CN205755330U - Damaged film gathering pressure recovery machine - Google Patents
Damaged film gathering pressure recovery machine Download PDFInfo
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- CN205755330U CN205755330U CN201620759422.1U CN201620759422U CN205755330U CN 205755330 U CN205755330 U CN 205755330U CN 201620759422 U CN201620759422 U CN 201620759422U CN 205755330 U CN205755330 U CN 205755330U
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- film
- shovel
- push away
- lamina membranacea
- demoulding
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Abstract
This utility model provides a kind of damaged film gathering pressure recovery machine, including frame (10) and actuating device, it is characterized in that: in frame (10), be sequentially provided with Tui Mo mechanism (7), impurity-removing mechanism (8), pick-up mechanism, demoulding mechanism (5) and film-collecting box (6), it is anterior that described Tui Mo mechanism (7) is located at frame (10), comprise side collection film shovel (7 1) and push away lamina membranacea (7 2), described impurity-removing mechanism (8) comprises impurity removing roller (8 2), and described impurity removing roller (8 2) surface is provided with clear miscellaneous tooth (8 3)；Described demoulding mechanism (5) comprises protective cover (5 1), demoulding roll roller (5 7) it is provided with in the cover body of protective cover (5 1), demoulding roll roller is rotated by demoulding roll roller axle (5 8), and described demoulding roll roller (5 7) surface is provided with scraper plate (5 3).Compared with prior art, this utility model has simple in construction, and work efficiency is high, saves the features such as use cost.
Description
Technical field
This utility model belongs to field of agricultural machinery, a kind of damaged film gathering pressure recovery machine reclaiming residual film.
Background technology
The application of mulching film planting technology is the most universal, brings enormous benefits to agricultural, but residual film is remaining in soil
Also becoming a serious problem, soil and environment are also brought bigger pollution and harm, soil makes because of white pollution
Plant growth is hindered, and serious loses support capacity.
Therefore, in current production, people have given one's full attention to the mulch film recovery operation after using, and by various machines
Tool carries out centralized recovery, makes most residual films in production be reclaimed, and massive pollution phenomenon is inhibited.But due to year after year
Use, removal process always has partly film fragment and remains in and be difficult in soil reclaim, and this part of residual film makes
Carrying out operation recovering effect with current mulching specially used recovery machinery very poor, such as clearing and retrieving not in time, then to form collection tired, and
Work the mischief to the various operations in plantation.
The recovery one of current residual film is to use manual recovery, mainly picks up larger piece and the residual film floating on surface, soil
Picking up, efficiency is low, and labor intensity is big.Two is that machinery reclaims.
Current main employing of recovery machinery hooks rake or screen type.Hook rake and pick up weak effect, particularly to tiny
Residual film fragment is difficult to work.
It is preferable that screen type collects effect, but efficiency is the lowest, it is difficult to large-area applications.
The recovery machinery of current residual film mainly has following a few class.
Directly play membrane type: 98212885.1 disclose a kind of volume type remnant film recoverer by rising of sequentially installing after going to
Film wheel, film feeding impeller and wound membrane roller, have the skinning gear teeth on skinning wheel, have adhesive tape blade on film feeding impeller, at skinning wheel
The back lower place is provided with skinning guide rail, it is adaptable to the mulch film before arable land reclaims, for having remained in the residual film fragment in soil then
Helpless.
Rake formula: Chinese patent CN200420069544.5, CN200620158834.6, CN200720147138.X,
Farmland incomplete film-recovering machine disclosed in CN201115333Y, CN200962716Y, CN2719003Y, CN204377359U just belongs to
This class machinery, mainly carries out rake by elastic claw, this type of mechanism structure simply, operating speed soon, mainly for during autumn harvest or
The recovery of this season mulch film after autumn harvest, is suitable for carrying out reclaiming operation to large stretch of mulch film, but broken for the tiny residual film in soil
Sheet is difficult to reclaim almost without effect, the broken small leftover for soil deep layer.
