CN108792077A - A kind of method of automatic packaging object - Google Patents

Abstract

The invention discloses a kind of methods of automatic packaging object, including agent set, the closing device being set in described device main body, the conveyer being set in described device main body and the feed device being set in described device main body, it includes the motor being set in described device main body that the packaging system, which is fixed, the downside of the motor and the first cavity is provided in the described device main body, the second cavity of opening to the right is provided in the downside inner wall of first cavity, the lower end power of the motor is connected with first rotating shaft, the lower end extension of the first rotating shaft is passed through first cavity and screw-thread fit is connected with first movement block, it is connected with first gear in first cavity and in first rotating shaft, it is provided with third cavity in the first movement block；The present apparatus is simple in structure, easy to use, and the completion encapsulation object of automatable batch improves working efficiency, is worth recommending.

Description

A kind of method of automatic packaging object

Technical field

The present invention relates to packaging field, the method for specifically a kind of automatic packaging object.

Background technology

It is more convenient in order to live in the modern life, it is for people to use that article is divided into the enclosed packaging of aliquot, is needed to example The cup-shaped object as milk tea is packaged, and can guarantee that wherein article will not spill when needing to use convenient for being stored in again It opens it, and some current packaging systems are complicated, and generally require people's manual operation, less efficient, the scope of application It is more narrow, thus design a kind of a kind of simple and effective method of automatic packaging object it is really necessary to.

Invention content

Technical problem to be solved by the invention is to provide a kind of methods of automatic packaging object, can solve above-mentioned existing In the art the problem of.

The present invention is achieved through the following technical solutions：A kind of method of automatic packaging object of the present invention, including It agent set, the closing device being set in described device main body, the conveyer being set in described device main body and sets The feed device being placed in described device main body, it includes the motor being set in described device main body that the packaging system, which is fixed, The downside of the motor and the first cavity is provided in the described device main body, setting in the downside inner wall of first cavity There are the second cavity of opening to the right, the lower end power of the motor to be connected with first rotating shaft, the lower end of the first rotating shaft Extension is passed through first cavity and screw-thread fit is connected with first movement block, and first cavity is interior and in first rotating shaft It is connected with first gear, third cavity, the lower end secure fit connection of the first rotating shaft are provided in the first movement block There is the second shaft for extending through the third cavity, it is symmetrical in the third cavity to be provided with slidable first and slide Block is provided with the first groove that Open Side Down, first sliding block one end and institute far from the motor in first sliding block It states to be fixedly connected in the downside inner wall of third cavity described in the first spring between side of the third cavity far from the motor and set It is equipped with the 4th cavity, what is be connected between the 4th cavity and the third cavity is provided with symmetrical 5th cavity, What is be connected on the downside of 4th cavity is provided with annular and the 6th cavity that Open Side Down, in the 5th cavity slidably Be provided with the second sliding block, the upper end of second sliding block be provided with can with the inclined-plane of first fit depressions, described Two sliding block lower ends are fixedly connected with the third sliding block that can be slided up and down in the 4th cavity, the lower end of the third sliding block with Second spring is fixedly connected between the downside inner wall of 4th cavity, the described one end of third sliding block far from the motor is solid Surely it is connected with the Four-slider that can be slided in the 6th cavity, the lower end of the Four-slider is fixedly connected with blade, institute The second gear for being provided in the first cavity and being meshed with the first gear is stated, the second gear is fixedly connected on third and turns Axis is fixedly connected with the first fixed block in the upper inside walls of second cavity, and the 7th sky is provided in first fixed block Chamber, the 7th cavity are rotatably provided with the first moving block, first rotation on the downside inner wall of second cavity Block annular is provided with the second groove up and down, the lower end of first fixed block extend into the 7th cavity and with institute It states inner wall on the downside of the 7th cavity to abut against, the lower end of first fixed block is provided with opening and is connected with the 7th cavity to the right The 8th cavity connect, the upper end of first moving block and is fixedly connected with annular array in the 8th cavity Second fixed block, the upper end of the third shaft is rotatably assorted by bearing to be connected in the upper inside walls with first cavity, The lower end of the third shaft, which extends, to be passed through the 7th cavity and is abutted against with the downside inner wall of the 7th cavity, Symmetrical secure fit is connected with the second moving block, second rotation in the third shaft in the 7th cavity Block is abutted against with second fixed block.

