CN112537628A

CN112537628A - Capsule production line

Info

Publication number: CN112537628A
Application number: CN202011635833.7A
Authority: CN
Inventors: 章国宏
Original assignee: Xinchang Honghai Machinery Co ltd
Current assignee: Xinchang Honghai Machinery Co ltd
Priority date: 2020-02-08
Filing date: 2020-12-31
Publication date: 2021-03-23
Also published as: CN215515635U; CN215515638U; CN216154872U; CN215515636U; CN112537629B; CN215158781U; CN112875249A; CN216154873U; CN112875249B; CN215478045U; CN112537629A; CN215515637U; CN216271773U

Abstract

The invention discloses a capsule production line, which comprises: a first frame unit provided with a low position and a high position; the lifting mechanism is used for conveying the rubber plate from a low position to a high position; the supporting mechanism is arranged at a low position and used for supporting the rubber plate; the limiting mechanism is arranged at a low position corresponding to the supporting mechanism and is used for assisting in positioning the rubber plate on the supporting mechanism; the third rubber plate conveying mechanism is used for conveying the turned rubber plates to the supporting mechanism and/or the lifting mechanism; the fourth rubber plate conveying mechanism is arranged at the high position and used for conveying the rubber plates driven to the high position by the lifting mechanism to the downstream; the lifting mechanism and/or the supporting mechanism and/or the limiting mechanism are/is provided with at least four stations for placing at least four rubber plates. The invention provides a capsule production line which can simultaneously convey at least four rubber plates to downstream such as drying equipment for processing, wherein two push plates which are adjacent to each other before and after conveying are used for clamping and advancing at one time and are arranged in two groups, so that the conveying efficiency of the rubber plates is greatly improved, and the production efficiency of capsules is further improved.

Description

Capsule production line

Technical Field

The invention relates to the field of capsule production, in particular to a capsule production line.

Background

In each capsule production process of the capsule production equipment, the capsule production line for producing capsules comprises the following processes: oiling the capsule core rod on the rubber plate, dipping the capsule core rod in glue, turning the rubber plate after dipping in the glue, drying the capsule, degumming the capsule, cleaning the rubber plate after degumming, and oiling the capsule core rod on the rubber plate, thus the cycle is repeated. Each step of the process affects the efficiency and quality of capsule production. In order to carry the offset plate that will dip in after gluing through the upset to capsule drying equipment, because the entry of capsule drying equipment is higher than offset plate turning device, consequently need a capsule production line to carry the offset plate, deliver the offset plate to drying equipment by tilting mechanism in. In the capsule production line that rubber plate transport structure related to among the prior art, can only be to the transport of single or two rubber plates at most simultaneously, work efficiency is extremely low like this, and capsule production output is low, and poor stability in the transportation process.

And in the working process, firstly, the rubber plate lifting device runs to the lowest position, the rubber plate on the supporting guide rail of the supporting mechanism slides to the baffle of the grabbing plate, and when the rubber plate is completely positioned on the baffle, the rubber plate lifting device moves upwards. However, in order to ensure that the rubber plate can smoothly slide on the supporting mechanism, the lower part of the rubber plate and supporting members such as supporting guide rails on the supporting mechanism cannot be tightly attached to each other, a certain transverse movement allowance must be reserved, so that when the rubber plate is pushed to the placing position by the front pushing device, the rubber plate can be inclined to each other, the subsequent lifting mechanism is difficult to grab, and even the problem that the rubber plate slides down due to the fact that grabbing is unstable occurs. Especially for some rubber plates with larger length-width ratio, namely narrower rubber plates, the rubber plates incline greatly on the supporting structure, and the grabbing and lifting of the rubber plates by a subsequent lifting mechanism are seriously influenced.

Disclosure of Invention

Aiming at the defects in the prior art, the invention provides a capsule production line which can simultaneously convey at least four rubber plates to downstream such as drying equipment for processing, two push plates which are adjacent before and after conveying are clamped and advanced at one time and are arranged in two groups, so that the conveying efficiency of the rubber plates is greatly improved, and the production efficiency of capsules is further improved.

In order to solve the technical problem, the invention is solved by the following technical scheme:

a capsule production line comprising:

a first frame unit provided with a low position and a high position;

the lifting mechanism is used for conveying the rubber plate from a low position to a high position;

the supporting mechanism is arranged at a low position and used for supporting the rubber plate;

the limiting mechanism is arranged at a low position corresponding to the supporting mechanism and is used for assisting in positioning the rubber plate on the supporting mechanism;

the third rubber plate conveying mechanism is used for conveying the turned rubber plates to the supporting mechanism and/or the lifting mechanism;

the fourth rubber plate conveying mechanism is arranged at the high position and used for conveying the rubber plates driven to the high position by the lifting mechanism to the downstream;

the lifting mechanism and/or the supporting mechanism and/or the limiting mechanism are/is provided with at least four stations for placing at least four rubber plates.

Preferably, the third glue board conveying mechanism moves along the turnover mechanism and/or the second guide rail structure and/or the supporting mechanism, and comprises:

the third pushing frame unit is provided with a pushing claw structure and is used for pushing a rubber plate with a claw positioned on the turnover mechanism;

the third transmission unit is connected with the third pushing frame unit and can drive the third pushing frame unit and/or a rubber plate positioned on the third pushing frame unit to move;

and the third driving unit is connected with the third transmission unit and used for providing power for the movement of the third transmission unit.

Preferably, the third pushing frame unit comprises;

the third pushing structure is connected with the third transmission unit;

and the third push claw structures are distributed along the rear ends of the third push structures, the third push claw structures are arranged upwards, and when the rubber plate moves along the direction of the supporting mechanism from the turnover mechanism, the third push claw structures are in contact with the outer end face of the rubber plate.

Preferably, the third transmission unit includes:

a third rack structure connected to the third pushing structure and/or the first frame unit;

the third gear structure is arranged corresponding to the third rack structure;

the third guide structure is connected with the third pushing structure and/or the first frame body unit and is used for guiding the third rubber plate conveying mechanism during movement;

the third rack structure and/or the third gear structure is driven to move or rotate by a third driving unit.

Preferably, the third transmission unit includes:

the third rack structure is of a long strip-shaped structure, the length dimension of the third rack structure is greater than or equal to the dimension of a path for conveying the rubber plate from the turnover mechanism to the supporting mechanism, and the third rack structure is connected with the third pushing structure;

the third gear structure is connected with the third rotating shaft, and when the third driving unit drives the third rotating shaft to rotate, the third gear structure and the third rotating shaft synchronously rotate;

and at least one end of the third guide structure is connected with the first frame body unit, a third guide channel is arranged on the third pushing structure, and the third guide structure moves along the third guide channel and is used for guiding the third pushing structure during movement.

Preferably, the third pushing structure comprises a first rod, a second rod and at least one third rod connecting the first rod and the second rod, the third guide channels are arranged at two ends of the first rod and the second rod, and the third guide channels arranged on the first rod and the second rod are located on the same horizontal line.

Preferably, the third pawl pushing structure is connected with the outer end face of the first rod, the third pawl pushing structure comprises a third pawl pushing main body and a third pawl rotating member, the lower end of the third pawl pushing main body is connected with the first rod, the upper end of the third pawl pushing main body is rotatably connected with the third pawl rotating member, and a specific rotatable interval is formed on the third pawl rotating member relative to the third pawl pushing main body.

Preferably, the support mechanism includes a plurality of sets of support units, and a space between two sets of support units arranged oppositely is formed with a support area for placing the offset plate, and the support unit includes:

the support frame is connected with the lower position of the first frame body unit;

and the supporting guide rail structure is positioned above the supporting frame and used for guiding and/or supporting the rubber plate when the rubber plate moves to the lower part of the lifting mechanism from the turnover mechanism.

Preferably, the limiting mechanism and the supporting mechanism are correspondingly arranged, the limiting mechanism comprises a plurality of groups of limiting units, and the limiting units comprise:

a fixed structure connected with the first frame unit and/or the support mechanism;

the movable structure is movably connected relative to the fixed structure and can be acted on the movable structure by the lifting mechanism to enable the movable structure to be switched between a first position and a second position, the movable structure can limit the moving range of the rubber plate positioned on the supporting unit when being positioned at the first position, and when the movable structure is positioned at the second position, the top of the movable structure is flush with the upper end face of the supporting guide rail structure and/or is lower than the upper end face of the supporting guide rail structure.

Preferably, the fixing structure comprises:

at least one fixed base connected to the first rack unit and/or the support mechanism;

and the guide channel is arranged on the fixed base and used for guiding the movable structure when the movable structure moves between the first position and the second position.

Preferably, the movable structure comprises:

the baffle plate assembly is used for guiding and supporting the rubber plate when the rubber plate moves from the turnover mechanism to the position below the lifting mechanism;

and the lifting assembly is connected with the baffle plate assembly, and the baffle plate assembly can change the distance from the fixed structure through the lifting assembly.

Preferably, the baffle assembly comprises a first baffle arranged outside the support rail structure, and the first baffle can limit the placing postures of the rubber plates with two ends respectively placed on the support rail structure when in the first position.

Preferably, the set of first opposing baffles can limit lateral movement of the two ends of the glue board on the support rail structure.

Preferably, the lifting assembly comprises:

the first lifting piece is connected with one end of the first baffle;

the second lifting piece is connected with the other end of the first baffle;

the lifting guide structure is connected with the fixed base and is provided with a guide channel; -may be dispensed with.

The first lifting piece and the second lifting piece move relative to the guide channel to adjust the distance and/or the position between the top of the first baffle plate and the upper end face of the support guide rail structure.

Preferably, the length dimension of the support rail structure and/or the first baffle plate along the feeding direction is a multiple of the width of at least two rubber plates.

Preferably, the limiting mechanism further comprises an elastic structure capable of resetting the movable structure from the second position to the first position, and the elastic structure is connected with the fixed structure and the movable structure respectively.

Preferably, the lifting mechanism includes:

the lifting clamping assembly is used for grabbing the rubber plate on the supporting mechanism and pushing the movable structure away from the first position;

the lifting support component is arranged corresponding to the lifting clamping component and is used for supporting the lifting clamping component;

and the lifting driving assembly is connected with the lifting support assembly and is used for providing power for the lifting clamping assembly and/or the lifting support assembly to move up and down along the vertical direction.

Preferably, the movable structure can be reset to the first position from the second position by the elastic structure after the lifting clamping assembly removes the rubber plate.

Preferably, the width dimension of the lifting clamping assembly is a multiple of the width of at least two rubber plates, and the lifting clamping assembly is used for clamping at least two rubber plates.

