CN203775821U - Mulch applicator - Google Patents
Mulch applicator Download PDFInfo
- Publication number
- CN203775821U CN203775821U CN201420205340.3U CN201420205340U CN203775821U CN 203775821 U CN203775821 U CN 203775821U CN 201420205340 U CN201420205340 U CN 201420205340U CN 203775821 U CN203775821 U CN 203775821U
- Authority
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- China
- Prior art keywords
- press mold
- trench digging
- film roll
- ridging
- mounting rod
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model discloses a mulch applicator. The mulch applicator comprises a rack, and a ditching mechanism, a thin film rolling hitching mechanism, a film pressing mechanism, a depth limiting mechanism and a ridging mechanism are mounted in sequence on the rack in the walking direction of the mulch applicator. The technical scheme is as follows: when the mulch applicator works, film pressing gutters are formed in the two sides of a ridge by the ditching mechanism positioned in the front, a thin film roller is hitched to the thin film rolling hitching mechanism positioned at the rear part of the ditching mechanism, thin films are laid on the ridge and the two sides of the thin films are positioned in the film pressing gutters with the walking of the mulch applicator, the thin films are pressed by the film pressing mechanism into the film pressing gutters, and soil on the outer sides of the film pressing gutters is turned by the ridging mechanism on the thin films in the film pressing gutters to compact the thin films, the compacting depth of the film pressing mechanism is consistent with the limiting depth of the depth limiting mechanism when the film pressing mechanism and the film pressing mechanism work, and the film pressing mechanism and the depth limiting mechanism rise and fall with the fluctuation of the ground surface and can be suitable for different ground circumstances. According to the utility model, the mulch applicator is reasonable and compact in structure and is labor-saving, the mulching can be completed automatically, and the working efficiency can be improved.
Description
Technical field
The utility model relates to a kind of farm machinery, relates in particular to a kind of machine of using for ridge, farmland cover film.
Background technology
Dry crop plastic-film-covered cultivation technology in agricultural production because can keep soil moisture, improve soil temperature, improve in the planting process that the advantages such as soil moisture content have been widely used in the crops such as tobacco, corn, potato, cotton, vegetables and flowers.Overlay film work in the past completes by manual operation, and operator must bend over to work always, and therefore labour intensity is large, inefficiency.
In order to adapt to agricultural modernization development, occurred laminating machine, but laminating machine of the prior art is only suitable for working on smooth soil, in the time of the out-of-flatness of ground, easily there is the problem that mulch film is torn or press mold is inhomogeneous, cannot adapt to complex-terrain, apply and hindered.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of soil overlay film work and uniform laminating machine of press mold overlay film that can adapt to various situations.
For solving the problems of the technologies described above, the technical solution of the utility model is: laminating machine, comprise frame, the front end of described frame is provided with hanger bracket, along ditching device, film roll hanging device, film pressing device, depth stop device and banker are installed in frame described in the direction of travel of laminating machine successively, described film pressing device is positioned at the dead astern of described ditching device, and described depth stop device is arranged on the outside of described film pressing device.
As the preferred technical scheme of one, described ditching device comprises the trench digging transverse support bar that is arranged on respectively described frame both sides, in each described trench digging transverse support bar, trench digging lateral adjustment device is installed, trench digging vertical adjustment device is installed in described trench digging lateral adjustment device, on described trench digging vertical adjustment device, adjustable for height trench digging bar is installed, the bottom of described trench digging bar is provided with furrow plough, and the front end of described furrow plough tilts to the outside of described frame.
As the preferred technical scheme of one, described trench digging lateral adjustment device comprises the trench digging lateral adjustments cover being sleeved in described trench digging transverse support bar, and described trench digging lateral adjustments puts and end is installed is resisted against the horizontal clamping screw of trench digging in described trench digging transverse support bar;
Described trench digging vertical adjustment device comprises and is sleeved on the trench digging vertical adjustment cover being fixedly connected with on described trench digging bar and with described trench digging lateral adjustments cover, and described trench digging vertical adjustment puts and end is installed is resisted against the vertical clamping screw of trench digging on described trench digging bar.