The conveyer includes be set in the downside inner wall of second cavity as a preferred technical solution, Nine cavitys, first moving block are fixedly connected with the 4th shaft, and the 4th shaft lower end, which extends, is passed through the 9th cavity And be rotatably assorted by bearing on the downside inner wall for being connected to the 9th cavity, it is located in the 9th cavity described 4th turn It is fixedly connected with third gear on axis, the sprocket wheel that can be meshed with the third gear is provided in the 9th cavity, it is described The 4th gear that can be meshed with the sprocket wheel is provided in 9th cavity, the 4th gear is fixedly connected on the 5th shaft, The lower end of 5th shaft is rotatably assorted by bearing on the downside inner wall for being connected to the 9th cavity, the feed device It is set to the upside of the 5th shaft, what is be connected between the 9th cavity and second cavity is provided with and extraneous phase Connection and be the tenth U-shaped cavity, the sprocket wheel upper end is fixedly connected with the third that can be slided in the tenth cavity and turns Motion block, the upper end of the third moving block are fixedly connected with the 4th moving block that can be rotated in second cavity, and described Annular is provided with third groove up and down on four moving blocks, and the third groove is corresponding with second groove.

The feed device includes be set in the upper inside walls of the 9th cavity as a preferred technical solution, One begins to speak, and what the described first inner left wall begun to speak was connected, which be provided with second, begins to speak, and the upper end of the 5th shaft extends logical Enter described first to begin to speak and be rotatably assorted by bearing to be connected in the upper inside walls that described first begins to speak, be opened positioned at described first First bevel gear is fixedly connected in 5th shaft described in intracavitary, described second begins to speak interior be provided with can be with the first bevel gear The second bevel gear being meshed, it is front and back in the second bevel gear to be symmetrically arranged with the 5th engaged with the second bevel gear Gear is set as smooth surface on the right side of the 5th gear, and the 5th gear is connected with shaft and shaft passes through bearing and turns It is dynamic to be connected in the inner left wall begun to speak in described second, described second begins to speak setting of being connected between second cavity It is equipped with third to begin to speak, being provided in the upside rear end inner wall that the third is begun to speak being connected the 4th is begun to speak, and the described 4th begins to speak Upper inside walls in be connected be provided with after opening phase and the 5th begin to speak, the described 5th, which begins to speak, interior is rotatably provided with first Roller, the described 5th begin to speak in be provided with bearing and be rotatably assorted the 6th shaft being connected on left and right sides inner wall, described the It is fixedly connected with torque spring between one roller and the 6th shaft, phase in the upper front end inner wall that the third is begun to speak Being provided with for connection the 6th is begun to speak, the described 6th begin to speak in be provided with second tin roller, the second tin roller is connected with shaft and turns Axis is rotatably assorted by bearing to be connected on the left and right sides inner wall that the described 6th begins to speak, and the described 6th begins to speak is connected in inner left wall Logical to be provided with the 7th of opening upwards and begin to speak, the described 7th, which begins to speak, interior rotatable is provided with third roller, the third rolling Cylinder is connected with shaft and shaft is rotatably assorted by bearing and is connected on the left and right sides inner wall that the described 7th begins to speak, described device master In vivo and be provided with positioned at the described 7th right side lower end begun to speak begin to speak with the second tin roller, the 4th and the 6th begin to speak relatively The component of title is arranged with plastic sheet between first roller, the 5th gear, second tin roller and third roller.

The upper end array of the 4th moving block is provided with third groove as a preferred technical solution, described first turn The upper end annular array of motion block is provided with the 4th groove.

As a preferred technical solution, annular-heating piece is fixedly connected on the lower face of the first movement block.

