CN107934459B

CN107934459B - Tablet bottle separating disc structure of full-automatic packaging assembly line

Info

Publication number: CN107934459B
Application number: CN201711374835.3A
Authority: CN
Inventors: 蒋庞彪
Original assignee: Suzhou Huabao Pharmaceutical Co ltd
Current assignee: Suzhou Huabao Pharmaceutical Co ltd
Priority date: 2017-12-19
Filing date: 2017-12-19
Publication date: 2023-10-13
Anticipated expiration: 2037-12-19
Also published as: CN107934459A

Abstract

A tablet bottle separating disc structure of a full-automatic packaging assembly line comprises a machine base with a machine base cavity, wherein a machine base top plate is arranged at the top of the machine base; the bottle separating disc driving motor is fixed in the machine base cavity and on one side of the machine base top plate facing the machine base cavity, the bottle separating disc driving motor shaft faces upwards, the bottle separating disc driving motor shaft bearing seat is fixed on one side of the machine base top plate facing away from the machine base cavity, and a bottle separating disc center tray is arranged on one side of the bottle separating disc facing downwards; the bottle guide mechanism is fixed on the machine base; a bottle retainer ring which is fixed at the top of the machine base around the edge part of the bottle separating disc in the circumferential direction, wherein one side of the bottle retainer ring is provided with a retainer ring entering the bottle mouth, and the other side of the bottle retainer ring is provided with a guide block abdication opening; the tablet bottle guiding mechanism is fixed on the machine base and extends into the bottle separating disc in a state of suspending in the bottle separating disc; the tablet bottle vertical-to-horizontal posture changing mechanism is supported on the terrace and corresponds to the tablet bottle guiding-out mechanism; and the horizontal bottle conveying mechanism is supported on the terrace. The production efficiency is guaranteed, and interference influence on boxing of the boxing device is avoided.

Description

Tablet bottle separating disc structure of full-automatic packaging assembly line

Technical Field

The invention belongs to the technical field of packaging machinery, and particularly relates to a tablet bottle separating disc structure of a full-automatic packaging assembly line.

Background

Typical examples of the aforementioned tablets are, but not limited to, pearl chrysanthemum antihypertension tablets. As known in the art, the full-automatic packaging line has the advantages of high packaging efficiency, easy control of packaging quality, saving of precious labor resources, and the like, so that the full-automatic packaging line is widely used in the medicine production industry and other industries such as food, health care products, electronics, light industry, and the like. In the pharmaceutical industry, bottling, capping, labeling or marking from tablets such as the aforementioned zhenju antihypertensions, and boxing are typically performed by a complete fully automatic packaging line. However, because of the difference in the speeds of the actions performed by the devices at the different stations, i.e., the time taken to perform the actions is not the same, the typical tablet bottle output speed is significantly faster than the boxing speed of the tablet bottles. Thus, if no reasonable measures are taken, the phenomenon of packing of tablet bottles at the station where the boxing apparatus is located can undoubtedly occur, even interfering with the normal boxing of the boxing apparatus.

The present solution to the above problem is to slow the tablet bottle output speed to be consistent with the boxing speed, but the applicant believes that this solution does not solve the problem fundamentally, because the slowing of the tablet bottle output speed affects the speed of tablet bottling, capping (also called capping) and labelling in a linked reaction manner, thus affecting the whole production efficiency, and thus being a negative measure for treating the symptoms rather than the root cause. The present inventors have also conducted a document search, however, there are no beneficial suggestions for fundamentally solving the aforementioned technical problems found in the middle-to-outer patent and non-patent documents disclosed so far, and the technical solutions to be described below are made in this context.

Disclosure of Invention

The invention aims to provide a tablet bottle separating disc structure of a full-automatic packaging line, which is beneficial to temporarily storing redundant tablet bottles generated in the process of conveying tablet bottles to be packaged to a tablet bottle box device in a transfer mode so as to avoid influencing the production efficiency.

The invention accomplishes the task by this, a tablet bottle divides bottle tray structure of the full-automatic packaging assembly line, including the frame to form a frame cavity, form a frame roof at the top of this frame; a bottle separating disc driving motor and a bottle separating disc, wherein the bottle separating disc driving motor is fixed in the base cavity in a cantilever state with the center position of one side of the base top plate facing the base cavity, a bottle separating disc driving motor shaft of the bottle separating disc driving motor faces upwards and is rotationally matched with a bottle separating disc driving motor shaft bearing seat, the bottle separating disc driving motor shaft bearing seat is fixed with the center position of one side of the base top plate facing away from the base cavity, a bottle separating disc center tray is fixed at the center position of one side of the bottle separating disc facing downwards and at a position corresponding to the bottle separating disc driving motor shaft bearing seat, and the bottle separating disc center tray is rotationally matched with a bearing arranged in the bottle separating disc driving motor shaft bearing seat and is fixed with the bottle separating disc driving motor shaft; the bottle guide mechanism is fixed on the machine base in a state of being emptied above the bottle separating disc; a bottle retainer ring which is fixed at the top of the machine base around the edge part of the bottle dividing disc in the circumferential direction, wherein one side of the bottle retainer ring is provided with a retainer ring inlet bottle mouth for leading the tablet bottles input by the tablet bottle conveying device into the bottle dividing disc, and the other side of the bottle retainer ring is provided with a guide block abdication port; a tablet bottle guiding mechanism for guiding out tablet bottles on the bottle separating plate, wherein the tablet bottle guiding mechanism is fixed on the stand at a position corresponding to the guide block abdication port and extends into the bottle separating plate in a suspended state; a tablet bottle standing-to-lying position conversion mechanism supported on the floor corresponding to the position of the guide block abdication port and corresponding to the tablet bottle guiding-out mechanism; the horizontal bottle conveying mechanism is used for conveying the tablet bottles which are led out by the tablet bottle vertical-to-horizontal position changing mechanism and in a horizontal position to a station where the boxing device is located, and the horizontal bottle conveying mechanism is supported on the terrace in a state corresponding to the front right end of the tablet bottle vertical-to-horizontal position changing mechanism.

In a specific embodiment of the present invention, the bottle guiding mechanism comprises a bracket beam front longitudinal arm, a bracket beam rear longitudinal arm, a bracket beam, a central boom, a central bottle guiding block, a rear boom and a rear bottle guiding block, wherein the bottom of the bracket beam front longitudinal arm is fixed on the bracket beam front longitudinal arm fixing seat, the bracket beam front longitudinal arm fixing seat is fixed on the upper front side of the machine base, the bottom of the bracket beam rear longitudinal arm is fixed on the bracket beam rear longitudinal arm fixing seat, the bracket beam is fixed on the upper rear side of the machine base, the bracket beam corresponds to the upper side of the bottle distributing disc in a vacated state, the front end of the bracket beam is fixed with the top of the bracket beam front longitudinal arm, the rear end of the bracket beam rear longitudinal arm is fixed with the top of the bracket beam rear longitudinal arm, the upper end of the central boom is fixed with the middle part of the bracket beam in the length direction and corresponds to the central position of the bottle distributing disc, the central bottle guiding block is fixed on the lower end of the central boom and keeps a gap with the surface of the bottle distributing disc, the rear upper end of the bracket beam rear longitudinal arm fixing seat corresponds to the rear end of the bracket beam rear longitudinal arm fixing seat, the rear end of the bracket beam rear longitudinal arm fixing seat is fixed with the rear end of the bottle guiding block and the bottle guiding block is fixed with the bottle guiding block, the bottle guiding block is kept between the bottle guiding block and the bottle guiding block is kept in the bottle through the gap between the bottle guiding block and the bottle guiding block.