Preferably, the lifting support assembly comprises a first structure, a second structure and at least one third structure connecting the first structure and the second structure, the lifting clamping assembly is connected with the first structure and/or the second structure, and the lifting driving assembly is connected with the third structure.

Preferably, the lifting drive assembly comprises:

the lifting power assembly is used as a power source;

a lifting guide member disposed in a vertical direction;

and the lifting guide channel is arranged on the lifting connecting piece, is sleeved outside the lifting guide piece and is used for guiding the rubber plate in lifting motion along the vertical direction.

Preferably, the lifting power assembly is provided as a motor and a chain structure connected to the lifting connection and/or the first structure and/or the second structure and/or the third structure.

Preferably, the lifting power assembly is provided as a motor and a belt structure connected to the lifting connection and/or the first structure and/or the second structure and/or the third structure.

Preferably, the lifting power assembly is provided as a motor and a gear arrangement, which is connected to the lifting connection and/or the first and/or second and/or third structure.

Preferably, the upper end of the lifting guide is connected with the upper position of the first frame unit, and the lower end of the lifting guide is connected with the lower position of the first frame unit.

Preferably, one end of the lifting connecting piece is connected with the third structure, and the lifting guide channel is formed by a through hole structure arranged on the lifting connecting piece.

Preferably, the lifting clamp assembly package:

the clamping support structure is connected with the lifting connecting piece and/or the first structure and/or the second structure and/or the third structure and can push the movable structure to a first position;

the lifting push claw units are respectively arranged at two ends of the clamping and supporting structure and are used for grabbing the rubber plate and/or the supporting rubber plate positioned on the supporting mechanism.

Preferably, centre gripping bearing structure is including being parallel arrangement's first backup pad and second backup pad and centre gripping connecting rod, first backup pad and second backup pad link to each other through at least one centre gripping connecting rod, the lower extreme of first backup pad and/or second backup pad is provided with and is used for the installation position, be used for the installation of lift claw unit pushes away, the lower extreme that lift claw unit can be relative first backup pad and/or second backup pad rotates.

Preferably, the lower end of the first support plate and/or the second support plate is provided with an abutting structure which acts on the first baffle and/or the second baffle so that the movable structure is switched between the first position and the second position.

Preferably, the oppositely arranged lifting pusher-claw units are formed with clamping areas for placing the rubber plates, and the width dimension of the clamping areas is a multiple of the width of at least two rubber plates.

Preferably, the lifting pawl unit includes:

the rubber plate clamping device comprises a plurality of lifting pusher jaw pieces, wherein one ends of the lifting pusher jaw pieces are provided with abutting parts for placing rubber plates during clamping;

the lifting connection shaft is connected with the other end of the lifting pusher claw piece in series, the lifting pusher claw piece can rotate relative to the lifting connection shaft, and the posture of the lifting pusher claw piece for clamping the rubber plate is adjusted.

Preferably, the lifting connection shaft is connected to an outer side of the first support plate and/or the second support plate.

Preferably, the lifting pusher dog is transversely arranged in an installation part, and when the lifting pusher dog rotates along the lifting connecting shaft, the installation part is used for accommodating the lifting pusher dog.

Preferably, the fourth offset plate conveying mechanism includes:

the fourth pushing frame unit is provided with a pushing claw structure and is used for pushing a rubber plate with a claw positioned on the lifting mechanism;

the fourth transmission unit is connected with the fourth pushing frame unit and can drive the fourth pushing frame unit and/or a rubber plate positioned on the fourth pushing frame unit to move;

and the fourth driving unit is connected with the fourth transmission unit and used for providing power for the movement of the fourth transmission unit.

Preferably, the fourth pushing frame unit comprises;

the fourth pushing structure is connected with the fourth transmission unit;

and the fourth push claw structures are distributed along the outer end parts of the fourth push structures, the fourth push claw structures are arranged upwards, and when the rubber plate moves along the downstream direction from the lifting mechanism, the push claw end surfaces of the fourth push claw structures are contacted with the outer end surfaces of the rubber plate.

Preferably, the fourth transmission unit includes:

a fourth rack structure connected to the fourth pushing structure and/or the second frame unit;

the fourth gear structure is arranged corresponding to the fourth rack structure;

the fourth guide structure is connected with the fourth pushing structure and/or the second frame body unit and is used for guiding the fourth rubber plate conveying mechanism during movement;

the fourth rack structure and/or the fourth gear structure is driven to move or rotate by a fourth driving unit.

Preferably, the fourth transmission unit includes:

the fourth rack structure is of a long strip-shaped structure, and the length dimension of the fourth rack structure is greater than or equal to the width dimension of the lifting clamping assembly;

the fourth gear structure is connected with the fourth rotating shaft, and when the fourth driving unit drives the fourth rotating shaft to rotate, the fourth gear structure and the fourth rotating shaft synchronously rotate;

and one end of the fourth guide structure is connected with the fourth pushing structure, a fourth guide channel is arranged on the second frame body unit, and the fourth guide channel is used for the fourth guide structure to be sleeved outside the fourth guide structure and used for guiding the fourth pushing structure during movement.

Preferably, the fourth pawl structure includes:

the fourth push claw support is connected with the outer end face of the fourth push structure;

and the fourth pawl pushing main body is rotatably connected with the fourth pawl pushing support, and a specific rotatable interval is formed between the fourth pawl pushing main body and the fourth pawl pushing support.

Preferably, the fourth pawl body includes:

the fourth pushing claw driving part is used for pushing the rubber plate on the lifting mechanism, and the inner end surface of the fourth pushing claw driving part is abutted against the rubber plate;

and the fourth push claw supporting part is connected with the fourth push claw driving part and synchronously rotates with the fourth push claw driving part, and when the fourth push claw driving part acts on pushing a rubber plate on the lifting mechanism, the fourth push claw supporting part is abutted against the outer end part of the fourth push claw support and/or the fourth pushing structure and is limited in the rotation of the fourth push claw driving part.

Preferably, the rubber plate conveying mechanism is used for pushing the rubber plate on the lifting mechanism to the downstream, and the fourth rubber plate conveying mechanism comprises:

and the fourth driving device is arranged on the first frame body and/or the second frame body unit and can drive the fourth pushing frame unit to move along the horizontal direction of the second frame body unit.

Preferably, the fourth driving means includes:

the screw rod structure is connected with the second frame body unit;

the transmission structure is connected with the screw rod structure;

the driven structure is respectively connected with two ends of the transmission structure, and the front end of the driven structure is connected with the fourth pushing structure;

the motor drives the screw rod structure to rotate, and the transmission structure, the driven structure and the fourth pushing frame unit move along the horizontal direction to grab and convey the rubber plate positioned on the lifting mechanism.

The invention has the following beneficial effects:

(1) according to the capsule production line, the lifting mechanism is used for conveying the rubber plates turned by the turning mechanism, at least four rubber plates can be conveyed simultaneously, the working efficiency is greatly improved, and the production efficiency of capsules is greatly improved;

(2) according to the capsule production line, the limiting mechanisms for limiting the transverse movement of the rubber plate are arranged on the two sides of the supporting mechanism, so that the two ends of the rubber plate are bound by the limiting mechanisms and cannot move transversely when the rubber plate is arranged on the supporting mechanism, the posture of the rubber plate on the supporting mechanism is further ensured to be kept within an acceptable inclination angle, the rubber plate is stably grabbed by the subsequent lifting mechanism, and the production quality of capsules is improved;

(3) according to the capsule production line, the fourth rubber plate conveying mechanism is located at the high position of the lifting mechanism and located in front of the feeding direction of the lifting mechanism in a waiting state, the working state moves to the front end of the lifting mechanism along the direction opposite to the feeding direction, and the rubber plates located on the lifting push claw piece are waited or pushed to the downstream for processing, for example, the rubber plates are pushed to a downstream drying line for drying, so that the capsule production line is simple in structure and good in pushing stability;

(4) according to the capsule production line, the third rubber plate conveying mechanism is positioned below the turnover mechanism and used for conveying the rubber plates, when the lifting mechanism descends to the lowest position, the rubber plates are synchronously conveyed to the lifting mechanism, or the rubber plates can be conveyed below the lifting mechanism in advance or conveyed to the supporting mechanism to wait for the descending of the lifting mechanism, and then the lifting mechanism moves forwards to convey at least four rubber plates which are waiting and being conveyed to the lifting mechanism, so that the conveying efficiency of the rubber plates is greatly improved, the capsule production efficiency is high, other driving structures are not required to be configured, the structure is simple, and the synchronism is good.

Additional aspects and advantages of the invention will be set forth in part in the description which follows and, in part, will be obvious from the description, or may be learned by practice of the invention.

Drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the invention without limiting the invention. In the drawings:

FIG. 1 is a first schematic structural view of a capsule manufacturing apparatus according to an embodiment of the present invention;

FIG. 2 is a second schematic structural view of a capsule manufacturing apparatus according to an embodiment of the present invention;

FIG. 3 is an exploded view of the capsule manufacturing apparatus according to one embodiment of the present invention;

FIGS. 4-6 are schematic views of a capsule manufacturing line according to an embodiment of the present invention;

FIG. 7 is a first schematic structural view of a third glue board conveying mechanism of the capsule production line according to an embodiment of the present invention;

FIG. 8 is a second schematic structural view of a third glue board conveying mechanism of the capsule production line according to the first embodiment of the present invention;

fig. 9 is a schematic structural diagram of a third pushing unit according to an embodiment of the disclosure;

fig. 10-12 are schematic structural views of a rubber plate lifting device according to an embodiment of the present invention;

FIGS. 13 and 14 are schematic structural views of a support mechanism according to an embodiment of the present invention;

fig. 15 and 16 are schematic structural views of a lifting mechanism disclosed in an embodiment of the present invention;

fig. 17 to 21 are schematic structural views of a limiting mechanism according to an embodiment of the present invention;

FIG. 22 is a schematic view of a lift drive assembly according to an embodiment of the present disclosure;

FIGS. 23-25 are schematic views of the lifting clamp assembly according to an embodiment of the present invention;

fig. 26 to 29 are schematic structural views of a fourth offset plate conveying mechanism according to an embodiment of the disclosure.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the drawings of the embodiments of the present invention. It is to be understood that the embodiments described are only a few embodiments of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the described embodiments of the invention without any inventive step, are within the scope of protection of the invention.

In the description of the present invention, it is to be understood that the terms "center", "longitudinal", "lateral", "length", "width", "thickness", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", "clockwise", "counterclockwise", and the like, indicate orientations and positional relationships based on those shown in the drawings, and are used only for convenience of description and simplicity of description, and do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and thus, should not be considered as limiting the present invention.

