CN204382645U - Salt-soda soil leaky pipe manufacturing equipment - Google Patents
Salt-soda soil leaky pipe manufacturing equipment Download PDFInfo
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- CN204382645U CN204382645U CN201420804569.9U CN201420804569U CN204382645U CN 204382645 U CN204382645 U CN 204382645U CN 201420804569 U CN201420804569 U CN 201420804569U CN 204382645 U CN204382645 U CN 204382645U
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- leaky pipe
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- coil
- soda soil
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Abstract
The utility model discloses a kind of salt-soda soil leaky pipe manufacturing equipment, specifically comprise conveying device, rotatable first thread entanglement device and draw-gear, the baffle plate that the width of both sides that conveying device comprises the first filament storing apparatus, conveyer belt and is arranged on conveyer belt narrows gradually, rotatable first thread entanglement device comprises the first disk and is arranged at least two First Line roll supports of side of described first disk, and draw-gear comprises the first rotating shaft and the second rotating shaft.Wherein, filament conveying device, the first thread entanglement device and draw-gear set gradually along the transmission direction of described conveyer belt.According to salt-soda soil of the present utility model leaky pipe manufacturing equipment, can produce and wrap up filametntary leaky pipe securely, this leaky pipe can for administering, soil texture viscous, aeration be poor, soil temperature rises the problem slow, Soil Microorganism activity is poor, infiltration coefficient is low effectively, while can administer salt-soda soil.
Description
Technical field
The utility model relates to a kind of process equipment, particularly relates to a kind of salt-soda soil leaky pipe manufacturing equipment.
Background technology
Salt-soda soil is the result that salt gathers, and it can cause the physiological drought of plant, and injury plant tissue, affects the normal nutrition of plant and the stomatal closure of plant.At present, mostly the mode adopting planting plants is to the improvement in salt-soda soil, this mode cycle length, deficiency in economic performance.
Therefore a kind of manufacturing equipment can administering the equipment in salt-soda soil is needed.
Utility model content
The utility model is intended to solve the problem.The purpose of this utility model is to provide a kind of salt-soda soil leaky pipe manufacturing equipment.
The utility model provides a kind of salt-soda soil leaky pipe manufacturing equipment, and described salt-soda soil leaky pipe manufacturing equipment comprises:
Filament conveying device, described filament conveying device comprises the baffle plate that the first filament storing apparatus, conveyer belt and width narrow gradually; Described baffle plate is arranged on the both sides of conveyer belt;
Rotatable first thread entanglement device, described first thread entanglement device comprises the first disk and at least two First Line roll supports, and described at least two First Line roll supports are arranged on the side of described first disk; The center of described first disk is provided with the first leaky pipe receiving through-hole, and described first leaky pipe receiving through-hole connects with described baffle plate; Described first disk is also provided with the first corresponding with each First Line roll support in described at least two First Line roll supports respectively through hole; In described at least two First Line roll supports, each First Line roll support all arranges the coil of wire, the line on each coil of wire is all through corresponding first through hole, and filametntary leaky pipe has been wrapped up in winding;
Draw-gear, described draw-gear comprise rotate in opposite direction and horizontally disposed first rotating shaft and the second rotating shaft up and down, to draw leaky pipe;
Wherein, described filament conveying device, described first thread entanglement device and described draw-gear set gradually along the transmission direction of described conveyer belt.
Wherein, described salt-soda soil leaky pipe manufacturing equipment also comprises rotatable second thread entanglement device, and the direction of rotation of described second thread entanglement device is contrary with described first thread entanglement device; Described second thread entanglement device comprises the second disk and at least two the second coil of wire supports, and described at least two the second coil of wire Bracket setting are in the side of described second disk; The center of described second disk is provided with the second leaky pipe receiving through-hole; Described second disk is also provided with the second corresponding with each second coil of wire support in described at least two the second coil of wire supports respectively through hole; In described at least two the second coil of wire supports, each second coil of wire support all arranges the coil of wire, the line on each coil of wire all through corresponding second through hole, and is wound around leaky pipe; Described second thread entanglement device is arranged between described first thread entanglement device and described draw-gear.