As the preferred technical scheme of one, described film roll hanging device comprises that the film roll that is arranged on respectively described frame both sides regulates installing rack, each described film roll regulates on installing rack a Height Adjustable film roll mounting rod is installed, and the bottom of two described film roll mounting rods is provided with two film roll grafting ear is set in opposite directions.
As the preferred technical scheme of one, described film roll regulates installing rack to comprise the film roll cross-brace sleeve pipe being arranged in described frame, in described film roll cross-brace sleeve pipe, be set with film roll lateral adjustments bar, end is installed on described film roll cross-brace sleeve pipe and is resisted against the horizontal clamping screw of film roll on described film roll lateral adjustments bar, described film roll mounting rod is sleeved on the free end of described film roll lateral adjustments bar, the free end of described film roll lateral adjustments bar is provided with end and is resisted against the vertical clamping screw of film roll on described film roll mounting rod.
As the preferred technical scheme of one, described film pressing device comprises that the press mold that is arranged on respectively described frame both sides regulates installing rack, described press mold regulates on installing rack Height Adjustable press mold mounting rod is installed, on described press mold mounting rod, be rotatablely equipped with press mold connecting lever, between described press mold connecting lever and described press mold mounting rod, press mold dynamics adjusting device is installed, on described press mold connecting lever, is rotatablely equipped with pressing film roller.
As the preferred technical scheme of one, described press mold regulates installing rack to comprise the press mold transverse support bar being arranged in described frame, in described press mold transverse support bar, be set with press mold lateral adjustments cover, described press mold lateral adjustments puts and end is installed is resisted against the horizontal clamping screw of press mold in described press mold transverse support bar; On described press mold mounting rod, be set with the press mold vertical adjustment cover being fixedly connected with described press mold lateral adjustments cover, described press mold vertical adjustment puts and end is installed is resisted against the vertical clamping screw of press mold on described press mold mounting rod.
As the preferred technical scheme of one, described press mold dynamics adjusting device comprises the connection bearing pin being fixedly mounted on described press mold mounting rod, described press mold connecting lever is rotatably installed on described connection bearing pin, on described connection bearing pin between described press mold connecting lever and described press mold mounting rod, be set with press mold dynamics and regulate torsion spring, the bottom of described press mold mounting rod is installed with torsion spring position-limiting ear, described torsion spring position-limiting ear comprises the first force surface and the second force surface that arrange in opposite directions, described press mold dynamics regulates torsion spring to comprise the first spring arm and the second spring arm, described the first spring arm is walked around the first force surface of described torsion spring position-limiting ear and is articulated on described the second force surface, the second force surface that described the second spring arm is walked around described torsion spring position-limiting ear is articulated on described press mold connecting lever.
As the preferred technical scheme of one, described depth stop device comprises the depth stop transverse support bar that is arranged on respectively described frame both sides, in described depth stop transverse support bar, be set with depth stop lateral adjustments cover, described depth stop lateral adjustments puts and end is installed is resisted against the horizontal clamping screw of depth stop in described depth stop transverse support bar; Described depth stop lateral adjustments puts and is installed with depth stop vertical adjustment cover, in described depth stop vertical adjustment cover, depth stop mounting rod is installed, described depth stop vertical adjustment puts and end is installed is resisted against the vertical clamping screw of depth stop on described depth stop mounting rod, and the bottom of described depth stop mounting rod is rotatablely equipped with gauge wheel.