Furthermore, the terms "first", "second" and "first" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include one or more of that feature. In the description of the present invention, "a plurality" means two or more unless specifically defined otherwise.

In the present invention, unless otherwise expressly specified or limited, the terms "mounted," "connected," "secured," and the like are to be construed broadly and can, for example, be fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood by those skilled in the art according to specific situations.

In the present invention, unless otherwise expressly stated or limited, "above" or "below" a first feature means that the first and second features are in direct contact, or that the first and second features are not in direct contact but are in contact with each other via another feature therebetween. Also, the first feature being "on," "above" and "over" the second feature includes the first feature being directly on and obliquely above the second feature, or merely indicating that the first feature is at a higher level than the second feature. A first feature being "under," "below," and "beneath" a second feature includes the first feature being directly under and obliquely below the second feature, or simply meaning that the first feature is at a lesser elevation than the second feature.

Unless defined otherwise, technical or scientific terms used herein shall have the ordinary meaning as understood by one of ordinary skill in the art to which this invention belongs. The use of "first," "second," and similar terms in the description and claims of the present application do not denote any order, quantity, or importance, but rather the terms are used to distinguish one element from another. Also, the use of the terms "a" or "an" and the like do not denote a limitation of quantity, but rather denote the presence of at least one.

As shown in fig. 1 to 29, fig. 1 to 3 are schematic structural diagrams of a capsule production apparatus disclosed in an embodiment of the present invention, wherein the capsule production apparatus includes a first glue board conveying mechanism 2, a glue dipping mechanism 3, a glue board turnover mechanism 4, a second glue board conveying mechanism 5, and a second frame unit 10, wherein the first glue board conveying mechanism 2 is used for conveying glue boards 1 which are not dipped with glue and has a plurality of first pushing stations for pushing the glue boards which are not dipped with glue; the glue dipping mechanism 3 is used for dipping glue on the glue boards 1 which are not dipped and are pushed by the first glue board conveying mechanism 2; the rubber plate turnover mechanism 4 is connected with the rubber dipping mechanism 3 and is used for turning over the rubber plate 1 dipped with rubber; the second rubber plate conveying mechanism 5 is arranged above the rubber dipping mechanism 3 and used for pushing the rubber plate 1 which finishes rubber dipping to the rubber plate turnover mechanism 4. As shown in fig. 1, the capsule production apparatus in the embodiment of the drawing has two left and right parallel capsule production channels which are simultaneously performed, and are completely the same, and of course, 3 or more production channels may be provided in parallel, and may be set according to a specific production environment. In this embodiment, the glue board that does not dip in glue is according to the continuous 3 direction transport to dipping in gluey mechanism of the mechanism of multiunit offset plate to dipping in gluey with a plurality of first push stations on the first offset plate conveying mechanism 2, wherein every first push station can once push a set of offset plate that includes the polylith offset plate, it dips in gluey to dip in gluey mechanism 3 to the not dipping in gluey board of first offset plate conveying mechanism 2 propelling movement, at last, the offset plate propelling movement that will accomplish dipping in gluey is walked on offset plate tilting mechanism 4 through second offset plate conveying mechanism 5, the offset plate overturns the back through offset tilting mechanism 4, the glue solution on the offset plate is more even, the offset plate after the upset rethread capsule production line 6 is pushed to capsule production line 6 from offset tilting mechanism 4, capsule production line 6 of this embodiment is used for snatching and promoting the offset plate that has accomplished dipping in gluey, and carry the offset plate to the high level, fourth offset plate conveying mechanism 9 that this embodiment capsule production line 6 includes carries the offset plate of capsule production line 6 to push-and-pull on the low . The whole rubber plate is fast in rubber dipping process, compact in equipment structure and small in occupied area. Realize capsule production line 6 and carry the polylith offset plate simultaneously, effectively improved capsule production line 6's transport efficiency and transport quality, solved present capsule apparatus for producing can only pass through the single offset plate low in transport efficiency, and the poor problem of offset plate centre gripping stability.

As an embodiment of the present invention, as shown in fig. 4 to 29, the capsule production line 6 includes a first frame unit 61, a lifting mechanism 62, a support mechanism 100 and a limit mechanism 200, and a third rubber plate conveying mechanism and a fourth rubber plate conveying mechanism 9, wherein the first frame unit 61 is provided with a low position and a high position, the support mechanism 100 is provided at the low position for supporting the rubber plate, the limit mechanism 200 is provided at the low position corresponding to the support mechanism 100 for assisting the positioning of the rubber plate on the support mechanism 100, the rubber plate on the support mechanism 100 conveys the rubber plate from the low position to the high position via the lifting mechanism 62 for downstream processing, the downstream in this embodiment preferably refers to a drying line, and the capsule dipped with the rubber plate is dried and formed. In this embodiment, the supporting mechanism 100 is disposed below the lifting mechanism 62, after the rubber sheet is turned over by the turning mechanism 4, the rubber sheet is firstly conveyed to the supporting mechanism 100 and/or the lifting mechanism 62 by the third rubber sheet conveying mechanism 8, the rubber sheet located on the lifting mechanism 62 is conveyed to a high position by the lifting mechanism 62, and then the rubber sheet on the lifting mechanism 62 is pushed and conveyed to a downstream by the fourth rubber sheet conveying mechanism 9 located at the high position. In this embodiment, the lifting mechanism and/or the supporting mechanism and/or the limiting mechanism are/is provided with a supporting area 633 for placing the rubber sheet, which is at least twice of the clamping station for clamping the rubber sheet on the turnover mechanism, as shown in the figure, the turnover mechanism can simultaneously turn over two rubber sheets, the clamping area 41 provided on the turnover mechanism is arranged in parallel along the length direction, two rubber sheets turned over by the turnover mechanism are simultaneously conveyed to the second guide rail structure 7 or the supporting mechanism 100 through the third conveying mechanism, the width dimension of the corresponding supporting mechanism is at least two rubber sheets, and two rubber sheets are arranged along the length direction, so the width dimension of the supporting mechanism of this embodiment can also be twice of the clamping area of at least two turnover mechanisms, so the supporting mechanism 100 can simultaneously support twice of the rubber sheet on the turnover mechanism, and in the same way, the upgrading mechanism 62 is arranged corresponding to the width of the supporting mechanism, can simultaneously clamp and convey twice the number of the rubber plates on the turnover mechanism. The width dimension of the supporting area 633 is at least twice that of the clamping area 41, so that double or multiple times of the rubber plates on the turnover mechanism can be conveyed through the production line of the invention, and the working efficiency is greatly improved. The lifting mechanism 62 of this embodiment can convey at least four rubber plates simultaneously, so the lifting mechanism 62 of this embodiment, and the corresponding and/or supporting mechanism 100 and/or limiting mechanism 200 are provided with at least four stations for placing the rubber plates, the four stations of this embodiment preferably refer to two of the width directions as shown in the figure X direction, as shown in the figure, the size a of the width is at least equal to twice the width of the rubber plate, and the length direction as shown in the figure Y direction, and totally four, the stations of this embodiment can also extend and increase 1-N unequal along the length direction and/or the width direction, for the clamping and lifting of the balancing lifting mechanism 62, preferably refer to an even increase, of course, for example, 2 stations are provided in the length direction, 2 stations in the width direction on one side, 3 stations in the width direction on the other side, and totally 5 stations are provided; or for example, 2 pieces are arranged in the length direction, 3 pieces are arranged in the width direction of one side, and 3 pieces are arranged in the width direction of the other side, and the total number is 6; for example, 2 pieces are arranged in the length direction, 4 pieces are arranged in the width direction of one side, 4 pieces are arranged in the width direction of the other side, 8 pieces are arranged in total, and the like, and the sequential circulation is within the implementation range of the embodiment.

According to the embodiment of the present invention, the third glue board conveying mechanism 8 moves along the lower portion of the turnover mechanism 4 and/or the second guide rail structure 7 and/or the supporting mechanism 100, the movement track of the embodiment is to convey the glue board from the turnover mechanism 4 to the second guide rail structure 7 or onto the supporting mechanism 100, the glue board can be conveyed to 4 stations on the supporting mechanism 100 when the lifting mechanism 62 has not yet reached the low position, or the glue board can be conveyed to the supporting mechanism 100 when the lifting mechanism 62 has reached the low position, or the operation is synchronized with the lifting mechanism 62, that is, the lifting mechanism 62 is in the process of descending, the third glue board conveying mechanism 8 of the embodiment also conveys the glue board forward and reaches the position of the supporting mechanism 100 in synchronization with the lifting mechanism 62, the third glue board conveying mechanism 8 of the embodiment includes a third pushing frame unit 81, a third pushing frame unit, a second pushing frame unit 81, a third pushing frame unit, A third transmission unit 82 and a third driving unit 83, wherein the third pushing frame unit 81 has a pushing claw structure for pushing a rubber plate on the turnover mechanism 4, and the rubber plate on the turnover mechanism 4 is pushed to the front second guide rail structure 7 or the supporting mechanism 100 for placement under the driving of the third driving unit 83; the third transmission unit 82 of this embodiment is connected to the third pushing frame unit 81, and under the driving of the third driving unit 83, the third pushing frame unit 81 can be driven to drive the rubber sheet to move synchronously, and/or the rubber sheet is placed on the third pushing frame unit 81 to move synchronously with the third pushing frame unit 81, so as to convey the rubber sheet to downstream, such as the second guide rail structure 7 or the supporting mechanism 100.

