CN105460277B

CN105460277B - Full-automatic water bucket packing machine

Info

Publication number: CN105460277B
Application number: CN201510943156.8A
Authority: CN
Inventors: 聂卫权
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-12-17
Filing date: 2015-12-17
Publication date: 2018-01-12
Anticipated expiration: 2035-12-17
Also published as: CN105460277A

Abstract

The invention provides a kind of bucket packing machine simple in construction, easy to operate, saving low coating materials, cost, safety and fully automatic operation.The present invention includes frame（1）, it is characterised in that：In the frame（1）On be provided with bucket conveying mechanism, coating materials conveying device, bagging device and bucket output device, the bagging device is arranged on the bucket output end of the bucket conveying mechanism, double-deck coating materials is separated and is transported at the bagging device from one end by the coating materials conveying device, the bagging device carries out bagging to bucket, and the bucket for packaging bag is output to the frame by the bucket output device（1）Outside.Present invention can apply to processing equipment field.

Description

Full-automatic water bucket packing machine

Technical field

The present invention relates to apparatus field, more particularly to a kind of full-automatic water bucket packing machine, particularly for 5 gallons of drinking water The bagging work of bucket.

Background technology

, it is necessary to also want bagging outside each bucket after the filling end of bottled water.The purpose of bagging is：Prevent from carrying or transporting The pollutants such as dust are infected with during defeated on the outer wall of bucket, and then pollute fill water in bucket.Such contaminant water pair is drunk People, which knows from experience, brings Health cost, and drinking water manufacturer can only outwell the water of pollution.This can cause the waste of water resource again.It is existing In technology, most drinking water operator is still to rest on using the artificial stage for carrying out bagging, this greatly reduces Operating efficiency, cost can be in any more yet.Under the promotion of development in science and technology, the manufacturer for also having some production equipments devises some certainly The equipment of dynamic bagging.But or these equipment are complicated, or packaging effect is bad, or need consumption more unnecessary Coating materials, cause the waste of resource.Chinese patent application if publication No. is CN104354891A discloses a kind of film of bucket Packing device.But the device is risen to bucket on conveying mechanism using lowering or hoisting gear, because the bucket weight for filling water is larger, When bucket turns over side, the accident for injuring people by a crashing object is easily caused；In addition, the device using blower fan and heater box to being wrapped in bucket Outer coating materials carries out contracting film process.This had both needed additionally to increase the equipment such as blower fan, heater box, and its structure is complex, and operation is not Just, cost is added；All wrap up further, since coating materials is whole ladle body and then the effect of packaging is reached using contracting film process again Fruit, coating materials is not saved during this, i.e. the cost of coating materials is also higher.

The content of the invention

The technical problems to be solved by the invention are overcome the deficiencies in the prior art, it is desirable to provide it is a kind of it is simple in construction, Bucket packing machine that is easy to operate, saving low coating materials, cost, safety and fully automatic operation.

The technical solution adopted in the present invention is：The present invention includes frame, and bucket conveyer is provided with the frame Structure, coating materials conveying device, bagging device and bucket output device, the bagging device are arranged on the bucket conveying mechanism Double-deck coating materials is separated and is transported at the bagging device from one end by bucket output end, the coating materials conveying device, the set Bagging apparatus carries out bagging to bucket, and the bucket for packaging bag is output to outside the frame by the bucket output device.

Such scheme is visible, realizes that bucket conveys using bucket conveying mechanism, coating materials conveying device realizes film feeding, covers packed Realization is put to bucket bagging and cuts off the coating materials between bucket and bucket, also bagging is carried out for next bucket for treating bagging in cut-out Prepare, bucket output device realizes the automatic output of bucket；In whole process, bucket enters, coating materials enters, bagging to bucket The process of output is to be automatically performed, and this is simple in construction, realized in the whole casing formed in frame in turn ensure that safety and Stable, as long as the panel in frame is operated, its is easy to operate, the shape of cutting membrane knife tool and the shape of bucket of bagging device Shape is consistent, and unnecessary materials'use will not be produced during bagging, saves the use of coating materials, and cost is low, also real to environment Indirect protection is showed.