In another specific embodiment of the present invention, the tablet bottle guiding-out mechanism comprises a guide boom trailing arm, a guide boom cross arm, a guide boom, a guide block back, a guide block boom and a guide block back, wherein the bottom of the guide boom trailing arm is fixed to the guide boom trailing arm fixing base, the guide boom trailing arm fixing base is fixed to the upper front side of the machine base, the front end of the guide boom cross arm is fixed to the top of the guide boom trailing arm, the upper end of the guide boom is fixed to the middle of the guide boom cross arm, the guide block back is fixed to the lower end of the guide boom, the left end of the guide block is extended to the bottle separating disc, the rear end of the guide block is extended to the tablet bottle converting mechanism at a position corresponding to the guide block yield, the upper end of the guide boom is fixed to the lower end of the guide boom, the guide block back is fixed to the rear end of the guide boom corresponding to the rear side of the guide boom cross arm, and the left end of the guide block is extended to the bottle separating disc, and the right end of the guide block is extended to the bottle converting mechanism at a position corresponding to the guide block yield, wherein: the space between the front guide block and the rear guide block is formed into a tablet bottle guide block channel for a tablet bottle to travel from the bottle separating disc to the tablet bottle vertical-rotation prone position conversion mechanism, a bottle guide plate is fixed between the inner wall of the bottle check ring and the front guide block, and gaps are kept between the bottoms of the front guide block, the rear guide block and the bottle guide plate and the surface of the bottle separating disc.

In a further specific embodiment of the present invention, the tablet bottle vertical-conversion lying-position changing mechanism comprises a conveying curtain front beam, a conveying curtain rear beam, a conveying curtain driving device, a conveying curtain, a tablet bottle vertical-conversion lying-position changing roller, a bottle channel width adjusting device and a changing roller driving device, wherein the conveying curtain front and rear Liang Bi are arranged in parallel front and rear and supported on the terrace by beam body supporting feet, the left ends of the conveying curtain front beam and the conveying curtain rear beam correspond to the yielding openings of the guide blocks, the right ends of the front guide block and the rear guide block extend to the position between the left ends of the front and rear guide blocks, the conveying curtain driving device is arranged at the front side of the left end of the conveying curtain front beam, the conveying curtain is positioned between the front and rear beams, the left end of the conveying curtain is sleeved on the left conveying curtain driving roller, the right end of the conveying curtain is sleeved on the right driving roller of the conveying curtain, the conveying curtain left driving roller is rotatably supported between the left ends of the front and rear guide blocks and is in driving connection with the conveying driving device in a driving manner, the conveying curtain right end of the conveying curtain supporting frame is rotatably supported on the right side of the right guide block, the bottle vertical-position changing roller is fixed to the bottle channel, the right end of the bottle vertical-position changing roller is changed to the bottle vertical-position changing roller is fixed between the right end of the bottle channel, the bottle vertical-position changing roller is correspondingly to the right end of the bottle channel, the bottle vertical-position changing roller is changed to the bottle vertical-position changing roller is fixed to the bottle, the bottle channel, the bottle is changed to the bottle vertical-position changing roller is fixed to the bottle, and the bottle is in the bottle-position changing roller, and the bottle is in the bottle-position, and the bottle is in the state, the bottle is in the bottle, and the bottle is in the state, and the bottle is in the bottle. The position of the conversion roller driving device corresponding to the right end of the tablet bottle vertical-to-horizontal conversion roller is arranged between the conveying curtain front beam and the conveying curtain rear beam and is in transmission connection with the right end of the tablet bottle vertical-to-horizontal conversion roller, wherein: the tablet bottle vertical-to-horizontal position changing roller is provided with changing roller threads for changing the tablet bottle from a vertical state to a horizontal state, the upper part of the right end of the front beam of the conveying curtain is provided with a horizontal bottle rolling guide plate, the horizontal bottle conveying mechanism is supported on a terrace at a position corresponding to the horizontal bottle rolling guide plate, and a transition bottle guide plate is arranged between the right end of the rear guide block and the left supporting frame of the changing roller.

In still another specific embodiment of the present invention, the conveyor driving device includes a conveyor driving motor fixing seat, a conveyor driving motor, a conveyor driving sprocket, a conveyor driving driven sprocket and a conveyor driving chain, the conveyor driving motor fixing seat is fixed to the front side of the conveyor Liang Zuoduan, the conveyor driving motor is fixed to the conveyor driving motor fixing seat, the conveyor driving sprocket is fixed to a conveyor driving motor shaft of the conveyor driving motor, the conveyor driving driven sprocket is fixed to the front end of the conveyor left driving roller, the upper end of the conveyor driving chain is sleeved on the conveyor driving driven sprocket, and the lower end is sleeved on the conveyor driving sprocket, wherein: a motor protection cover is fixed on the front beam of the conveying curtain and at a position corresponding to the front side of the driving motor fixing seat of the conveying curtain.

In still another specific embodiment of the present invention, the bottle channel width adjusting device includes a pair of fixing support legs, a pair of bar support arms and a bar, the pair of fixing support legs are L-shaped and fixed to the front side of the front beam of the conveyor in a spaced state, a bar support arm adjusting clamp column is fixed to one end of the pair of fixing support legs away from the front beam of the conveyor in a vertically moving manner, a bar support arm adjusting clamp is fixed to each upper end of the bar support arm adjusting clamp column, one end of the pair of bar support arms away from the bar is fixed to the bar support arm adjusting clamp in a moving manner, the bar is fixed to the bar support arms through bar fixing seats at positions corresponding to positions above the front side edge portions of the conveyor, and the tablet bottle channel is located between the bar and the tablet bottle standing and lying position changing roller.

In a further specific embodiment of the present invention, the inverter roller driving device includes an inverter roller driving motor housing fixed to the upper portions of the conveyor curtain front beam and the conveyor curtain rear beam at a position corresponding to the right end of the tablet bottle standing and lying position inverter roller, an inverter roller driving motor disposed on the inverter roller driving motor housing, an inverter roller driving sprocket fixed to the inverter roller driving motor shaft of the inverter roller driving motor, an inverter roller driving sprocket mounted on the inverter roller driving driven sprocket, and a lower end mounted on the inverter roller driving sprocket, an inverter roller driving driven sprocket fixed to the driven sprocket shaft, the driven sprocket rotatably supported on the sprocket shaft bearing, the sprocket bearing fixed to the upper portions of the conveyor curtain front beam and the conveyor curtain rear beam, and the cardan shaft rotatably supported on the sprocket shaft bearing, one end of the cardan shaft facing the tablet bottle standing and lying position inverter roller connected to the sprocket shaft facing the tablet standing and lying position inverter roller connected to the driven sprocket shaft.