According to an embodiment of the present invention, the third pushing frame unit 81 includes a third pushing structure 811 and a plurality of third pushing claw structures 812 disposed on the third pushing structure 811, wherein the third pushing structure 811 is connected to the third transmission unit 82, as an embodiment, the third pushing structure 811 of this embodiment includes a first rod 813, a second rod 814, and at least one third rod 815 connecting the first rod 813 and the second rod 814, that is, the third pushing structure 811 forms a frame structure through the first rod 813, the second rod 814 and the third rod 815 to perform a supporting and connecting function, and the first rod 813, the second rod 814 and the third rod 815 may be an integral structure or a separate structure and are connected through a connecting structure; as another example, the third pushing structure 811 of this embodiment may be a unitary plate structure, i.e., the whole structure is formed by splicing one or more plates, and both functions as a support and a connection. The frame structure is advantageous over the plate structure in terms of energy saving and packaging transportation and cost saving, is light in weight, can have a lower power requirement for the third drive unit 83, and also reduces transportation costs, and is more material-efficient than the plate structure. In this embodiment, the third push claw structure 812 is distributed along the rear end of the third push structure 811, and is arranged in a row, and is configured to push the rubber plate on the turnover mechanism 4 to the second rail structure 7 or the support mechanism 100, the third push claw structure 812 of this embodiment is arranged upward, that is, the third push claw structure 812 is arranged to protrude outward relative to the upper end surface of the third push structure 811, so as to reserve a space for the rubber plate, and facilitate pushing the rubber plate, when the rubber plate of this embodiment moves from the turnover mechanism 4 along the direction of the support mechanism 100, the third push claw structure 812 contacts with the outer end surface of the rubber plate, and basically abuts against the relationship, so as to push the movement of the rubber plate. The third pusher 812 is similar to the other pusher, but the pusher is arranged upward, and the limited movable end of the third pusher can push the turned rubber sheet on the turning mechanism 4 to move along the second rail structure 7 to the supporting mechanism 100 or the lifting mechanism 62. The third pushing claw structure 812 can be installed on the beam of the third pushing structure 811, the pushing claw is upward, the movable end of the pushing claw can rotate in a range from upward vertical to parallel towards the advancing direction of the rubber plate, and the upper end of the third pushing claw structure 812 is also provided with an end face inclined towards the opposite direction of the advancing direction of the rubber plate. In some embodiments, the third pushing claw structure 812 may be disposed at the rear end of the third pushing structure 811, and a plurality of third pushing claw structures 812 may be disposed, so as to facilitate stable pushing away of the turned rubber sheet from the turning mechanism 4. In this embodiment, the third pusher structure 812 is connected to the first rod 813 or the outer end surface of the plate structure, the third pusher structure 812 includes a third pusher main body 816 and a third pusher rotating member 817, the lower end of the third pusher main body 816 is connected to the first rod 813, the upper end of the third pusher main body 816 is rotatably connected to the third pusher rotating member 817, and the third pusher rotating member 817 is formed with a specific rotatable section relative to the third pusher main body 816, so as to more flexibly push the turned rubber plate.

According to an embodiment of the present invention, the third transmission unit 82 includes a third rack structure 821, a third gear structure 822, and a third guiding structure 823, where the third gear structure 822 is disposed corresponding to the third rack structure 821, and the arrangement of the gear rack structure plays a role of path walking, in this embodiment, it is preferable that the third rack structure 821 is connected to the third pushing structure 811 and/or the first frame unit 61, and the third rack structure 821 has a length in a strip shape, and the length of the third rack structure 821 is greater than or equal to the size of the path through which the rubber sheet is conveyed from the turnover mechanism 4 to the second rail structure 7 or the supporting mechanism 100, and is disposed along the horizontal direction, and the third rack structure 821 in this embodiment is preferably connected to the third pushing structure 811, that is, so as to drive the third pushing structure 811 to move synchronously; third guide structure 823 of this embodiment with third promotes structure 811 and/or first support body unit 61 and links to each other, this embodiment preferentially indicates to link to each other with first support body unit 61, corresponding third guide channel 824 sets up on third promotes structure 811, when this third pushes away support unit 81 and promotes the offset plate motion like this, play fine guide effect, also be the direction when third offset plate conveying mechanism 8 moves, make the motion more steady, guarantee to carry along same straight line carrying out the transport to the offset plate, prepare for the location of offset plate to second guide rail structure 7 or supporting mechanism 100 or elevating system 62.

In this embodiment, at least one end of the third guiding structure 823 is connected to the first frame unit 61, i.e. fixed and positioned relatively, the third guiding channel 824 is disposed on the third pushing structure 811, preferably at an end position of the frame, for example, the third guiding channel 824 is disposed at two ends of the first rod 813 and the second rod 814, and the third guiding channels 824 disposed on the first rod 813 and the second rod 814 are located at the same horizontal line, so that the third pushing frame unit 81 can be guided in the horizontal direction when feeding or retracting.

The third rack structure 821 and/or the third gear structure 822 of this embodiment are driven by the third driving unit 83 to move or rotate, and this embodiment preferably means that the third gear structure is connected to the third driving unit 83 and is connected to the third rotating shaft, that is, the third gear structure 822 is driven by the third rotating shaft to rotate synchronously, so as to drive the third pushing frame unit 81 to convey the rubber plates along the feeding direction, and return to the initial position along the retreating direction to wait for conveying the next rubber plate or a group of rubber plates. In this embodiment, the third rack structure 821 is connected to the third pushing structure 811, and is disposed below the third pushing structure 811 as shown in the figure, and the length of the third rack structure 821 is preferably greater than the moving path of the third pushing structure 811 for conveying the rubber plate along the feeding direction, or at least equal to the length of the moving path of the third pushing structure 811 for conveying the rubber plate along the feeding direction, so as to ensure that the stroke of the third pushing structure 811 for driving the rubber plate to be conveyed is enough to convey the rubber plate to the required position.

According to an embodiment of the present invention, the supporting mechanism 100 is installed in the first frame unit 61, and is connected to an external glue board conveying device for placing the glue boards conveyed by the external glue board conveying device, wherein the external glue board conveying device may be the third glue board conveying mechanism 8, and the embodiment may be used for placing the glue boards conveyed by the third glue board conveying mechanism 8. The supporting mechanism 100 of the present embodiment includes a plurality of sets of supporting units 63, and a supporting area 633 for placing the rubber sheet is formed in a space between two sets of supporting units 63 disposed oppositely, and the rubber sheet is conveyed into the supporting area 633 or placed or waits by the third rubber sheet conveying mechanism 8. In this embodiment, the number of the supporting units 63 is 4, and 2 supporting regions 633 are formed by relative arrangement, and the 4 supporting units 63 are arranged in parallel along the length direction, and the width dimension of each supporting region 633 is at least twice of the clamping region on the turnover mechanism, so that at least two rubber plates can be clamped simultaneously, and the 4 supporting units 63 of this embodiment are correspondingly provided with 2 supporting regions 633, so that at least four rubber plates can be supported simultaneously. The supporting unit 63 of this embodiment includes a supporting frame 631 and a supporting rail structure 632, wherein the supporting frame 631 is connected to the lower position of the first frame unit 61, and the supporting rail structure 632 is located above the supporting frame 631, the supporting frame 631 and the supporting rail structure 632 of this embodiment may be configured as an integrated structure, or may be configured as a separate structure, and the rubber sheet is guided and/or supported by the supporting rail structure 632 when moving from the turnover mechanism 4 to the lower side of the lifting mechanism 62, and the supporting rail structure 632 of this embodiment is equivalent to the supporting rail structure 632 and the second slide rail in the priority document, structurally, the supporting rail structure 632 disposed opposite to the supporting rail structure 632 forms a supporting area 633 for placing the rubber sheet, which plays a guiding role on one hand, and plays a supporting role on the other hand, and when the rubber sheet slides into the supporting rail structure 632 by the second slide rail, the rubber sheet is conveyed and supported. In this embodiment, the length of the supporting rail structure 632 along the feeding direction is greater than or equal to the width of two rubber plates, which is convenient for placing at least two rubber plates, and the two ends of the rubber plates along the length are supported by the supporting rail structure 632 respectively, so the ends of the rubber plates, that is, the ends of the width are supported by the supporting rail structure 632, the supporting rail structure 632 of this embodiment is disposed corresponding to the station of the lifting mechanism 62, and is at least equal to the station of the lifting mechanism 62 for clamping the rubber plates at one time, and of course, the number of stations can be more than that of the lifting mechanism 62, for example, when the lifting mechanism 62 is disposed at the station for clamping the rubber plates is 2, the length of the corresponding supporting rail structure 632 is greater than the double width of the rubber plates, for example, the width of 3 rubber plates can be set. As shown in the figure, the number of the supporting mechanisms 100 of this embodiment is 4, two supporting mechanisms are combined into a group, one group of supporting mechanisms 100 is oppositely disposed to form a supporting area 633 for placing the rubber sheet, and two groups of supporting areas 633 are disposed in parallel along the length direction, which is convenient for supporting and placing at least four rubber sheets, that is, the supporting area 633 is used for supporting two rubber sheets, such as two rubber sheets, and can also be used for placing three rubber sheets when the width dimension of the supporting area 633 is increased.

According to the embodiment of the present invention, as shown in the figure, the limiting mechanism 200 is disposed corresponding to the supporting mechanism 100, and the limiting mechanism 200 is mounted on the first frame unit 61 or the supporting mechanism 100 and is used for limiting the placing position of the rubber plate on the supporting mechanism 100. Present offset plate goes up and down to all be that direct drive elevating system 62 goes up and down to grab the offset plate of parking on supporting mechanism 100, nevertheless slide on supporting mechanism 100 for guaranteeing that the offset plate can be smooth, support piece such as support guide rail on offset plate lower part and the supporting mechanism 100 often can not inseparable laminating, must leave certain horizontal movable allowance, this has just led to when the offset plate is pushed away to its place regional position by preceding pusher or conveying mechanism, various slopes often can take place for subsequent elevating system 62 snatchs and takes place the difficulty, the problem of offset plate landing appears because of snatching the unstability even. Especially for some rubber plates with a large length-width ratio, that is, a narrow width direction, the rubber plate will incline greatly on the supporting mechanism 100 without the limiting mechanism 200, which seriously affects the subsequent grabbing and lifting of the rubber plate by the lifting mechanism 62. In this embodiment, the limiting units 64 for limiting the lateral movement of the rubber plate are installed on both sides of the supporting unit 63, so that when the rubber plate is on the supporting mechanism 100, both ends of the rubber plate are constrained by the limiting mechanism 200 and cannot move laterally, that is, move along the length direction of the rubber plate, thereby ensuring that the posture of the rubber plate on the supporting mechanism 100 is kept within an acceptable inclination angle, and ensuring the stable grabbing of the rubber plate by the subsequent lifting mechanism 62. In this embodiment, the limiting mechanism includes a plurality of sets of limiting units 64, the limiting units 64 and the supporting units 63 of this embodiment are disposed in a one-to-one correspondence, each limiting unit 64 includes a fixed structure 641 and a movable structure 642, wherein the fixed structure 641 is connected to the first frame unit 61 and/or the supporting mechanism 100, the movable structure 642 is movably connected to the fixed structure 641 and can be switched between a first position and a second position by the action of the lifting mechanism 62, and the movable structure 642 can limit the moving range of the rubber plate located on the supporting mechanism 100 or the supporting unit 63 when in the first position. When the movable structure 642 is in the first position, the movable structure 642 is used for limiting the lateral movement of the rubber sheet, specifically, when the movable structure 642 is in the first position, the upper portion of the movable structure 642 can be set to be as high as the two end portions of the rubber sheet placed on the supporting structure or higher than the end portion of the rubber sheet on the supporting structure, so that the upper portion of the movable structure 642 can block the lateral movement of the end portion of the rubber sheet left and right to prevent the rubber sheet from excessively inclining. When the movable structure 642 is located at the second position, the top of the movable structure 642 is flush with the upper end surface of the support rail structure 632 and/or is lower than the upper end surface of the support rail structure 632, so that the lifting mechanism 62 can conveniently grab the rubber plate located on the support rail structure 632, or the third conveying mechanism can directly convey the rubber plate onto the lifting clamping assembly 621. In this embodiment, the limiting mechanism 200 may further include an elastic structure 645 capable of pushing or resetting the movable structure 642 from the second position to the first position, where the elastic structure 645 is respectively connected to the fixed structure 641 and the movable structure 642, so that when the rubber sheet is grabbed from the supporting mechanism 100 by the lifting mechanism 62, the limiting mechanism 200 may return to the first position under the action of the elastic structure 645 to provide a limiting function for a subsequent rubber sheet that is subsequently supplemented into the supporting mechanism 100. In this embodiment, the first blocking plate 6431, the second rail structure 7 and the support rail structure 632 form a moving passage for transporting the rubber sheet from the lifting mechanism 62 to the lifting mechanism 62.