As the preferred technical scheme of one, described banker comprises the ridging transverse support bar that is arranged on respectively described frame both sides, in described ridging transverse support bar, be set with ridging lateral adjustments cover, described ridging lateral adjustments puts and end is installed is resisted against the horizontal clamping screw of ridging in described ridging transverse support bar; Described ridging lateral adjustments puts and is installed with ridging vertical adjustment cover, in described ridging vertical adjustment cover, adjustable for height ridging mounting rod is installed, described ridging vertical adjustment puts and end is installed is resisted against the vertical clamping screw of ridging on described ridging mounting rod, the bottom of described ridging mounting rod is provided with ridging wheel, tilts to the inner side of described frame along ridging wheel described in the direction of travel of described laminating machine.
Owing to having adopted technique scheme, laminating machine, comprise frame, the front end of described frame is provided with hanger bracket, along ditching device, film roll hanging device, film pressing device, depth stop device and banker are installed in frame described in the direction of travel of laminating machine successively, described film pressing device is positioned at the dead astern of described ditching device, and described depth stop device is arranged on the outside of described film pressing device; When work, ditching device is front, hold press mold ditch successfully in the both sides of field, be positioned on the film roll hanging device at ditching device rear and be mounted with film roll, along with the walking of laminating machine, film is laid on field and two sides of film are positioned at described press mold ditch, and film pressing device is subsequently in tangible thin film press mold ditch, and banker is translated into film top in press mold ditch by film compacting by the soil in press mold ditch outside; When work, the depth stop degree of depth of the compacting depth of film pressing device and depth stop device is consistent, and in the time that there is fluctuating on ground, film pressing device and depth stop device float together with and then, can adapt to different states of ground; The utility model compactness rational in infrastructure, overlay film process completes automatically, has saved labour, has improved operating efficiency high.
Brief description of the drawings
The following drawings is only intended to the utility model to schematically illustrate and explain, does not limit scope of the present utility model.Wherein:
Fig. 1 is the structural representation of the utility model embodiment;
Fig. 2 is the structural representation of the utility model embodiment film pressing device;
Fig. 3 is the left view of Fig. 2;
Fig. 4 is the cutaway view of the utility model embodiment pressing film roller;
In figure: 1-frame; 11-hanger bracket; The 21-transverse support bar of ditching; 22-trench digging lateral adjustments cover; The 23-horizontal clamping screw of ditching; 24-trench digging vertical adjustment cover; The 25-bar of ditching; The 26-vertical clamping screw of ditching; 27-furrow plough; 31-film roll cross-brace sleeve pipe; 32-film roll lateral adjustments bar; The horizontal clamping screw of 33-film roll; 34-film roll is the spacing blind hole of locking laterally; 35-film roll mounting rod; The vertical clamping screw of 36-film roll; 37-film roll grafting ear; 41-press mold transverse support bar; 42-press mold lateral adjustments cover; The horizontal clamping screw of 43-press mold; 44-press mold vertical adjustment cover; 45-press mold mounting rod; The vertical clamping screw of 46-press mold; 47-press mold connecting lever; 481-connects bearing pin; 482-press mold dynamics regulates torsion spring; 4821-the first spring arm; 4822-the second spring arm; 483-torsion spring position-limiting ear; 4831-the second force surface; 49-pressing film roller; 491-central shaft; 492-wheel rim; 493-rolling bearing; 494-sponges cover; 51-depth stop lateral adjustments cover; The horizontal clamping screw of 52-depth stop; 53-depth stop vertical adjustment cover; 54-depth stop mounting rod; The vertical clamping screw of 55-depth stop; 56-gauge wheel; The 61-transverse support bar of earthing up; 62-ridging lateral adjustments cover; The 63-horizontal clamping screw of earthing up; 64-ridging vertical adjustment cover; The 65-mounting rod of earthing up; The 66-vertical clamping screw of earthing up; The 67-wheel of earthing up.
Embodiment
Below in conjunction with drawings and Examples, further set forth the utility model.In the following detailed description, only by the mode of explanation, some example embodiment of the present utility model has been described.Undoubtedly, those of ordinary skill in the art can recognize, in the situation that not departing from spirit and scope of the present utility model, can revise described embodiment by various mode.Therefore, accompanying drawing is illustrative with being described in essence, instead of for limiting the protection domain of claim.