In a further specific embodiment of the present invention, a conversion roller shield is provided at a position above the longitudinal direction of the conversion roller corresponding to the tablet bottle standing and lying position, one end of the conversion roller shield is in insert fit with the conversion roller left support frame, and the other end of the conversion roller shield is in insert fit with the conversion roller right support frame.

In yet another specific embodiment of the present invention, the carafe conveyor mechanism includes a frame, a carafe outfeed curtain and a carafe outfeed curtain drive, the frame being supported on the floor at a location corresponding to the carafe outfeed guide, a left end of the carafe outfeed curtain being nested on the outfeed curtain left drive roller and a right end of the carafe outfeed curtain being nested on the outfeed curtain right drive roller, the outfeed curtain left drive roller being rotatably supported on an upper left side of the frame and the outfeed curtain right drive roller being rotatably supported on an upper right side of the frame, the carafe outfeed curtain drive being disposed on the frame at a location corresponding to a front end of the outfeed curtain right drive roller and being in driving connection with a front end of the outfeed curtain right drive roller, wherein: tablet bottle separating plates for receiving tablet bottles rolled by the lying bottle rolling guide plates are formed on the tablet bottle output curtain in a spacing state, and the distance between every two adjacent tablet bottle separating plates is matched with the outer diameter of the tablet bottles in a lying state.

In still another specific embodiment of the present invention, the tablet bottle output curtain driving device includes an output curtain driving motor, an output curtain driving sprocket, an output curtain driving driven sprocket and an output curtain driving sprocket chain, the output curtain driving motor is fixed on the frame at a position corresponding to the lower part of the front end of the output curtain right driving roller, the output curtain driving sprocket is fixed on an output curtain driving motor shaft of the output curtain driving motor, the output curtain driving driven sprocket is fixed on the front supporting shaft head of the output curtain right driving roller, the upper end of the output curtain sprocket driving chain is sleeved on the output curtain driving driven sprocket, and the lower end is sleeved on the output curtain driving sprocket.

The technical scheme provided by the invention has the technical effects that: the bottle separating disc driven by the bottle separating disc driving motor is additionally arranged, so that the speed of the tablet bottle conveying device in the previous path is not required to be reduced to adapt to the subsequent boxing speed, and after the tablet bottle conveying device is stopped, the tablet bottle separating disc structure and the subsequent boxing device continue to work, so that the tablet bottles stored in the bottle separating disc tend to be supplied to the boxing device as required, the production efficiency can be ensured, and the influence on boxing of the boxing device can be avoided.

Drawings

Fig. 1 is a structural diagram of an embodiment of the present invention.

Fig. 2 is a schematic diagram of fig. 1.

Detailed Description

In order to make the technical spirit and advantages of the present invention more clearly understood, the applicant will now make a detailed description by way of example, but the description of the examples is not intended to limit the scope of the invention, and any equivalent transformation made merely in form, not essentially, according to the inventive concept should be regarded as the scope of the technical solution of the present invention.

In the following description, all concepts related to the directions or azimuths of the up, down, left, right, front and rear are exemplified by the position states shown in fig. 1, and thus, the present invention is not to be construed as being particularly limited to the technical solutions provided by the present invention.

Referring to fig. 1 and 2, there is shown a housing 1 having a housing cavity 11, a housing top plate 12 is formed on top of the housing 1, that is, a housing top plate 12 is fixed on top of the housing 1; a bottle separating disc driving motor 2 and a bottle separating disc 3 are shown, wherein the bottle separating disc driving motor 2 is fixed in a cantilever state with the central position of the side of the base top plate 12 facing the base cavity 11, namely the side facing downwards with the base top plate 12, through a motor fixing screw 22, a bottle separating disc driving motor shaft 21 of the bottle separating disc driving motor 2 faces upwards and is rotationally matched with a bottle separating disc driving motor shaft bearing seat 211, the bottle separating disc driving motor shaft bearing seat 211 is fixed with the central position of the side of the base top plate 12 facing away from the base cavity 11, namely the side facing upwards with the base top plate 12, through a bottle separating disc driving motor shaft bearing seat fixing screw 2112, and a bottle separating disc central tray 31 is fixed with a bearing 2111 arranged in the bottle separating disc driving motor shaft bearing seat 211 and is fixed with the bottle separating disc driving motor shaft 21 at the central position of the side of the bottle separating disc 3 facing downwards through a central tray fixing screw 311; a bottle guiding mechanism 4 is shown, the bottle guiding mechanism 4 is fixed on the machine base 1 in a state of being emptied above the bottle separating disc 3; a bottle retainer 5 is shown, the bottle retainer 5 is fixed on the top of the base 1 around the circumferential edge of the bottle separating disc 3, a retainer inlet opening 51 for guiding the tablet bottles 9 inputted from the tablet bottle conveying device 10 into the bottle separating disc 3 is formed (can also be called as opening) on the left side of the position state shown in fig. 1 on one side of the bottle retainer 5, and a guide block relief opening 52 is formed on the other side of the bottle retainer 5, namely, on the right side of the position state shown in fig. 1; a tablet bottle guiding mechanism 6 for guiding out the tablet bottles 9 on the bottle separating tray 3 is shown, the tablet bottle guiding mechanism 6 is fixed on the base 1 at a position corresponding to the guide block abdication port 52 and extends into the bottle separating tray 3 in a state of suspending on the upper surface of the bottle separating tray 3; a tablet bottle standing and lying posture changing mechanism 7 is shown, the tablet bottle standing and lying posture changing mechanism 7 is supported on the floor corresponding to the position of the guide block abdication port 52 and corresponds to the tablet bottle guiding mechanism 6; a lying bottle conveying mechanism 8 for conveying the tablet bottles 9 in a lying state, which are led out from the tablet bottle standing-to-lying state changing mechanism 7, to a station where the boxing apparatus is located is shown, the lying bottle conveying mechanism 8 being supported on the floor in a state corresponding to the front right end of the tablet bottle standing-to-lying state changing mechanism 7.

The applicant briefly describes the concept of standing and lying mentioned above: since the tablet bottles 9 are in an upright state with the bottle mouth facing upwards and are required to be in a lying state at the boxing station during the process of bottling, capping and labeling tablets and delivering the tablet bottles 9 to the bottle separating tray 3 through the tablet bottle delivering device 10, the change of the tablet bottles 9 from the upright state to the lying state is performed by the tablet bottle standing-to-lying state changing mechanism 7.