Wherein, described at least two First Line roll supports and/or described at least two the second coil of wire supports are 8 coil of wire supports.
Wherein, described second rotating shaft for metering cycle, measures the length of leaky pipe with its circumferential length.
Wherein, described salt-soda soil leaky pipe manufacturing installation also comprises gravity sieve screening device and filament conveyer, the first end of filament conveyer is connected with the first filament storing apparatus, described gravity sieve screening device comprises blower fan system, described blower fan system comprises to be provided the first wind direction mouth of internal-suction type air-flow and provides the second wind direction mouth sending formula air-flow outside, and described first wind direction mouth is used for filament to suck gravity sieve screening device; Described second wind direction mouth is connected with the second end of described filament conveyer, for the filament after screening is delivered to described filament conveyer;
Described gravity sieve screening device also comprises gravity decompressor, and the first end of described gravity decompressor is connected with the first wind direction mouth of described blower fan system, and the second end of described gravity decompressor is connected with described first filament storing apparatus.
Wherein, described salt-soda soil leaky pipe manufacturing installation also comprises the first filament decomposer, described first filament decomposer comprises the second filament storing apparatus, described second filament storing apparatus comprises the first charging aperture, the first discharging opening, the first filament point unreeling and the second filament point unreeling, described first filament point unreeling rotatably/be arranged on the inwall of described second filament storing apparatus regularly, described first filament point unreeling is arranged multiple first decompose tooth; Described second filament point unreeling and a described first filament point unreeling be arranged in parallel, and are rotatably fixed on the inwall of described second filament storing apparatus, and a described second filament point unreeling is provided with multiple second and decomposes tooth; Filament after decomposition is transported to the first wind direction mouth of described blower fan system by described first discharging opening.
Wherein, the described first length of decomposing tooth and described second decomposition tooth is 30 ~ 70 millimeters, and space width is 40 ~ 65 millimeters.
According to salt-soda soil of the present utility model leaky pipe manufacturing equipment, can produce and wrap up filametntary leaky pipe securely, this leaky pipe can for administering, soil texture viscous, aeration be poor, soil temperature rises the problem slow, Soil Microorganism activity is poor, infiltration coefficient is low effectively.In the basic soil that capillarity is strong, by the rule of " salt comes with water, and salt goes with water ", after salinity is fully dissolved, collected by the leaky pipe being arranged in underground and drain, reach the effect of Saline-alkali Field Control.
Accompanying drawing explanation
To be incorporated in description and the accompanying drawing forming a part for description shows embodiment of the present utility model, and together with the description for explaining principle of the present utility model.In the drawings, similar Reference numeral is used for key element like representation class.Accompanying drawing in the following describes is embodiments more of the present utility model, instead of whole embodiment.For those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can be obtained according to these accompanying drawings.
Fig. 1 is the schematic diagram according to salt-soda soil of the present utility model leaky pipe manufacturing equipment;
Figure 1A is the schematic diagram according to the filament conveying device in the leaky pipe manufacturing equipment of salt-soda soil of the present utility model and the first thread entanglement device;
Fig. 2 is the schematic diagram of draw-gear in the leaky pipe manufacturing equipment of salt-soda soil of the present utility model;
Fig. 3 is the structural representation according to the first filament decomposer of the present utility model;
Fig. 4 is the schematic diagram according to the first filament point unreeling and the second filament point unreeling in the first filament decomposer of the present utility model.
Detailed description of the invention
For making the object of the utility model embodiment, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the utility model embodiment, technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can be combined mutually.