Screening type: as Chinese patent CN200720156741.4, CN200820103700.3, CN200520105700.3,
Incomplete film-recovering machine disclosed in CN201410464258.7.Operation is typically also used for special working rig, main by screen cloth one
Residual film is separated by class separating mechanism with earth, and working performance is relatively low, is difficult to the needs adapting to produce.
Harrow formula: as Chinese patent CN99213281.9, CN200820103942.2, CN200920164612.9,
CN200520002575.3、CN200620114191.5、CN201220117766.4、CN95203438.7、
Plastic film residue collect mechanism disclosed in CN201020604657.6, CN201010542303.8, CN201010284986.1, mainly passes through
The collecting reel being covered with thorn-like spike-tooth rolls in soil, and the residual film in soil is provoked by thorn-like spike-tooth, and collecting reel is provided with
The Shua Mo mechanism of rotary broom one class is by under the residual film brush on thorn-like spike-tooth and reclaim.The structure ratio of this class mechanism is simple, it is possible to
It is combined carrying out integration of operation with various Work machines, is particularly suitable for the less important work in various farming.
Chinese patent CN104541620A discloses a kind of used plastic collection machinery, and during real work, mulch film is by pick-up mechanism
Pick up, carry out being delivered to film-collecting box by mould emptier afterwards, specific works is primarily present problems with: 1, earth's surface mulch film becomes
During heap, picking up unclean, can cause and leakage pick up, residual film net picking rate is relatively low；2, the amount of picking up is excessive also can cause the demoulding mechanism cannot be just
Often work, causes demoulding device obstruction, has a strong impact on work efficiency, and fault rate is higher.
Pollute used plastic collection problem for solving field, the most worked out and reclaimed after broadcasting front recovery, recovery in seedling stage, results
Three kinds of indexing statistics, current used plastic collection mechanism mainly has relied on variously-shaped elastic claw, but, main type on market
Common problem is, used plastic collection facility are without film-collecting box, or film-collecting box is the least, in operation process, needs often to shut down
Unloading film, this not only have impact on working performance, and makes field there is substantial amounts of recovery membrane stack, and membrane stack cannot process in time and cause two
Secondary pollution, causes residual film cannot accomplish disposably to reclaim.
A kind of straw-returning damaged film gathering and cleaning packing operational method, CN201310712784.6, it is proposed that with kind
On the direction that row is vertical, utilize straw counters-field set to output Xie Mo district at interval of a segment distance, then residual film on the field is hugged into strips
Dui Yuxiemo district, finally utilizes residual film cleaning baling press to carry out picking up packing by the residual film in Xie Mo district, and this work pattern is closely
Within several years, obtain popularization and application widely, but, at present for the collection bar used plastic collection in Xie Mo district mostly after picking up operation, pressure
Shorten little square bale or round bale into, the most also need to tie the film of compression to pick up entrucking, add flow chart, and, current residual film
Picking up the mostly inadaptable residual film picking up collection bar membrane stack of facility, owing to collecting the uneven of bar membrane stack stacking, and residual film length is long
Short uneven, it is impossible to ensure the uniform feeding of membrane stack, cause facility that heavy congestion phenomenon occurs in picking up so that facility can not connect
Continuous work, operation is reclaimed in impact.
Therefore, a kind of used plastic collection rate is higher, and work efficiency is high, saves use cost, the damaged film gathering that fault rate is relatively low
Pressure recovery machine is suggested.
Summary of the invention
It is higher that the purpose of this utility model is to provide a kind of used plastic collection rate, work efficiency height, saves use cost, fault
The damaged film gathering pressure recovery machine that rate is relatively low.
This utility model includes frame (10) and actuating device, it is characterised in that: it is sequentially provided with in frame (10) and pushes away film machine
Structure (7), impurity-removing mechanism (8), pick-up mechanism, demoulding mechanism (5) and film-collecting box (6), described film-collecting box (6) can be collecting box,
Can also be the packing mechanism with compression packing function,
Described actuating device comprises power input shaft (2), gear-box (3) and driving chain (15), gear-box (3) and the most miscellaneous
Connected by driving chain (15) between mechanism (8), pick-up mechanism and the rotating shaft of demoulding mechanism (5).