As shown in Figure 1, laminating machine, comprise frame 1, the front end of described frame 1 is provided with hanger bracket 11, along ditching device, film roll hanging device, film pressing device, depth stop device and banker are installed in frame 1 described in the direction of travel of laminating machine successively, described film pressing device is positioned at the dead astern of described ditching device, and described depth stop device is arranged on the outside of described film pressing device.
As shown in Figure 1, described ditching device comprises the trench digging transverse support bar 21 that is arranged on respectively described frame 1 both sides, in each described trench digging transverse support bar 21, trench digging lateral adjustment device is installed, described trench digging lateral adjustment device comprises the trench digging lateral adjustments cover 22 being sleeved in described trench digging transverse support bar 21, on described trench digging lateral adjustments cover 22, end is installed and is resisted against the horizontal clamping screw 23 of trench digging in described trench digging transverse support bar 21; Trench digging vertical adjustment device is installed on described trench digging lateral adjustments cover 22, described trench digging vertical adjustment device comprises the trench digging vertical adjustment cover 24 being fixedly mounted on described trench digging lateral adjustments cover 22, shown in ditch in vertical adjustment cover 24 adjustable for height trench digging bar 25 be installed, on described trench digging vertical adjustment cover 24, end is installed and is resisted against the vertical clamping screw 26 of trench digging on described trench digging bar 25; The bottom of described trench digging bar 25 is provided with furrow plough 27, and the front end of described furrow plough 27 tilts to the outside of described frame 1.The lateral attitude of furrow plough 27 and lengthwise position can regulate, in the time that field is narrow, need to be by furrow plough 27 to the direction adjustment near frame 1, unclamp the horizontal clamping screw 23 of trench digging, trench digging lateral adjustments cover 22 is moved to behind suitable position to frame 1 along trench digging transverse support bar 21, screw the horizontal clamping screw 23 of trench digging trench digging lateral adjustments cover 22 is locked in trench digging transverse support bar 21; Need to adjust the vertical position of furrow plough 27 time, for example need darker ditching depth, unclamp the vertical clamping screw 26 of trench digging, by trench digging bar 25 trench digging vertical adjustment overlap 24 interior under be adjusted to suitable position, then screw the vertical clamping screw 26 of trench digging and trench digging bar 25 is locked to trench digging vertical adjustment overlaps in 24.
As shown in Figure 1, described film roll hanging device comprises that the film roll that is arranged on respectively described frame 1 both sides regulates installing rack, described film roll regulates installing rack to comprise the film roll cross-brace sleeve pipe 31 being arranged in described frame 1, in described film roll cross-brace sleeve pipe 31, be set with film roll lateral adjustments bar 32, end is installed on described film roll cross-brace sleeve pipe 31 and is resisted against the horizontal clamping screw 33 of film roll on described film roll lateral adjustments bar 32, described film roll lateral adjustments bar 32 is provided with the laterally spacing blind hole 34 of locking of film roll coordinating with the end of the horizontal clamping screw 33 of described film roll, the free end of described film roll lateral adjustments bar 32 is set with Height Adjustable film roll mounting rod 35, the free end of described film roll lateral adjustments bar 32 is provided with end and is resisted against the vertical clamping screw 36 of film roll on described film roll mounting rod 35, the bottom of two described film roll mounting rods 35 is provided with two film roll grafting ear 37 is set in opposite directions, the tapered plugging ear that described film roll grafting ear 37 diminishes gradually for outer radial free end.Distance between two film roll grafting ears 37 can be adjusted according to the length of film roll, in the time that film roll is narrow, distance between two film roll grafting ears 37 need to be turned down, unclamp the horizontal clamping screw 33 of film roll, by film roll lateral adjustments bar 32 to the 31 interior propellings of film roll cross-brace sleeve pipe, arrive after correct position, screw the horizontal clamping screw 33 of film roll, film roll lateral adjustments bar 32 is locked in film roll cross-brace sleeve pipe 31; In like manner, also can adjust the peg graft vertical position of ear 37 of film roll, unclamp the vertical clamping screw 36 of film roll, film roll mounting rod 35 is regulated downwards or upwards on film roll lateral adjustments bar 32, arrive behind suitable position, then screw the vertical clamping screw 36 of film roll film roll mounting rod 35 is locked.Because the specification of film roll is all certain, so the laterally spacing blind hole 34 of locking of film roll can be set according to the specification of film roll on described film roll lateral adjustments bar 32, described in while laterally locking, the end of the horizontal clamping screw 33 of film roll is just in time positioned at the laterally spacing blind hole 34 of locking of film roll, locks more firm.