The utility model provides a kind of salt-soda soil leaky pipe manufacturing equipment.This salt-soda soil leaky pipe manufacturing equipment comprises filament conveying device, and filament conveying device comprises the baffle plate that the first filament storing apparatus, conveyer belt and width narrow gradually; Baffle plate is arranged on the both sides of conveyer belt; Rotatable first thread entanglement device, the first thread entanglement device comprises the first disk and at least two First Line roll supports, and at least two First Line roll supports are arranged on the side of described first disk; The center of the first disk is provided with the first leaky pipe receiving through-hole, and the first leaky pipe receiving through-hole connects with conveyer belt; First disk is also provided with the first corresponding with each First Line roll support at least two First Line roll supports respectively through hole; In at least two First Line roll supports, each First Line roll support all arranges the coil of wire, the line on each coil of wire is all through corresponding first through hole, and filametntary leaky pipe has been wrapped up in winding; Draw-gear, draw-gear comprise rotate in opposite direction and horizontally disposed first rotating shaft and the second rotating shaft up and down, to draw leaky pipe.Wherein, filament conveying device, the first thread entanglement device and draw-gear set gradually along the transmission direction of conveyer belt.
Salt-soda soil of the present utility model leaky pipe manufacturing equipment is described in detail below in conjunction with accompanying drawing.
As shown in figs. 1 and ia, comprise filament conveying device 1, rotatable first thread entanglement device 10 and draw-gear 2 according to salt-soda soil of the present utility model leaky pipe manufacturing equipment, and filament conveying device 1, rotatable first thread entanglement device 10 and draw-gear 2 set gradually along the transmission direction of conveyer belt.Wherein, filament conveying device 1 comprises the baffle plate 101 that the first filament storing apparatus 100, conveyer belt (not shown) and width narrow gradually, baffle plate 101 is arranged on the both sides of conveyer belt, to gather the filament in conveyer belt, is convenient to filament and wraps leaky pipe.
First thread entanglement device 10 comprises the first disk 1001 and at least two First Line roll supports 1002, and at least two First Line roll supports 1002 are arranged on the side of the first disk, namely at the opposite side of baffle plate 101.The center of the first disk 1002 is provided with the first leaky pipe receiving through-hole 1003, and this first leaky pipe receiving through-hole 1003 connects with baffle plate 101.And, first disk is also provided with the first corresponding with each First Line roll support at least two First Line roll supports respectively through hole 1004, in at least two First Line roll supports, each First Line roll support all arranges the coil of wire 1005, line on each coil of wire is all through corresponding first through hole 1004, and filametntary leaky pipe has been wrapped up in winding.
Coil of wire support 1002 is placed the coil of wire 1005, the line on the coil of wire 1005, through the first through hole 1002, twines and is located on leaky pipe, along with the rotation of the first disk 1001, shredded coconut meat and leaky pipe are intertwined.Because the diameter of leaky pipe receiving through-hole is only slightly larger than the diameter of leaky pipe, under the rotation of disk, shredded coconut meat is extruded and is wrapped on leaky pipe equably, and to leaky pipe and uniform winding, the shredded coconut meat on leaky pipe is wound around to increase its steadiness line further subsequently.
In addition, draw-gear 2 comprise rotate in opposite direction and horizontally disposed first rotating shaft 21 and the second rotating shaft 22 up and down, to draw leaky pipe.Distance between first rotating shaft 21 and the second rotating shaft 22 is less than the diameter of leaky pipe, and when watching the first rotating shaft 21 and the second rotating shaft 22 from the visual angle of viewing Fig. 1, the first rotating shaft 21 being positioned at top is rotated counterclockwise, the second rotating shaft 22 being positioned at below turns clockwise, as shown in Figure 2.Like this, the certain extruding force of leaky pipe between the first rotating shaft 21 and the second rotating shaft 22 and tractive force forward can be given, thus will filament have been wrapped up and the leaky pipe being wound with suture is fed forward.