One preferable scheme is that the bagging device includes hot-die and the chill that point row left and right is set, the hot-die bag Hot-die fixed plate, the first hot-die and the second hot-die are included, first hot-die and the second hot-die are separately positioned on the hot-die and fixed Be provided with cutter on the conplane both sides of plate, first hot-die and second hot-die, in first hot-die and Heating plate is provided with second hot-die to heat the cutter, on first hot-die and second hot-die The profile that cutter is formed is consistent with the outer line profile at the maximum gauge of bucket；The chill includes chill fixed plate and institute The second chill stated the first chill of the first hot-die cooperation and coordinated with second hot-die, first chill and second cold Mould is separately positioned on the conplane both sides of the chill fixed plate, is respectively provided with first chill and second chill There is a cutter groove to match with the cutter, profile that the cutter groove in first chill and second chill is formed and bucket Outer line profile at maximum gauge is consistent.

Such scheme is visible, using the cooperation of hot-die and chill, realizes that the coating materials for being enclosed in bucket periphery is realized to bucket Bagging, the cutter groove on cutter and chill on hot-die cooperates, and its profile is consistent with the circumferential profile of bucket, it ensure that The waste of coating materials will not be caused during bagging, has saved resource；Cutter is heated using heating plate, cut off in cutter While coating materials, the cutter that has been heated is again such that the coating materials being bonded to each other mutually binds, so as to realize the encapsulating of bag body, The part of bonding is equally left at cut-out coating materials, so that directly using bonding when next bucket is entered at bagging device Bag body realize the pull-out of coating materials, ensure that the continuity of processing, improve operating efficiency.

Further preferred scheme is the cutter on first hot-die and the cutter groove in first chill Contour line and the bung from bucket extended to along outside wall surface bottom of the barrel point contour line it is consistent, on second hot-die Cutter and the contour line of the cutter groove in second chill and the bung from bucket extend to bucket bucket along outside wall surface The contour line of the upper end of the maximum gauge part of body is consistent.

Such scheme is visible, by the contour line of the cutter on the first hot-die and the cutter groove of the first chill be arranged to from bucket Bung extended to along outside wall surface bottom of the barrel point contour line it is consistent, and by positioned at the contour line of the cutter of another side and cutter groove It is consistent to be arranged to extend to the contour line of the upper end of the maximum gauge part of bucket ladle body along outside wall surface with the bung from bucket, So that coating materials with the size of the size measures coating materials of ladle body and wraps up ladle body when wrapping up ladle body, when wrapping up bung, with The size of the size measures coating materials of bung simultaneously wraps up bung, it ensure that the waste of any coating materials will not be caused during bagging, Cost is saved, the generation of useless coating materials is decreased, environment is played a very good protection.

Scheme still more preferably is to be additionally provided with to slide through the hot-die fixed plate and described in the frame The bagging guide rod of chill fixed plate, the bagging guide rod include hot-die fixed plate and chill the fixed plate top that is slidably located in The first guide rod, the second guide rod and the 3rd guide rod of hot-die fixed plate and chill the fixed plate bottom that is slidably located in, institute The first guide rod and the 3rd guide rod are stated respectively positioned at first hot-die and the upper side and lower side of first chill, described Consolidating of promoting the hot-die fixed plate and the chill fixed plate to be slided respectively on the bagging guide rod is additionally provided with frame Fixed board pusher cylinder, the hot-die that the fixed plate pusher cylinder includes output shaft with the hot-die fixed plate is mutually fixedly connected promote The chill pusher cylinder that cylinder and output shaft are mutually fixedly connected with the chill fixed plate.

Such scheme is visible, guides the matched moulds of hot-die fixed plate and chill fixed plate and die sinking dynamic using bagging guide rod Make, motion is promoted using fixed plate pusher cylinder, so as to realize entire roboticized work, improve automation.

