bottle A placement cavity, the capsule bottle placement cavity is in communication with the first capsule bottle topping channel;

   The capsule bottle to-be-loaded component includes a first U-shaped fixing plate, a second U-shaped fixing plate, and a plurality of feeding fixing connecting rods. The first U-shaped fixing plate and the second U-shaped fixing plate are respectively arranged On the capsule bottle feeding fixing frame, the first ends of each of the feeding fixing connecting rods are respectively arranged on the first U-shaped fixing plate, and the second ends of each of the feeding fixing connecting rods are respectively arranged On the second U-shaped fixing plate, the first U-shaped fixing plate is provided with a first U-shaped feeding groove, and the first U-shaped fixing plate is provided with a second U-shaped feeding groove , The first U-shaped fixing plate, the second U-shaped fixing plate and each of the feeding fixing connecting rods jointly enclose a capsule bottle to-be-loaded area, and the capsule bottle to-be-loaded area is respectively connected to the first A U-shaped feeding groove and the second U-shaped feeding groove together form a second capsule bottle feeding passage, the second capsule bottle feeding passage and the first capsule bottle feeding passage Connected, the openings of the first U-shaped feeding groove and the second U-shaped feeding groove together form a second capsule bottle end feeding area, the second capsule bottle end feeding area and The feeding area at the end of the first capsule bottle is connected;

   The capsule bottle rotating and unloading device includes a capsule bottle blanking regulating component, a capsule bottle rotating blanking component, and a capsule bottle blanking guide component, the capsule bottle blanking regulating component is arranged on the capsule bottle feeding fixing frame, The capsule bottle rotating and blanking assembly is rotatably arranged on the capsule bottle blanking adjustment assembly, and the capsule bottle blanking guide assembly is arranged on the capsule bottle rotating and blanking assembly;

   The capsule bottle blanking regulating assembly includes a first blanking regulating arc plate, a second blanking regulating arc plate and a capsule bottle blanking fixing connecting rod, the first blanking regulating arc plate and the second blanking regulating arc plate The blanking adjustment arc plate is respectively arranged on the capsule bottle feeding fixing frame, the first end of the capsule bottle blanking fixing rod is set on the first blanking adjustment arc plate, and the capsule bottle The second end of the blanking fixing connecting rod is arranged on the second blanking adjusting arc plate;

   The first blanking adjusting arc plate is provided with a first adjusting arc groove, the second blanking adjusting arc plate is provided with a second adjusting arc groove, the first adjusting arc groove and the The second regulating arc-shaped grooves communicate with each other;

   The capsule bottle rotating and blanking assembly includes a capsule bottle rotating blanking rack, a first fan-shaped blanking plate, a second fan-shaped blanking plate, and a capsule bottle blanking supporting member. The capsule bottle rotating blanking frame is rotatably arranged at the On the capsule bottle blanking fixing rod, the first fan-shaped blanking plate and the second fan-shaped blanking plate are respectively arranged on the capsule bottle rotating blanking rack, and the first fan-shaped blanking plate and Spaces are provided between the second fan-shaped blanking plates, and the first fan-shaped blanking plate is arranged between the first blanking adjusting arc plate and the second blanking adjusting arc plate, the The second fan-shaped blanking plate is arranged between the capsule bottle sequential feeding device and the first blanking adjusting arc plate, and the capsule bottle blanking supporting member is arranged on the capsule bottle rotating blanking rack ；

   The capsule bottle blanking supporting member includes a first capsule bottle supporting fixed rod, a second capsule bottle supporting fixed rod and a capsule bottle supporting plate, the first capsule bottle supporting fixed rod and the second capsule One end of the bottle supporting and fixing rod is respectively arranged on the capsule bottle rotating and unloading rack, and one end of the first capsule bottle supporting and fixing rod and the second capsule bottle supporting and fixing rod are respectively arranged on the capsule bottle Pallet

   The capsule bottle supporting plate includes a capsule bottle supporting bottom plate, a middle dome of the capsule bottle, and a plurality of capsule bottle ring-shaped limiting protrusions, and the middle dome of the capsule bottle is set on the middle position of the capsule bottle supporting bottom plate , Each of the capsule bottle ring-shaped limiting protrusions is annularly arranged on the capsule bottle supporting bottom plate, and each of the capsule bottle ring-shaped limiting protrusions is respectively located at the edge position of the middle round top of the capsule bottle, and each The annular limit protrusion of the capsule bottle is used to be embedded in the bottom limit groove of the capsule bottle;

   The capsule bottle blanking guide assembly includes a first arc-shaped blanking rod and a second arc-shaped blanking rod. The first arc-shaped blanking rod and the second arc-shaped blanking rod are respectively arranged in the capsule On the bottle rotating feeding rack, the first arc-shaped feeding rod and the second arc-shaped feeding rod are used to jointly support the capsule bottle;

   The capsule bottle horizontal conveying device includes a horizontal conveying rack, a capsule bottle conveying support plate, and a capsule bottle horizontal conveying belt. The horizontal conveying rack is disposed on the base, and the capsule bottle horizontal conveying belt is rotatably disposed on the horizontal conveying rack. Above, the capsule bottle conveying support plate is movably arranged on the capsule bottle horizontal conveyor belt.
2. The medical capsule bottle can feeding mechanism according to claim 1, wherein the capsule bottle feeding fixing frame comprises a capsule bottle feeding fixing plate body and a capsule bottle feeding fixing frame body, and the capsule bottle The feeding fixing plate body is arranged on the base, the capsule bottle feeding fixing frame body is arranged on the capsule bottle feeding fixing plate body, and the capsule bottle stacking assembly and the capsule bottle are to be loaded The feeding components are respectively arranged on the feeding and fixing frame of the capsule bottle.
3. The medical capsule bottle can feeding mechanism according to claim 1, wherein the capsule bottle discharge hopper is provided with a capsule bottle end lowering groove, the capsule bottle end lowering groove and the capsule bottle The placing cavity is in communication, and the lower chute at the end of the capsule bottle is used to communicate with the upper end of the first capsule bottle.
4. The medical capsule bottle can feeding mechanism according to claim 1, wherein the first U-shaped fixed plate has a circular structure.
5. The medical capsule bottle can feeding mechanism according to claim 1, wherein the second U-shaped fixed plate has a circular structure.
6. The medical capsule bottle can feeding mechanism according to claim 1, wherein the capsule bottle blanking adjustment assembly further comprises a blanking rotation adjustment knob, and the blanking rotation adjustment knob is arranged on the first The blanking adjustment arc board.
7. The medical capsule bottle can feeding mechanism according to claim 1, wherein the capsule bottle rotating unloading rack comprises a first rotating unloading connecting rod and a second rotating unloading connecting rod, the first The rotating blanking connecting rod and the second rotating blanking connecting rod are respectively arranged on the capsule bottle blanking fixed connecting rod.
8. The medical capsule bottle can feeding mechanism according to claim 1, wherein the capsule bottle is provided with four annular limit protrusions, and the four capsule bottle annular limit protrusions are respectively arranged There are intervals.
9. The medical capsule bottle feeding mechanism according to claim 1, wherein the first arc-shaped blanking rod and the second arc-shaped blanking rod are both inclinedly arranged.
10. A canning system, characterized by comprising the medical capsule bottle can feeding mechanism according to any one of claims 1-9.

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