The one end of the suture of drawing from each coil of wire support is fixed on leaky pipe.Like this, when the first thread entanglement device 10 rotates, when namely the first disk 1001 drives the coil of wire support 1002 on it to rotate, the suture of drawing from each coil of wire support 1002 will be wound around at leaky pipe.Travel forward because draw-gear 2 draws leaky pipe, draw suture and be just spirally wound around on leaky pipe.The density of the speed of advancing according to leaky pipe and the suture of required winding, can by the first suture device 10, and namely the rotating speed of the first disk 1001 is set to 20 ~ 30 revs/min.In addition, the number of the coil of wire support 1002 on the first thread entanglement device 10 can be arranged as required, in figure ia, illustrates 4 coil of wire supports 1002, can certainly be 6 or 8 coil of wire supports 1002.In figure ia, in order to support the coil of wire support 1002 be arranged on the first disk 1001 better, the other end of online roll support 1002 is also provided with another disk.In actual application, can arrange as required.
As shown in Figure 1A, in the operation of reality, in order to make leaky pipe aim at the first leaky pipe receiving through-hole 1003, be provided with alignment device 1006 in the position near the first leaky pipe receiving through-hole 1003 of baffle plate 101.Leaky pipe passes alignment device 1006 and penetrates the first leaky pipe receiving through-hole 1003.
In order to will the tightr of filametntary leaky pipe thread entanglement have been wrapped up, and the filament of leaky pipe outer wrapping can not come off, this salt-soda soil leaky pipe manufacturing equipment can also comprise rotatable second thread entanglement device (not shown), this the second thread entanglement device is arranged between the first thread entanglement device 10 and draw-gear 2, and the direction of rotation of the second thread entanglement device is contrary with the first thread entanglement device 10.With the first thread entanglement device 10 analogously, the second thread entanglement device comprises the second disk and at least two the second coil of wire supports, and at least two the second coil of wire Bracket setting are in the side of described second disk.The center of the second disk is provided with the second leaky pipe receiving through-hole, the second disk is also provided with the second corresponding with each second coil of wire support at least two the second coil of wire supports respectively through hole.Further, at least two the second coil of wire supports, each second coil of wire support all arranges the coil of wire, the line on each coil of wire all through corresponding second through hole, and is wound around leaky pipe.
Equally similarly, the second thread entanglement device, namely the rotating speed of the second disk can be set to 20 ~ 30 revs/min.The number of the coil of wire support on the second thread entanglement device can be arranged as required, such as, is 8 coil of wire supports.
It should be noted that, the second rotating shaft 22, drawing while leaky pipe advances with the first rotating shaft 21 acting in conjunction, can also measure the length of leaky pipe.Second rotating shaft 22 revolves and turns around, the leaky pipe length that just advance is identical with the second rotating shaft 22 girth, when the length needing metering leaky pipe certain, just records the rotating cycle of corresponding second rotating shaft 22.
In addition, salt-soda soil leaky pipe manufacturing installation also comprises gravity sieve screening device 3 and filament conveyer 4, and the first end of filament conveyer 4 is connected with the first filament storing apparatus 100, to screen filament.Gravity sieve screening device 3 comprises blower fan system (not shown), and blower fan system comprises to be provided the first wind direction mouth of internal-suction type air-flow and provide the second wind direction mouth sending formula air-flow outside.First wind direction mouth is used for filament to suck gravity sieve screening device 3; Second wind direction mouth is connected with the second end of filament conveyer 4, for the filament after screening is delivered to filament conveyer 4.In addition, gravity sieve screening device 3 also comprises gravity decompressor (not shown), and the first end of gravity decompressor is connected with the first wind direction mouth of blower fan system, and the second end of gravity decompressor 3 is connected with the first filament storing apparatus 100.Pneumatic convey got back to the first wind direction mouth in the effect of gravity decompressor, to make filament be dropped in filament storing apparatus 100 by the effect of gravity, and can not swim in filament storing apparatus 100.
In the application of reality, second wind direction mouth is arranged on upper end or the top of gravity sieve screening device 3, like this, in gravity sieve screening device 3, upwards formed and send formula air-flow outside, filament, under the effect of formula of sending outside air-flow upwards, is upwards blown afloat, the impurity adulterated in filament, such as stone, branch etc., can drop to the bottom of gravity sieve screening device 3 under gravity, filament then, under the effect of formula of sending outside air-flow upwards, is transported to filament storing apparatus 100 place.Through such gravity screening process, filament can remove impurity effectively.