As shown in Figure 1, described film pressing device comprises that the press mold that is arranged on respectively described frame 1 both sides regulates installing rack, described press mold regulates installing rack to comprise the press mold transverse support bar 41 being arranged in described frame 1, in described press mold transverse support bar 41, be set with press mold lateral adjustments cover 42, on described press mold lateral adjustments cover 42, end be installed and be resisted against the horizontal clamping screw 43 of press mold in described press mold transverse support bar 41, on described press mold lateral adjustments cover 42, be fixedly connected with press mold vertical adjustment cover 44, in described press mold vertical adjustment cover 44, Height Adjustable press mold mounting rod 45 is installed, on described press mold vertical adjustment cover 44, end is installed and is resisted against the vertical clamping screw 46 of press mold on described press mold mounting rod 45, as shown in Figure 2, on described press mold mounting rod 45, be rotatablely equipped with press mold connecting lever 47, between described press mold connecting lever 47 and described press mold mounting rod 45, press mold dynamics adjusting device is installed, as shown in Figure 3, described press mold dynamics adjusting device comprises the connection bearing pin 481 being fixedly mounted on described press mold mounting rod 45, described press mold connecting lever 47 is rotatably installed on described connection bearing pin 481, on described connection bearing pin 481 between described press mold connecting lever 47 and described press mold mounting rod 45, be set with press mold dynamics and regulate torsion spring 482, the bottom of described press mold mounting rod 45 is installed with torsion spring position-limiting ear 483, described torsion spring position-limiting ear 483 comprises the first force surface (not shown) and the second force surface 4831 that arrange in opposite directions, described press mold dynamics regulates torsion spring 482 to comprise the first spring arm 4821 and the second spring arm 4822, described the first spring arm 4821 is walked around the first force surface of described torsion spring position-limiting ear 483 and is articulated on described the second force surface 4831, the second force surface 4831 that described the second spring arm 4822 is walked around described torsion spring position-limiting ear 483 is articulated on described press mold connecting lever 47.
Described press mold dynamics regulates one end of torsion spring 482 to be articulated on described torsion spring position-limiting ear 483, and described press mold dynamics regulates the other end of torsion spring 482 to be articulated on described press mold connecting lever 47; On described press mold connecting lever 47, be rotatablely equipped with pressing film roller 49.As shown in Figure 4, described pressing film roller comprises the central shaft 491 being fixedly connected with described press mold connecting lever 47, on described central shaft 491, be rotatablely equipped with wheel rim 492, between described wheel rim 492 and described central shaft 491, rolling bearing 493 is installed, on described wheel rim 492, be set with sponges cover 494, the outer peripheral face diameter of described sponges cover 494 increases to centre gradually from edge.The lateral attitude of pressing film roller 49 and vertical position also can regulate as required, and Principles of Regulation are identical with the Principles of Regulation of furrow plough 27, repeat no more here.