According to an embodiment of the present invention, the fixing structure 641 includes at least one fixing base 6411 coupled to the first frame unit 61 and/or the supporting frame 631, and two fixing bases 6411 are provided in this embodiment and are respectively coupled to the blocking plate assembly 643. As shown in the figure, one end of the fixed base 6411 is connected to the supporting frame 631, and the other end is provided with a movable guiding passage 6412, the movable guiding passage 6412 is a through hole structure provided at the end of the fixed base 6411 for installing and guiding the movable structure 642, and the movable structure 642 is guided along the movable guiding passage 6412 when moving between the first position and the second position, so as to achieve the stability of switching the movable structure 642 between the first position and the second position. The movable structure 642 of the embodiment includes a baffle assembly 643 and a lifting assembly 644, wherein the baffle assembly 643 is used for guiding and supporting the rubber sheet when the rubber sheet moves from the turnover mechanism 4 to below the lifting mechanism 62, the lifting assembly 644 is connected to the baffle assembly 643, the baffle assembly 643 can change the distance from the fixed structure 641 through the lifting assembly 644, the baffle assembly 643 and the lifting assembly 644 perform synchronous movement, and perform ascending and descending movement along the guide channel, so as to realize the switching between the first position and the second position. In this embodiment, the blocking plate assembly 643 includes a first blocking plate 6431, the first blocking plate 6431 is disposed outside the support rail structure 632, the first blocking plate 6431 and the support rail structure 632 are disposed in a one-to-one correspondence, and the first blocking plate 6431 can limit the placing posture of the rubber plate with two ends respectively placed on the support rail structure 632 when in the first position, specifically, the first blocking plate 6431 can limit the lateral movement of two ends of the rubber plate on the support rail structure 632, that is, limit the rubber plate to move or tilt towards two ends when in the first position. In this embodiment, two ends of the rubber plate are supported by the support rail structures 632 disposed opposite to each other, so that in order to achieve the position accuracy of the rubber plate on the support rail structures 632, a set of first baffles 6431 disposed opposite to each other is also disposed corresponding to the support rail structures 632 to limit the lateral movement of the two ends of the rubber plate on the support rail structures 632. Specifically, as shown in the figures, the first flap 6431 of the movable structure 642 is in a first position, in which the top of the first flap 6431 is higher than the top of the support rail structure 632, and the end of the rubber sheet resting on the support rail structure 632 will encounter the first flap 6431 when the rubber sheet inclines or moves laterally toward the first flap 6431, thereby limiting the rubber sheet from further inclining or moving. When the top of the first blocking plate 6431 is pressed by the lifting clamping component 621, as shown in the drawing, the first blocking plate 6431 of the movable structure 642 is pressed to move downward to the second position, so that the top of the first blocking plate 6431 is lower than the support rail structure 632, the grabbing structure grabs the rubber plate and lifts and takes away the rubber plate from the support rail structure 632, and after the top of the first blocking plate 6431 is gradually disappeared by the pressure of the grabbed structure, the first blocking plate returns to the first position by the action of the elastic structure 645 to prepare to continuously provide limiting positions at two ends for the rubber plate subsequently pushed into the support rail structure 632, so as to prevent the posture of the rubber plate from excessively deviating or inclining.

According to an embodiment of the present invention, the lifting assembly 644 includes a first lifting member 6441, a second lifting member 6442, and a lifting guide structure 6443 disposed corresponding to the first lifting member 6441 and the second lifting member 6442, wherein the first lifting member 6441 is connected to one end of the first barrier 6431, the second lifting member 6442 is connected to the other end of the first barrier 6431, and the first lifting member 6441 and the second lifting member 6442 support the first barrier 6431 together, wherein the fixed base 6411 has a movable guide passage 6412 disposed at a lower outer side of the support rail structure 632 for the first lifting member 6441 to move up and down, and the first lifting member 6441 and the second lifting member 6442 perform supporting and guiding functions. Specifically, the first baffle 6431 is disposed in parallel outside the support rail structure 632; one end of the first elevating member 6441 is connected to the lower portion of the first barrier 6431, and the other end is connected to the fixed base 6411 and can move up and down along the movable guide passage 6412 therein; similarly, the second elevating member 6442 is connected to the lower portion of the first barrier 6431 at one end and is connected to the fixed base 6411 at the other end to be movable up and down along the movable guide passage 6412, so as to adjust the distance and/or position between the top of the first barrier 6431 and the upper end surface of the support rail structure 632. The first lifting element 6441 may be provided with a connection cylinder capable of moving up and down in the movable guide channel 6412, wherein the elastic structure 645 may be an elastic element such as a spring sleeved on the connection cylinder to ensure that the first blocking plate 6431 is maintained at the first position when not being pressed downward. In some embodiments, the movable structure 642 includes a connection base, a first lifting element 6441 and a driven element 6445, the first lifting element 6441 and the driven element 6445 are mounted on the upper portion of the connection base, the driven element 6445 can be connected to the driven element 6445 in the movable structure 642 at the other end of the same slab via a connection element, the upper end of the driven element 6445 can be connected to the first lifting element 6441 and the second lifting element 6442, respectively, and the lower end of the driven element 6445 can be connected together via a connection element, and the driven element 6445 enables the movable elements at the two ends of the slab to keep synchronously changing their position states, thereby playing a role of balancing, and further facilitating to ensure stable and.

In the present embodiment, as described in the above embodiments, the length dimension of the support rail structure 632 in the feeding direction of the present embodiment is a multiple of at least two rubber sheet widths, and similarly, the first blocking plate 6431 is disposed corresponding to the outer side of the support rail structure 632, so that the length dimension is equal to the length dimension of the support rail structure 632 or a larger dimension than the support rail structure 632, and even if the rubber sheet on the support rail structure 632 has just entered the support rail structure 632 and has shifted, the position of the rubber sheet can be adjusted, so that the length dimension of the first blocking plate 6431 in the feeding direction is also a multiple of at least two rubber sheet widths or is slightly larger than two rubber sheet widths.

According to an embodiment of the present invention, the lifting mechanism 62 can lift along the first frame unit 61 and the second frame unit 10 to grab and pick up the rubber sheet placed on the supporting mechanism 100, and the lifting mechanism 62 of this embodiment includes a lifting clamping assembly 621, a lifting supporting assembly 622, and a lifting driving assembly 623, wherein the lifting clamping assembly 621 can be configured as at least one group, the lifting clamping assembly 621 is configured to grab the rubber sheet placed on the supporting mechanism 100, and can push the movable structure 642 away from the first position, which is specifically embodied that the movable structure 642 is reset to the first position from the second position by the elastic structure 645 after the lifting clamping assembly 621 lifts away from the rubber sheet. The lifting support component 622 is used for supporting the lifting clamping component 621, and the lifting driving component 623 is connected with the lifting support component 622 and is used for providing power for the lifting clamping component 621 and/or the lifting support component 622 to move up and down along the vertical direction. The lifting mechanism 62 comprises a lifting driving assembly 623 and a lifting clamping assembly 621, wherein the lifting driving assembly 623 is mounted on the first frame unit 61 or the second frame unit 10 and can drive the lifting clamping assembly 621 to move up and down along the first frame unit 61; the lifting and clamping assembly 621 is used to grasp the rubber sheet on the supporting mechanism 100 and push the movable structure 642 away from the first position. Wherein the movable structure 642 can be pushed back from the second position to the first position by the elastic structure 645 after the lifting and clamping assembly 621 removes the rubber sheet.

In this embodiment, the lifting support assembly 622 includes a first structure 6221, a second structure 6222 and at least one third structure 6223 connecting the first structure 6221 and the second structure 6222, the lifting clamping assembly 621 is connected to the first structure 6221 and/or the second structure 6222, the lifting driving assembly 623 is connected to the third structure 6223, the lifting support assembly 622 of this embodiment forms a frame structure with the first structure 6221, the second structure 6222 and the third structure 6223, and plays a role in supporting and positioning, and of course, the lifting support assembly 622 may also be configured as a plate structure. When the structure is a frame structure, the structure plays a role in supporting and connecting, and the third structure 6223 connected with the first structure 6221 and the second structure 6222 can be an integral structure or a split structure and is connected through a connecting structure; as another example, the third pushing structure 811 of this embodiment may be a unitary plate structure, i.e., the whole structure is formed by splicing one or more plates, and both functions as a support and a connection. From the perspective of energy savings and packaging transportation and cost savings, the frame structure is more advantageous than the panel structure, is lightweight, can have lower power requirements for the lift drive assembly 623, also reduces transportation costs, and is more material efficient than the panel structure. In this embodiment, the lift support assembly 622 can also support at least one set of lift clamp assemblies 621, namely two lifting clamping components 621, and the lifting clamping components 621 are connected with a first structure 6221 and a second structure 6222 which are oppositely arranged, as shown, the first structure 6221 and the second structure are sized in length to support two sets of lifting clamp assemblies 621, namely two groups of lifting clamping components 621 which are arranged in parallel along the length directions of the first structure 6221 and the second structure, and jointly support two or more rubber plates along the length directions of the first structure 6221 and the second structure, and the length direction of the third structure 6222 is also the width direction of the first structure 6221, and a set of lifting/lowering/clamping components 621 can also clamp two or more rubber plates, so the lifting/lowering/supporting component 622 of the present embodiment can simultaneously support four or more lifting/clamping components 621, and the conveying device can equally support four or more rubber plates to be lifted to a high position at one time for conveying.