In order to avoid filament still swims in filament storing apparatus 100 under the effect of air-flow, gravity decompressor is provided with between gravity sieve screening device 3 and filament storing apparatus 100, gravity decompressor is pipe-like gravity decompressor, its first end is connected with the first wind direction mouth of blower fan system, that is, what produce due to the first wind direction mouth is the air-flow of internal-suction type, like this, for the air-flow in gravity decompressor, suction is created to internal-suction type air-flow, air-flow in gravity decompressor, under the suction of the air-flow of internal-suction type, be back to the first wind direction mouth, thus make the air-flow being carried out filament transmission by filament conveyer 4 be back to the first wind direction mouth by gravity decompressor, and then avoid the filament be transferred in filament storing apparatus 100 and be still suspended in filament storing apparatus 100.
Through experimental results demonstrate, according to filament, such as rice wheat straw, shredded coconut meat, palm silk, feature, by the rotating speed of the blower fan of blower fan system be 6000 turns ~ 9000 revs/min, particularly about 20,000 revs/min, the screening that filament can compare by the air-flow given by blower fan system, the process screening of being screened by gravity by the foreign material such as stone, sand and branch is clean.
In order to be disassembled out by the filament be intertwined, be convenient to filament and enter gravity sieve screening device 3 and carry out gravity screening, salt-soda soil leaky pipe manufacturing installation also comprises the first filament decomposer.First filament decomposer 10 comprises the second filament storing apparatus 13, second filament storing apparatus 13 and comprises again the first charging aperture 14, first discharging opening, the first filament point unreeling 11 and the second filament point unreeling 12.Wherein, the filament be intertwined, i.e. fiber wire bundle, enter from the first charging aperture 14, the filament disassembled out exports from the first discharging opening.
First filament point unreeling 11 rotatably/be arranged on regularly on the inwall of the second filament storing apparatus 13, and the first filament point unreeling 11 is arranged multiple first decompose tooth.Second filament point unreeling 12 and the first filament point unreeling 11 be arranged in parallel, and are rotatably fixed on the inwall of the second filament storing apparatus 13, and the second filament point unreeling 12 is provided with multiple second and decomposes tooth.Fig. 3 shows the first filament point unreeling 11 and the second filament point unreeling 12 of setting parallel to each other, and two points of unreeling are arranged multiple first decomposes tooth and multiple second decomposition tooth.First filament point unreeling 11 and the second filament point unreeling 12 can one of them be fixedly installed, and namely do not rotate when decomposing filament; Also can two filament point unreeling all can rotate, but two filament point unreeling rotate along contrary direction when decomposing filament, thus be convenient to disassemble filament.The state that first filament point unreeling 11 is fixedly installed is shown in Fig. 3, certainly, also the first filament point unreeling can have been can be rotatably set in the second filament storing apparatus.In figure 3, the first filament point unreeling 11 illustrate only a row and decompose tooth.It also can arrange many rows as required and decompose tooth, or multiple decomposition tooth that is crisscross arranged.Second filament point unreeling 12 illustrates multiple decomposition tooth.The plurality of decomposition tooth can be crisscross arranged as required or be arranged in parallel.
Through experimental results demonstrate, the first setting of decomposing the size of tooth and described second decomposition tooth should not be long, may cause filametntary winding, thus affect filametntary discomposing effect if long.In actual application, the length can decomposing tooth and the second decomposition tooth by first is set to such as, and 30 ~ 70 millimeters, especially, can be set to 40 ~ 50 millimeters, space width can be set to such as, 40 ~ 65 millimeters, especially, is set to 45 ~ 50 millimeters.Further, the first decomposition tooth can not be identical with the second length of decomposing tooth.