Described method includes following steps：

First, cup is placed in third groove by staff, at this time electric motor starting, drives first rotating shaft rotation, first rotating shaft Rotation drives first gear to rotate simultaneously, and then drives second gear rotation, and then drives the rotation of third shaft, and then drive the Two moving blocks rotate, and then stir the rotation of the second fixed block, and then drive the rotation of the first moving block, and then the 4th shaft is driven to turn It is dynamic, and then the rotation of third gear is driven, and then rotated with movable sprocket, and then the rotation of the tenth cavity is driven, and then drive the 4th turn Motion block rotates, while sprocket wheel drives the rotation of the 4th gear to turn to cup below first movement block；

Secondly, annular-heating piece starts, and first rotating shaft drives first movement block to move down, while the second shaft is moved relatively upward It is dynamic, it is moved to upper limit position, first movement block is in lower limit position and fixes plastic sheet at this time, and annular-heating piece is by rim of a cup Encapsulated with plastic sheet, symmetrical first sliding block is close to each other by the effect of symmetrical first spring, and then drive the second sliding block to Lower movement, and then third sliding block is driven to move down, and then Four-slider is driven to move down, and then moved down with cutting blade Plastic sheet is cut off；

Finally, the 4th gear drives the rotation of the 5th shaft, and then drives first bevel gear rotation, and then second bevel gear is driven to turn It is dynamic, and then the rotation of the 5th gear is driven, and then plastic sheet movement is driven, device restPoses, repeats to encapsulate.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, automatic packaging object is carried out by the present apparatus When, cup is placed in third groove by staff, at this time electric motor starting, drives first rotating shaft rotation, first rotating shaft rotation same When drive first gear rotation, and then drive second gear rotation, and then drive third shaft rotation, and then drive second rotation Block rotates, and then stirs the rotation of the second fixed block, and then drives the rotation of the first moving block, and then drives the rotation of the 4th shaft, into And third gear is driven to rotate, and then rotated with movable sprocket, and then the rotation of the tenth cavity is driven, and then the 4th moving block is driven to turn It is dynamic, while sprocket wheel drives the rotation of the 4th gear to turn to cup below first movement block, annular-heating piece starts, first rotating shaft First movement block is driven to move down, while the second shaft moves relatively upward, is moved to upper limit position, at this time first movement Block is in lower limit position and fixes plastic sheet, and annular-heating piece encapsulates rim of a cup with plastic sheet, and symmetrical first sliding block is by right The effect of the first spring claimed is close to each other, and then the second sliding block is driven to move down, and then third sliding block is driven to move down, And then Four-slider is driven to move down, and then moved down with cutting blade and cut off plastic sheet, the 4th gear drives the 5th turn Shaft rotation is dynamic, and then drives first bevel gear rotation, and then drives second bevel gear rotation, and then drives the rotation of the 5th gear, into And plastic sheet is driven to move, device restPoses, and repeats to encapsulate, and the present apparatus is simple in structure, easy to use, can be automatic Change and complete encapsulation object raising working efficiency, is worth recommending.

Description of the drawings

The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.

Fig. 1 is a kind of internal structure schematic diagram of the method for automatic automatic packaging object of the present invention.

Fig. 2 is the right view of " A-A " in Fig. 1；

Fig. 3 is the vertical view of " B-B " in Fig. 1；

Fig. 4 is the vertical view of " C-C " in Fig. 1.