According to the embodiment of the present invention, the lifting driving assembly 623 comprises a lifting power assembly 6231, a lifting guide 6232, a lifting connector 6233 and a lifting guide channel 6234, wherein the lifting power assembly 6231 is used as a power source and is configured as a motor 951 and a chain structure, and the chain structure is connected with the lifting connector 6233 and/or the first structure 6221 and/or the second structure 6222 and/or the third structure 6223 and is used for driving the chain connected with the lifting connector 6233 or the lifting support assembly 622 to rotate so as to drive the lifting clamping assembly 621 and the rubber plate to lift; the device can also be provided with a motor 951 and a belt structure, wherein the belt structure is connected with the lifting connecting piece 6233 and/or the first structure 6221 and/or the second structure 6222 and/or the third structure 6223 and is used for driving the belt connected with the lifting connecting piece 6233 or the lifting supporting component 622 to rotate so as to drive the lifting clamping component 621 and the rubber plate to lift; can also be provided as a motor 951 and a gear structure, wherein the gear structure is connected with the lifting connecting piece 6233 and/or the first structure 6221 and/or the second structure 6222 and/or the third structure 6223 and is used for driving the gear connected with the lifting connecting piece 6233 or the lifting supporting component 622 to rotate so as to drive the lifting clamping component 621 and the rubber plate to lift. The elevation guide 6232 of the present embodiment is disposed in a vertical direction, that is, the upper end of the elevation guide 6232 is connected to the upper position of the first housing unit 61, and the lower end is connected to the lower position of the first housing unit 61; the lifting guide channel 6234 is disposed on the lifting connector 6233, that is, the through hole structure disposed on the lifting connector 6233 constitutes the lifting guide channel 6234, the lifting guide channel 6234 is sleeved outside the lifting guide 6232, and together with the lifting clamping assembly 621 and the like, is lifted and lowered along the high position and the low position of the first frame body unit 61, that is, the rubber plate is driven to be guided when being lifted and lowered along the vertical direction.

In this embodiment, the upper end of the lifting guide 6232 is connected to the upper position of the first frame unit 61, and the lower end is connected to the lower position of the first frame unit 61 and distributed along the vertical direction, so as to guide the lifting mechanism 62 during movement, thereby ensuring that the lifting mechanism 62 drives the rubber plate to be conveyed along the vertical direction to the upper position. One end of the lifting connecting piece 6233 of this embodiment is connected to the third structure 6223, the through hole structure provided on the lifting connecting piece 6233 constitutes the lifting guide passage 6234, and the lifting connecting piece 6233 and the lifting support assembly 622 are integrated to lift along the lifting guide piece 6232 in the vertical direction.

According to the embodiment of the present invention, the width of the lifting/lowering/holding component 621 is a multiple of the width of at least two rubber plates, and is used for holding at least two rubber plates, and certainly, three or more rubber plates can be held in the width direction, i.e., the X direction, in the lifting mechanism 62 of the embodiment, at least two sets of lifting/holding components 621 can be arranged in the length direction, so at least four rubber plates can be simultaneously conveyed, so the lifting mechanism 62 according to the above embodiment, and the corresponding and/or supporting mechanism 100 and/or limiting mechanism 200 are provided with at least four stations for placing the rubber plates, the four stations in the embodiment preferably mean two lifting/holding components 621 in the width direction, as shown in the X direction, and two lifting/holding components 621 in the length direction, as shown in the Y direction, and four stations in the embodiment, i.e., two lifting/holding components 621 in the length direction and the width direction, and the stations in the embodiment can also extend and increase by, in order to balance the clamping and lifting of the lifting mechanism 62, it is preferable that the number of the lifting mechanisms is increased by an even number, and of course, for example, 2 lifting mechanisms are arranged in the length direction, 2 lifting mechanisms are arranged in the width direction of one side, and 3 lifting mechanisms are arranged in the width direction of the other side, and the total number of the lifting mechanisms is 5; or for example, 2 pieces are arranged in the length direction, 3 pieces are arranged in the width direction of one side, and 3 pieces are arranged in the width direction of the other side, and the total number is 6; for example, 2 pieces are arranged in the length direction, 4 pieces are arranged in the width direction of one side, 4 pieces are arranged in the width direction of the other side, 8 pieces are arranged in total, and the like, and the sequential circulation is within the implementation range of the embodiment.

According to an embodiment of the present invention, the lifting and clamping assembly 621 comprises a clamping support structure 624 and a lifting and clamping claw unit 625, wherein the clamping support structure 624 is connected with the lifting and clamping connector 6233 and/or the first structure 6221 and/or the second structure 6222 and/or the third structure 6223, corresponding to the connection and support function, is connected with the lifting and clamping assembly 622, and can push the movable structure 642 to the first position. The clamp support structures 624 of this embodiment are distributed along the width of the lift support assembly 622. The clamping support structure 624 comprises a first support plate 6241 and a second support plate 6242 which are arranged in parallel and a clamping connecting rod 6243, wherein the first support plate 6241 and the second support plate 6242 which are arranged in parallel are arranged oppositely, and the first support plate 6241 and the second support plate 6242 are connected through at least one clamping connecting rod 6243, so that the stability of the support is enhanced, the clamping and supporting of the rubber plate are balanced, and the stability of the rubber plate during lifting along the vertical direction is ensured. The lower end of the first support plate 6241 and/or the second support plate 6242 is provided with a mounting portion 6244 for mounting the lifting claw pushing unit 625, the lifting claw pushing unit 625 is mounted in the mounting portion 6244, can rotate along the lower end of the first support plate 6241 and/or the second support plate 6242 to a certain extent, is formed with a rotating area, and has an adjusting area for grabbing the rubber plate, so as to better grab the rubber plate from the support mechanism 100, and when the rubber plate is placed on the rotating area, the placing position of the rubber plate can be properly adjusted, and the rubber plate can be better clamped. The mounting portion 6244 of the present embodiment is disposed along the first support plate 6241 and/or the second support plate 6242 near the lower end, the mounting portion 6244 is a through cavity structure disposed along the first support plate 6241 and/or the second support plate 6242, the length of the through cavity structure is sufficient to adjust to the desired position when the lifting pawl member 6251 rotates, and when the lifting pawl member 6251 rotates along the lifting connecting shaft 6252 to the upper end or the lower end of the lifting pawl member 6251 completely enters the through cavity structure, i.e., the through cavity structure has a moving area sufficient to accommodate the 360-degree rotation of the lifting pawl member 6251.

In this embodiment, the lower end of the first support plate 6241 and/or the second support plate 6242 is provided with an abutting structure 6245, and the abutting structure 6245 acts on the first baffle 6431 and/or the second baffle below to drive the movable structure 642 to switch between the first position and the second position. The abutting structure 6245 of the present embodiment is configured to form a triangle at the lower end, and the end face of the abutting structure 6245 is narrower than the body structure of the first supporting plate 6241 and/or the second supporting plate 6242, so as to better apply a force on the first baffle 6431 and/or the second baffle to push the mobile structure 642 to the first position. As shown, an included angle is formed between the first and second faces of the abutment structure 6245.

According to the embodiment of the present invention, the lifting claw units 625 are respectively disposed at two ends of the first support plate 6241 and the second support plate 6242, and are disposed corresponding to the positions of the first support plate 6241 and the second support plate 6242, and are used for grabbing the rubber plate on the support mechanism 100 as the lifting mechanism 62 descends to the lowest end, and clamping the rubber plate to raise the rubber plate to the high position under the driving of the lifting driving component 623, and the lifting claw units 625 of the present embodiment mainly clamp the rubber plate. In this embodiment, the lifting claw unit 625 that sets up relatively is formed with the clamping area that is used for supplying the offset plate to place, and clamping area's width dimension is the multiple of two piece at least offset plate widths, and the both ends of offset plate support through this lifting claw unit 625 respectively.

In the present embodiment, the lifting and lowering claw unit 625 includes a plurality of lifting and lowering claw members 6251 and a lifting and lowering connecting shaft 6252, wherein the lifting and lowering claw members 6251 are connected together by the lifting and lowering connecting shaft 6252. One end of the lifting pawl piece 6251 of the present embodiment is formed with an abutting portion for placing the rubber plate when clamping, and the other end of the lifting pawl piece 6251 is connected in series by a lifting connecting shaft 6252. The lifting pawl 6251 of the present embodiment can rotate relative to the lifting connecting shaft 6252 to adjust the posture of the lifting pawl 6251 for clamping the rubber plate, and the lifting pawl 6251 can rotate synchronously along the lifting connecting shaft 6252, or a single lifting pawl 6251 can rotate along the lifting connecting shaft 6252 according to the required position of the rubber plate. When the lifting pawl unit 625 is in a normal rubber plate clamping state, one end of the lifting pawl 6251 is positioned at the inner side of the first support plate 6241 and the second support plate 6242, and the other end is positioned at the outer side of the first support plate 6241 and the second support plate 6242, and the outer sides are connected through the lifting connecting shaft 6252. In this embodiment, the lifting connecting shaft 6252 is connected to the outer portions, i.e., the outer side walls, of the first and

second support plates

6241 and 6242 and is connected thereto by a shaft connecting member, one end of the shaft connecting member is connected to the outer walls of the first and

second support plates

6241 and 6242, the other end is provided with a mounting hole for mounting the lifting connecting shaft 6252, and the lifting connecting shaft 6252 is connected to the first and

second support plates

6241 and 6242 and is supported by the first and

second support plates

6241 and 6242 by the shaft connecting member.

In this embodiment, the lifting pawl 6251 is laterally disposed in the mounting portion 6244, and the connecting portion of the lifting pawl 6251 is connected by the lifting connecting shaft 6252 and located outside the mounting portion 6244, and the clamping portion of the lifting pawl 6251 is connected by the lifting connecting shaft 6252 and located inside the mounting portion 6244, so that the main body of the lifting pawl 6251 is located in the mounting portion 6244 and supported by the mounting portion 6244, and when the lifting pawl 6251 rotates along the lifting connecting shaft 6252, the mounting portion 6244 is used to support the lifting pawl 6251 on the one hand and to accommodate a required placing space when the lifting pawl 6251 is rotationally adjusted to a required posture.

