CN1227180A

CN1227180A - Cotton packing body and cotton packing device

Info

Publication number: CN1227180A
Application number: CN99100371A
Authority: CN
Inventors: 香川正
Original assignee: Toyobo Co Ltd
Current assignee: Toyobo Co Ltd
Priority date: 1998-02-23
Filing date: 1999-01-22
Publication date: 1999-09-01
Anticipated expiration: 2019-01-22
Also published as: TW558416B; CN1205087C; KR100470505B1; JPH11236008A; KR19990072794A

Abstract

The invention provides A cotton packaging apparatus which can reduce the packaging cost by realizing the sophisticated automation of a packaging work of cotton and artificial fiber cotton. A cotton packaging apparatus is provided with a pressing machine 2 to press a raw cotton laminate and bind it by a binding rope R, a relay machine 3 to receive, relay and hold the bound laminate cotton to be delivered from the pressing machine 2, a packaging machine 4 to receive the bound laminate cotton held by the relay machine 3 and pack the bound laminate cotton by a film F, and a film feeding machine 5 to feed the film F to the packing machine 4.

Description

Cotton packing body and cotton packing device

The present invention relates to the raw cotton of cotton and chemical gauze etc. is implemented the compressed package bundle and the cotton packing body of formation, and the cotton packing device of this cotton packing body and function of bag bundle.

At present, the raw cotton of cotton and chemical gauze etc. is implemented the compressed package bundle and the cotton packing device that forms the cotton packing body and function has been a kind of technique known.The structure of this cotton packing device constitutes makes its upside keep plate and in the downside keep plate one or two can make lifting moving, and promptly it can be made of compressor mechanical.Seal face place on upside, downside keep plate is provided with the packaging bag that constitutes by such as fabric of synthetic resin manufacturing etc., set-up mode connects airtight with each keep plate for its bottom, periphery is faced upward or downward by table top, thereby can be in this state, raw cotton is filled between the up and down packaging bag, and implements to compress with each keep plate.

With packaging bag up and down cover by upside, the compression of downside keep plate be compressed the cotton body, by making the mode of the bag bundle assembly motion that is configured on the keep plate in this state, just can implement to tie up to packaging body with the assembly of tying up of rope band etc.Use this cotton packing device that raw cotton is implemented the mode of packing, compare, can make the height of the bale of cotton lower with the situation of utilizing manpower to push to tie up.

Yet, for aforesaid existing cotton packing device, when by after up and down packaging bag is loaded to raw cotton up and down between the keep plate, must implement upwards the periphery of the packaging bag up and down on the table top, under the table top, downward operation, so that packaging bag covers on the compression cotton quirk up and down, yet this operation must be carried out meticulous adjustment with respect to the convex-concave on the raw cotton, therefore, how to implement to tie up and then realize that the automation of former wool packaging is still a still unsolved problem without manpower.

And, aforesaid cotton packing device must use packaging bag, and packaging bag is with the system case bag that makes made of paper, or implements bonding processing and the fabricated product that obtains, thereby the price of itself compares problem of higher just than higher so also have consequent packing cost.

The present invention will address the above problem exactly, and purpose of the present invention just provides and a kind ofly can realize supermatic and then can reduce the cotton packing body of packing cost the package handling of cotton yarn and chemical fibre gauze, and corresponding cotton packing device.

Cotton packing body of the present invention, be that a kind of raw cotton duplexer that forms be the folded system of flat raw cotton unit aggregation by several layers is implemented the compressed package bundle and the cotton packing body of acquisition along stacked direction, it is characterized in that described raw cotton duplexer is to utilize Strapping Material to implement tangled up and knotted and tie up along the warp direction by stacked end face and stacked bottom surface, and implement to pack with the film of synthetic resin manufacturing in the raw cotton duplexer lateral surface that is the state of tying up.

If adopt this cotton packing body; then, the cotton packing body implements covering because being the film that make with synthetic resin the whole lateral surface of tying up stacked cotton body after being implemented to tie up by Strapping Material; so can tie up stacked cotton body with this film protection; thereby can be when the cotton packing body be loaded and unloaded and is transported, prevent that reliably foreign matter is attached on the cotton and pollute cotton.

And, because what packing adopted is the film of making of synthetic resin, so compare with the existing bag of making by knit goods, owing to do not re-use expensive bag but the cheap film of use cost, thereby can reduce the cost relevant with this part material.

And, since the cotton packing body be with Strapping Material along the enforcement tangled up and knotted of the warp direction by stacked end face and stacked bottom surface and tie up, so can make tie up in stable condition.

Cotton packing body of the present invention, wherein said film is made of banded the first film and banded second film, and be wrapped on the raw cotton duplexer along cross one another direction, thereby all cover six sides of raw cotton duplexer, and its winding direction is the warp direction by the stacked end face of raw cotton duplexer and stacked bottom surface, and twines along crisscross enforcement at described end face and place, bottom surface.

If adopt this cotton packing body, be to execute to stacked direction under the power-assisted state then owing to tying up stacked cotton body, use the first film and second film to implement to pack, so when implementing package handling and loading and unloading operation, the bad phenomenon that the constituent parts aggregation is separated from each other can not occur, and then can implement the failure-free packing to it.

Cotton packing device of the present invention, it has compression raw cotton duplexer and uses and tie up the binding machinery that rope band enforcement is tied up, receive and the intermediate transport machinery that stacked cotton body enforcement intermediate transport is used of tying up providing by binding machinery, reception is tied up stacked cotton body and is implemented the bag bundle and forms the packing and strapping machine tool of cotton packing body and function with the film that synthetic resin is made by what intermediate transport machinery was keeping, and the membrane supplying machinery of using to this packing and strapping machine tool supply film.

If adopt this cotton packing device, just can be by forming compressed cotton body with binding machinery compression raw cotton duplexer and with tying up the mode that rope band implements to tie up, and can utilize this intermediate transport machinery will tie up stacked cotton body and be passed to the packing and strapping machine tool by this compressed cotton body is passed to the intermediate transport mechanical mode by binding machinery.And can utilize the film that provides by membrane supplying machinery to implement the bag bundle and form the cotton packing body by the mode that stacked cotton body is implemented action of tying up of packing and strapping machine tool to providing by intermediate transport machinery to tying up stacked cotton body.

Like this, when the raw cotton duplexer of pack in advance being implemented compression with binding machinery and ties up, no longer need to adopt existing mode, promptly can implement to compress and tie up to the raw cotton duplexer with binding machinery, and can be by film being wrapped in the simple operations on the stacked cotton body of tying up that is obtained, and acquisition cotton packing body, need not be as existing mode, on the compressed cotton body between the keep plate on the binding machinery, cover bag, and implement the artificial operation of the needs of having to tie up with rope band, therefore almost whole process automations of bag bundle operation can be made, thereby manufacturing cost can be reduced significantly.

Cotton packing device of the present invention, wherein said intermediate transport machinery can move back and forth between described binding machinery and described packing and strapping machine tool, and have with the side clamping and the described support frame compression cotton quirk, pair of side plates respect to one another of tying up, tie up a pair of cotton hold assembly that the compression cotton quirk is implemented clamping or removed clamping by the distance between each opposite face of regulating described pair of side plates to described, the lifting assembly that described side plate lifting is used, and the wheel word that described side plate is rotated around its orthogonal axes.