Specific implementation mode

As Figure 1-Figure 4, the method for a kind of automatic packaging object of the invention, including agent set 11, it is set to institute It states the closing device in apparatus main body 11, the conveyer being set in described device main body 11 and is set to described device master Feed device in body 11, it includes the motor 11 being set in described device main body 11, the motor that the packaging system, which is fixed, 11 downside and the first cavity 13 is provided in the described device main body 11, setting in the downside inner wall of first cavity 13 There are the second cavity 14 of opening to the right, the lower end power of the motor 40 to be connected with first rotating shaft 39, the first rotating shaft 39 lower end, which extends, is passed through first cavity 13 and screw-thread fit is connected with first movement block 21, in first cavity 13 and It is connected with first gear 12 in first rotating shaft 39, is provided with third cavity 49 in the first movement block 21, described first The lower end secure fit of shaft 39 is connected with the second shaft 48 for extending through the third cavity 49, in the third cavity 49 It is symmetrical to be provided with slidable first sliding block 51, the first groove that Open Side Down is provided in first sliding block 51 69, between the one end of first sliding block 51 far from the motor 40 and 49 side far from the motor 40 of the third cavity It is fixedly connected in the downside inner wall of third cavity 49 described in the first spring 50 and is provided with the 4th cavity 46, the 4th cavity 46 What is be connected between the third cavity 49 is provided with symmetrical 5th cavity 41, the downside phase of the 4th cavity 46 Connection is provided with the 6th cavity 56 annular and that Open Side Down, and the second sliding block is slidably provided in the 5th cavity 41 52, the upper end of second sliding block 52 be provided with can with first groove, 69 matched inclined-plane, under second sliding block 52 End is fixedly connected with the third sliding block 53 that can be slided up and down in the 4th cavity 46, the lower end of the third sliding block 53 and institute It states and is fixedly connected with second spring 47 between the downside inner wall of the 4th cavity 46, the third sliding block 53 is far from the motor 40 One end is fixedly connected with the Four-slider 54 that can be slided in the 6th cavity 56, and the lower end of the Four-slider 54, which is fixed, to be connected It is connected to blade 55, is provided with the second gear 36 being meshed with the first gear 12 in first cavity 13, described second Gear 36 is fixedly connected on third shaft 35, and the first fixed block 70 is fixedly connected in the upper inside walls of second cavity 14, It is provided with the 7th cavity 58 in first fixed block 70, the 7th cavity 58, on the downside inner wall of second cavity 14 It rotatably is provided with the first moving block 31,31 annular of the first moving block is provided with the second groove 73 up and down, The lower end of first fixed block 70 extends into the 7th cavity 58 and is abutted against with 58 downside inner wall of the 7th cavity, institute The lower end for stating the first fixed block 70 is provided with the 8th cavity 60 that is connected with the 7th cavity 58 to the right of opening, and described first The upper end of moving block 31 and the second fixed block 59 that annular array is fixedly connected in the 8th cavity 60, it is described The upper end of third shaft 35 is rotatably assorted by bearing and is connected in the upper inside walls with first cavity 13, the third shaft 35 lower end, which extends, to be passed through the 7th cavity 58 and is abutted against with the downside inner wall of the 7th cavity 58, and institute is located at It states symmetrical secure fit in the third shaft 35 in the 7th cavity 58 and is connected with the second moving block 68, second rotation Block 68 is abutted against with second fixed block 59.

Valuably, the conveyer includes the 9th cavity 33 being set in the downside inner wall of second cavity 14, First moving block 31 is fixedly connected with the 4th shaft 32, and 32 lower end of the 4th shaft, which extends, is passed through the 9th cavity 33 And be rotatably assorted by bearing on the downside inner wall for being connected to the 9th cavity 33, it is located at described the in the 9th cavity 33 Third gear 30 is fixedly connected in four shafts 32, being provided in the 9th cavity 33 can be meshed with the third gear 30 Sprocket wheel 27, be provided with the 4th gear 25 that can be meshed with the sprocket wheel 27, the 4th gear in the 9th cavity 33 25 are fixedly connected on the 5th shaft 26, and the lower end of the 5th shaft 26 is rotatably assorted by bearing is connected to the 9th cavity On 33 downside inner wall, the feed device is set to the upside of the 5th shaft 26, the 9th cavity 33 and described the What is be connected between two cavitys 14 is provided with being connected with the external world and is the tenth U-shaped cavity 71,27 upper end of the sprocket wheel is solid Surely it is connected with the third moving block 28 that can be slided in the tenth cavity 71, the upper end of the third moving block 28 is fixedly connected Have annular can be provided with up and down on interior the 4th moving block 45 rotated of second cavity 14, the 4th moving block 45 Third groove 72, the third groove 72 is corresponding with second groove 73.