With continued reference to fig. 1 and 2, the bottle guide mechanism 4 includes a bracket beam front trailing arm 41, a bracket beam rear trailing arm 42, a bracket beam 43, a center boom 44, a center bottle guide block 45, a rear boom 46, and a rear bottle guide block 47, the bottom of the bracket beam front trailing arm 41 is fixed to a bracket beam front trailing arm fixing base 411, the bracket beam front trailing arm fixing base 411 is fixed to the upper front side of the frame 1, the bottom of the bracket beam rear trailing arm 42 is fixed to a bracket beam rear trailing arm fixing base 421, the bracket beam rear trailing arm fixing base 421 is fixed to the upper rear side of the frame 1, the bracket beam 43 corresponds to the above of the bottle separating tray 3 in an empty state and the front end of the bracket beam 43 is fixed to the top of the bracket beam front trailing arm 41 with screws, while the rear end is fixed to the top of the bracket beam rear trailing arm 42 with a screw, the upper end of the center boom 44 is fixed to the middle of the bracket beam 43 in the longitudinal direction and corresponds to the center position of the above-mentioned bottle separating tray 3, the center bottle guide block 45 is fixed to the lower end of the center boom 44 and maintains a gap with the surface of the bottle separating tray 3 (in order to avoid friction with the surface of the bottle separating tray 3), the upper end of the rear boom 46 is fixed to the rear end of the bracket beam 43 and corresponds to the edge portion of the bottle separating tray 3, the rear bottle guide block 47 is fixed to the lower end of the rear boom 46 and maintains a gap with the surface of the above-mentioned bottle separating tray 3 (in order to avoid friction with the surface of the bottle separating tray 3), and a bottle guide block bottle guide space 471 for the above-mentioned tablet bottle 9 to pass through is maintained between the rear bottle guide block 47 and the inner wall of the above-mentioned bottle stopper 5.

As shown in fig. 1, a central boom adjustment groove 431 is formed in the aforementioned bracket beam 43 at a position corresponding to the central boom 44, and a rear boom adjustment groove 432 is formed at a position corresponding to the aforementioned rear by the boom 46, the upper end of the central boom 44 is inserted into the central boom adjustment groove 431 and defined by the central boom fixing nut 441, and the upper end of the rear boom 46 is inserted into the rear boom adjustment groove 432 and defined by the rear boom defining nut 461. From the applicant's previous description, and in connection with fig. 1, it can be seen that: the center boom 44 can be adjusted as needed within the groove length range of the center boom adjustment groove 43, and the rear boom 46 can be adjusted as needed within the groove length range of the rear boom adjustment groove 432; since the upper ends of the center boom 44 and the rear boom 46 are each provided with a screw, the gap between the center bottle guide block 45 and the rear bottle guide block 47 and the upper surface of the bottle separating tray 3 can be ensured by adjusting up and down as needed.

With continued reference to fig. 1, the tablet bottle guiding-out mechanism 6 described above comprises a guide boom trailing arm 61, a guide boom cross arm 62, a guide boom 63, a guide 64, a rear guide boom 65 and a rear guide 66, the bottom of the guide boom trailing arm 61 being fixed to the guide boom trailing arm fixing base 611 while the guide boom trailing arm fixing base 611 is fixed to the upper front side of the aforementioned machine base 1, the front end of the guide boom cross arm 62 being fixed to the top of the guide boom trailing arm 61, the upper end of the guide boom 63 being fixed to the middle of the guide boom cross arm 62 by a front guide boom screw 631, the guide 64 being fixed to the lower end of the guide boom 63, the left end of the guide 64 being stretched to the aforementioned bottle separating disc 3, and the rear end of the guide 64 being stretched to the aforementioned bottle separating disc 7 at a position corresponding to the aforementioned mouth 52 of the guide bottle separating disc 52, the upper end of the rear guide boom 65 being fixed to the lower end of the rear guide boom 65 by a rear boom screw 651, the rear guide 66 being fixed to the lower end of the rear guide boom 65, the rear guide boom 66 being stretched to the mouth 3 corresponding to the mouth of the aforementioned bottle separating disc 3. Wherein: the space between the front guide block 64 and the rear guide block 66 is constituted as a tablet bottle guide block passage 67 for the tablet bottle 9 to travel from the bottle separating tray 3 to the tablet bottle standing and turning prone position changing mechanism 7, a bottle guide plate 53 is fixed between the inner wall of the bottle retainer 5 and the front guide block 64, and gaps are maintained between the front and rear guide blocks 64, 66 and the bottom of the bottle guide plate 53 and the surface of the bottle separating tray 3.

As shown in fig. 1, a guide block boom adjustment groove 621 is formed in the guide block boom arm 62 at a position corresponding to the guide block boom 63, a guide block boom adjustment groove 622 is formed at a position corresponding to the guide block boom 65, the guide block boom 63 is fixed to the guide block boom arm 62 at a position corresponding to the guide block boom adjustment groove 621, and the guide block boom 65 is fixed to the guide block boom arm 62 at a position corresponding to the guide block boom adjustment groove 622. From the schematic of fig. 1 and in connection with the applicant's previous description, it is known that: the leader block boom 63 and the rear leader block boom 65 can be adjusted as needed within the groove length ranges of the leader block boom adjustment groove 621 and the rear leader block boom adjustment groove 622, respectively, to change the spacing between the front and rear leader blocks 64, 66, i.e., to change the width of the tablet bottle guide channel 67 so as to be adapted to the diameter (outer diameter) of the tablet bottle 9.

With continued reference to fig. 1 and 2, the tablet bottle standing and lying position changing mechanism 7 includes a conveying curtain front beam 71, a conveying curtain rear beam 72, a conveying curtain driving device 73, a conveying curtain 74, a tablet bottle standing and lying position changing roller 75, a bottle passage width adjusting device 76, and a changing roller driving device 77, the conveying curtain front and rear beams 71, 72 are parallel to each other and supported on the floor by a beam body supporting foot 78, the left ends of the conveying curtain front beam 71 and the conveying curtain rear beam 72 correspond to the guide block relief opening 52, the right ends of the front guide block 64 and the rear guide block 66 extend to the left ends of the conveying curtain front and rear beams 71, 72, i.e., are engaged with the left ends of the conveying curtain front and rear beams 71, 72, the conveying curtain driving device 73 is disposed on the front side of the left end of the conveying curtain front beam 71, the conveying curtain 74 is located between the conveying curtain front and rear beams 71, 72, the left end of the conveying curtain 74 is sleeved on the conveying curtain left driving roller 741, the right end of the conveying curtain 74 is sleeved on the conveying curtain right driving roller 742, the conveying curtain left driving roller 741 is rotatably supported between the left ends of the conveying curtain front and rear beams 71 and 72 and is in driving connection with the conveying curtain driving device 73, the conveying curtain right driving roller 742 is rotatably supported between the right ends of the conveying curtain front and rear beams 71 and 72, the tablet bottle vertical and horizontal position changing roller 75 corresponds to the upper side of the conveying curtain 74, the left end of the tablet bottle vertical and horizontal position changing roller 75 is rotatably supported on the changing roller left supporting frame 751, the right end is rotatably supported on the changing roller right supporting frame 752, the changing roller left supporting frame 751 is fixed to the rear side of the left end of the conveying curtain rear beam 72, the changing roller right supporting frame 752 is fixed to the rear side of the right end of the conveying curtain rear beam 72, the bottle channel width adjusting device 76 is fixed to the conveying curtain front beam 71, the space between the bottle channel width adjusting device 76 and the tablet bottle standing and turning lying position changing roller 75 is constituted as a tablet bottle channel 79, the tablet bottle channel 79 corresponds to the tablet bottle guide block channel 67, the changing roller driving device 77 is disposed between the conveying curtain front beam 71 and the conveying curtain rear beam 72 at a position corresponding to the right end of the tablet bottle standing and turning lying position changing roller 75 and is in transmission connection with the right end of the tablet bottle standing and turning lying position changing roller 75, wherein: a horizontal bottle rolling guide plate 711 is provided at an upper right end of the conveying curtain front beam 71, the horizontal bottle conveying mechanism 8 is supported on the floor at a position corresponding to the horizontal bottle rolling guide plate 711, and a transition bottle guide plate 661 is provided between a right end of the rear guide block 66 and the left support frame 751.