It is anterior that described Tui Mo mechanism (7) is located at frame (10), comprises side collection film shovel (7-1) and pushes away lamina membranacea (7-2), described side
Collection film shovel (7-1) is in the both sides of frame (10), and described side collection film shovel (7-1) is plate-shaped,
Described side collection film shovel (7-1) is provided with feeler mechanism, specific as follows: between side collection film shovel (7-1) and frame (10)
Being provided with connecting rod, connecting rod is provided with side collection film shovel spring (7-3), when side collection film shovel (7-1) rotates around connecting rod, and side collection film
Shovel spring (7-3) can limit it and rotate, and makes it keep original state,
Described push away lamina membranacea (7-2) structure be: comprise support (7-11) and in drop-shaped shovel body, described shovel body comprises one
Individual vertebral body and a hemisphere, hemisphere is located at the bottom of vertebral body；
Or the structure pushing away lamina membranacea (7-2) described in, is: comprise support (7-11) and push away film shovel slide plate (7-10), support (7-
11) and push away film shovel slide plate (7-10) be imitated structure, particularly as follows: push away film shovel slide plate (7-10) hinged with support (7-11), and prop up
Frame (7-11) and push away and be provided with copying spring (7-9) between film shovel slide plate (7-10), described in push away film shovel slide plate (7-10) and be provided with and push away
Lamina membranacea A (7-2-1) and push away lamina membranacea B (7-2-2), pushes away one end of lamina membranacea A (7-2-1) with to push away film shovel slide plate (7-10) hinged, another
Holding with to push away lamina membranacea B (7-2-2) hinged, the other end pushing away lamina membranacea B (7-2-2) is free end, pushes away lamina membranacea A (7-2-1) and/or pushes away film
Plate B (7-2-2) and push away to be provided with between film shovel slide plate (7-10) and push away film shovel spring (7-7)；
Again or, push away lamina membranacea A (7-2-1) and push away one end of lamina membranacea B (7-2-2) and be hinged, other end is through pushing away film
The axle sleeve of shovel slide plate (7-10), pushes away lamina membranacea A (7-2-1) and pushes away lamina membranacea B (7-2-2) and respectively and push away film and shovel and set between slide plate (7-10)
Push away film shovel spring (7-7).
As improvement, push away film shovel slide plate (7-10) and be provided with position limiting slide block (7-13), can limit and push away lamina membranacea B's (7-2-2)
The movement position of free end.
Time actually used, Tui Mo mechanism (7) mainly paves piling up uneven membrane stack, prevents residual film to be wrapped in simultaneously
Push away lamina membranacea A (7-2-1) and push away on lamina membranacea B (7-2-2).Were it not for upper and lower feeler mechanism, when facility advance, membrane stack not in time to
Rear falling, causes membrane stack along pushing away lamina membranacea A (7-2-1) and pushing away lamina membranacea B (7-2-2) outer face and slide to rapidly both sides, pushes away
Lamina membranacea A (7-2-1) and push away lamina membranacea B (7-2-2) both sides pile up, do not have the effect paved.Acting on of upper and lower feeler mechanism
In: avoid a large amount of residual films in membrane stack to be deposited in and push away lamina membranacea A (7-2-1) and push away lamina membranacea B (7-2-2) front, when membrane stack is higher, logical
Cross the regulation effect of upper and lower feeler mechanism, lamina membranacea A (7-2-1) will be pushed away and push away lamina membranacea B (7-2-2) and swing backward, increase and push away lamina membranacea A
(7-2-1) and push away the height in gap between lamina membranacea B (7-2-2) and ground, make membrane stack slide the most backward, uniformly pave and pushing away film
Shovel rear.