As required, the density etc. of filament layer on degree, the speed weaving vegetation blanket, vegetation blanket disassembled by such as filament, arranges the rotary speed that the first decomposition tooth and described second decomposes tooth.Such as, the rotary speed of the first filament point unreeling 11 and/or described second filament point unreeling 12 is 4000 turns ~ 5000 revs/min.
Under above-mentioned first decomposes tooth and second decomposes the length of tooth and the facilities at interval, and the rotary speed of the first filament point unreeling 11 and/or the second filament point unreeling 12 is arranged in a manner described, can by fiber wire bundle, particularly shredded coconut meat bundle, decomposes effectively.
As shown in Figure 1, the filament after being decomposed by this first filament decomposer 10, is transferred into the first wind direction mouth place of blower fan system by the first discharging opening of the first filament decomposer 10.
As described above, the rotating speed of the blower fan of blower fan system is set to 6000 turns ~ 9000 revs/min, the mode can screened by gravity is effectively by filament and magazins' layout.On this basis, coordinate the first filament decomposer provided by the utility model 10 pairs of filaments to decompose formed filament, its length can reach 10 ~ 20 centimetres, is more applicable for the filament of gravity screening mode and the separate mode of impurity.
According to salt-soda soil of the present utility model leaky pipe manufacturing equipment, can produce and wrap up filametntary leaky pipe securely, this leaky pipe can for administering, soil texture viscous, aeration be poor, soil temperature rises the problem slow, Soil Microorganism activity is poor, infiltration coefficient is low effectively.In the basic soil that capillarity is strong, by the rule of " salt comes with water, and salt goes with water ", after salinity is fully dissolved, collected by the leaky pipe being arranged in underground and drain, reach the effect of Saline-alkali Field Control.
Above-described content can combine enforcement individually or in every way, and these variant are all within protection domain of the present utility model.
Last it is noted that above embodiment is only in order to illustrate the technical solution of the utility model, be not intended to limit.Although be described in detail the utility model with reference to previous embodiment, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein portion of techniques feature; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of each embodiment technical scheme of the utility model.
Claims (7)
1. a salt-soda soil leaky pipe manufacturing equipment, is characterized in that, described salt-soda soil leaky pipe manufacturing equipment comprises:
Filament conveying device (1), described filament conveying device (1) comprises the baffle plate (101) that the first filament storing apparatus, conveyer belt and width narrow gradually; Described baffle plate is arranged on the both sides of conveyer belt;
Rotatable first thread entanglement device (10), described first thread entanglement device (10) comprises the first disk (1001) and at least two First Line roll supports (1002), and described at least two First Line roll supports (1002) are arranged on the side of described first disk (1001); The center of described first disk (1001) is provided with the first leaky pipe receiving through-hole (1003), and described first leaky pipe receiving through-hole (1003) connects with described baffle plate (101); Described first disk (1001) is also provided with the first through hole (1004) corresponding with each First Line roll support in described at least two First Line roll supports (1002) respectively; In described at least two First Line roll supports (1002), each First Line roll support all arranges the coil of wire, the line on each coil of wire is all through corresponding first through hole (1004), and filametntary leaky pipe has been wrapped up in winding;
Draw-gear (2), described draw-gear (2) comprise rotate in opposite direction and horizontally disposed first rotating shaft (21) and the second rotating shaft (22) up and down, to draw leaky pipe;
Wherein, described filament conveying device (1), described first thread entanglement device and described draw-gear (2) set gradually along the transmission direction of described conveyer belt.
2. salt-soda soil as claimed in claim 1 leaky pipe manufacturing equipment, it is characterized in that, described salt-soda soil leaky pipe manufacturing equipment also comprises rotatable second thread entanglement device, and the direction of rotation of described second thread entanglement device is contrary with described first thread entanglement device; Described second thread entanglement device comprises the second disk and at least two the second coil of wire supports, and described at least two the second coil of wire Bracket setting are in the side of described second disk; The center of described second disk is provided with the second leaky pipe receiving through-hole; Described second disk is also provided with the second corresponding with each second coil of wire support in described at least two the second coil of wire supports respectively through hole; In described at least two the second coil of wire supports, each second coil of wire support all arranges the coil of wire, the line on each coil of wire all through corresponding second through hole, and is wound around leaky pipe; Described second thread entanglement device is arranged between described first thread entanglement device and described draw-gear.