If adopt this cotton packing device, just can make by what binding machinery was sent and tie up stacked cotton body under the state between a pair of cotton hold assembly that is clamped in the side plate place that is disposed at intermediate transport machinery, be sent to the position of packing and strapping machine tool by moving of support frame always, be supplied to the packing and strapping machine tool by removing above-mentioned clamping subsequently.And, the cotton hold assembly can be by rotating 90 ° mode at least around horizontal shaft, change the sample attitude of tying up stacked cotton body that clamping, and can be supplied to the packing and strapping machine tool by the sample attitude setting of tying up easily with tying up stacked cotton body, can also in tying up the process of operation, suitably change as required simultaneously and tie up the sample attitude of stacked cotton body, and then can implement the failure-free package handling.

Cotton packing device of the present invention, wherein said packing and strapping machine tool has lift-launch and ties up the compressed cotton body and function by what described intermediate transport machinery provided, can drive the rotary table that rotates around vertical axis, with this rotary table co-rotation, the clamping part that the film end that connection is provided by described membrane supplying machinery is used, and the deposited Fuse assembly of the film that is provided by described membrane supplying machinery being implemented deposited fusing usefulness, and described deposited Fuse assembly can be connected the film end under the state at described clamping part place, by making the mode that is equipped with the rotary table rotation of tying up the compression cotton quirk, partly implement deposited fusing to being wrapped in the pellicular cascade of tying up on the compression cotton quirk.

If adopt this cotton packing device, just can be by carrying on rotary table by the stacked cotton body of tying up that the intermediate transport mechanical transfer is come, and the film that membrane supplying machinery is provided is guided out by preliminary dimension, the mode that its leading section is caught by the clamping part on the rotary table will be tied up stacked cotton body and will be loaded in the packing and strapping machine tool.In this state, tie up stacked cotton body and together rotate by making rotary table around the mode that vertical axis rotates, can also making, so that film is wrapped on its outside circumference.

And, with film to tying up after stacked cotton body implements to twine, can also operate deposited Fuse assembly and the laminated portions of film be implemented deposited, tie up stacked cotton body and be the packed state that is wound in web-like by film thereby make.Tie up the sample attitude of stacked cotton body and implement the mode that film twines operation once more by change, just can cover into the cotton packing body with film tying up the mode that stacked cotton body do not expose to the open air externally with cotton.

Cotton packing device of the present invention, wherein said membrane supplying machinery have supporting to reel in desirable down mode and are installed in the roll support body that the film roll on the vertical center axis is used, and the jacking system that this roll support body lifting is used.

If adopt this cotton packing device, just can film roll be installed in membrane supplying mechanically by its center shaft being installed in the mode on the roll support body.And, it is attached to tying up on the stacked cotton body on the packing and strapping machine tool, and drive the mode of packing and strapping machine tool, the stacked cotton body after just can firmly tying up with blister-pack by drawing the leading section of film in this state.

And, the roll support body is implemented lifting by jacking system, so by mode corresponding to the length lifting reel supporter of tying up stacked cotton body above-below direction, just can be spirally wound on the outside circumference of tying up stacked cotton body with film, therefore can prevent reliably cotton by around expose.

Below with reference to description of drawings most preferred embodiment of the present invention.

The block diagram that Fig. 1 has cut open for the part of a kind of embodiment of expression cotton packing device of the present invention.

Fig. 2 is the block diagram of expression as the cotton of bag bundle object, and what wherein Fig. 2 A represented is the raw cotton duplexer, and what Fig. 2 B represented is compressed cotton body, and what Fig. 2 C represented is to tie up stacked cotton body, and what Fig. 2 D represented is the cotton packing body.

The section-drawing of Fig. 3 for cutting open along the line U-U among Fig. 1.

The section-drawing of Fig. 4 for cutting open along the line V-V among Fig. 1.

The block diagram that Fig. 5 has cut open for the part of a kind of embodiment of expression packing and strapping machine tool.

The block diagram that Fig. 6 has cut open for the part of a kind of embodiment of expression membrane supplying machinery.

Fig. 7 implements the instruction diagram that the bag bundle is handled usefulness for explanation with the packing and strapping machine tool, wherein Fig. 7 A-1, Fig. 7 A-2 represent be by intermediate transport machinery provide tie up after the scheme drawing of stacked cotton body when on rotary table, being the horizontally set state, what Fig. 7 B-1, Fig. 7 B-2 represented is to be the scheme drawing of the stacked cotton body of tying up of horizontally set at the state of rotary table upper edge anticlockwise motion during one week, and what Fig. 7 C-1, Fig. 7 C-2 represented is to be the stacked cotton body of tying up of horizontally set rotates the state of all halfs on rotary table scheme drawing.

Fig. 8 implements the instruction diagram that the bag bundle is handled usefulness for explanation with the packing and strapping machine tool, wherein Fig. 8 A-1, Fig. 8 A-2 represent is that the stacked cotton body of tying up after the packing that is the horizontally set state finishes is scheme drawing when vertically state being set on rotary table, what Fig. 8 B-1, Fig. 8 B-2 represented is to be the scheme drawing of the stacked cotton body of tying up of vertical setting at the state of rotary table upper edge anticlockwise motion during one week, and what Fig. 8 C-1, Fig. 8 C-2 represented is to be the stacked cotton body of tying up of vertical setting rotates the state of two all halfs on rotary table scheme drawing.

The block diagram that Fig. 1 has cut open for the part of a kind of embodiment of expression cotton packing device of the present invention.Fig. 2 is the block diagram of expression as the cotton of bag bundle object, and what wherein Fig. 2 A represented is the raw cotton duplexer, and what Fig. 2 B represented is compressed cotton body, and what Fig. 2 C represented is to tie up stacked cotton body, and what Fig. 2 D represented is the cotton packing body.In Fig. 1, the X-X direction is a Width, and the Y-Y direction is a fore-and-aft direction, and-directions X is a left direction ,+directions X is a right direction ,-Y direction be the front side to ,+Y direction is a rear direction.

As shown in Figure 1, the basic structure formation of cotton packing device 1 includes compression raw cotton duplexer K (referring to Fig. 2 A) and forms compressed cotton body K1's (referring to Fig. 2 B), and then tie up this compressed cotton body K1 and form the compressor mechanical (packing and strapping machine tool) 2 of tying up stacked cotton body K2 (referring to Fig. 2 C) usefulness with rope band (Strapping Material) R that ties up that synthetic resin is made, to the intermediate transport machinery 3 that the stacked cotton body K2 of tying up of providing of compressor mechanical 2 implements to receive and intermediate transport is used, reception is tied up stacked cotton body K2 and is implemented the bag bundle and forms the packing and strapping machine tool 4 of cotton packing body K3 (referring to Fig. 2 D) usefulness with the film F that synthetic resin is made by what intermediate transport machinery 3 was keeping, and the membrane supplying machinery of using to this packing and strapping machine tool 4 supply film F 5.

In the present embodiment, what raw cotton duplexer K adopted is the duplexer of being made by polyethylene terephthalic acid fat, but raw cotton duplexer K is not limited in this duplexer of being made by polyethylene terephthalic acid fat, also can be to use the themoplasticity synthetic resin of making for raw material such as amilan or polystyrene etc., or use the thermoset synthetic resin of making for raw material such as polyester etc., can also be with cotton yarn etc.And in the present embodiment, raw cotton duplexer K is the folded system of flat raw cotton unit aggregation with several layers and forms.

In the present embodiment, what film F adopted is the film of being made by polyethylene, makes but this film F is not limited in polyethylene, also can use such as the themoplasticity synthetic resin of polypropylene or polyvinylchloride rope etc. and make.