According to the embodiment of the present invention, the fourth transporting mechanism 9 is located at the high position of the lifting mechanism 62, and is used for pushing the rubber plate located on the lifting pawl 6251 to the downstream for processing, such as to the downstream drying line for drying. The fourth rubber plate conveying mechanism 9 of this embodiment moves along a trajectory that is to push the rubber plates on the lifting mechanism 62 from the lifting mechanism 62 to the downstream, and the rubber plates of the lifting mechanism 62 have empty positions after being pushed, so as to prepare for the next step of conveying the rubber plates by the lifting mechanism 62. The fourth rubber sheet conveying mechanism 9 of this embodiment includes a fourth pushing frame unit 91, a fourth transmission unit 92, and a fourth driving unit 93, where the fourth pushing frame unit 91 has a pushing claw structure for pushing claws of the rubber sheet on the lifting mechanism 62, and the rubber sheet on the lifting mechanism 62 is pushed to the downstream by the driving of the fourth driving unit 93; the fourth transmission unit 92 of this embodiment is connected to the fourth pushing frame unit 91, and under the driving of the fourth driving unit 93, the fourth pushing frame unit 91 can be driven to drive the rubber sheet to move synchronously, and/or the rubber sheet is placed on the fourth pushing frame unit 91 to move synchronously with the fourth pushing frame unit 91, so as to convey the rubber sheet to downstream, such as a drying line. The fourth driving unit 93 of the present embodiment is connected to the fourth transmission unit 92 for providing power for the movement of the fourth transmission unit 92, and the fourth driving unit 93 may be configured as a motor 951 and a belt structure, may also be configured as a motor 951 and a sprocket structure, may also be configured as a motor 951 and a screw rod structure 952, and may also be configured as a motor 951 and a gear structure, and plays a role in power output and transmission.

According to an embodiment of the present invention, the fourth pushing frame unit 91 includes a fourth pushing structure 911 and a plurality of fourth pushing claw structures 912 arranged on the fourth pushing structure 911, wherein the fourth pushing structure 911 is connected to the fourth transmission unit 92, and as an embodiment, the fourth pushing structure 911 of the present embodiment is arranged as a long bar-shaped pushing rod for supporting and connecting; the fourth pushing structure 911 may also be a frame structure, and as another embodiment, the fourth pushing structure 911 of this embodiment may also be configured as an integral plate structure, that is, the whole pushing structure is formed by splicing one or more plates, and both the plates have supporting and connecting functions. The push bar or frame structure is more advantageous than the plate structure in terms of energy saving and packaging transportation and cost saving, is light in weight, can have a lower power requirement for the fourth driving unit 93, and also reduces transportation costs, and is more material-saving than the plate structure.

In this embodiment, the fourth push claw structure 912 is distributed along the outer end portion of the fourth push structure 911, and is arranged in a row, and is used for pushing the rubber plate on the lifting mechanism 62 to the downstream, the fourth push claw structure 912 of this embodiment is arranged upward, that is, the upper end surface of the fourth push claw structure 912 relative to the fourth push structure 911 is arranged to protrude outward, the purpose is to reserve the space of the rubber plate, and the rubber plate is convenient to push, when the rubber plate of this embodiment is transported from the lifting mechanism 62 to the downstream direction, the fourth push claw structure 912 contacts with the outer end surface of the rubber plate, and basically, the fourth push claw structure 912 abuts against the relationship, so as to push the movement of the rubber plate. The fourth pusher structure 912 is similar to the other pusher structures, but the pusher is disposed upward, and the limited movable end thereof can push the rubber sheet on the lifting mechanism 62 to be conveyed downstream along the lifting mechanism 62. The fourth pushing claw structure 912 can be installed on a pushing rod of the fourth pushing structure 911, the pushing claw is upward, a movable end portion of the pushing claw can rotate within a range from upward vertical to parallel towards the advancing direction of the rubber plate, and an end surface inclined towards the opposite direction of the advancing direction of the rubber plate is also arranged at an upper end portion of the fourth pushing claw structure 912. In some embodiments, the fourth pawl structure 912 may be disposed at a rear end of the fourth pushing structure 911, and a plurality of fourth pawl structures 912 may be disposed to facilitate stable pushing of the rubber sheet off the lifting mechanism 62. In this embodiment, the fourth pawl pushing structure 912 is connected to an outer end face of the fourth pushing structure 911, and the fourth pawl pushing structure 912 includes a fourth pawl supporting seat and a fourth pawl main body, where the fourth pawl supporting seat is connected to the outer end face of the fourth pushing structure 911, the fourth pawl main body is rotatably connected to the fourth pawl supporting seat, and a specific rotatable section is formed on the fourth pawl main body relative to the fourth pawl supporting seat, so as to push the rubber sheet on the lifting mechanism 62 more flexibly. In this embodiment, the fourth pawl body includes a fourth pawl driving portion and a fourth pawl supporting portion, and when the fourth pawl driving portion acts on the rubber plate pushed by the lifting mechanism 62, an inner end surface of the fourth pawl driving portion abuts against the rubber plate; the fourth pushing claw supporting part is connected with the fourth pushing claw driving part and synchronously rotates with the fourth pushing claw driving part, and when the fourth pushing claw driving part acts on pushing a rubber plate on the lifting mechanism 62, the fourth pushing claw supporting part abuts against the outer end part of the fourth pushing claw support and/or the fourth pushing structure 911 and is limited in the rotation of the fourth pushing claw driving part. When the fourth rubber sheet conveying mechanism 9 of this embodiment moves from the rear end of the lifting mechanism 62 along the direction of the lifting mechanism 62, and the fourth claw structure 912 of the fourth pushing frame unit 91 moves along the bottom of the rubber sheet on the lifting mechanism 62, the fourth claw body rotates to a freely required position relative to the fourth claw support, and at this time, the fourth claw driving part and the fourth claw support part can rotate in a linkage manner, so that the fourth pushing frame unit 91 moves to the front of the lifting mechanism 62 to push the rubber sheet; when the fourth pushing frame unit 91 pushes the rubber plate, the fourth pushing claw drive unit can be in a certain rotation area, the position required by pushing the rubber plate is adjusted, when the fourth pushing claw drive unit acts on the rubber plate on the pushing lifting mechanism 62, the inner end face of the fourth pushing claw drive unit abuts against the rubber plate, at this time, the lower end of the fourth pushing claw support unit plays a limiting role, the fourth pushing claw drive unit is prevented from continuing to rotate, the fourth pushing claw support unit blocks the rotation of the fourth pushing claw drive unit through the overlapping or contact between the lower end and the fourth pushing claw support unit, namely, the fourth pushing claw drive unit plays a positioning role when acting on the pushing rubber plate, and the fourth pushing claw drive unit is ensured to be capable of stably acting on the pushing rubber plate and not to continue to move in the reverse direction of the feeding direction.

According to an embodiment of the present invention, the fourth transmission unit 92 includes a fourth rack structure 921, a fourth gear structure 922, and a fourth guiding structure 923, wherein the fourth rack structure 921 is connected to the fourth pushing structure 911 and/or the second frame unit 10, the fourth gear structure 922 is disposed corresponding to the fourth rack structure 921, the fourth guiding structure 923 is connected to the fourth pushing structure 911 and/or the second frame unit 10 for guiding the fourth glue board conveying mechanism 9 during moving, and the fourth rack structure 921 and/or the fourth gear structure 922 is driven by a fourth driving unit 93 to move or rotate.

The fourth gear structure 922 is arranged corresponding to the fourth rack structure 921, the arrangement of the gear and rack structure plays a role of path walking, in this embodiment, preferably, the fourth rack structure 921 is connected to the fourth pushing structure 911 and/or the second frame unit 10, the length of the fourth rack structure 921 is a strip-shaped structure, the length of the fourth rack structure 921 is greater than or equal to the size of a path for conveying the rubber sheet from the lifting mechanism 62 to the downstream, or greater than or equal to the size of a path for conveying the lifting clamping component 621, and is arranged along the horizontal direction, the fourth rack structure 921 of this embodiment preferably refers to being connected to the fourth pushing structure 911, that is, the fourth pushing structure 911 is driven to move synchronously; fourth guide structure 923 of this embodiment with fourth promotion structure 911 and/or second support body unit 10 link to each other, this embodiment preferentially indicates to link to each other with second support body unit 10, the fourth direction passageway 924 that corresponds sets up on fourth promotion structure 911, this fourth pushes away when a unit 91 promotes the offset plate motion like this, play fine guide effect, also be direction during the motion of fourth offset plate conveying mechanism 9 promptly, make the motion more steady, guarantee to carry along same straight line transport to the transport of offset plate, carry to the low reaches and provide the direction for the offset plate is from elevating system 62.

In this embodiment, at least one end of the fourth guiding structure 923 is connected to the second frame unit 10, i.e. fixed positioning relatively, the fourth guiding channel 924 is disposed on the fourth pushing structure 911, and the fourth guiding channel 924 is located on the same horizontal line, so that the fourth pushing frame unit 91 is guided along the horizontal direction when feeding or retreating.

The fourth rack structure 921 and/or the fourth gear structure 922 of this embodiment move or rotate under the driving of the fourth driving unit 93, and this embodiment preferably means that the fourth gear mechanism is connected to the fourth driving unit 93 and is connected to the fourth rotating shaft, that is, the fourth gear structure 922 is driven by the fourth rotating shaft to rotate synchronously, so as to drive the fourth pushing frame unit 91 to convey the rubber sheet along the feeding direction, and return to the initial position along the retreating direction to wait for conveying the next rubber sheet or a group of rubber sheets. In this embodiment, the fourth rack structure 921 is connected to the fourth pushing structure 911, and is disposed below the fourth pushing structure 911 as shown in the figure, and the length of the fourth rack structure 921 is preferably greater than the length of the fourth pushing structure 911 when conveying the glue board along the feeding direction, or at least equal to the length of the fourth pushing structure 911 when conveying the glue board along the feeding direction, so as to ensure that the stroke of the fourth pushing structure 911 when driving the glue board to convey is enough to convey the glue board to the required position.

According to the embodiment of the present invention, as a second embodiment, the fourth rubber sheet conveying mechanism 9 of the present embodiment includes a fourth pushing frame unit 91 and a fourth driving device 95, wherein the fourth pushing frame unit 91 has a pushing claw structure for pushing claws of the rubber sheet on the lifting mechanism 62, and the rubber sheet on the lifting mechanism 62 is pushed to the downstream by the driving of the fourth driving device 95; the fourth driving device 95 of this embodiment is connected to the fourth pushing frame unit 91, and under the driving of the fourth driving device 95, the fourth pushing frame unit 91 can be driven to drive the rubber sheet to perform synchronous motion, and/or the rubber sheet is placed on the fourth pushing frame unit 91 to perform synchronous motion together with the fourth pushing frame unit 91, and the rubber sheet is conveyed to downstream, such as a drying line. The fourth driving device 95 of this embodiment is connected to the fourth pushing frame unit 91 for providing power for the movement of the fourth pushing frame unit 91, and the fourth driving device 95 may be configured as a motor 951 and a belt structure, may also be configured as a motor 951 and a sprocket structure, may also be configured as a motor 951 and a screw rod structure 952, and may also be configured as a motor 951 and a gear structure, and plays a role in power output and transmission.