The effect of transverse copying mechanism is: when membrane stack is not at dead ahead, it is possible to preferably realizes membrane stack and paves, when
When pushing away lamina membranacea A (7-2-1) and push away lamina membranacea B (7-2-2) front membrane stack skewness, due to push away lamina membranacea A (7-2-1) with push away film shovel
Slide plate (7-10) is hinged, and during the discontinuity of both sides, pushing away lamina membranacea B (7-2-2) will slide relative to pushing away film shovel slide plate (7-10),
Have adjusted simultaneously push away film shovel push away film web width, make membrane stack pave operation relatively reliable.
Described impurity-removing mechanism (8) comprises impurity removing roller (8-2), and impurity removing roller (8-2) is rotated by impurity removing roller axle (8-4), described
Impurity removing roller (8-2) surface is provided with clear miscellaneous tooth (8-3), and described clear miscellaneous tooth (8-3) extends radially outwardly along impurity removing roller (8-2).
In order to avoid residual film is rolled up on impurity removing roller axle (8-4) in work, it is provided with baffle plate B at the two ends of impurity removing roller (8-2)
(8-1)。
As improvement, described clear miscellaneous tooth (8-3) is arc.
The effect of impurity removing roller: when facility advance operation, with the view of Fig. 1 towards from the point of view of, impurity removing roller is in a clockwise direction
Rotating, during arc elastic claw flips film, the end of arc elastic claw is towards downwards, and the most residual film and impurity are thrown to clearly
The oblique upper of miscellaneous roller, is on the one hand conducive to clear auxiliary work, makes residual film be laid on impurity top layer, on the other hand avoids residual film and impurity
At impurity removing roller rear, packing phenomenon occurs.The end of arc elastic claw is set to angular cut shape, be conducive to going deep into impurity choose film and
Tear the effect of long film.
The structure of described pick-up mechanism is: the structure of pick-up mechanism comprises cylinder, elastic claw, elastic claw fixed frame, described rolling
Cylinder is hollow cylindrical, and barrel is provided with bar shaped perforate, and cylinder both sides are provided with transmission circle, and described elastic claw fixed frame comprises center
Rotating shaft I, central rotating shaft I are connected with frame by bearing, the circumferencial direction along central rotating shaft I be interval with some groups by pole with
The bracing frame that cross bar is constituted, described cross bar is outwards interval with multiple elastic claw；Described elastic claw fixed frame is located in cylinder, rolling
The axle center of cylinder is misaligned with the axle center of central rotating shaft I, forms eccentric stiffener, and the size of eccentric throw is the elastic-tooth diaphragm drawing degree of depth, is passing
Under the driving of dynamic system, cylinder and central rotating shaft I synchronous axial system, when lower site, elastic claw stretches out bar shaped perforate maximum, a length of
Eccentric throw；During upper site, elastic claw shrinks, and extension elongation is zero, and during work, elastic claw shows as stretching from bar shaped perforate and does reciprocal fortune
Dynamic.
As improvement, being provided with profiling cover (11) at pick-up mechanism rear, one end of described profiling cover (11) is hinged, the other end
For free end, it is provided with back-moving spring (12) between free end and the frame (10) of profiling cover (11), when residual film is too much, sees and play
Profiling effect, prevents heap film.
Described demoulding mechanism (5) comprises protective cover (5-1), and the side of described protective cover (5-1) and frame (10) are by anti-
Guard shield jointed shaft (14) is hinged, is provided with limit spring (4) and position limiting slide block (4-1), described limit between opposite side and frame (10)
Position spring (4) is vertically arranged, and limit spring (4) is in vertically arranged, and protective cover (5-1) has the effect of upper and lower profiling, above-mentioned
Position limiting slide block (4-1) is placed in the chute being located at frame (10), is possible to prevent protective cover (5-1) to swing, protective cover (5-1)
It is provided with into film mouth (5-5) and film outlet port (5-4), in the cover body of protective cover (5-1), is provided with demoulding roll roller (5-7), demoulding roller
Cylinder (5-7) is rotated by demoulding roll roller axle (5-8), and described demoulding roll roller (5-7) surface is provided with scraper plate (5-3), described
Scraper plate (5-3) extends radially outwardly along demoulding roll roller (5-7).
In order to avoid in work, residual film is rolled up in demoulding roll roller axle (5-8), at the two ends of demoulding roll roller axle (5-8)
It is provided with baffle plate A (5-2).