As shown in Figure 1, described depth stop device comprises the depth stop transverse support bar that is arranged on respectively described frame 1 both sides, the double depth stop transverse support bar of doing of described press mold transverse support bar 41, depth stop device is positioned at the outside of described film pressing device, in described depth stop transverse support bar, be set with depth stop lateral adjustments cover 51, on described depth stop lateral adjustments cover 51, end be installed and be resisted against the horizontal clamping screw 52 of depth stop in described depth stop transverse support bar; On described depth stop lateral adjustments cover 51, be installed with depth stop vertical adjustment cover 53, in described depth stop vertical adjustment cover 53, depth stop mounting rod 54 is installed, on described depth stop vertical adjustment cover 53, end is installed and is resisted against the vertical clamping screw 55 of depth stop on described depth stop mounting rod 54, the bottom of described depth stop mounting rod 54 is rotatablely equipped with gauge wheel 56.The lateral attitude of gauge wheel 56 and vertical position also can regulate as required, and Principles of Regulation are identical with the Principles of Regulation of furrow plough 27, repeat no more here.
As shown in Figure 1, described banker comprises the ridging transverse support bar 61 that is arranged on respectively described frame 1 both sides, in described ridging transverse support bar 61, be set with ridging lateral adjustments cover 62, on described ridging lateral adjustments cover 62, end be installed and be resisted against the horizontal clamping screw 63 of ridging in described ridging transverse support bar 61; On described ridging lateral adjustments cover 62, be installed with ridging vertical adjustment cover 64, in described ridging vertical adjustment cover 64, adjustable for height ridging mounting rod 65 is installed, on described ridging vertical adjustment cover 64, end is installed and is resisted against the vertical clamping screw 66 of ridging on described ridging mounting rod 65, the bottom of described ridging mounting rod 65 is provided with ridging wheel 67, tilts along ridging wheel 67 inner sides to described frame 1 described in the direction of travel of described laminating machine.Lateral attitude and the vertical position of ridging wheel 67 also can regulate as required, and Principles of Regulation are identical with the Principles of Regulation of furrow plough 27, repeat no more here.
When work, ditching device is front, furrow plough 27 is held press mold ditch successfully in the both sides of field, the soil that furrow plough 27 is outputed is positioned at the outside of press mold ditch, be positioned on the film roll hanging device at ditching device rear and be mounted with film roll, along with the walking of laminating machine, film is laid on field and two sides of film are positioned at described press mold ditch, film pressing device is subsequently by tangible thin film press mold ditch, in pressing film roller 49 courses of work, press mold dynamics regulates torsion spring 482 a downward pressure is provided and passes to pressing film roller 49 for press mold connecting lever 47, the ridging wheel 67 of banker is translated into film top in press mold ditch by film compacting by the soil in press mold ditch outside, the soil of compacting film is just in time the soil that furrow plough 27 is outwards routed up, when work, the depth stop degree of depth of the compacting depth of film pressing device and depth stop device is consistent, and in the time that there is fluctuating on ground, film pressing device and depth stop device float together with and then, can adapt to different states of ground, the utility model compactness rational in infrastructure, overlay film process completes automatically, has saved labour, has improved operating efficiency high.
In pressing film roller 49 courses of work, along the direction of travel of laminating machine, pressing film roller 49 tilted rearward, press mold dynamics regulates torsion spring 482 a downward pulling force is provided and passes to pressing film roller 49 for press mold connecting lever 47, pressing film roller 49 is by the top layer in the tangible soil of thin film, pressing film roller 49 is provided with outwards outstanding sponges cover 494 of outer peripheral face, can prevent from damaging film, press mold dynamics regulates torsion spring 482 to determine according to state of ground for the pulling force size that pressing film roller 49 provides, in the time that ground is more smooth, press mold dynamics regulate torsion spring 482 for the pulling force that pressing film roller 49 provides more steady, in the time of the out-of-flatness of ground, pressing film roller 49 can be along with surface relief, for example, while passing through the ground of protuberance, pressing film roller 49 regulates torsion spring 482 to produce active force by press mold connecting lever 47 to press mold dynamics, press mold dynamics regulates torsion spring 482 can produce larger reaction force to pressing film roller 49 simultaneously, press mold dynamics is increased, by the tangible thin film ground rising and falling, if ridge is softer, pressing film roller 49 also has the effect of leveling land, for low-lying place, for fear of breakage of thin film applied, press mold dynamics need to reduce, pressing film roller 49 and press mold connecting lever 47 return forward under the effect of self gravitation, in the time that press mold connecting lever 47 is returned to certain position, press mold dynamics regulates the described second spring arm 4822 of torsion spring 482 to depart from press mold connecting lever 47 under the restriction of described torsion spring position-limiting ear 483, now press mold dynamics regulates torsion spring 482 can not produce any active force to press mold connecting lever 47, now press mold dynamics regulates torsion spring 482 can not produce any active force to pressing film roller 49, now pressing film roller 49 relies on the gravity of self and the gravity of press mold connecting lever 47 to realize press mold operation, press mold dynamics obviously reduces, can not cause damage to film, the self adaptation that realizes press mold dynamics regulates, the utility model compactness rational in infrastructure, press mold dynamics is adjusted automatically, adapts to the soil of multiple situation, and operating efficiency is high.