Aforesaid compressor mechanical 2 have above-below direction central portion broad ways in opened condition, global shape is foursquare compressor main body 21, be configured in described compressor main body 21 open the part place, a pair of keep plate 22 up and down, the oil pressure installation 23 that this a pair of keep plate 22 is used along mutual direction of closing lifting moving, and by a pair of shutter door 24 that can along vertical axis rotating manner pivotal support, the broad ways configuration.And the shutter door 24 on right side is not shown in Fig. 1.

Described keep plate 22 is made of seal face relative up and down upside keep plate 22a and downside keep plate 22b.In the present embodiment, upside keep plate 22a is fixed on the compressor main body 21, and downside keep plate 22b can move up and down under the driving of oil pressure installation 23.When side compression plate 22b drops to position, lower side (state among Fig. 1 shown in the solid line) instantly, shutter door 24 is opened, after between keep plate 22, being packed into the raw cotton duplexer K of predetermined, shutter door 24 closures, and downside keep plate 22b is risen, and then obtain shown in two pecked lines among Fig. 1, raw cotton duplexer K is compressed to compressed cotton body K1 (referring to Fig. 2 B) only about half of volume, that volume has reduced.

At described upside and downside keep plate 22a, the seal face place of 22b is also recessed be provided with respect to one another, the some rope bands that broad ways is extended are provided with groove 25, when each keep plate 22 is away from each other state, be provided with to supply with one by one to rope band by not shown rope band binding machinery and tie up rope band (Strapping Material) R with groove 25, by rising raw cotton duplexer K is under the state of volume minimizing at downside keep plate 22b, utilize and to tie up the mode that rope band R is bundled into ring-type, tie up stacked cotton body K2 after just can obtaining to tie up rope band R and tie up by some with this.

With the compressor main body 21 that is arranged on compressor mechanical 2 right sides on the relative position of opening, also be provided with and raw cotton duplexer K can be supplied between the keep plate 22, to be formed on simultaneously and tie up stacked cotton body K2 direction pusher machinery that push out, not shown to the left between the keep plate 22, under the driving of this pusher machinery, raw cotton duplexer K can be supplied to compressor mechanical 2 successively by the right side, will discharge to the left direction of compressor mechanical 2 by the stacked cotton body K2 that ties up that compressor mechanical 2 compressions form simultaneously.

Also be provided with tie up the transfer carriage 26 that stacked cotton body K2 use of reception in the position that is positioned at compressor mechanical 2 left sides, be urged the stacked cotton body of tying up of discharge K2 and be arranged on this transfer carriage 26 by compressor mechanical 2 pushing discharges.This transfer carriage 26 comprises that its top has the transfer carriage main body 26a of rectangle framework 26b, in described rectangle framework 26b to fore-and-aft direction several rollers 26c that extend, that broad ways is being arranged side by side, and the wheel 26d that is disposing in pairs at two sidepiece places of fore-and-aft direction at the place, bottom of transfer carriage main body 26a.Also laying pair of guide rails 27 on the ground B that compressor mechanical 2 left side broad wayss are being extended, wheel 26d can broad ways moves forward and backward by these guide rail 27 guiding.

The height of the upper side of the roller 26c in this transfer carriage 26 be set at rise after the substantially identical position, upper surface position of downside keep plate 22b, therefore this transfer carriage 26 is and compressor main body 21 horizontal bonded assembly states, thereby under the effect of unshowned in the drawings pusher machinery, can will easily move on the roller 26c by the stacked cotton body K2 that ties up that pushes out between the keep plate 22.

Described intermediate transport machinery 3 include maintenance that stacked cotton body K2 uses by tying up of discharging of compressor mechanical 2 places, be the cotton support frame 31 of コ font in the plane, but and the vertical support member 32 of these cotton support frame 31 usefulness of free lifting.Movably hang at the head rail place that lay, not shown along fore-and-aft direction at the top of described vertical support member 32, thereby can be by remote manipulation, and between transfer carriage 26 that stops at place, fixed position, left side and packing and strapping machine tool 4, implement crank motion.Like this, can be sent to packing and strapping machine tool 4, and the cotton packing body K3 that is formed by packing and strapping machine tool 4 bag bundles can be back to transfer carriage 26 by the stacked cotton body K2 that ties up that transfer carriage 26 will be placed on the cotton support frame 31.

Aforesaid cotton support frame 31 is by the substrate 31a that is supported on vertical support member 32 places, and by the end, front and back of this substrate 31a locate direction to the right extend be provided with, be that a pair of side plate 31b constitutes along fore-and-aft direction, the stacked cotton body K2 after tying up is clamped between the pair of side plates 31b.

Also dispose on the left side of described substrate 31a be in the plane the C font, the link 31c that extends of direction up and down, right-hand end edge at described vertical support member 32 is provided with the thickness vertical guide rail 32a also thick, that along the vertical direction extend of thickness than vertical support member 32, by link 31c is inlaid in mode on this vertical guide rail 32a by the outside, but just cotton support frame 31 can be supported on the vertical support member 32 in the free lifting mode.

And, also be provided with the rack rails 32b that extends along the vertical direction in the back of vertical guide rail 32a, be provided with miniature gears that be meshed, not shown at link 31c place, the electrical motor of this miniature gears of rotating drive, and the lifting assembly 33 that disposes brake equipment etc. with rack rails 32b.When doing the Direct/Reverse rotation with the electrical motor Drive pinion, can cotton support frame 31 be moved up and down by rack rails 32b.

Also be provided with at the right-hand member side place of aforesaid each side plate 31b respect to one another, be a pair of support disk 34 (the place ahead support disk 34a and rear support disk 34b) along fore-and-aft direction, can be clamped between this a pair of support disk 34 tying up stacked cotton body K2.Any

support disk

34a, 34b all are supported on the horizontal shaft 35 in mode free to rotate, and in the present embodiment, and some is different in function aspects for the place ahead support disk 34a and rear support disk 34b.Be that the place ahead support disk 34a has and makes the stacked cotton body K2 that ties up that is being held rotate and change the function that the sample attitude is set of tying up stacked cotton body K2 along horizontal shaft 35, rear support disk 34b has direction forwards, backwards and moves to adjust the distance between the support disk 34 so that will tie up stacked cotton body K2 reliably with tying up the big or small corresponding of stacked cotton body K2 and be clamped in function between the support disk 34.

The section-drawing of Fig. 3 for cutting open along the line U-U among Fig. 1, it is the scheme drawing that the sample attitude mapping function in the support disk 34 of explanation intermediate transport machinery 3 is used.As Fig. 3 and aforesaid shown in Figure 1, place, the left part of side plate 31b is provided with the place ahead horizontal shaft 35a that is supporting in the mode that can freely rotate around the axle center forwardly.The rearward end of aforesaid the place ahead support disk 34a and this place ahead horizontal shaft 35a is fixed as one.Therefore, when the place ahead horizontal shaft 35a rotates around its axle center, the place ahead support disk 34a will together rotate with it.

The cylinder 36 that relies on oil pressure or air pressure motion is installed on the left side of cotton support frame 31, and the piston rod 36a on this cylinder 36 passes substrate 31a, extend to the clearance portion office between the place ahead support disk 34a and the side plate 31b always, at horizontal shaft 35a place, described the place ahead also radially projection be provided with annular arm 35c, the front of aforesaid piston rod 36a is combined on this annular arm 35c in mode in relative rotation.Under the driving of cylinder 36, piston rod 36a will stretch out, withdraw, and then make the place ahead horizontal shaft 35a do the Direct/Reverse rotation along its axle center, pass through the co-rotation of the place ahead horizontal shaft 35a on the support disk 34a of the place ahead thus, and change the sample attitude of tying up stacked cotton body K2 that is clamped between the support disk 34.