The utility model has the advantage of: provide a kind of damaged film gathering compression vehicle, efficiently solve the collection residual film of bar membrane stack
The difficult problem reclaimed, can be sequentially completed membrane stack pave, the most miscellaneous, pick up, case, compress multiple working procedure, make collection bar membrane stack at operation width
Uniformly pave on cross direction, and can effectively remove the impurity such as the soil in membrane stack, bar, produce when effectively prevent facility operation
Jam, improve residual film picks up clean rate and working performance, and provides bigger film-collecting box, and compression operation,
The working area making film-collecting box fully loaded is greatly increased, the collection of residual film and transportation after facilitating recovery.
Compared with prior art, this utility model simple in construction, work efficiency is high, saves the features such as production cost.
Accompanying drawing explanation
Fig. 1 is this utility model structural representation.
Tu2Shi demoulding mechanism structural representation.
Fig. 3 is A-A direction structure schematic diagram in Fig. 2.
Fig. 4 is impurity-removing mechanism structural representation.
Fig. 5 is to push away film mechanism structure schematic diagram I.
Fig. 6 is to push away film mechanism structure schematic diagram II.
Fig. 7 is to push away film shovel structural representation in embodiment 5.
Fig. 8 is to push away film shovel structural representation in embodiment 5.
Fig. 9 is to push away film shovel structural representation in embodiment 5.
Figure 10 is to push away film shovel structural representation in embodiment 5.
Figure 11 is to push away film shovel structural representation in embodiment 5.
Shown in figure: 1 is traction frame, 2 is power input shaft, and 3 is gear-box, and 4 is limit spring, and 4-1 is position limiting slide block,
5 is demoulding mechanism, and 5-1 is protective cover, 5-2 be baffle plate A, 5-3 be scraper plate, 5-4 is film outlet port, and 5-5 is into film mouth, and 5-6 is tooth
Wheel disc, 5-7 is demoulding roll roller, and 5-8 is demoulding roll roller axle, and 6 is film-collecting box, 7 Shi Tui film mechanisms, and 7-1 is side collection film shovel, 7-
2 is to push away lamina membranacea, and 7-2-1 is to push away lamina membranacea A, and 7-2-2 is to push away lamina membranacea B, and 7-3 is side collection film shovel spring, and 7-4 is hinge, and 7-5 is rotating shaft
A, 7-6 be rotating shaft B, 7-7 be push away film shovel spring, 7-8 is sheath, and 7-9 is copying spring, 7-10 be push away film shovel slide plate, 7-11 is
Support, 7-12 is slide block, and 7-13 is limited block, and 8 is impurity-removing mechanism, 8-1 be baffle plate B, 8-2 be impurity removing roller, 8-3 is clear miscellaneous tooth,
8-4 is impurity removing roller axle, and 9 is pick-up mechanism, and 10 is frame, and 11 is profiling cover, and 12 is back-moving spring, and 13 is road wheel, and 14 is anti-
Guard shield jointed shaft, 15 is driving chain.
Detailed description of the invention
Embodiment 1: with reference to Fig. 1～3, for the structural representation of this utility model embodiment 1, a kind of damaged film gathering compression and back
Receipts machine, including frame (10) and actuating device, it is characterised in that: it is sequentially provided with Tui Mo mechanism (7), impurity-removing mechanism in frame (10)
(8), pick-up mechanism, demoulding mechanism (5) and film-collecting box (6), described actuating device comprise power input shaft (2), gear-box (3) and
Driving chain (15), passes through driving-chain between gear-box (3) and impurity-removing mechanism (8), pick-up mechanism and the rotating shaft of demoulding mechanism (5)
Bar (15) connects.