Valuably, the feed device includes that first be set in the upper inside walls of the 9th cavity 33 begins to speak 74, Described first begin to speak 74 being provided with of being connected of inner left wall second begins to speak 22, and the upper end of the 5th shaft 26, which extends, to be passed through Described first begin to speak 74 and be rotatably assorted by bearing be connected to described first begin to speak 74 upper inside walls on, be located at described first Begin to speak to be fixedly connected with first bevel gear 24 in 74 in the 5th shaft 26, described second begins to speak be provided in 22 can with it is described The second bevel gear 15 that first bevel gear 24 is meshed, it is front and back in the second bevel gear 15 to be symmetrically arranged with and described second The right side of the 5th gear 19 that bevel gear 15 engages, the 5th gear 19 is set as smooth surface, and the 5th gear 19 connects Be connected to shaft and shaft be rotatably assorted by bearing be connected to described second begin to speak 22 inner left wall on, described second begins to speak 22 The third that is provided with being connected between second cavity 14 begins to speak 18, the third begin to speak 18 upside rear end inner wall in phase Being provided with for connection the 4th begins to speak 65, the described 4th begin to speak 6 upper inside walls in the 5th be provided with after opening phase that is connected Begin to speak 61, the described 5th, which begins to speak, is rotatably provided with the first roller 62 in 61, and the described 5th, which begins to speak, is provided with axis in 61 Forward dynamic be connected between the 6th shaft 64 on left and right sides inner wall, first roller 62 and the 6th shaft 64 admittedly Surely be connected with torque spring, the third begin to speak 18 upper front end inner wall in be connected be provided with and the 6th begin to speak 67, Described 6th, which begins to speak, is provided with second tin roller 66 in 67, and the second tin roller 66 is connected with shaft and shaft is matched by bearing rotation Close be connected to the described 6th begin to speak 67 left and right sides inner wall on, the described 6th begins to speak being provided with out of being connected in 67 inner left walls Mouthful upward the 7th begins to speak 37, and the described 7th, which begins to speak, is rotatably provided with third roller 42 in 37, and the third roller 42 connects Be connected to shaft and shaft be rotatably assorted by bearing be connected to the described 7th begin to speak 37 left and right sides inner wall on, described device main body It is provided in 11 and positioned at the described 7th begin to speak 37 right side lower end and begins to speak 65 and the 6th to open with the second tin roller the 66, the 4th The symmetrical component of chamber 67, the winding between first roller 62, the 5th gear 19, second tin roller 66 and third roller 42 There is plastic sheet 43.

Valuably, the upper end array of the 4th moving block 45 is provided with third groove 20, first moving block 31 Upper end annular array is provided with the 4th groove 57.

Valuably, it is fixedly connected with annular-heating piece 44 on the lower face of the first movement block 21.

When original state, first movement block 21 is in upper limit position, and symmetrical first sliding block 51 is separated, third sliding block 53 are in upper limit position, and Four-slider 54 be in upper limit position, and blade 55 is in upper limit position, the second fixed block 59 and Second moving block 68 abuts against.

Described method includes following steps：

First, cup is placed in third groove 72 by staff, and motor 40 starts at this time, and first rotating shaft 39 is driven to rotate, the One shaft 39 rotates while first gear 12 being driven to rotate, and then second gear 36 is driven to rotate, and then drives third shaft 35 Rotation, and then the rotation of the second moving block 68 is driven, and then the rotation of the second fixed block 59 is stirred, and then drive 31 turns of the first moving block It is dynamic, and then the rotation of the 4th shaft 32 is driven, and then third gear 30 is driven to rotate, and then rotated with movable sprocket 27, and then drive Tenth cavity 71 rotates, and then drives the rotation of the 4th moving block 45, while sprocket wheel 27 drives the rotation of the 4th gear 25 to turn cup It moves to 21 lower section of first movement block；