With particular reference to fig. 1, the aforementioned conveyor curtain driving device 73 has the following preferred, but not exclusive, structure: including carrying curtain driving motor fixing base 731, carry curtain driving motor 732, carry curtain driving sprocket 733, carry curtain driving driven sprocket 734 and carry curtain driving transmission chain 735, carry curtain driving motor fixing base 731 is fixed with the aforesaid carry curtain front beam 71 left end front side, carry curtain driving motor 732 is fixed on carry curtain driving motor fixing base 731, carry curtain driving sprocket 733 is fixed on carry curtain driving motor shaft 7321 of carry curtain driving motor 732, carry curtain driving driven sprocket 734 is fixed in the front end of aforesaid carry curtain left driving roller 741, carry curtain driving transmission chain 735's upper end cover is put on carry curtain driving driven sprocket 734, and the lower extreme cover is put on carry curtain driving sprocket 733, wherein: a motor protector 736 is fixed to the conveyor front beam 71 at a position corresponding to the front side of the conveyor driving motor fixing seat 731.

Still referring to fig. 1, the bottle passage width adjusting device 76 includes a pair of fixing support legs 761, a pair of lever support arms 762, and a lever 763, wherein the pair of fixing support legs 761 are L-shaped and are fixed to the front side of the front beam 71 of the conveyor by means of support leg fixing screws 7612 in a spaced state, a lever support arm adjusting clamp column 7611 is fixed to one end of the pair of fixing support legs 761 away from the front beam 71 of the conveyor, that is, the front end of the position shown in fig. 1, vertically movable, a lever support arm adjusting clamp 76111 is fixed to the upper end of the lever support arm adjusting clamp column 7611, the pair of lever support arms 762 are fixed to the lever support arm adjusting clamp 76111 in a movable state away from one end of the lever 763, that is, the front end of the position shown in fig. 1, and the lever 763 are fixed to the lever support arm 762 by means of a lever fixing base 7631 in a position corresponding to the upper side of the front side edge of the conveyor 74, and the tablet bottle passage 79 is located between the lever 763 and the tablet-changing roller 75.

The conveyor driving motor 732 is operated, the conveyor driving sprocket 733 is driven by the conveyor driving motor shaft 7321, the conveyor driving driven sprocket 734 is driven by the conveyor driving transmission chain 735, and the conveyor driving driven sprocket 734 is fixed to the front end (the roller head at the front end) of the conveyor left driving roller 741 of the conveyor 74, so that the conveyor driven sprocket 734 drives the conveyor left driving roller 741 to form a transferring (also referred to as "transferring") plane for the conveyor 74 to move repeatedly between the conveyor left and right driving rollers 741, 742, so as to receive the tablet bottles 9 from the tablet bottle passage 79.

As shown in fig. 1, an adjustment clamp column hole 7613 and a tension groove 7614 are formed at each end of the pair of fixed support legs 761 remote from the front beam 71 of the conveyor curtain, the adjustment clamp column hole 7613 is communicated with the outside by the tension groove 7614, and the lower end of the bar support arm adjustment clamp column 7611 is fixed to the fixed support leg 761 at a position corresponding to the adjustment clamp column hole 7613 by a tension groove clamping screw 76141 disposed at the tension groove 7614. The lever support arm adjusting clamp 76111 is fixed to the upper end of the lever support arm adjusting clamp column 7611 by screws. A bar locking screw 76311 for locking the bar 763 is disposed on the bar fixing base 7631. From the illustration of fig. 1, in combination with the previous description of the applicant, it is known that: the bar 763 can be adjusted back and forth by a pair of bar support clip arms 762 to provide for wide and narrow adjustment of the tablet vial channel 79 as desired.

With reference to fig. 2 in combination with fig. 1, the foregoing changer roller driving device 77 includes a changer roller driving motor housing 771, a changer roller driving motor 772, a changer roller driving sprocket 773, a changer roller driving driven sprocket 774, a changer roller driving sprocket 775, a sprocket shaft housing 776, and a universal shaft 777, the changer roller driving motor housing 771 is fixed to the upper portion of the foregoing conveyor front beam 71 and conveyor rear beam 72 at a position corresponding to the right end of the foregoing tablet bottle standing and lying position changer roller 75, the changer roller driving motor 772 is disposed on the changer roller driving motor housing 771, the changer roller driving sprocket 773 is fixed to the changer roller driving motor shaft 772, the upper end of the changer roller driving sprocket 775 is sleeved on the changer roller driving driven sprocket 774, the lower end is sleeved on the changer roller driving sprocket 773, the changer roller driving sprocket 774 is fixed to the driven sprocket shaft 7741, the driven sprocket housing 7741 is rotatably supported on the sprocket shaft housing 776, the conveyor front beam 71 and the conveyor rear beam 72 is rotatably supported by the sprocket shaft housing 776, and the conveyor rear beam 7741 is rotatably connected to the end of the driven sprocket shaft 7741 toward the end of the conveyor front beam 777, and the end of the conveyor front beam 7741 is rotatably connected to the driven sprocket 7741.

When the conversion roller driving motor 772 works, the conversion roller driving motor shaft 7721 drives the conversion roller driving sprocket 773, the conversion roller driving sprocket 774 is driven by the conversion roller driving sprocket driving chain 775, the driven sprocket shaft 7741 drives the universal shaft 777, the universal shaft 777 drives the tablet bottle vertical and horizontal position conversion roller 75, the tablet bottle vertical and horizontal position conversion roller 75 rotates, under the action of the conversion roller screw 753 and under the movement of the conveying curtain 74, the tablet bottle 9 entering the tablet bottle channel 79 from the tablet bottle guide block channel 67 gradually evolves from the previous vertical position (state) to the horizontal position and is simultaneously driven from the left end to the right end of the tablet bottle channel 79 until the tablet bottle falling down 711 blocked by the stop lever 763 rolls out to the horizontal bottle conveying mechanism 8, the tablet bottle conveying mechanism 8 conveys the tablet bottle to a boxing station, and the boxing station is provided with boxing station.