The structure of described pick-up mechanism is: the structure of pick-up mechanism comprises cylinder, elastic claw, elastic claw fixed frame, described rolling
Cylinder is hollow cylindrical, and barrel is provided with bar shaped perforate, and cylinder both sides are provided with transmission circle, and described elastic claw fixed frame comprises center
Rotating shaft I, central rotating shaft I are connected with frame by bearing, the circumferencial direction along central rotating shaft I be interval with some groups by pole with
The bracing frame that cross bar is constituted, described cross bar is outwards interval with multiple elastic claw；Described elastic claw fixed frame is located in cylinder, rolling
The axle center of cylinder is misaligned with the axle center of central rotating shaft I, forms eccentric stiffener, and the size of eccentric throw is the elastic-tooth diaphragm drawing degree of depth, is passing
Under the driving of dynamic system, cylinder and central rotating shaft I synchronous axial system, when lower site, elastic claw stretches out bar shaped perforate maximum, a length of
Eccentric throw；During upper site, elastic claw shrinks, and extension elongation is zero, and during work, elastic claw shows as stretching from bar shaped perforate and does reciprocal fortune
Dynamic.
Be provided with profiling cover (11) at pick-up mechanism rear, one end of described profiling cover (11) is hinged, and the other end is free end,
It is provided with back-moving spring (12) between free end and the frame (10) of profiling cover (11), when residual film is too much, sees and play profiling effect,
Prevent heap film.
Described demoulding mechanism (5) comprises protective cover (5-1), and the side of described protective cover (5-1) and frame (10) are by anti-
Guard shield jointed shaft (14) is hinged, is provided with limit spring (4) and position limiting slide block (4-1), described limit between opposite side and frame (10)
Position spring (4) is vertically arranged, and limit spring (4) is in vertically arranged, and protective cover (5-1) has the effect of upper and lower profiling, above-mentioned
Position limiting slide block (4-1) is placed in the chute being located at frame (10), is possible to prevent protective cover (5-1) to swing, protective cover (5-1)
It is provided with into film mouth (5-5) and film outlet port (5-4), in the cover body of protective cover (5-1), is provided with demoulding roll roller (5-7), demoulding roller
Cylinder (5-7) is rotated by demoulding roll roller axle (5-8), and described demoulding roll roller (5-7) surface is provided with scraper plate (5-3), described
Scraper plate (5-3) extends radially outwardly along demoulding roll roller (5-7).
Embodiment 2: with reference to Fig. 3, for the structural representation of this utility model embodiment 2, compared with Example 1, this enforcement
The difference of example is: is provided with baffle plate A (5-2) at the two ends of demoulding roll roller axle (5-8), during real work, is possible to prevent
Residual film roll is in demoulding roll roller axle (5-8).
Described baffle plate A (5-2) is arranged between driving-chain and scraper plate (5-3).
Embodiment 3: with reference to Fig. 4, for the structural representation of this utility model embodiment 3, compared with Example 1, this enforcement
The difference of example is: described impurity-removing mechanism (8) is located at the front of pick-up mechanism, and described impurity-removing mechanism (8) comprises impurity removing roller
(8-2), impurity removing roller (8-2) is rotated by impurity removing roller axle (8-4), and described impurity removing roller (8-2) surface is provided with clear miscellaneous tooth (8-3), institute
State clear miscellaneous tooth (8-3) to extend radially outwardly along impurity removing roller (8-2).
In order to avoid residual film is rolled up on impurity removing roller axle (8-4) in work, it is provided with baffle plate B at the two ends of impurity removing roller (8-2)
(8-1)。
Described clear miscellaneous tooth (8-3) is arc.
Embodiment 4: with reference to Fig. 5, for the structural representation of this utility model embodiment 4, compared with Example 1, this enforcement
The difference of example is: it is anterior that described Tui Mo mechanism (7) is located at frame (10), comprises side collection film shovel (7-1) and pushes away lamina membranacea (7-
2), described side collection film shovel (7-1) is in the both sides of frame (10), and described side collection film shovel (7-1) is plate-shaped,
Described side collection film shovel (7-1) is provided with feeler mechanism, specific as follows: between side collection film shovel (7-1) and frame (10)
Being provided with connecting rod, connecting rod is provided with side collection film shovel spring (7-3), when side collection film shovel (7-1) rotates around connecting rod, and side collection film
Shovel spring (7-3) can limit it and rotate, and makes it keep original state, described in push away the structure of lamina membranacea (7-2) and be: comprise support
(7-11) and in drop-shaped shoveling body, described shovel body comprises a vertebral body and a hemisphere, and hemisphere is located at the bottom of vertebral body,
Described support (7-11) is connected with frame (10).