One preferable scheme is that the coating materials conveying device includes film feeder and divides film feeding device, described to divide film Feeding device includes being arranged on dividing film fork, being connected to and described divide film fork upper end and set respectively below the bucket conveying mechanism The bucket conveying mechanism both sides two film drawing devices and be arranged on above the bucket conveying mechanism and by membrane electricity The power transmission group of machine driving, the film drawing device include membrane plate, be separately positioned on two groups of the membrane plate both ends it is double same Walk wheel, two timing belts being connected in the synchronizing wheel of the membrane plate both ends corresponding position and be arranged on the drawing Stable synchronizing wheel and stable directive wheel between on diaphragm plate and positioned at both ends two groups of double synchronizing wheels, in each membrane On device, the gap between two timing belts passes through for coating materials, and under the driving of the membrane motor, coating materials is by two institutes State the drive movement that is synchronized with the movement of timing belt；Described point of film fork includes two bifurcateds for being divided to row both sides, and two bifurcateds pass through Connecting rod connects, and each bifurcated includes the chain stay being horizontally situated and the oblique fork being connected with the chain stay, the chain stay Angle between the tiltedly fork is 45 °, and the junction between the chain stay and the tiltedly fork is the connection that smoothly transits.

Such scheme is visible, double-deck coating materials from film feeder enter point film feeding device when, divide point of film feeding device Film fork separates the duplicature being folded from the side of opening, and in opening side, two layers separated of coating materials is respectively from the outside tiltedly pitched Up around oblique fork, then it is pulled through from the inner side tiltedly pitched, because the angle between chain stay and the tiltedly fork is 45 °, therefore from film feeding The double-deck coating materials that device is sent detours to send vertically upward, and after dividing film fork to divide film by what is tiltedly pitched, outer lateral from what is tiltedly pitched Two layers of monofilm of upper motion becomes to move to film drawing device from the inner side level tiltedly pitched, after coating materials enters film drawing device, In the presence of membrane motor, coating materials is pullled；The effect pitched through undue film, two layers of the coating materials folded originally, from opening Mouth side separates（The side being connected to still is connected to）, and it is located at the coating materials face in outside originally, after commutation, it will be located at Divide the inner side of film fork；Bucket conveying mechanism conveying effect under, bucket from be divided to film pitch two tiltedly fork between by so that Obtain bucket to be located in the coating materials track formed by the coating materials encirclement separated, the process that bagging device is transported in bucket is water Bucket rushes in coating materials track the process passed through；Coating materials endlessly conveys, and ensureing the bagging of bucket, everything goes well with your work carries out, and ensures Bagging quality and efficiency.

Further preferred scheme is, the film feeder include being arranged in frame by the motor-driven film feeding of film feeding Double roller, gravity storage deflector roll and membrane double roller, the coating materials are released by emptying roller, the transmission through film feeding double roller, around the gravity Deflector roll is stored up, is then passed through dividing film fork to carry out a point film described in the membrane double roller arrival.

Such scheme is visible, the setting of the gravity storage deflector roll, ensure that the smooth discharging of coating materials, and be follow-up membrane Material process provides storing.And the roller surface of film feeding double roller is using going the material of electrostatic wrap up, so that by electrostatic present in coating materials Remove, further divide film to provide guarantee for follow-up.

Scheme still more preferably is that the bucket conveying mechanism includes two conveyings that are horizontally disposed and being parallel to each other Conveyance gear, the gear-box of the driving conveyance gear rotation and the driving gear-box that band and the conveyer belt coordinate Feeder motor.

Such scheme is visible, using Dual-conveying tall band, realizes the transmission of bucket using gear-box and gear drive in addition, ensures The stability and security of bucket transmission.

Scheme still more preferably is to be additionally provided with warning device in the frame again, in the bucket conveyer Bucket retention device before the bucket input of structure is provided with, the preceding bucket retention device are driven by the cylinder stretching or retracted, During stretching, bucket is stopped.