Description of the present utility model provides for example with for the purpose of describing, and is not exhaustively or by the utility model to be limited to disclosed form.Many modifications and variations are obvious for the ordinary skill in the art.Selecting and describing embodiment is for better explanation principle of the present utility model and practical application, thereby and makes those of ordinary skill in the art can understand the utility model design to be suitable for the various embodiment with various amendments of special-purpose.
Claims (10)
1. laminating machine, comprise frame, the front end of described frame is provided with hanger bracket, it is characterized in that: along ditching device, film roll hanging device, film pressing device, depth stop device and banker are installed in frame described in the direction of travel of laminating machine successively, described film pressing device is positioned at the dead astern of described ditching device, and described depth stop device is arranged on the outside of described film pressing device.
2. laminating machine as claimed in claim 1, it is characterized in that: described ditching device comprises the trench digging transverse support bar that is arranged on respectively described frame both sides, in each described trench digging transverse support bar, trench digging lateral adjustment device is installed, trench digging vertical adjustment device is installed in described trench digging lateral adjustment device, on described trench digging vertical adjustment device, adjustable for height trench digging bar is installed, the bottom of described trench digging bar is provided with furrow plough, and the front end of described furrow plough tilts to the outside of described frame.
3. laminating machine as claimed in claim 2, it is characterized in that: described trench digging lateral adjustment device comprises the trench digging lateral adjustments cover being sleeved in described trench digging transverse support bar, described trench digging lateral adjustments puts and end is installed is resisted against the horizontal clamping screw of trench digging in described trench digging transverse support bar;
Described trench digging vertical adjustment device comprises and is sleeved on the trench digging vertical adjustment cover being fixedly connected with on described trench digging bar and with described trench digging lateral adjustments cover, and described trench digging vertical adjustment puts and end is installed is resisted against the vertical clamping screw of trench digging on described trench digging bar.
4. laminating machine as claimed in claim 1, it is characterized in that: described film roll hanging device comprises that the film roll that is arranged on respectively described frame both sides regulates installing rack, each described film roll regulates on installing rack a Height Adjustable film roll mounting rod is installed, and the bottom of two described film roll mounting rods is provided with two film roll grafting ear is set in opposite directions.
5. laminating machine as claimed in claim 4, it is characterized in that: described film roll regulates installing rack to comprise the film roll cross-brace sleeve pipe being arranged in described frame, in described film roll cross-brace sleeve pipe, be set with film roll lateral adjustments bar, end is installed on described film roll cross-brace sleeve pipe and is resisted against the horizontal clamping screw of film roll on described film roll lateral adjustments bar, described film roll mounting rod is sleeved on the free end of described film roll lateral adjustments bar, the free end of described film roll lateral adjustments bar is provided with end and is resisted against the vertical clamping screw of film roll on described film roll mounting rod.