In the present embodiment, the slewing area of the place ahead horizontal shaft 35a on the place ahead support disk 34a is set to 90 °.Therefore, the stacked cotton body K2 that ties up that is clamped between the support disk 34 can rotate in 90 ° scope by the Direct/Reverse rotation of cylinder 36.

The section-drawing of Fig. 4 for cutting open along the line V-V among Fig. 1, it is that the distance that the support disk 34 in the intermediate transport machinery 3 is described is adjusted the scheme drawing that function is used.Below with reference to Fig. 4 and aforesaid Fig. 1, its function of adjusting distance between the support disk 34 is described.As shown in Figure 4, run through and be provided with the through hole 311b that passes the part that horizontal shaft 35a upper edge, the place ahead fore-and-aft direction disposing relatively at the right side of side plate 31b place in the wings, and at this through hole 311b place also in an overlapping the state embedding have its outside circumference to be formed with the screw shaft 37 of male screw thread.

And, also projection is provided with this screw shaft 37 concentric and radial dimension rear horizontal shaft 35b more smaller than screw shaft 37 at the front end face place of described screw shaft 37, at this horizontal shaft 35b place, rear also whole be crimped with screw shaft 37 concentric, with the identical fixed disc 37a of rear support disk 34b diameter.By make on the support disk 34b of rear centre hole 341b in an overlapping state be inlaid in the mode of giving prominence on the rear horizontal shaft 35b at fixed disc 37a the place ahead place by the outside, can be with rear support disk 34b with mode pivotal support free to rotate horizontal shaft 35b place in the wings.

And, aforesaid centre hole 341b have its internal diameter only than the outside dimension of rear horizontal shaft 35b bigger, constitute the small diameter bore at part place, rear and be formed on the small diameter bore the place ahead large diameter hole place, that its diameter is more bigger than small diameter bore.By small diameter bore is embedded in horizontal shaft 35b place, rear by the outside, the circular butt plate 37b screw thread that diameter dimension is slightly smaller is embedded in the large diameter hole place, and be fixed on the mode at horizontal shaft 35b front end face place, rear with its rear, can prevent deviating from of rear support disk 34b.

Between the aft end face of the front end face of fixed disc 37a and rear support disk 34b, also clamped thrust baring 371, this 371 pairs of rear of thrust baring support disk 34b applies the application force towards the rear, and rear support disk 34b is relatively rotated without barrier with respect to fixed disc 37a.

Locate also along the direction that parallels with screw shaft 37 in the back of fixed disc 37a, projection is provided with its length limiting lever 37c identical substantially with screw shaft 37, and also running through with the corresponding part of limiting lever 37c place on side plate 31b is provided with through hole 312b, by limiting lever 37c being run through the mode that is inserted among this through hole 312b, can make screw shaft 37 be in the state that can not rotate, but it can move forward and backward with respect to side plate 31b.

Be positioned at than the side plate 31b on the screw shaft 37 more the position screw thread at rear nut pulley 38 is installed, but dispose the female screw thread on the male screw thread that screw thread is installed in screw shaft 37 at the interior lateral circle surface place of nut pulley 38.Extrusion dies 38a and the side plate 31b of this nut pulley 38 by being fixed on side plate 31b place is clamped on the screw shaft 37 in mode free to rotate, thereby can be used for limiting nut pulley 38 moving of direction forwards, backwards.Between nut pulley 38 and side plate 31b, and between nut pulley 38 and extrusion dies 38a, also clamp respectively and be provided with thrust baring 371, thereby nut pulley 38 is rotated around screw shaft 37 smoothly.

As shown in Figure 1, also be provided with the electrical motor 39 that drives nut pulley 38 usefulness at face place, the left rear side of substrate 31a, the axle drive shaft of this electrical motor 39 is provided with drive pulley 39a.Tensioning is provided with the belt 38b of no end points between drive pulley 39a and described nut pulley 38, Direct/Reverse by electrical motor 39 is rotated, nut pulley 38 will be done Direct/Reverse and rotate under the effect of drive pulley 39a and no end points belt 38b, and then screw shaft 37 is moved forward and backward, thereby change the distance between the place ahead support disk 34a and the rear support disk 34b.

When middle conveyer tool 3 adopts this structure to constitute, under the driving of lifting assembly 33, cotton support frame 31 along vertical support member 32 risings, will be along the head rail on the vertical support member 32, move to the position of tying up stacked cotton body K2 of lift-launch on transfer carriage 26 always, subsequently under the further driving of lifting assembly 33, cotton support frame 31 will descend, make and tie up stacked cotton body K2 and be positioned at support disk 34a, between the 34b, and then under the driving action of electrical motor 39, make nut pulley 38 rotate the mode of pre-fixing turn, make at the stacked cotton body K2 that ties up between the support disk 34 to be clamped between the support disk 34 to a direction.

In this state, the driving by lifting assembly 33 is risen cotton support frame 31, and then moves forward and will tie up stacked cotton body K2 and be passed in the packing and strapping machine tool 4 along head rail by vertical support member 32.

Tying up stacked cotton body K2 in the transmittance process of packing and strapping machine tool 4, driving by cylinder 36, and then the effect inferoanterior support disk 34a that passes through at piston rod 36a can also make the sample attitude of tying up stacked cotton body K2 change 90 ° around the rotation of the place ahead horizontal shaft 35a.Therefore, to tie up before stacked cotton body K2 is passed to packing and strapping machine tool 4, driving by cylinder 36, just can make to have the concavo-convex lower surface of tying up stacked cotton body K2 that effect produced that is provided with groove 25 by the rope band in the keep plate 22 and be horizontally set, thereby this male and fomale(M﹠F) is not contacted with packing and strapping machine tool 4.

The block diagram that Fig. 5 has cut open for part that a kind of embodiment of expression packing and strapping machine tool 4 uses.As shown in Figure 5, the basic structure formation of packing and strapping machine tool 4 includes and is installed in basic framework 41 B place, ground, that its planar graph is rectangular, be supported on the electrical motor 42 on this basis framework 41, rotary table 43 by these electrical motor 42 rotating drive, be installed in the clamping part 44 that the leading section of film F on the outside circumference of this rotary table 43, that the folder position is provided by membrane supplying machinery 5 is used, and implement deposited deposited Fuse assembly 45 etc. being wrapped in the laminated portions of tying up the film F on the stacked cotton body K2.

Aforesaid basic framework 41 by with the vertical major diameter basic components 41a that extend to be provided with of direction forwards, backwards in parallel to each other of a pair of U font steel with predetermined length, be overlapped on the horizontal major diameter basic components 41b between the rear lateral portion of this a pair of vertical major diameter basic components 41a, be overlapped on the place ahead rebound 41c between vertical major diameter basic components 41a front side portion, and be positioned at than the rear rebound 41d more close front side of horizontal major diameter basic components 41b position, that be overlapped on place, vertical major diameter basic components 41a bottom.On described rear rebound 41d, also be provided with electrical motor 42 by vertical mode.

And the part place after the fore-and-aft direction of each basic framework 41 big leaned on to central portion also uprightly is provided with the pair of posts sheet 41e at a distance of predetermined space, runs through the platen 41f that is provided with through hole 41g at the central portion place and just is arranged on these pillar sheets 41e.Described electrical motor 42 is under the state that is installed on the rebound 41d of rear, and its axle drive shaft 42a slidably is embedded among the through hole 41g on the platen 41f, and is projected upwards by platen 41f.Upper end at this axle drive shaft 42a also is installed with rotary table 43 with one heart.In the present embodiment, in order to implement accuracy control to the rotational angle that is equipped with the axle drive shaft 42a on the rotary table 43 of tying up stacked cotton body K2, aforesaid electrical motor 42 preferably adopts the step motor of easily rotation phase being implemented control.