Such scheme is visible, and when device fails or coating materials are supplied when finishing, warning device can send alarm to remind Staff pays attention to operating accordingly；And the setting of preceding bucket retention device, it is in order to when follow-up bagging work can not continue During progress, preceding bucket retention device can block bucket, avoid occurring to shut down the repeated work so that bucket is released.

Further scheme again still more preferably is that the bucket output device is arranged in the frame and is located at institute State below bagging device, if the bucket output device is made up of dry drum, some rollers form a transmission channel, Rear bucket retention device is provided with the transmission channel, the rear bucket retention device is driven by the cylinder stretching or retracted, During stretching, bucket is stopped.

Such scheme is visible, and the transmission channel of drum-type can greatly facilitate staff, can both use manually by water Bucket pulls out, and by motor driven roller bucket can also be driven to move, realize several working ways；Bucket retention device afterwards Setting, can better ensure that bucket reach bagging device station after, bucket can just be sent out, kept away after bagging is smoothly completed Exempt from that non-bagging occurs or generation bagging defect problem is still sent out and needs the situation done over again.

Brief description of the drawings

Fig. 1 is the easy structure schematic diagram of the present invention；

Fig. 2 is the easy structure schematic diagram of the bagging device；

Fig. 3 is the hot-die of the bagging device and the easy structure schematic diagram of chill part；

Fig. 4 is the simple schematic diagram of the machine frame inside structure；

Fig. 5 be it is described divide film pitch and the transmission channel easy structure schematic diagram；

Fig. 6 is the easy structure schematic diagram of the film drawing device.

Embodiment

As shown in figure 1, the present invention includes frame 1, bucket conveying mechanism, coating materials conveying dress are provided with the frame 1 Put, bagging device and bucket output device, the bagging device are arranged on the bucket output end of the bucket conveying mechanism, institute State coating materials conveying device double-deck coating materials is separated and is transported at the bagging device from one end, the bagging device is to bucket 32 Bagging is carried out, the bucket 32 for packaging bag is output to outside the frame 1 by the bucket output device.Above-mentioned double-deck coating materials is by one The longer coating materials of block length, from the centre position discounting trace on length direction, then it is formed by stacking.

As shown in Figure 2 to Figure 3, the bagging device, which includes point hot-die of row left and right setting and chill, the hot-die, includes Hot-die fixed plate 2, the first hot-die 3 and the second hot-die 4, the hot-die 4 of the first hot-die 3 and second are separately positioned on the hot-die and consolidated Cutter 5 is provided with the conplane both sides of fixed board 2, first hot-die 3 and second hot-die 4, described first Heating plate is provided with hot-die 3 and second hot-die 4 to heat the cutter 5, first hot-die 3 and described The profile that cutter 5 on two hot-dies 4 is formed is consistent with the outer line profile at the maximum gauge of bucket 32；The chill includes cold Mould fixed plate 6, the first chill 7 coordinated with first hot-die 3 and the second chill 8 coordinated with second hot-die 4, institute State the first chill 7 and the second chill 8 is separately positioned on the conplane both sides of the chill fixed plate 6, first chill 7 With the cutter groove 9 that matches with the cutter 5, first chill 7 and second chill are provided with second chill 8 The profile that cutter groove 9 on 8 is formed is consistent with the outer line profile at the maximum gauge of bucket 32.

In the present embodiment, the cutter 5 on first hot-die 3 and the cutter groove 9 in first chill 7 Contour line is consistent with the contour line that bottom of the barrel point is extended to from the bung of bucket 32 along outside wall surface, positioned at second hot-die 4 On cutter 5 and the cutter groove 9 in second chill 8 contour line with being extended to from the bung of bucket 32 along outside wall surface The contour line of the upper end of the maximum gauge part of the ladle body of bucket 32 is consistent.