6. laminating machine as claimed in claim 1, it is characterized in that: described film pressing device comprises that the press mold that is arranged on respectively described frame both sides regulates installing rack, described press mold regulates on installing rack Height Adjustable press mold mounting rod is installed, on described press mold mounting rod, be rotatablely equipped with press mold connecting lever, between described press mold connecting lever and described press mold mounting rod, press mold dynamics adjusting device is installed, on described press mold connecting lever, is rotatablely equipped with pressing film roller.
7. laminating machine as claimed in claim 6, it is characterized in that: described press mold regulates installing rack to comprise the press mold transverse support bar being arranged in described frame, in described press mold transverse support bar, be set with press mold lateral adjustments cover, described press mold lateral adjustments puts and end is installed is resisted against the horizontal clamping screw of press mold in described press mold transverse support bar; On described press mold mounting rod, be set with the press mold vertical adjustment cover being fixedly connected with described press mold lateral adjustments cover, described press mold vertical adjustment puts and end is installed is resisted against the vertical clamping screw of press mold on described press mold mounting rod.
8. laminating machine as claimed in claim 6, it is characterized in that: described press mold dynamics adjusting device comprises the connection bearing pin being fixedly mounted on described press mold mounting rod, described press mold connecting lever is rotatably installed on described connection bearing pin, on described connection bearing pin between described press mold connecting lever and described press mold mounting rod, be set with press mold dynamics and regulate torsion spring, the bottom of described press mold mounting rod is installed with torsion spring position-limiting ear, described torsion spring position-limiting ear comprises the first force surface and the second force surface that arrange in opposite directions, described press mold dynamics regulates torsion spring to comprise the first spring arm and the second spring arm, described the first spring arm is walked around the first force surface of described torsion spring position-limiting ear and is articulated on described the second force surface, the second force surface that described the second spring arm is walked around described torsion spring position-limiting ear is articulated on described press mold connecting lever.
9. laminating machine as claimed in claim 1, it is characterized in that: described depth stop device comprises the depth stop transverse support bar that is arranged on respectively described frame both sides, in described depth stop transverse support bar, be set with depth stop lateral adjustments cover, described depth stop lateral adjustments puts and end is installed is resisted against the horizontal clamping screw of depth stop in described depth stop transverse support bar; Described depth stop lateral adjustments puts and is installed with depth stop vertical adjustment cover, in described depth stop vertical adjustment cover, depth stop mounting rod is installed, described depth stop vertical adjustment puts and end is installed is resisted against the vertical clamping screw of depth stop on described depth stop mounting rod, and the bottom of described depth stop mounting rod is rotatablely equipped with gauge wheel.
10. the laminating machine as described in claim as arbitrary in claim 1 to 9, it is characterized in that: described banker comprises the ridging transverse support bar that is arranged on respectively described frame both sides, in described ridging transverse support bar, be set with ridging lateral adjustments cover, described ridging lateral adjustments puts and end is installed is resisted against the horizontal clamping screw of ridging in described ridging transverse support bar; Described ridging lateral adjustments puts and is installed with ridging vertical adjustment cover, in described ridging vertical adjustment cover, adjustable for height ridging mounting rod is installed, described ridging vertical adjustment puts and end is installed is resisted against the vertical clamping screw of ridging on described ridging mounting rod, the bottom of described ridging mounting rod is provided with ridging wheel, tilts to the inner side of described frame along ridging wheel described in the direction of travel of described laminating machine.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420205340.3U CN203775821U (en) | 2014-04-25 | 2014-04-25 | Mulch applicator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420205340.3U CN203775821U (en) | 2014-04-25 | 2014-04-25 | Mulch applicator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203775821U true CN203775821U (en) | 2014-08-20 |
Family
ID=51312081
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420205340.3U Expired - Fee Related CN203775821U (en) | 2014-04-25 | 2014-04-25 | Mulch applicator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203775821U (en) |
-
2014
- 2014-04-25 CN CN201420205340.3U patent/CN203775821U/en not_active Expired - Fee Related
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