Secondly, annular-heating piece 44 starts, and first rotating shaft 39 drives first movement block 21 to move down, while 48 phase of the second shaft To moving up, it is moved to upper limit position, first movement block 21 is in lower limit position and fixes plastic sheet 43 at this time, annular Heating plate 44 encapsulates rim of a cup plastic sheet 43, and symmetrical first sliding block 51 is mutually leaned on by the effect of symmetrical first spring 50 Closely, and then the second sliding block 52 is driven to move down, and then third sliding block 53 is driven to move down, so drive Four-slider 54 to Lower movement, and then moved down with cutting blade 55 and cut off plastic sheet 43；

Finally, the 4th gear 25 drives the rotation of the 5th shaft 26, and then first bevel gear 24 is driven to rotate, and then drives the second cone Gear 15 rotates, and then drives the rotation of the 5th gear 19, and then plastic sheet 43 is driven to move, and device restPoses, and repeats It is packaged.

When carrying out automatic packaging object by the present apparatus, cup is placed in third groove 72 by staff, at this time motor 40 start, and first rotating shaft 39 is driven to rotate, and first rotating shaft 39 rotates while first gear 12 being driven to rotate, and then drives the second tooth 36 rotation of wheel, and then third shaft 35 is driven to rotate, and then the rotation of the second moving block 68 is driven, and then stir the second fixed block 59 Rotation, and then the rotation of the first moving block 31 is driven, and then the rotation of the 4th shaft 32 is driven, and then third gear 30 is driven to rotate, And then rotated with movable sprocket 27, and then the rotation of the tenth cavity 71 is driven, and then the rotation of the 4th moving block 45 is driven, while sprocket wheel 27 Drive the rotation of the 4th gear 25 that cup is turned to 21 lower section of first movement block, annular-heating piece 44 starts, 39 band of first rotating shaft Dynamic first movement block 21 moves down, while the second shaft 48 moves relatively upward, is moved to upper limit position, first moves at this time Motion block 21 is in lower limit position and fixes plastic sheet 43, and annular-heating piece 44 encapsulates rim of a cup plastic sheet 43, and symmetrical One sliding block 51 is close to each other by the effect of symmetrical first spring 50, and then the second sliding block 52 is driven to move down, and then drives Third sliding block 53 moves down, and then Four-slider 54 is driven to move down, and then is moved down plastic sheet with cutting blade 55 43 cut-outs, the 4th gear 25 drives the rotation of the 5th shaft 26, and then first bevel gear 24 is driven to rotate, and then drives the second cone tooth 15 rotation of wheel, and then drive the rotation of the 5th gear 19, and then plastic sheet 43 is driven to move, device restPoses, repeat into Row encapsulation.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, automatic packaging object is carried out by the present apparatus When, cup is placed in third groove by staff, at this time electric motor starting, drives first rotating shaft rotation, first rotating shaft rotation same When drive first gear rotation, and then drive second gear rotation, and then drive third shaft rotation, and then drive second rotation Block rotates, and then stirs the rotation of the second fixed block, and then drives the rotation of the first moving block, and then drives the rotation of the 4th shaft, into And third gear is driven to rotate, and then rotated with movable sprocket, and then the rotation of the tenth cavity is driven, and then the 4th moving block is driven to turn It is dynamic, while sprocket wheel drives the rotation of the 4th gear to turn to cup below first movement block, annular-heating piece starts, first rotating shaft First movement block is driven to move down, while the second shaft moves relatively upward, is moved to upper limit position, at this time first movement Block is in lower limit position and fixes plastic sheet, and annular-heating piece encapsulates rim of a cup with plastic sheet, and symmetrical first sliding block is by right The effect of the first spring claimed is close to each other, and then the second sliding block is driven to move down, and then third sliding block is driven to move down, And then Four-slider is driven to move down, and then moved down with cutting blade and cut off plastic sheet, the 4th gear drives the 5th turn Shaft rotation is dynamic, and then drives first bevel gear rotation, and then drives second bevel gear rotation, and then drives the rotation of the 5th gear, into And plastic sheet is driven to move, device restPoses, and repeats to encapsulate, and the present apparatus is simple in structure, easy to use, can be automatic Change and complete encapsulation object raising working efficiency, is worth recommending.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims (5)