Aforesaid rotary table 43 is cup-shaped that back-off, and includes lift-launch by tying up of providing of the intermediate transport machinery 3 circular table plate 43a that stacked cotton body K2 uses with by the peripheral skirt of this working plate 43a annular perisporium 43b that is being provided with of projection downwards.Between the surface of the downside end face of annular perisporium 43b and described platen 41f, be formed with certain interval, thus make rotary table 43 can with axle drive shaft 42a co-rotation.The devices such as sensor that the rotation phase that also be provided with control setup that control rotary table 43 rotates usefulness in the space around annular perisporium 43b, working plate 43a and platen 41f, detects rotary table 43 is used, these parts do not illustrate in Fig. 5.

Aforesaid clamping part 44 is a kind of parts that clamp the film F that is provided by membrane supplying machinery 5, and it is made of hold-down arm 44a, clamping piece 44b, the most advanced and sophisticated 44c of clamping and control lever 44d.Described hold-down arm 44a is a pair of, and is arranged on the rotary table 43 along the radial direction of annular perisporium 43b is outstanding, and aforesaid clamping piece 44b just is installed in the leading section side place of these hold-down arms 44a.The most advanced and sophisticated 44c of described clamping also is a pair of, and uprightly is arranged on the top of clamping piece 44b.Described control lever 44d is the parts that a kind of distance of controlling between the most advanced and sophisticated 44c of a pair of clamping is used, when it during to the operation of direction, each clamps most advanced and sophisticated 44c with mutual butt and remain on the butt state, and it will be the described butt state of removing when another direction operation.

Therefore, the leading section of the film F that is provided by membrane supplying machinery 5 is after being introduced between the most advanced and sophisticated 44c of the clamping that is separated from each other out, by making control lever 44d move the mode that clamps film F, just can make the end of film F be the state that is contained in rotary table 43 places to a direction.By driving motor 42 in this state, make the mode that the rotary table 43 of tying up stacked cotton body K2 rotates to predetermined direction that is equipped with, just can be with film F by drawing and be wrapped in the lateral surface of tying up stacked cotton body K2 in the membrane supplying machinery 5, thus can wrap with film F tying up four faces that stacked cotton body K2 vertically extends.

And in the present embodiment, be under state as shown in Figure 5, driven in rotation bench board 43 rotates about 1.5 circles in the counterclockwise direction around the axle center of axle drive shaft 42a, so that be formed with the laminated portions that is made of film F on the surface of tying up stacked cotton body K2.The predetermined action that the laminated portions of this film F can be implemented by deposited Fuse assembly 45 and deposited mutually, thus make film F be fixed on and tie up on the stacked cotton body K2 to be wrapped in the state of tying up on the stacked cotton body K2.

Below with reference to Fig. 6 membrane supplying machinery 5 is described.The block diagram that Fig. 6 has cut open for part that a kind of embodiment of expression membrane supplying machinery 5 uses.As shown in Figure 6, the basic structure of membrane supplying machinery 5 constitutes the guide stanchion 51 at the vertical major diameter basic components 41c place that includes the basic framework 41 that uprightly is arranged on the packing and strapping machine tool 4, on this guide stanchion 51, implement the film holding member 52 of guiding lifting, and make film holding member 52 move up and down the lifting machinery 56 of usefulness.Aforesaid guide stanchion 51 is by constituting along fore-and-aft direction a pair of guide plate 51a respect to one another and the bridging plate 51b that is overlapped between the top of this two guide plate 51a, lifting can be implemented by the Direct/Reverse rotation of lifting machinery 56 in the left side of the film holding member 52 between described guide plate 51a under the state that is the moving contact clamping.

Aforesaid film holding member 52 has support and is twining the roll support body 53 that the reel F1 of film F uses, be arranged on roll stacks 54 place, this roll support body 53 rear portions, that the film F of being drawn by reel F1 is smoothly moved, and be fixed as one with the left side of roll support body 53, screw thread is installed in the nut part 55 at spirally-guided axle 58 places as described later.

Aforesaid roll support body 53 can be by upper plate 53a and the lower plate 53b that along continuous straight runs is extended, form with the mode of vertically extending, on broad ways, be combined as a whole, and constitute the reel receipts dress space that receipts dress reel F1 uses by the part that this upper plate 53a, lower plate 53b and pair of side plates 53c fence up for a pair of side plate 53c.Also be provided with at upper and lower plates 53a, 53b place by middle body and forwards cut the installation groove 531a that forms, extends along fore-and-aft direction open, can be embedded at the center shaft F2 of reel F1 under the state among this installation groove 531a, block the mode that groove 531a is installed with butt plate 532a plug, reel F1 is installed in roll support body 53 places.

The central portion place of the posterior edges of upper and lower plates 53a, 53b in described roll support body 53, also rearward projection is provided with a pair of central bracket 533a up and down, and place, the right side of the central bracket 533a in upper plate 53a is provided with the right brackets 534a of projection rearward, place, left side at central bracket 533a is provided with the left side bracket 535a of projection rearward, also disposes one group of roll stacks 54 on these carriages 533a, 534a, 535a respectively.

Aforesaid roll stacks 54 includes with a pair of first roll 54a can be around the vertical axis of central bracket 533a that free rotating manner pivotal support, that be provided with along the width mode, with the second roll 54b that can free rotating manner pivotal support around the vertical axis of right brackets 534a, and with the 3rd roll 54c that can free rotating manner pivotal support around the vertical axis of left side bracket 535a.Each roll 54a, 54b, 54c can be made by the material with flexibility of rubber etc., so that can form soft contact supports, and are unlikely to damage film F.

The aforesaid a pair of first roll 54a locatees configuration in the mode that its outside circumference contacts each other, can pass between this a pair of first roll 54a by the film F that reel F1 is reeling, and after clamping by the second roll 54b and the 3rd roll 54c, by clamp the mode of the front end of film F with the clamping part 44 on the packing and strapping machine tool 4 as shown in Figure 5, just can make film F be state in the rotary table 43 that is contained on the packing and strapping machine tool 4.

Though do not illustrate among the figure, but lateral bracket 534a and left side bracket 535a can be that fulcrum is flexibly swung around horizontal direction with its base end side (front) respectively, can absorb the tension variation that is applied on the film F by this elastics wing, thereby can prevent that film F from breaking in the process of tying up, and can not arrive the loading position place of tying up stacked cotton body K2 that is positioned on the rotary table 43.

Aforesaid lifting machinery 56 is by the actuating device 57 of electrical motor 57a between the lower guide plates 51a with guide stanchion of being arranged on 51 and speed change assembly 57b, and constitutes with spirally-guided axle 58 that axle drive shaft on this actuating device 57 connects as one.The top of spirally-guided axle 58 embeds with state slidably and is arranged among the supported hole 51c that runs through the bridging plate 51b place that is configured in the guide stanchion 51, thus can be with respect to the stable state that uprightly is provided with of actuating device 57 formation.

On the other hand, nut part 55 in the aforesaid membrane supplying machinery 5 have disposing with spirally-guided axle 58 on the tapped bore 55a of the corresponding female screw thread of male screw thread, by this tapped bore 55a screw thread being installed in the mode at spirally-guided axle 58 places, just nut part 55 can be connected on the spirally-guided axle 58.Therefore, when making Direct/Reverse around the axle center of spirally-guided axle 58 and rotate, roll support body 53 can be by nut part 55 by guide stanchion 51 guiding and move up and down.