3. salt-soda soil as claimed in claim 1 or 2 leaky pipe manufacturing equipment, it is characterized in that, described at least two First Line roll supports and/or described at least two the second coil of wire supports are 8 coil of wire supports.
4. salt-soda soil as claimed in claim 1 or 2 leaky pipe manufacturing equipment, is characterized in that, described second rotating shaft (22) for metering cycle, measures the length of leaky pipe with its circumferential length.
5. salt-soda soil as claimed in claim 1 leaky pipe manufacturing equipment, it is characterized in that, described salt-soda soil leaky pipe manufacturing installation also comprises gravity sieve screening device (3) and filament conveyer (4), the first end of filament conveyer (4) is connected with the first filament storing apparatus, described gravity sieve screening device (3) comprises blower fan system, described blower fan system comprises to be provided the first wind direction mouth of internal-suction type air-flow and provides the second wind direction mouth sending formula air-flow outside, and described first wind direction mouth is used for filament to suck gravity sieve screening device (3); Described second wind direction mouth is connected with the second end of described filament conveyer (4), for the filament after screening is delivered to described filament conveyer (4);
Described gravity sieve screening device (3) also comprises gravity decompressor, the first end of described gravity decompressor is connected with the first wind direction mouth of described blower fan system, and the second end of described gravity decompressor is connected with described first filament storing apparatus.
6. salt-soda soil as claimed in claim 5 leaky pipe manufacturing equipment, it is characterized in that, described salt-soda soil leaky pipe manufacturing installation also comprises the first filament decomposer (10), described first filament decomposer (10) comprises the second filament storing apparatus (13), described second filament storing apparatus comprises the first charging aperture (14), first discharging opening, first filament point unreeling (11) and the second filament divide unreeling (12), described first filament point unreeling (11) rotatably/be arranged on the inwall of described second filament storing apparatus (13) regularly, described first filament point unreeling (11) is arranged multiple first and decompose tooth, described second filament point unreeling (12) and described first filament point unreeling (11) be arranged in parallel, and being rotatably fixed on the inwall of described second filament storing apparatus (13), described second filament point unreeling (12) is provided with multiple second and decomposes tooth, filament after decomposition is transported to the first wind direction mouth of described blower fan system by described first discharging opening.
7. salt-soda soil as claimed in claim 6 leaky pipe manufacturing equipment, is characterized in that, the described first length of decomposing tooth and described second decomposition tooth is 30 ~ 70 millimeters, and space width is 40 ~ 65 millimeters.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420804569.9U CN204382645U (en) | 2014-12-16 | 2014-12-16 | Salt-soda soil leaky pipe manufacturing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420804569.9U CN204382645U (en) | 2014-12-16 | 2014-12-16 | Salt-soda soil leaky pipe manufacturing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204382645U true CN204382645U (en) | 2015-06-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420804569.9U Withdrawn - After Issue CN204382645U (en) | 2014-12-16 | 2014-12-16 | Salt-soda soil leaky pipe manufacturing equipment |
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| CN (1) | CN204382645U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104494127A (en) * | 2014-12-16 | 2015-04-08 | 康莱德国际环保植被（北京）有限公司 | Saline-alkali soil leakage pipe manufacturing equipment |
-
2014
- 2014-12-16 CN CN201420804569.9U patent/CN204382645U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104494127A (en) * | 2014-12-16 | 2015-04-08 | 康莱德国际环保植被（北京）有限公司 | Saline-alkali soil leakage pipe manufacturing equipment |
| CN104494127B (en) * | 2014-12-16 | 2017-03-29 | 康莱德国际环保植被（北京）有限公司 | Salt-soda soil leaky pipe manufacturing equipment |
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