1. a kind of method of automatic packaging object, including agent set, the closing device being set in described device main body, setting In in described device main body conveyer and the feed device that is set in described device main body, the packaging system fix Including the motor being set in described device main body, the downside of the motor and the first sky is provided in the described device main body Chamber, the second cavity of opening to the right is provided in the downside inner wall of first cavity, and the lower end power cooperation of the motor connects It is connected to first rotating shaft, the lower end extension of the first rotating shaft is passed through first cavity and screw-thread fit is connected with first movement Block, first cavity is interior and is connected with first gear in first rotating shaft, and third sky is provided in the first movement block Chamber, the lower end secure fit of the first rotating shaft are connected with the second shaft for extending through the third cavity, and the third is empty Intracavitary is symmetrical to be provided with slidable first sliding block, and the first groove that Open Side Down is provided in first sliding block, First sliding block is fixedly connected between one end and the side of the third cavity far from the motor far from the motor The 4th cavity is provided in the downside inner wall of third cavity described in first spring, between the 4th cavity and the third cavity What is be connected is provided with symmetrical 5th cavity, be connected on the downside of the 4th cavity be provided with annular and be open to Under the 6th cavity, be slidably provided with the second sliding block in the 5th cavity, the upper end of second sliding block is provided with can With the inclined-plane of first fit depressions, second sliding block lower end, which is fixedly connected with, upper in the 4th cavity to glide Dynamic third sliding block is fixedly connected with the second bullet between the lower end of the third sliding block and the downside inner wall of the 4th cavity Spring, the described one end of third sliding block far from the motor are fixedly connected with the Four-slider that can be slided in the 6th cavity, The lower end of the Four-slider is fixedly connected with blade, and to be meshed with the first gear is provided in first cavity Two gears, the second gear are fixedly connected on third shaft, first are fixedly connected in the upper inside walls of second cavity Fixed block, is provided with the 7th cavity in first fixed block, the 7th cavity, can on the downside inner wall of second cavity Rotation is provided with the first moving block, and the first moving block annular is provided with the second groove up and down, and described first The lower end of fixed block extends into the 7th cavity and is abutted against with inner wall on the downside of the 7th cavity, first fixed block Lower end is provided with the 8th cavity that is connected with the 7th cavity to the right of opening, the upper end of first moving block and is located at institute The second fixed block that annular array is fixedly connected in the 8th cavity is stated, the upper end of the third shaft is rotated by bearing Be connected in the upper inside walls of first cavity, the lower end of the third shaft extend be passed through the 7th cavity and It abuts against, is located at symmetrically solid in the third shaft in the 7th cavity with the downside inner wall of the 7th cavity Surely it is connected with the second moving block, second moving block is abutted against with second fixed block.

2. a kind of method of automatic packaging object according to claim 1, it is characterised in that：The conveyer includes setting The 9th cavity being placed in the downside inner wall of second cavity, first moving block is fixedly connected with the 4th shaft, described 4th shaft lower end, which extends, to be passed through the 9th cavity and is rotatably assorted by bearing in the downside for being connected to the 9th cavity On wall, it is fixedly connected with third gear in the 4th shaft in the 9th cavity, is provided in the 9th cavity The sprocket wheel that can be meshed with the third gear is provided with the 4th tooth that can be meshed with the sprocket wheel in the 9th cavity Wheel, the 4th gear are fixedly connected on the 5th shaft, and the lower end of the 5th shaft is rotatably assorted by bearing is connected to institute On the downside inner wall for stating the 9th cavity, the feed device is set to the upside of the 5th shaft, the 9th cavity and institute State be connected between the second cavity be provided with being connected with the external world and be the tenth U-shaped cavity, the sprocket wheel upper end is fixed It is connected with the third moving block that can be slided in the tenth cavity, the upper end of the third moving block is fixedly connected with can be in institute The 4th moving block rotated in the second cavity is stated, annular is provided with third groove up and down, institute on the 4th moving block It is corresponding with second groove to state third groove.