If adopt and have the membrane supplying machinery 5 that this structure constitutes, even carry on the rotary table 43 tie up stacked cotton body K2 size along the vertical direction than the big situation of film F size along the vertical direction under, also can be by rotating with electrical motor 42 driven in rotation bench board 43, and drive the mode of roll support bodies 53 liftings, but the lateral surface that the film F helically is wrapped in tie up stacked cotton body K2 by driving device 57.Thereby can implement packing to the remainder of tying up on the stacked cotton body K2 side face.

Below effect of the present invention is described.Raw cotton duplexer K that at first will be shown in Fig. 2 A is by not shown pusher machinery, is packed between the keep plate 22 of the compressor mechanical of opening along a pair of shutter door 24 of its Width 2.Before compressor mechanical 2 filling raw cotton duplexer K, downside keep plate 22b is descended.Like this, after shutter door 24 closures, by drive the mode that downside keep plate 22b rise with oil pressure installation 23, the raw cotton duplexer K that is clamped between downside keep plate 22b and the upside keep plate 22a will be shown in Fig. 2 B, form it about size be reduced to only about half of compressed cotton body K1.Drive not shown rope band binding apparatus in this state, be inserted into rope band on the keep plate 22 and be provided with by tying up rope band R with in the groove 25, and then twine mode on the outside circumference be banded in compressed cotton body K1, just can make the stacked cotton body K2 that ties up shown in Fig. 2 C.

Thisly tie up stacked cotton body K2 after shutter door 24 is opened, can move to compressor main body 21 sides by not shown pusher machinery, and be urged to transfer carriage 26 places.Subsequently, be equipped with tie up stacked cotton body K2 transfer carriage 26 to the left direction move, and stop at and place, intermediate transport machinery 3 corresponding position locations.In this state, cotton support frame 31 is risen upward, intermediate transport machinery 3 is moved to the position of tying up stacked cotton body K2.By driving lifting assembly 33, the mode that cotton support frame 31 is descended along vertical support member 32 can be clamped between the support disk 34 being under the state of horizontally set tying up stacked cotton body K2.Then by driving motor 39, make the rear support disk 34b mode of mobile preset distance forwards, can also be as shown in Figure 1, make by a pair of support disk 34 and to tie up stacked cotton body K2 and be the state of press nip between the side plate 31b of cotton support frame 31.

Driving lifting assembly 33 in this state rises cotton support frame 31, place, the place ahead to vertical support member 32 moves along not shown head rail, just can make the folded cotton body K2 of binding layer move to rotary table 43 directly over, and descend on rotary table 43, by driving cylinder 36 before this, make piston rod 36a (referring to Fig. 3) be back to the left side, and make the place ahead support disk 34a rotate 90 ° mode along clockwise direction around the place ahead horizontal shaft 35a, just can make the stacked cotton body K2 that ties up that is clamped between the support disk 34 rotate 90 ° along clockwise direction, thereby arrive the new place, bottom that is positioned at sidepiece always around horizontal shaft 35.

Carrying out this change ties up the reason of the operation of stacked cotton body K2 sample attitude and is, the bottom of tying up stacked cotton body K2 that squeezes out by compressor main body 21, the effect that can be provided with groove 25 owing to the rope band on the downside keep plate 22b is formed with concavo-convex, so in the time will tying up stacked cotton body K2 with this male and fomale(M﹠F) and surperficial contacted state and be equipped on the rotary table 43, tie up stacked cotton body K2 and will be difficult to be in the state that stably carries on rotary table 43, so can not implement good bag bundle operation with packing and strapping machine tool 4.And by this operation, can also make lift-launch on rotary table 43, tie up stacked cotton body K2 by its stacked direction, implement to twine with film F, thereby can stably keep its winding state.

Subsequently, with film F the stacked cotton body K2 that ties up that is positioned on the rotary table 43 is implemented to tie up processing.Below with reference to Fig. 7 and Fig. 8 to this tie up to handle describe.

Fig. 7 and Fig. 8 implement the instruction diagram that the bag bundle is handled usefulness for explanation with the packing and strapping machine tool, Fig. 7 A-1 wherein, Fig. 7 A-2 represents be on rotary table 43 by intermediate transport machinery 3 provide tie up stacked cotton body K2 and be the horizontally set state time scheme drawing, Fig. 7 B-1, what Fig. 7 B-2 represented is to be the scheme drawing of the stacked cotton body of tying up of horizontally set K2 at the state of rotary table 43 upper edge anticlockwise motions during one week, Fig. 7 C-1, what Fig. 7 C-2 represented is to be the stacked cotton body of tying up of horizontally set K2 rotates the state of all halfs on rotary table 43 scheme drawing.And, the stacked cotton body K2 that ties up on the rotary table 43, after being horizontally set state packing and finishing that Fig. 8 A-1, Fig. 8 A-2 represent is scheme drawing when vertically state being set, Fig. 8 B-1, Fig. 8 B-2 represent is to be the scheme drawing of the stacked cotton body of tying up of vertical setting K2 at the state of rotary table 43 upper edge anticlockwise motions during one week, and Fig. 8 C-1, Fig. 8 C-2 represent is to be the stacked cotton body of tying up of vertical setting K2 to rotate two scheme drawings of state when all on rotary table.In Fig. 7 and Fig. 8, for convenience of explanation, be plan view in the left side of each figure, be lateral plan on the right side of each figure.

At first shown in Fig. 7 A-1, Fig. 7 A-2, carry before on the rotary table 43 will tying up stacked cotton body K2, earlier 44 location of the clamping part on the rotary table 43 are arranged on right side (being the upside in Fig. 7 paper), the film F that membrane supplying machinery 5 is provided is connected this clamping part 44 places then.In this state, will tie up stacked cotton body K2 and be horizontally installed on the rotary table 43, and promptly it be implemented to be provided with along front and back bearing of trend (being the left and right directions in Fig. 7 paper).

Driving motor 42 (referring to Fig. 2) then, do the mode of anticlockwise motion around axle drive shaft 42a by making rotary table 43, the stacked cotton body K2 that ties up that is positioned on the rotary table 43 is rotated with rotary table 43, thereby, use the film F that provides by membrane supplying machinery 5 to implement to twine at the side face place of tying up stacked cotton body K2 shown in Fig. 7 B-1, Fig. 7 B-2.

The moment about rotary table 43 about rotations 1 are enclosed partly stop the driving to electrical motor 42, and then the rotation of the bench board 43 that temporarily stops the rotation.In this state, that provide by the 3rd roll 54c with 45 pairs of deposited Fuse assemblies, implement fusing towards tying up the film F that stacked cotton body K2 extending, and the direction enforcement extruding of its court being tied up stacked cotton body K2, again the lap of film F is implemented deposited mode, just can make the folded cotton body K2 of binding layer shown in Fig. 7 C-1, Fig. 7 C-2, be the state that the outside circumference under the horizontally set state is tied by film F (the first film F11) bag.

To be in the stacked cotton body K2 that ties up of shown in Fig. 7 C-1, Fig. 7 C-2 state then, rising by a pair of support disk 34 on the intermediate transport machinery 3 (the place ahead support disk 34a and rear support disk 34b) clamping, and rotate 90 ° by the place ahead support disk 34a and change into the sample attitude vertically is set, shown in Fig. 8 A-1, Fig. 8 A-2, it is arranged on the support disk 34 once more vertically being provided with under the state then.And, the leading section with the film F of deposited Fuse assembly 45 fusing is connected clamping part 44 places.