It is additionally provided with the frame 1 and slides through the bagging of the hot-die fixed plate 2 and the chill fixed plate 6 and lead Bar, the bagging guide rod include being slidably located in hot-die fixed plate 2 and chill fixed plate 6 top the first guide rod 10, the Two guide rods 11 and the 3rd guide rod 12 of hot-die fixed plate 2 and chill fixed plate 6 bottom that is slidably located in, described first leads Bar 10 and the 3rd guide rod 12 are respectively positioned at first hot-die 3 and the upper side and lower side of first chill 7, in the machine Consolidating of promoting the hot-die fixed plate 2 and the chill fixed plate 6 to be slided respectively on the bagging guide rod is additionally provided with frame 1 Fixed board pusher cylinder, the fixed plate pusher cylinder push away including output shaft with the hot-die that the phase of hot-die fixed plate 2 is fixedly connected Take offence the chill pusher cylinder 14 that cylinder 13 and output shaft are fixedly connected with the phase of chill fixed plate 6.In the present embodiment, it is described The number of hotting mask pusher cylinder 13 is two, and one of them is connected to the top of the hotting mask fixed plate 2, and another is connected to institute State the bottom of hotting mask fixed plate 2.The quantity of the chill pusher cylinder 14 is again provided with two, and one of them is connected to described The top of chill fixed plate 6, another is connected to the bottom of the chill fixed plate 6.The hotting mask pusher cylinder 13 and described The setting of chill pusher cylinder 14 drives the matched moulds of the hot-die and the chill and divides mould.

As shown in Figures 4 to 6, the coating materials conveying device includes film feeder and divides film feeding device, described to divide film to enter Material device includes being arranged on dividing film fork 15, being connected to and described divide film to pitch 15 upper ends and set respectively below the bucket conveying mechanism Put the bucket conveying mechanism both sides two film drawing devices and be arranged on above the bucket conveying mechanism and by membrane The power transmission group that motor 16 drives, the film drawing device include membrane plate 17, are separately positioned on the both ends of membrane plate 17 Two groups of double synchronizing wheels 18, two timing belts 19 being connected in the synchronizing wheel of the both ends corresponding position of membrane plate 17 with And it is arranged on the membrane plate 17 and between two groups of both ends double synchronizing wheels 18 stable synchronizing wheels 20 and stably Directive wheel 21, on each film drawing device, the gap between two timing belts 19 passes through for coating materials, in the membrane Under the driving of motor 16, coating materials is by the drive movement that is synchronized with the movement of two timing belts 19.Described point of film fork 15 includes a point row Two bifurcateds of both sides, two bifurcateds are connected by connecting rod, and each bifurcated includes the chain stay being horizontally situated 151 and the oblique fork 152 that is connected with the chain stay 151, the angle between the chain stay 151 and the tiltedly fork 152 is 45 °, described Junction between chain stay 151 and the tiltedly fork 152 is the connection that smoothly transits.The film feeder includes being arranged in frame 1 The film feeding double roller 23 driven by film feeding motor 22, gravity storage deflector roll 24 and membrane double roller 25, the coating materials released by emptying roller, Transmission through film feeding double roller 23, deflector roll 24 is stored up around the gravity, be then passed through the membrane double roller 25 and reach described to divide film to pitch 15 Carry out a point film.

As shown in figure 4, the bucket conveying mechanism include two it is horizontally disposed and be parallel to each other conveyer belts 26, with it is described Conveyance gear 27, the gear-box 28 of the driving rotation of conveyance gear 27 and the driving gear-box 28 that conveyer belt 26 coordinates Feeder motor 29.Warning device 30 is additionally provided with the frame 1, is set in the bucket input of the bucket conveying mechanism There is preceding bucket retention device, the preceding bucket retention device is driven by the cylinder stretching or retracted, and when stretching out, bucket is hindered Gear.The bucket output device is arranged in the frame 1 and below the bagging device, the bucket output device by If dry drum 31 is formed, some rollers 30 form a transmission channel, and bucket hinders after being provided with the transmission channel Blocking means, the rear bucket retention device are driven by the cylinder stretching or retracted, when stretching out, bucket 32 is stopped.