3. a kind of method of automatic packaging object according to claim 1, it is characterised in that：The feed device includes setting First be placed in the upper inside walls of the 9th cavity is begun to speak, and what the described first inner left wall begun to speak was connected is provided with Two begin to speak, and the upper end extension of the 5th shaft is passed through described first and begins to speak and be rotatably assorted by bearing to be connected to described first In the upper inside walls begun to speak, begin to speak to be fixedly connected with first bevel gear in interior 5th shaft positioned at described first, described Two begin to speak in be provided with the second bevel gear that can be meshed with the first bevel gear, it is front and back symmetrical in the second bevel gear It is provided with the 5th gear engaged with the second bevel gear, is set as smooth surface on the right side of the 5th gear, described Five gears, which are connected with shaft, and shaft is rotatably assorted by bearing is connected in the inner left wall that described second begins to speak, and described second The third that is provided with for beginning to speak to be connected between second cavity is begun to speak, and is connected in the upside rear end inner wall that the third is begun to speak Logical to be provided with the 4th and begin to speak, the 5th be provided with after opening phase being connected in the 4th upper inside walls begun to speak begins to speak, Described 5th begin to speak it is interior it is rotatable be provided with the first roller, the described 5th begin to speak in be provided with bearing and be rotatably assorted connection It is fixedly connected with torque spring between the 6th shaft on left and right sides inner wall, first roller and the 6th shaft, institute Being provided with of in the upper front end inner wall that the third is begun to speak being connected is stated the 6th to begin to speak, the described 6th begin to speak in be provided with second Roller, the second tin roller, which is connected with shaft, and shaft is rotatably assorted by bearing is connected in the 6th left and right sides begun to speak On wall, the described 6th begins to speak, and being provided with of being connected in inner left wall the 7th of opening upwards is begun to speak, the described 7th begin to speak in can Rotation is provided with third roller, and the third roller, which is connected with shaft, and shaft is rotatably assorted by bearing is connected to described the On the seven left and right sides inner walls begun to speak, it is provided with and described the in described device main body and positioned at the described 7th right side lower end begun to speak Two rollers, the 4th begin to speak and the 6th begins to speak symmetrical component, first roller, the 5th gear, second tin roller and It is arranged with plastic sheet between third roller.

4. a kind of method of automatic packaging object according to claim 1, it is characterised in that：4th moving block it is upper End array is provided with third groove, and the upper end annular array of first moving block is provided with the 4th groove.

5. a kind of method of automatic packaging object according to claim 1, it is characterised in that：Under the first movement block Annular-heating piece is fixedly connected on end face;Described method includes following steps：

First, cup is placed in third groove by staff, at this time electric motor starting, drives first rotating shaft rotation, first rotating shaft Rotation drives first gear to rotate simultaneously, and then drives second gear rotation, and then drives the rotation of third shaft, and then drive the Two moving blocks rotate, and then stir the rotation of the second fixed block, and then drive the rotation of the first moving block, and then the 4th shaft is driven to turn It is dynamic, and then the rotation of third gear is driven, and then rotated with movable sprocket, and then the rotation of the tenth cavity is driven, and then drive the 4th turn Motion block rotates, while sprocket wheel drives the rotation of the 4th gear to turn to cup below first movement block；

Secondly, annular-heating piece starts, and first rotating shaft drives first movement block to move down, while the second shaft is moved relatively upward It is dynamic, it is moved to upper limit position, first movement block is in lower limit position and fixes plastic sheet at this time, and annular-heating piece is by rim of a cup Encapsulated with plastic sheet, symmetrical first sliding block is close to each other by the effect of symmetrical first spring, and then drive the second sliding block to Lower movement, and then third sliding block is driven to move down, and then Four-slider is driven to move down, and then moved down with cutting blade Plastic sheet is cut off；

Finally, the 4th gear drives the rotation of the 5th shaft, and then drives first bevel gear rotation, and then second bevel gear is driven to turn It is dynamic, and then the rotation of the 5th gear is driven, and then plastic sheet movement is driven, device restPoses, repeats to encapsulate.