Embodiment 5: with reference to Fig. 6～10, for the structural representation of this utility model embodiment 5, compared with Example 1, basis
The difference of embodiment is: described in push away the structure of lamina membranacea (7-2) and be: comprise support (7-11) and push away film shovel slide plate (7-
10), support (7-11) and push away film shovel slide plate (7-10) be imitated structure, particularly as follows: push away film shovel slide plate (7-10) pass through linking arm
Hinged with support (7-11), described support (7-11) and push away and be provided with copying spring (7-9) between film shovel slide plate (7-10), described in push away
Film shovel slide plate (7-10) is provided with and pushes away lamina membranacea A (7-2-1) and push away lamina membranacea B (7-2-2), pushes away one end of lamina membranacea A (7-2-1) and pushes away film
Shovel slide plate (7-10) is hinged, and the other end is with to push away lamina membranacea B (7-2-2) hinged, and the other end pushing away lamina membranacea B (7-2-2) is free end, pushes away
Lamina membranacea A (7-2-1) and/or push away lamina membranacea B (7-2-2) and push away to be provided with between film shovel slide plate (7-10) and push away film shovel spring (7-7).
As improvement, push away film shovel slide plate (7-10) and be provided with position limiting slide block (7-13), can limit and push away lamina membranacea B's (7-2-2)
The movement position of free end.
Embodiment 6: with reference to Figure 11, for the structural representation of this utility model embodiment 6, compared with Example 5, this enforcement
The difference of example is: pushing away lamina membranacea A (7-2-1) and push away one end of lamina membranacea B (7-2-2) and be hinged, other end is through pushing away
The axle sleeve of film shovel slide plate (7-10), pushes away lamina membranacea A (7-2-1) and pushes away lamina membranacea B (7-2-2) and respectively and push away film and shovel between slide plate (7-10)
It is provided with and pushes away film shovel spring (7-7).
Claims (7)
1. a damaged film gathering pressure recovery machine, including frame (10) and actuating device, it is characterised in that: in frame (10) successively
It is provided with Tui Mo mechanism (7), impurity-removing mechanism (8), pick-up mechanism, demoulding mechanism (5) and film-collecting box (6),
It is anterior that described Tui Mo mechanism (7) is located at frame (10), comprises side collection film shovel (7-1) and pushes away lamina membranacea (7-2), described side collection film
Shovel (7-1) is in the both sides of frame (10), and described side collection film shovel (7-1) is plate-shaped,
Described side collection film shovel (7-1) is provided with feeler mechanism, specific as follows: be provided with between side collection film shovel (7-1) and frame (10)
Connecting rod, connecting rod is provided with side collection film shovel spring (7-3), when side collection film shovel (7-1) rotates around connecting rod, side collection film shovel bullet
Spring (7-3) can limit it and rotate, and makes it keep original state,
Described push away lamina membranacea (7-2) structure be: comprise support (7-11) and in drop-shaped shovel body, described shovel body comprises a vertebra
Body and a hemisphere, hemisphere is located at the bottom of vertebral body；
Or the structure pushing away lamina membranacea (7-2) described in, is: comprise support (7-11) and push away film shovel slide plate (7-10), support (7-11)
It is imitated structure with pushing away film shovel slide plate (7-10), particularly as follows: it is hinged with support (7-11) to push away film shovel slide plate (7-10), and support
(7-11) push away film shovel slide plate (7-10) described in and push away and be provided with copying spring (7-9) between film shovel slide plate (7-10), to be provided with and push away film
Plate A (7-2-1) and push away lamina membranacea B (7-2-2), pushes away one end of lamina membranacea A (7-2-1) with to push away film shovel slide plate (7-10) hinged, the other end
Lamina membranacea B (7-2-2) is hinged with pushing away, and the other end pushing away lamina membranacea B (7-2-2) is free end, pushes away lamina membranacea A (7-2-1) and/or pushes away lamina membranacea