The running of the present invention is as follows：

Double-deck coating materials from film feeder enter point film feeding device when, that divides film feeding device divides film fork 15 to be folded Duplicature separated from the side of opening, in opening side two layers separated of coating materials respectively from the outside of oblique fork 152 up around Tiltedly fork 152, then it is pulled through from the inner side of oblique fork 152, because the angle between chain stay 151 and the tiltedly fork 152 is 45 °, therefore from The double-deck coating materials that film feeder is sent is send vertically upward, and after dividing film to pitch 15 points of films, by detouring for tiltedly fork 152, from oblique Outer two layers of the monofilm moved on the side of fork 152 becomes to move to film drawing device from the inner side level of oblique fork 152, enters in coating materials Enter to after film drawing device, in the presence of membrane motor 16, coating materials is pullled；Effect through undue film fork 15, was folded in originally Two layers of coating materials together, is separated from open side（The side being connected to still is connected to）, and it is located at the coating materials face in outside originally, After commutation, it will positioned at the inner side for dividing film fork 15；Bucket conveying mechanism conveying effect under, bucket 32 from divide film pitch 15 Two tiltedly between fork by being surrounded so that bucket 32 is located at by the coating materials that separates in the coating materials track formed, in bucket 32 processes for being transported to bagging device are that bucket rushes in coating materials track the process passed through；Coating materials endlessly conveys, and protects Demonstrate,proving the bagging of bucket 32, everything goes well with your work carries out, and ensures bagging quality and efficiency.

Present invention can apply to processing equipment field.

Claims

1. a kind of full-automatic water bucket packing machine, including frame（1）, it is characterised in that：In the frame（1）On to be provided with bucket defeated Mechanism, coating materials conveying device, bagging device and bucket output device are sent, the bagging device is arranged on the bucket conveyer Double-deck coating materials is separated and is transported at the bagging device from one end by the bucket output end of structure, the coating materials conveying device, institute State bagging device and bagging is carried out to bucket, the bucket for packaging bag is output to the frame by the bucket output device（1）Outside；Institute Stating coating materials conveying device includes film feeder and divides film feeding device, described to divide film feeding device defeated including being arranged on the bucket Send divides film to pitch below mechanism（15）, be connected to and described divide film to pitch（15）Upper end and it is separately positioned on the bucket conveying mechanism two Two film drawing devices of side and it is arranged on above the bucket conveying mechanism and by membrane motor（16）The power transmission of driving Group, the film drawing device include membrane plate（17）, be separately positioned on the membrane plate（17）The double synchronizing wheels of two groups of both ends（18）、 It is connected to and is located at the membrane plate（17）Two timing belts in the synchronizing wheel of both ends corresponding position（19）And it is arranged on institute State membrane plate（17）On and positioned at two groups of both ends double synchronizing wheels（18）Between stable synchronizing wheel（20）And stable guiding Wheel（21）, on each film drawing device, two timing belts（19）Between gap passed through for coating materials, in the membrane Motor（16）Driving under, coating materials is by two timing belts（19）Be synchronized with the movement drive movement.

2. full-automatic water bucket packing machine according to claim 1, it is characterised in that：The bagging device includes a point row left and right The hot-die and chill of setting, the hot-die include hot-die fixed plate（2）, the first hot-die（3）With the second hot-die（4）, described first Hot-die（3）With the second hot-die（4）It is separately positioned on the hot-die fixed plate（2）Conplane both sides, first hot-die （3）With second hot-die（4）On be provided with cutter（5）, in first hot-die（3）With second hot-die（4）It is interior equal Heating plate is provided with to the cutter（5）Heated, first hot-die（3）With second hot-die（4）On cutter（5） The profile of composition is consistent with the outer line profile at the maximum gauge of bucket；The chill includes chill fixed plate（6）, with it is described First hot-die（3）The first chill coordinated（7）And with second hot-die（4）The second chill coordinated（8）, described first is cold Mould（7）With the second chill（8）It is separately positioned on the chill fixed plate（6）Conplane both sides, first chill（7） With second chill（8）On be provided with and the cutter（5）The cutter groove to match（9）, first chill（7）With it is described Second chill（8）On cutter groove（9）The profile of composition is consistent with the outer line profile at the maximum gauge of bucket.