Preferably, a conversion roller guard 754 is provided at a position above the conversion roller 75 in the longitudinal direction corresponding to the tablet bottle standing and lying position, one end of the conversion roller guard 754 is fitted into the conversion roller left support bracket 751 through a guard insertion groove 7541 (also referred to as a guard insertion cavity) formed in the conversion roller guard 754, and the other end of the conversion roller guard 754 is similarly fitted into the conversion roller right support bracket 752 through a guard insertion groove 7541 formed in the conversion roller guard 754.

Still focusing on fig. 2 and in combination with fig. 1, the aforementioned lying bottle conveying mechanism 8 includes a frame 81, a tablet bottle output curtain 82 and a tablet bottle output curtain transmission 83, the frame 81 being supported on the floor at a position corresponding to the aforementioned lying bottle rolling guide 711, the left end of the tablet bottle output curtain 82 being nested on the output curtain left transmission roller 821, and the right end of the tablet bottle output curtain 82 being nested on the output curtain right transmission roller 822, the output curtain left transmission roller 821 being rotatably supported on the upper left side of the frame 81, and the output curtain right transmission roller 822 being rotatably supported on the upper right side of the frame 81, the tablet bottle output curtain transmission 83 being provided on the base 1 at a position corresponding to the front end of the output curtain right transmission roller 822 and being in transmission connection with the front end of the output curtain right transmission roller 822, wherein: the tablet bottle output curtain 82 is provided with tablet bottle partition plates 823 for receiving the tablet bottles 9 rolled by the lying bottle rolling guide plates 711 in a spaced state, and the interval between each two adjacent tablet bottle partition plates 823 is adapted to the outer diameter of the tablet bottle in the lying state.

As shown in fig. 2, the tablet bottle output curtain driving device 83 includes an output curtain driving motor 831, an output curtain driving sprocket 832, an output curtain driving driven sprocket 833 and an output curtain driving sprocket chain 834, the output curtain driving motor 831 is fixed to the frame 81 at a position corresponding to a lower portion of a front end of the output curtain right driving roller 822, the output curtain driving sprocket 832 is fixed to an output curtain driving motor shaft 8311 of the output curtain driving motor 831, the output curtain driving driven sprocket 833 is fixed to an output curtain right driving roller front supporting shaft head 8221 of the output curtain right driving roller 822, an upper end of the output curtain sprocket driving sprocket 834 is sleeved on the output curtain driving driven sprocket 833, and a lower end is sleeved on the output curtain driving sprocket 832.

When the output curtain driving motor 831 works, the output curtain driving motor shaft 8311 drives the output curtain driving sprocket 832, the output curtain driving driven sprocket 833 is driven by the output curtain driving curtain wheel chain 834, and the output curtain driving driven sprocket 833 is fixed on the front supporting shaft head 8221 of the output curtain right driving roller of the output curtain right driving wheel 822, so that the output curtain right driving roller 822 is driven by the output curtain driving driven sprocket 833, the tablet bottle output curtain 82 forms a moving plane which moves around the left and right driving rollers 821 and 822 of the output curtain repeatedly, and the tablet bottle 9 which is rolled into the box between the two adjacent tablet bottle separating plates 823 from the front lying bottle rolling guide 711 (also can be called a lying bottle shifting guide, the same as the above) is conveyed to the box packing station, and the tablet bottle 9 which is shifted into the box packing device which is not shown in the drawing.

The applicant briefly describes the working principle of the present invention with reference to fig. 1 and 2, the bottle separating disc driving motor 2 is in a working state, the bottle separating disc driving motor shaft 21 drives the bottle separating disc center tray 31 to make the bottle separating disc 3 in a rotating state, and meanwhile, the conveying curtain driving device 73, the converting roller driving device 77 and the tablet bottle output curtain driving device 83 of the structural system of the tablet bottle vertical-to-horizontal state converting mechanism 7 are all in working states according to the applicant. The filled, capped and labeled tablet bottles 9 enter the bottle separating disc 3 from the retainer ring entering bottle mouth 51 by the tablet bottle conveying device 10, reach the tablet bottles 9 on the bottle separating disc 3, adhere to the inner wall of the bottle receiving ring 51 under the action of the central bottle guiding block 45 and the rear bottle guiding block 47 and sequentially enter the tablet bottle guiding block channel 67 along the bottle guiding plate 53, and enter the tablet bottle guiding block channel 67 (raw materials of the front bottle are pushed by the rear bottle) into the tablet bottle channel 79, and are conveyed to the boxing station by the conveying curtain 74 according to the applicant.

In the above process, since the speed of the boxing station is slower than the conveying speed of the tablet bottle conveying device 10, there is a redundant case of tablet bottles 9, and the redundant tablet bottles 9 can be temporarily stored on the bottle separating tray 3 having a transit effect because the speed of the bottle separating tray 3 for introducing the tablet bottles 9 to the tablet bottle guide block channel 67 is adapted to the speed of the boxing device at the boxing station. When the above-described process is completed, that is, when the tablet bottles conveyor 10 no longer conveys the tablet bottles 9 to the bottle separating tray 3, the bottle separating tray driving motor 2, the conveying curtain driving device 73, the switching roller driving device 77, the tablet bottle output curtain driving device and the boxing device still maintain the operation for a certain period of time, so that the tablet bottles 9 accumulated on the bottle separating tray 3 are "digested".

In summary, the technical scheme provided by the invention overcomes the defects in the prior art, successfully completes the task of the invention, and faithfully honors the technical effects carried by the applicant in the technical effect column above.