B (7-2-2) and push away to be provided with between film shovel slide plate (7-10) and push away film shovel spring (7-7)；
Described impurity-removing mechanism (8) comprises impurity removing roller (8-2), and impurity removing roller (8-2) is rotated by impurity removing roller axle (8-4), described the most miscellaneous
Roller (8-2) surface is provided with clear miscellaneous tooth (8-3), and described clear miscellaneous tooth (8-3) extends radially outwardly along impurity removing roller (8-2)；
Described demoulding mechanism (5) comprises protective cover (5-1), and the side of described protective cover (5-1) and frame (10) pass through protective cover
Jointed shaft (14) is hinged, is provided with limit spring (4) and position limiting slide block (4-1), described spacing bullet between opposite side and frame (10)
Spring (4) is vertically arranged, and above-mentioned position limiting slide block (4-1) is placed in the chute being located at frame (10), protective cover (5-1) be provided with into
Film mouth (5-5) and film outlet port (5-4), be provided with demoulding roll roller (5-7), demoulding roll roller (5-7) in the cover body of protective cover (5-1)
Being rotated by demoulding roll roller axle (5-8), described demoulding roll roller (5-7) surface is provided with scraper plate (5-3), described scraper plate (5-3)
Extend radially outwardly along demoulding roll roller (5-7).
Damaged film gathering pressure recovery machine the most according to claim 1, it is characterised in that: the two of demoulding roll roller axle (5-8)
End is provided with baffle plate A (5-2).
Damaged film gathering pressure recovery machine the most according to claim 1 and 2, it is characterised in that: the two ends of impurity removing roller (8-2) set
There is baffle plate B (8-1).
Damaged film gathering pressure recovery machine the most according to claim 1 and 2, it is characterised in that: described clear miscellaneous tooth (8-3) is arc
Shape.
Damaged film gathering pressure recovery machine the most according to claim 3, it is characterised in that: described clear miscellaneous tooth (8-3) is arc.
Damaged film gathering pressure recovery machine the most according to claim 1 and 2, it is characterised in that: push away on film shovel slide plate (7-10)
It is provided with position limiting slide block (7-13), the movement position of the free end pushing away lamina membranacea B (7-2-2) can be limited.
Damaged film gathering pressure recovery machine the most according to claim 3, it is characterised in that: push away film shovel slide plate (7-10) and be provided with
Position limiting slide block (7-13), can limit the movement position of the free end pushing away lamina membranacea B (7-2-2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620759422.1U CN205755330U (en) | 2016-07-19 | 2016-07-19 | Damaged film gathering pressure recovery machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620759422.1U CN205755330U (en) | 2016-07-19 | 2016-07-19 | Damaged film gathering pressure recovery machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205755330U true CN205755330U (en) | 2016-12-07 |
Family
ID=58120486
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620759422.1U Withdrawn - After Issue CN205755330U (en) | 2016-07-19 | 2016-07-19 | Damaged film gathering pressure recovery machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205755330U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105993235A (en) * | 2016-07-19 | 2016-10-12 | 新疆科神农业装备科技开发股份有限公司 | Gathering compressing recycling machine for residual film |
| CN107371411A (en) * | 2017-08-31 | 2017-11-24 | 新疆农垦科学院 | Trailing type wound membrane machine for recycling mulch film |
-
2016
- 2016-07-19 CN CN201620759422.1U patent/CN205755330U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105993235A (en) * | 2016-07-19 | 2016-10-12 | 新疆科神农业装备科技开发股份有限公司 | Gathering compressing recycling machine for residual film |
| CN107371411A (en) * | 2017-08-31 | 2017-11-24 | 新疆农垦科学院 | Trailing type wound membrane machine for recycling mulch film |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161207 Effective date of abandoning: 20171107 |
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| AV01 | Patent right actively abandoned |