In this state, rotate rotary table 43 once more, by with the mode driver 57 of this rotational synchronization, and then the mode that membrane supplying machinery 5 is risen, just can shown in Fig. 8 B-1, Fig. 8 B-2, the film F spiral fashion be wrapped in vertical lateral surface of tying up stacked cotton body K2 that is being provided with.

By making rotary table 43 rotate the mode of pre-fixing turn, can make vertical be provided with tie up stacked cotton body K2 shown in Fig. 8 C-1, Fig. 8 C-2, be with film F spiral fashion bag and be bundled in state on its outside circumference.Drive deposited Fuse assembly 45 in this state, just can make by the extended film F of the 3rd roll 54c on the membrane supplying machinery 5 and be extruded to the direction of tying up stacked cotton body K2, and fusing is implemented in deposited back thereon, thereby originally tied up by the first film F11, be the lateral surface that the stacked cotton body of tying up of state K2 vertically is set, use film F (second film F 12) to implement the bag bundle once more, form the cotton packing body K3 shown in Fig. 2 D.

And in the present embodiment, be by making rotary table 43 rotate the mode in two weeks, and the outside circumference of tying up stacked cotton body K2 is not had be not capped residence, but also can be with respect to the velocity of rotation of rotary table 43, the ascending velocity of membrane supplying machinery 5 is implemented various adjustings, thereby can film F be wrapped in the number of turns of tying up on the stacked cotton body K2 implement various adjustings as required.

As mentioned above, include compression raw cotton duplexer K in the formation of cotton packing device 1 of the present invention also with tying up the compressor mechanical 2 that rope band R enforcement is tied up, to the intermediate transport machinery 3 that stacked cotton body K2 enforcement receives and intermediate transport is used of tying up that provides by compressor mechanical 2, reception is tied up stacked cotton body K2 and is tied and form the packing and strapping machine tool 4 that cotton packing body K3 uses with the film F enforcement bag of synthetic resin manufacturing by what intermediate transport machinery 3 was keeping, and supply with the membrane supplying machinery 5 that film F are used to this packing and strapping machine tool 4, so can be by forming compressed cotton body K1 with compressor mechanical 2 compression raw cotton duplexer K and with tying up the mode that rope band R implements to tie up, by this compressed cotton body K1 is passed to the mode at intermediate transport machinery 3 places by compressor mechanical 2, can also utilize this intermediate transport machinery 3 will tie up stacked cotton body K2 and be passed to packing and strapping machine tool 4.And, can also utilize the film F that provides by membrane supplying machinery 5 to implement the bag bundle and form cotton packing body K3 to tying up stacked cotton body K2 by 4 pairs of modes of tying up stacked cotton body K2 enforcement predetermined action that provide by intermediate transport machinery 3 of packing and strapping machine tool.

Like this, when the raw cotton duplexer K to pack in advance implements compression with compressor mechanical 2 and ties up, no longer need to adopt existing mode, promptly can implement to compress and tie up with 2 pairs of raw cotton duplexers of compressor mechanical K, and can be by film F being wrapped in the shirtsleeve operation on the stacked cotton body K2 of tying up that is obtained, and acquisition cotton packing body K3, need not be as existing mode, on the compressed cotton body between the keep plate on the compressor mechanical 2, cover bag, and implement the artificial operation of the needs of having to tie up with rope band, therefore almost whole process automations of bag bundle operation can be made, thereby manufacturing cost can be reduced significantly.

And; aforesaid by the cotton packing body K3 after cotton packing device 1 packing; owing to implement to cover in the film F made from synthetic resin with the whole lateral surface of tying up stacked cotton body K2 of tying up after rope band R implements to tie up; so can implement protection to tying up stacked cotton body K2 with film F; thereby can prevent that reliably foreign matter is attached on the cotton while loading and unloading when transmitting cotton packing body K3.

And, because what packing adopted is the film F that synthetic resin is made, compare with the bag that existing use hosiery item is made, owing to do not re-use expensive bag but the cheap film F of use cost, thereby can reduce the cost relevant with this part material.

The present invention is not limited in aforesaid embodiment, and the present invention also comprises following content.

(1) in aforesaid embodiment, what the working plate 43a in the rotary table 43 adopted is dull and stereotyped, and carry on this working plate 43a tying up stacked cotton body K2, but working plate also can not adopt flat board, but adopts its central portion to be seen the V-shape plate that is the V-shape warpage by the side.Like this, just can also make and tie up stacked cotton body K2 and be the bight and be embedded in the state of V-shape groove and carry on rotary table, thereby can when rotating, rotary table 43 prevent to tie up the appearance of the bad phenomenon such as slip of stacked cotton body K2 on rotary table 43 reliably.

(2) in aforesaid embodiment, tie up stacked cotton body K2 and be horizontal placement, vertically be placed under the state on the rotary table 43, rotate around axle drive shaft 42a with rotary table 43, and under the aforesaid state film F is being wrapped on the outside circumference of tying up stacked cotton body K2, but also can tie up stacked cotton body K2 be under the oblique state that is placed on the rotary table 43 (such as, as above-mentioned (1) described, make and tie up stacked cotton body K2 and be under the oblique state when being placed on the V-shape plate), rotate rotary table 43, and implement to tie up tying up stacked cotton body K2.Therefore, can also be when tying up stacked cotton body K2 and be inclination and laterally be placed on the rotary table 43, use the first film that the periphery place that has a common boundary by first plane of tying up the stacked cotton body weight heart and the outside circumference of tying up stacked cotton body substantially of tying up on the stacked cotton body K2 is implemented to twine, and when tying up stacked cotton body K2 and be inclination and vertically be placed on the rotary table 43, use second film that the remainder of tying up on the stacked cotton body K2 that is not fenced up by the first film is implemented to cover.

(3) in aforesaid embodiment, tying up stacked cotton body K2 at first laterally is placed on the rotary table 43, use the first film F11 that the side face of compressor mechanical 2 is implemented to pack by the rotation of rotary table 43, to tie up stacked cotton body K2 then vertically is placed on the rotary table 43, using 12 pairs of second film F to tie up stacked cotton body K2 by the rotation of rotary table 43 implements to twine, but also can at first with the first film F11 to tying up after stacked cotton body K2 implements to twine, at the part place that does not fence up, use by the reservation shape severing to form again by the first film F11, the invisible film of naked eyes is implemented to paste.

Adopt cotton packing body of the present invention; because being the film that make with synthetic resin the whole lateral surface of tying up stacked cotton body after being implemented to tie up by Strapping Material, the cotton packing body implements to cover; so can tie up stacked cotton body with this film protection; thereby can be when the cotton packing body be loaded and unloaded and is transmitted, prevent that reliably foreign matter is attached on the cotton and pollute cotton.

And, because what packing adopted is the film that synthetic resin is made, so compare with the bag that existing use hosiery item is made, owing to do not re-use expensive bag but the cheap film of use cost, thereby can reduce the cost relevant with this part material.

Adopt cotton packing body of the present invention, because what packing tied up that the film of stacked cotton body adopts is banded the first film and banded second film, and be wrapped on the raw cotton duplexer along cross one another direction, thereby all cover six sides of raw cotton duplexer, and its winding direction is the warp direction by stacked end face of raw cotton duplexer and stacked bottom surface, and twine along crisscross enforcement at described end face and bottom surface place, so tie up stacked cotton body is to execute to stacked direction under the power-assisted state, use the first film and second film to implement to pack, thereby the bad phenomenon that constituent parts stack body is separated from each other when implementing package handling and loading and unloading operation, can not occur, and then can implement the failure-free packing it.