Claims

1. The tablet bottle separating disc structure of the full-automatic packaging assembly line is characterized by comprising a machine base (1) which is provided with a machine base cavity (11), wherein a machine base top plate (12) is formed at the top of the machine base (1); a bottle separating disc driving motor (2) and a bottle separating disc (3), wherein the bottle separating disc driving motor (2) is fixed in the base cavity (11) in a cantilever state with the center position of one side of the base top plate (12) facing the base cavity (11), a bottle separating disc driving motor shaft (21) of the bottle separating disc driving motor (2) faces upwards and is rotationally matched with a bottle separating disc driving motor shaft bearing seat (211), the bottle separating disc driving motor shaft bearing seat (211) is fixed with the center position of one side of the base top plate (12) facing away from the base cavity (11), a bottle separating disc center tray (31) is fixed at the center position of one side of the bottle separating disc (3) facing downwards and at a position corresponding to the bottle separating disc driving motor shaft bearing seat (211), and the bottle separating disc center tray (31) is rotationally matched with a bearing (2111) arranged in the bottle separating disc driving motor shaft bearing seat (211) and is fixed with the bottle separating disc driving motor shaft (21); a bottle guiding mechanism (4), wherein the bottle guiding mechanism (4) is fixed on the machine base (1) in a state of being emptied above the bottle separating disc (3); a bottle retainer ring (5), wherein the bottle retainer ring (5) is fixed at the top of the machine base (1) around the edge part of the bottle distribution disc (3) in the circumferential direction, one side of the bottle retainer ring (5) is provided with a retainer ring inlet bottle mouth (51) for leading the tablet bottles input by the tablet bottle conveying device (10) into the bottle distribution disc (3), and the other side of the bottle retainer ring (5) is provided with a guide block abdication opening (52); a tablet bottle guiding mechanism (6) for guiding out the tablet bottles on the bottle separating disc (3), wherein the tablet bottle guiding mechanism (6) is fixed on the machine base (1) at a position corresponding to the guide block abdication port (52) and extends into the bottle separating disc (3) in a state of suspending in the bottle separating disc (3); a tablet bottle standing and turning prone position changing mechanism (7), the tablet bottle standing and turning prone position changing mechanism (7) is supported on the terrace corresponding to the position of the guide block abdication opening (52) and corresponds to the tablet bottle guiding mechanism (6); a lying bottle conveying mechanism (8) for conveying the tablet bottles which are led out by the tablet bottle standing-to-lying position changing mechanism (7) and are in a lying position to a station where the boxing device is located, wherein the lying bottle conveying mechanism (8) is supported on the terrace in a state corresponding to the front right end of the tablet bottle standing-to-lying position changing mechanism (7); the bottle guiding mechanism (4) comprises a bracket beam front longitudinal arm (41), a bracket beam rear longitudinal arm (42), a bracket beam (43), a central suspender (44), a central bottle guiding block (45), a rear suspender (46) and a rear bottle guiding block (47), wherein the bottom of the bracket beam front longitudinal arm (41) is fixed on a bracket beam front longitudinal arm fixing seat (411), the bracket beam front longitudinal arm fixing seat (411) is fixed on the upper front side of the base (1), the bottom of the bracket beam rear longitudinal arm (42) is fixed on the bracket beam rear longitudinal arm fixing seat (421), the bracket beam rear longitudinal arm fixing seat (421) is fixed on the upper rear side of the base (1), the bracket beam (43) corresponds to the upper part of the bottle distributing disc (3) in a vacated state, the front end of the bracket beam (43) is fixed with the top of the bracket beam front longitudinal arm (41), the rear end is fixed with the top of the bracket beam rear longitudinal arm (42), the upper end of the central rod (44) is fixed with the middle part of the bracket beam (43) in the length direction, the bottom of the bracket beam rear longitudinal arm (42) is fixed with the central disc (43) corresponds to the central bottle guiding block (46) and the lower end of the bottle distributing disc (3) is fixed with the central bottle distributing disc (3) at a certain position, the central bottle guiding block (43) is fixed with the central bottle distributing disc (46), a rear bottle guiding block (47) is fixed at the lower end of the rear suspension rod (46) and also keeps a gap with the surface of the bottle separating disc (3), and a bottle guiding block bottle guiding space (471) for the tablet bottle to pass through is kept between the rear bottle guiding block (47) and the inner wall of the bottle retainer ring (5); the tablet bottle guiding-out mechanism (6) comprises a guide block boom longitudinal arm (61), a guide block boom cross arm (62), a front guide block boom (63), a front guide block (64), a rear guide block boom (65) and a rear guide block (66), wherein the bottom of the guide block boom longitudinal arm (61) is fixed with a guide block boom longitudinal arm fixing seat (611), the guide block boom longitudinal arm fixing seat (611) is fixed with the front side of the upper part of the machine base (1), the front end of the guide block boom cross arm (62) is fixed with the top of the guide block boom longitudinal arm (61), the upper end of the front guide block boom (63) is fixed with the middle part of the guide block boom cross arm (62), a leader block (64) is fixed to the lower end of the leader block boom (63), the left end of the leader block (64) is extended to the bottle separating tray (3), the rear end of the leader block (64) is extended to the tablet bottle standing and lying posture changing mechanism (7) at a position corresponding to the leader block abdication port (52), the upper end of the rear leader block boom (65) is fixed to the rear end of the leader block boom arm (62), the rear leader block (66) is fixed to the lower end of the rear leader block boom (65), the rear leader block (66) corresponds to the rear side of the leader block (64), and the left end of the rear leader block (66) is extended to the bottle separating tray (3), and then the right end of the guide block (66) extends to the tablet bottle standing and rotating prone position changing mechanism (7) at a position corresponding to the guide block abdicating opening (52), wherein: the space between the front guide block (64) and the rear guide block (66) is configured as a tablet bottle guide block channel (67) for a tablet bottle to travel from the bottle separating disc (3) to the tablet bottle standing and rotating prone position changing mechanism (7), a bottle guide plate (53) is fixed between the inner wall of the bottle retainer ring (5) and the front guide block (64), and gaps are kept between the bottoms of the front guide block (64), the rear guide block (64) and the rear guide block (66) and the surface of the bottle separating disc (3).

2. The tablet bottle separating tray structure of the fully automatic packaging line according to claim 1, characterized in that the tablet bottle vertical-rotation prone position changing mechanism (7) comprises a conveying curtain front beam (71), a conveying curtain rear beam (72), a conveying curtain driving device (73), a conveying curtain (74), a tablet bottle vertical-rotation prone position changing roller (75), a bottle channel width adjusting device (76) and a changing roller driving device (77), the conveying curtain front and rear beams (71, 72) are parallel to each other and supported on the terrace by beam body supporting feet (78), the left ends of the conveying curtain front beam (71) and the conveying curtain rear beam (72) correspond to the guide block yielding openings (52), the right ends of the front guide block (64) and the rear guide block (66) extend between the left ends of the conveying curtain front and rear beams (71, 72), the conveying curtain driving device (73) is arranged on the front side of the left end of the conveying curtain front beam (71), the conveying curtain (74) is positioned between the conveying curtain front and the rear beam (71, 72), the left end of the conveying curtain (741) is rotatably sleeved on the conveying curtain (71) and the left end of the conveying curtain (741) is rotatably supported on the conveying roller (741) by the left end (741), a right transmission roller (742) of the conveying curtain is rotatably supported between the right ends of the front and rear beams (71, 72) of the conveying curtain, a bottle standing and lying position changing roller (75) corresponds to the upper part of the conveying curtain (74), the left end of the bottle standing and lying position changing roller (75) is rotatably supported on a left transmission roller support bracket (751) and the right end is rotatably supported on a right transmission roller support bracket (752), the left transmission roller support bracket (751) is fixed with the left rear side of the rear beam (72) of the conveying curtain, the right transmission roller support bracket (752) is fixed with the right rear side of the rear beam (72) of the conveying curtain, a bottle channel width adjusting device (76) is fixed with the front beam (71) of the conveying curtain, a space between the bottle channel width adjusting device (76) and the bottle standing and lying position changing roller (75) is configured as a bottle channel (79), the bottle channel (79) corresponds to the bottle channel guide block (67), a bottle driving device (77) is connected between the right transmission roller (75) and the right transmission beam (72) of the bottle lying position changing roller corresponding to the right position of the vertical position changing roller (75). The tablet bottle vertical-to-horizontal position changing roller (75) is provided with a changing roller thread (753) for changing the tablet bottle from a vertical state to a horizontal state, the upper part of the right end of the conveying curtain front beam (71) is provided with a horizontal bottle rolling guide plate (711), the horizontal bottle conveying mechanism (8) is supported on a terrace at a position corresponding to the horizontal bottle rolling guide plate (711), and a transition bottle guide plate (661) is arranged between the right end of the rear guide block (66) and the left supporting frame (751) of the changing roller.