In this embodiment, fourth drive arrangement 95 includes motor 951, screw structure 952, transmission structure 953 and follower structure 954, screw structure 952 links to each other with second support body unit 10, and carry out corotation and reversal through the drive of motor 951, transmission structure 953 links to each other with screw structure 952, transmission structure 953's both ends link to each other with follower structure 954 respectively, the front end and the fourth of follower structure 954 promote the structure 911 to link to each other, under the rotation of screw structure 952, transmission structure 953 advances with the motion that moves back along the horizontal direction with follower structure 954 is whole, drive fourth and push away the offset plate on the frame unit 91 transport elevating system 62. The driven structure 954 of this embodiment sets up along the horizontal direction, and one end and fourth promotion structure 911 link to each other, the other end is the free end, driven structure 954 still plays the effect of direction, the fourth guide structure 923 of this embodiment is as the guide, the fourth guide channel 924 that corresponds sets up on second support body unit 10, when this fourth pushes away a unit 91 promotion offset plate motion like this, driven structure 954 drives fourth push away a unit 91 when moving together, driven structure 954 slides along fourth guide channel 924 and plays fine guide effect, also be the direction when fourth offset plate conveying mechanism 9 moves promptly, make the motion more steady, guarantee to carry along same straight line on the transport of offset plate, carry to the downstream for the offset plate on the offset plate self-lifting mechanism 62 and provide the direction. Wherein the fourth guide channel 924 is also shown as a fourth guide channel 955

According to an embodiment of the present invention, the capsule producing apparatus includes a second magazine unit 10 disposed downstream of the first magazine unit, the second magazine unit 10 including a second magazine connecting member 101 and a second magazine supporting member 102, wherein the second magazine connecting member 101 is connected to the upper position of the first magazine unit 61, the second magazine supporting member 102 may be provided in plurality, one end of the second magazine supporting member 102 is connected to the second magazine connecting member 101 to constitute a structure for supporting the fourth driving unit 95, the fourth driving unit 92, and the fourth pushing unit, and in the above-described embodiment, the fourth guide passage 924 is disposed along the length direction of the second magazine supporting member 102, may be disposed on the second magazine supporting member 102, or may be disposed on the second magazine supporting member 102, wherein the fourth guide passage 924 is formed, for the moving path and guiding direction of the fourth guiding structure 923 or the driven structure 954 during movement and guiding.

Finally, it should be noted that: the above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and the modifications or the substitutions do not make the essence of the corresponding technical solutions depart from the scope of the technical solutions of the embodiments of the present invention.

In summary, the above-mentioned embodiments are only preferred embodiments of the present invention, and all equivalent changes and modifications made in the claims of the present invention should be covered by the claims of the present invention.

Claims

1. A capsule production line, comprising:

a first frame unit provided with a low position and a high position;

2. The capsule production line of claim 1, wherein the third glue board delivery mechanism moves under the flipping mechanism and/or the second rail structure and/or the support mechanism, comprising:

the third driving unit is connected with the third transmission unit and used for providing power for the movement of the third transmission unit;

the third pushing frame unit comprises;

the third pushing structure is connected with the third transmission unit;

the plurality of third push claw structures are distributed along the rear end of the third push structure, the third push claw structures are arranged upwards, and when the rubber plate moves along the direction of the supporting mechanism from the turnover mechanism, the third push claw structures are contacted with the outer end face of the rubber plate;

the third transmission unit includes:

the third gear structure is arranged corresponding to the third rack structure;

The third transmission unit includes:

at least one end of the third guide structure is connected with the first frame body unit, a third guide channel is arranged on the third pushing structure, and the third guide structure moves along the third guide channel and is used for guiding the third pushing structure when moving;

the third pushing structure comprises a first rod, a second rod and at least one third rod connected with the first rod and the second rod, the third guide channels are arranged at two ends of the first rod and the second rod, and the third guide channels arranged on the first rod and the second rod are positioned on the same horizontal line;

the third pawl pushing structure is connected with the outer end face of the first rod and comprises a third pawl pushing main body and a third pawl rotating part, the lower end of the third pawl pushing main body is connected with the first rod, the upper end of the third pawl pushing main body is rotatably connected with the third pawl rotating part, and a specific rotatable interval is formed between the third pawl rotating part and the third pawl pushing main body;

the supporting mechanism includes the supporting element of multiunit, and the space between two sets of supporting elements of relative setting is formed with the support area that is used for the offset plate to place, the supporting element includes:

the supporting guide rail structure is positioned above the supporting frame and used for guiding and/or supporting the rubber plate when the rubber plate moves from the turnover mechanism to the position below the lifting mechanism;

stop gear with supporting mechanism corresponds the setting, stop gear includes the spacing unit of multiunit, spacing unit includes:

the movable structure is movably connected with the fixed structure and can be acted on the movable structure by the lifting mechanism to enable the movable structure to be switched between a first position and a second position, the movable structure can limit the moving range of the rubber plate positioned on the supporting unit when being positioned at the first position, and when the movable structure is positioned at the second position, the top of the movable structure is flush with the upper end face of the supporting guide rail structure and/or lower than the upper end face of the supporting guide rail structure

The fixing structure includes:

The movable structure includes:

the lifting assembly is connected with the baffle plate assembly, and the distance between the baffle plate assembly and the fixed structure can be changed through the lifting assembly;

the baffle assembly comprises a first baffle arranged on the outer side of the support guide rail structure, and the first baffle can limit the placing postures of rubber plates with two ends respectively placed on the support guide rail structure when in a first position;

the first baffle plates arranged oppositely can limit the transverse movement of two ends of the rubber plate positioned on the supporting guide rail structure;

the lifting assembly comprises:

the first lifting piece is connected with one end of the first baffle;

the second lifting piece is connected with the other end of the first baffle;

The first lifting piece and the second lifting piece move relative to the guide channel to adjust the distance and/or the position between the top of the first baffle plate and the upper end face of the support guide rail structure;

the length of the support guide rail structure and/or the first baffle plate along the feeding direction is multiple of the width of at least two rubber plates;

the limiting mechanism further comprises an elastic structure capable of resetting the movable structure from the second position to the first position, and the elastic structure is connected with the fixed structure and the movable structure respectively.

3. The capsule production line of claim 1 or 2, wherein the lifting mechanism comprises:

the lifting driving assembly is connected with the lifting support assembly and is used for providing power for the lifting clamping assembly and/or the lifting support assembly to move up and down along the vertical direction;

the movable structure can be reset to the first position from the second position by the elastic structure after the lifting clamping assembly takes away the rubber plate;

the width of the lifting clamping assembly is multiple of the widths of the at least two rubber plates, and the lifting clamping assembly is used for clamping the at least two rubber plates;

the lifting and supporting assembly comprises a first structure, a second structure and at least one third structure connected with the first structure and the second structure, the lifting and clamping assembly is connected with the first structure and/or the second structure, and the lifting and driving assembly is connected with the third structure;

the lift drive assembly includes:

the lifting power assembly is used as a power source;

a lifting guide member disposed in a vertical direction;

the lifting guide channel is arranged on the lifting connecting piece, is sleeved outside the lifting guide piece and is used for guiding the rubber plate in the lifting motion along the vertical direction;

the lifting power assembly is provided with a motor and a chain structure, and the chain structure is connected with the lifting connecting piece and/or the first structure and/or the second structure and/or the third structure;

the lifting power assembly is provided with a motor and a belt structure, and the belt structure is connected with the lifting connecting piece and/or the first structure and/or the second structure and/or the third structure;

the lifting power assembly is provided with a motor and a gear structure, and the gear structure is connected with the lifting connecting piece and/or the first structure and/or the second structure and/or the third structure;

the upper end of the lifting guide piece is connected with the high position of the first frame body unit, and the lower end of the lifting guide piece is connected with the low position of the first frame body unit;

one end of the lifting connecting piece is connected with a third structure, and a through hole structure arranged on the lifting connecting piece forms the lifting guide channel;

the lifting clamping assembly comprises:

the lifting push claw units are respectively arranged at two ends of the clamping and supporting structure and are used for grabbing the rubber plate and/or the supporting rubber plate on the supporting mechanism;

the clamping support structure comprises a first support plate, a second support plate and clamping connecting rods which are arranged in parallel, the first support plate and the second support plate are connected through at least one clamping connecting rod, the lower end of the first support plate and/or the second support plate is provided with a mounting part for mounting the lifting push claw unit, and the lifting push claw unit can rotate relative to the lower end of the first support plate and/or the second support plate;

the lower end of the first supporting plate and/or the second supporting plate is/are provided with a leaning structure which acts on the first baffle and/or the second baffle so that the movable structure is switched between a first position and a second position;

the lifting push claw units which are oppositely arranged form a clamping area for placing the rubber plates, and the width size of the clamping area is a multiple of the width of at least two rubber plates;

the lifting pawl unit comprises:

the other ends of the lifting pusher claw pieces are connected in series through the lifting connecting shaft, and the lifting pusher claw pieces can rotate relative to the lifting connecting shaft to adjust the posture of the lifting pusher claw pieces for clamping the rubber plates;

the lifting connecting shaft is connected with the outer side of the first supporting plate and/or the outer side of the second supporting plate;

the lifting pusher dog is transversely arranged in the mounting position, and when the lifting pusher dog rotates along the lifting connecting shaft, the mounting position is used for accommodating the lifting pusher dog.

4. The capsule production line of any one of claims 1-3, wherein the fourth glue board delivery mechanism comprises:

5. The capsule production line of claim 4, wherein the fourth pusher unit comprises;

the fourth pushing structure is connected with the fourth transmission unit;

6. The capsule production line of claim 4, wherein the fourth transmission unit comprises:

7. The capsule production line of claim 6, wherein the fourth transmission unit comprises:

8. The capsule production line of claim 5, wherein the fourth pusher jaw structure comprises:

The fourth pawl body includes:

9. The capsule production line of any one of claims 1 to 8, further comprising a fourth glue board delivery mechanism for pushing the glue board located on the lifting mechanism downstream, the fourth glue board delivery mechanism comprising:

10. The capsule production line of claim 9, wherein the fourth drive means comprises:

the screw rod structure is connected with the second frame body unit;

the transmission structure is connected with the screw rod structure;