3. full-automatic water bucket packing machine according to claim 2, it is characterised in that：Positioned at first hot-die（3）On Cutter（5）With positioned at first chill（7）On cutter groove（9）Contour line extended to the bung from bucket along outside wall surface The contour line of bottom of the barrel point is consistent, positioned at second hot-die（4）On cutter（5）With positioned at second chill（8）On Cutter groove（9）Contour line extended to bung from bucket along outside wall surface bucket ladle body maximum gauge part upper end wheel Profile is consistent.

4. full-automatic water bucket packing machine according to claim 3, it is characterised in that：In the frame（1）On be additionally provided with Slide through the hot-die fixed plate（2）With the chill fixed plate（6）Bagging guide rod, the bagging guide rod includes slip cap It is located at the hot-die fixed plate（2）With chill fixed plate（6）First guide rod on top（10）, the second guide rod（11）And slip cap It is located at the hot-die fixed plate（2）With chill fixed plate（6）3rd guide rod of bottom（12）, first guide rod（10）With it is described 3rd guide rod（12）It is located at first hot-die respectively（3）With first chill（7）The upper side and lower side, in the frame （1）On be additionally provided with and promote the hot-die fixed plate（2）With the chill fixed plate（6）Slided respectively on the bagging guide rod Fixed plate pusher cylinder, the fixed plate pusher cylinder includes output shaft and the hot-die fixed plate（2）Mutually it is fixedly connected Hot-die pusher cylinder（13）With output shaft and the chill fixed plate（6）The chill pusher cylinder being mutually fixedly connected（14）.

5. full-automatic water bucket packing machine according to claim 1, it is characterised in that：Described point of film fork（15）Including being divided to row two Two bifurcateds of side, two bifurcateds are connected by connecting rod, and each bifurcated includes the chain stay being horizontally situated （151）With with the chain stay（151）The oblique fork of connection（152）, the chain stay（151）With the tiltedly fork（152）Between angle For 45 °, the chain stay（151）With the tiltedly fork（152）Between junction to smoothly transit connection.

6. full-automatic water bucket packing machine according to claim 1, it is characterised in that：The film feeder includes being arranged on machine Frame（1）On by film feeding motor（22）The film feeding double roller of driving（23）, gravity storage deflector roll（24）With membrane double roller（25）, the film Material is released by emptying roller, through film feeding double roller（23）Transmission, around the gravity store up deflector roll（24）, it is then passed through the membrane double roller （25）Film is divided to pitch described in arrival（15）Carry out a point film.

7. the full-automatic water bucket packing machine according to any one of claim 1 to 6, it is characterised in that：The bucket conveyer Structure includes two conveyer belts that are horizontally disposed and being parallel to each other（26）And the conveyer belt（26）The conveyance gear of cooperation（27）、 Drive the conveyance gear（27）The gear-box of rotation（28）And the driving gear-box（28）Feeder motor（29）.

8. full-automatic water bucket packing machine according to claim 7, it is characterised in that：In the frame（1）On be additionally provided with Warning device（30）, the bucket retention device before the bucket input of the bucket conveying mechanism is provided with, the preceding bucket resistance Blocking means are driven by the cylinder stretching or retracted, and when stretching out, bucket is stopped.

9. full-automatic water bucket packing machine according to claim 8, it is characterised in that：The bucket output device is arranged on institute State frame（1）It is interior and below the bagging device, if the bucket output device is by dry drum（31）Form, it is some described Roller（31）A transmission channel, bucket retention device after being provided with the transmission channel are formed, the rear bucket stops Device is driven by the cylinder stretching or retracted, and when stretching out, bucket is stopped.