3. The tablet bottle separating disc structure of the full-automatic packaging line according to claim 2, wherein the conveying curtain driving device (73) comprises a conveying curtain driving motor fixing seat (731), a conveying curtain driving motor (732), a conveying curtain driving sprocket (733), a conveying curtain driving driven sprocket (734) and a conveying curtain driving transmission chain (735), the conveying curtain driving motor fixing seat (731) is fixed to the front side of the left end of the conveying curtain front beam (71), the conveying curtain driving motor (732) is fixed to the conveying curtain driving motor fixing seat (731), the conveying curtain driving sprocket (733) is fixed to a conveying curtain driving motor shaft (7321) of the conveying curtain driving motor (732), a conveying curtain driving driven sprocket (734) is fixed to the front end of the conveying curtain left driving roller (741), the upper end of the conveying curtain driving transmission chain (735) is sleeved on the conveying curtain driving driven sprocket (734), and the lower end of the conveying curtain driving transmission chain (735) is sleeved on the conveying curtain driving sprocket (733), wherein: a motor protection cover (736) is fixed on the conveying curtain front beam (71) and at a position corresponding to the front side of the conveying curtain driving motor fixing seat (731).

4. The tablet bottle separating tray structure of the fully automatic packaging line according to claim 2, wherein the bottle passage width adjusting means (76) comprises a pair of fixing support legs (761), a pair of bar support arms (762) and a bar (763), the pair of fixing support legs (761) are L-shaped and fixed to the front side of the conveying curtain front beam (71) in a spaced state, a bar support arm adjusting clamp column (7611) is fixed to each of the pair of fixing support legs (761) in a vertically moving manner at one end of the pair of fixing support legs (761) away from the conveying curtain front beam (71), a bar support arm adjusting clamp (76111) is fixed to each of the upper ends of the bar support arm adjusting clamp columns (7611), one end of the pair of bar support arms (762) away from the bar (763) is movably fixed to the bar support arm adjusting clamp (76111), the bar (763) is fixed to the bar support arm (7631) at a position corresponding to the upper side of the front edge portion of the conveying curtain (74) by a fixing base (762), and the tablet (79) is positioned between the bottle transferring roller (75) and the bottle.

5. The tablet bottle separating plate structure of the fully automatic packaging line according to claim 2, wherein the changing roller driving device (77) comprises a changing roller driving motor seat (771), a changing roller driving motor (772), a changing roller driving sprocket (773), a changing roller driving driven sprocket (774), a changing roller driving sprocket driving chain (775), a sprocket shaft bearing seat (776) and a universal shaft (777), the changing roller driving motor seat (771) is fixed with the upper part of the conveying curtain front beam (71) and the conveying curtain rear beam (72) at a position corresponding to the right end of the tablet bottle vertical rotation prone position changing roller (75), the changing roller driving motor (772) is arranged on the changing roller driving motor seat (771), the changing roller driving sprocket (773) is fixed on a changing roller driving motor shaft (7721) of the changing roller driving motor (772), the upper end of the changing roller driving sprocket (776) is sleeved on the changing roller driving driven sprocket (774), the lower end of the changing roller driving sprocket (775) is sleeved on the changing roller shaft (776) and the conveying driven sprocket shaft (776) is fixed on the conveying roller shaft (7741) to the conveying driven sprocket (776), one end of the universal shaft (777) facing the tablet bottle vertical rotation prone position changing roller (75) is connected with the tablet bottle vertical rotation prone position changing roller (75), and one end of the universal shaft (777) facing the driven sprocket shaft (7741) is connected with the driven sprocket shaft (7741).

6. The tablet bottle separating disc structure of the full-automatic packaging line according to claim 2, wherein a conversion roller protecting cover (754) is provided at a position corresponding to the upper part of the length direction of the tablet bottle vertical-rotation prone position conversion roller (75), one end of the conversion roller protecting cover (754) is in insert fit with the conversion roller left supporting frame (751), and the other end of the conversion roller protecting cover (754) is in insert fit with the conversion roller right supporting frame (752).

7. Tablet bottle separating disc structure of a fully automatic packaging line according to claim 2, characterized in that the lying bottle conveying mechanism (8) comprises a frame (81), a tablet bottle output curtain (82) and a tablet bottle output curtain transmission device (83), the frame (81) is supported on the terrace at a position corresponding to the lying bottle rolling guide plate (711), the left end of the tablet bottle output curtain (82) is sleeved on the output curtain left transmission roller (821), the right end of the tablet bottle output curtain (82) is sleeved on the output curtain right transmission roller (822), the output curtain left transmission roller (821) is rotatably supported on the upper left side of the frame (81), the output curtain right transmission roller (822) is rotatably supported on the upper right side of the frame (81), and the tablet bottle output curtain transmission device (83) is arranged on the stand (1) at a position corresponding to the front end of the output curtain right transmission roller (822) and is in transmission connection with the front end of the output curtain right transmission roller (822), wherein: a tablet bottle partition plate (823) for receiving the tablet bottles rolled by the lying bottle rolling guide plate (711) is formed on the tablet bottle output curtain (82) in a spaced state, and the distance between every two adjacent tablet bottle partition plates (823) is adapted to the outer diameter of the tablet bottles in the lying state.

8. The tablet bottle separating disc structure of the full-automatic packaging line according to claim 7, wherein the tablet bottle output curtain driving device (83) comprises an output curtain driving motor (831), an output curtain driving and driving sprocket (832), an output curtain driving and driven sprocket (833) and an output curtain driving and driving sprocket chain (834), the output curtain driving motor (831) is fixed on the frame (81) at a position corresponding to the lower part of the front end of the output curtain right driving roller (822), the output curtain driving and driving sprocket (832) is fixed on an output curtain driving motor shaft (8311) of the output curtain driving motor (831), the output curtain driving and driven sprocket (833) is fixed on an output curtain right driving roller front supporting shaft head (8221) of the output curtain right driving roller (822), the upper end of the output curtain sprocket driving chain (834) is sleeved on the output curtain driving and driven sprocket (833), and the lower end is sleeved on the output curtain driving and driving sprocket (832).