Adopt cotton packing device of the present invention, because the cotton packing device has compression raw cotton duplexer and uses and tie up the binding machinery that rope band enforcement is tied up, receive and the intermediate transport machinery that stacked cotton body enforcement intermediate transport is used of tying up providing by binding machinery, reception is tied up stacked cotton body and is implemented the bag bundle and form the packing and strapping machine tool of cotton packing body and function with the film that synthetic resin is made by what intermediate transport machinery was keeping, and supply with the membrane supplying machinery that film is used to this packing and strapping machine tool, so can be by forming compressed cotton body with compressor mechanical compression raw cotton duplexer and with tying up the mode that rope band implements to tie up, by this compressed cotton body is passed to the mode that intermediate transport machinery is located by binding machinery, can also utilize this intermediate transport machinery will tie up stacked cotton body and be passed to the packing and strapping machine tool.And, can utilize the film that provides by membrane supplying machinery to implement the bag bundle and form the cotton packing body to tying up stacked cotton body by the mode that stacked cotton body is implemented predetermined action of tying up of packing and strapping machine tool to providing by intermediate transport machinery.

Like this, when the raw cotton duplexer of pack in advance being implemented compression with binding machinery and ties up, no longer need to adopt existing mode, promptly can implement to compress and tie up to the raw cotton duplexer with binding machinery, and can be by film being wrapped in the shirtsleeve operation on the stacked cotton body of tying up that is obtained, and acquisition cotton packing body, so do not need as existing mode, on the compressed cotton body between the keep plate on the binding machinery, cover bag, and implement the artificial operation of the needs of having to tie up with rope band, therefore almost whole process automations of bag bundle operation can be made, thereby manufacturing cost can be reduced significantly.

Adopt cotton packing device of the present invention, because intermediate transport machinery can reciprocatingly move between described binding machinery and described packing and strapping machine tool, and have with the side clamping and the described compression cotton quirk tied up, the support frame of pair of side plates respect to one another, and mode that can be by distance between each opposite face of regulating described pair of side plates is tied up a pair of cotton hold assembly that the compression cotton quirk is implemented clamping or removed clamping to described, so tie up stacked cotton body under the state between a pair of cotton hold assembly that is clamped in the side plate place that is disposed at intermediate transport machinery by what binding machinery was discharged, be sent to the position of packing and strapping machine tool by moving of support frame always, be supplied to the packing and strapping machine tool by the mode of removing clamping subsequently.

And the intermediate transport parts can be supplied to the packing and strapping machine tool by the sample attitude setting of tying up easily with tying up stacked cotton body, and therefore sample attitude that can stacked cotton body is tied up in suitable as required change in tying up the process of operation can implement the failure-free packing by making cotton not be exposed to exterior mode.

Adopt cotton packing device of the present invention, because having, the packing and strapping machine tool can drive the rotary table that rotates around vertical axis, be arranged on the clamping part at this rotary table place, and the deposited Fuse assembly of film being implemented deposited fusing usefulness, and described deposited Fuse assembly can be connected the film end under the state at described clamping part place, by making the mode that is equipped with the rotary table rotation of tying up the compression cotton quirk, partly implement deposited fusing to being wrapped in the pellicular cascade of tying up on the compression cotton quirk, so can be by carrying on rotary table by the stacked cotton body of tying up that the intermediate transport mechanical transfer is come, and the film that membrane supplying machinery is provided is guided out by preliminary dimension, the mode that its leading section is clamped by the clamping part on the rotary table will be tied up stacked cotton body and will be loaded in the packing and strapping machine tool.In this state, tie up stacked cotton body and together rotate by making rotary table around the mode that vertical axis rotates, can also making, so that film is wrapped on its outside circumference.

And, with film to tying up after stacked cotton body implements to twine, can operate deposited Fuse assembly and the laminated portions of film is implemented deposited, tie up stacked cotton body and be the packed state that is wound in web-like by film thereby make.Tie up the sample attitude of stacked cotton body and implement the mode that film twines operation once more by change, just can not be exposed to exterior mode with cotton and cover into the cotton packing body tying up stacked cotton body with film.

Adopt cotton packing device of the present invention, because but membrane supplying machinery has the roll support body of support film reel, and the jacking system that this roll support body lifting is used, so can be vertically mounted on the mode on the roll support body by center shaft, film roll is installed in membrane supplying mechanically with film roll.And by drawing the leading section of film in this state, it is attached to the stacked cotton body of tying up on the packing and strapping machine tool, and drive the mode of packing and strapping machine tool, just can firmly tie up stacked cotton body with blister-pack.

And, the roll support body is implemented lifting by jacking system, so by corresponding to the mode of tying up stacked cotton body length lifting reel supporter along the vertical direction, just can be spirally wound on the outside circumference of tying up stacked cotton body with film, therefore can prevent reliably cotton by around expose.

Claims

1. a raw cotton duplexer that forms be the folded system of flat raw cotton unit aggregation by several layers is implemented the compressed package bundle and the cotton packing body of acquisition along stacked direction, it is characterized in that described raw cotton duplexer is to utilize Strapping Material to implement tangled up and knotted and tie up along the warp direction by stacked end face and stacked bottom surface, and implement to pack with the film of synthetic resin manufacturing in the lateral surface of the raw cotton duplexer that is the state of tying up.

2. cotton packing body as claimed in claim 1, it is characterized in that described film uses banded the first film and banded second film, and be wrapped on the raw cotton duplexer along cross one another direction, thereby all cover six sides of raw cotton duplexer, and its winding direction is the warp direction by the stacked end face of raw cotton duplexer and stacked bottom surface, and twines along crisscross enforcement at described end face and place, bottom surface.

3. cotton packing device of making cotton packing body and function as claimed in claim 1 or 2, it is characterized in that having compression raw cotton duplexer also with tying up the binding machinery that rope band enforcement is tied up, receive and the intermediate transport machinery that stacked cotton body enforcement intermediate transport is used of tying up providing by binding machinery, reception is tied up stacked cotton body and is implemented the bag bundle and forms the packing and strapping machine tool of cotton packing body and function with the film that synthetic resin is made by what intermediate transport machinery was keeping, and the membrane supplying machinery of using to this packing and strapping machine tool supply film.

4. cotton packing device as claimed in claim 3, it is characterized in that described intermediate transport machinery can reciprocatingly move between described compressor mechanical and described packing and strapping machine tool, and have with the side clamping and the described compression cotton quirk tied up, the support frame of pair of side plates respect to one another, and mode that can be by distance between each opposite face of regulating described pair of side plates is tied up a pair of cotton hold assembly that the compression cotton quirk is implemented clamping or removed clamping to described, the lifting assembly that described side plate lifting is used, and the wheel word that described side plate is rotated around orthogonal axes.

5. as claim 3 or 4 described cotton packing devices, it is characterized in that described packing and strapping machine tool has lift-launch and ties up the compressed cotton body and function by what described intermediate transport machinery provided, can drive the rotary table that rotates around vertical axis, with this rotary table co-rotation, the clamping part that the film end that connection is provided by described membrane supplying machinery is used, and the deposited Fuse assembly of the film that is provided by described membrane supplying machinery being implemented deposited fusing usefulness, and described deposited Fuse assembly can be connected the film end under the state at described clamping part place, by making the mode that is equipped with the rotary table rotation of tying up the compression cotton quirk, partly implement deposited fusing to being wrapped in the pellicular cascade of tying up on the compression cotton quirk.

6. as the described cotton packing device of any one claim in the claim 3 to 5, it is characterized in that described membrane supplying machinery has supporting to reel in desirable down mode is installed in the roll support body that the film roll on the vertical center axis is used, and the jacking system that this roll support body lifting is used.