CN211868701U - All-steel wire wrapping cloth and nylon wrapping cloth pre-compounding equipment - Google Patents
All-steel wire wrapping cloth and nylon wrapping cloth pre-compounding equipment Download PDFInfo
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- CN211868701U CN211868701U CN201922272678.6U CN201922272678U CN211868701U CN 211868701 U CN211868701 U CN 211868701U CN 201922272678 U CN201922272678 U CN 201922272678U CN 211868701 U CN211868701 U CN 211868701U
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Abstract
The utility model discloses an all steel wire infantees and nylon infantees equipment of compounding in advance, including steel wire infantees unwinding device, steel wire infantees conveyor, nylon infantees unwinding device, nylon infantees conveyor, nylon infantees branch cut-off knife, a set composite, middle conveyor, secondary set composite and composite rolling device, obtain two nylon infantees steel wire infantees complex article through a set composite and secondary set composite. The utility model has the advantages that: the automation degree is high, the preparation workload of workers is reduced, the feeding step sequence is reduced during molding, the fitting time of related parts is obviously reduced during molding, and the molding efficiency is improved; the utility model has small space occupation and no need of additionally adding a front feeding rack; the production plan can be arranged more flexibly without fixing the machine; accurate location guarantees the laminating, improves product quality.
Description
Technical Field
The utility model relates to a tire manufacturing technical field, concretely relates to all-steel radial tire production, especially an all-steel wire infantees and nylon infantees equipment of compounding in advance.
Background
In recent years, the rapid growth of the tire industry in China is realized, the continuous development of the industries such as China transportation, automobile machinery and the like is realized, and the position of the tire industry in the national economy is continuously improved. Tire users have increasingly high requirements on tire performance, safety, economy, environmental protection and the like. In order to improve the performance of the load-carrying all-steel radial tire, a designer changes the distribution of materials of the ring part from the design, and a nylon/polyester reinforcing layer part is added in the production process. Aiming at different market demands, the tire structure is continuously innovated, so the types and the yield of all-steel reinforced specifications are continuously increased.
In the half-part process, the steel wire wrapping cloth and the nylon wrapping cloth are produced on separate processing devices. In the forming process, nylon infantees and steel wire infantees need separately material loading to on original steel wire infantees storage area basis, need additionally increase 2-3 feed shelves of group in the host computer side, according to the tire structure difference, need laminate the half part of different quantity. The operation workman need carry out manual laminating after cutting newly-increased part manually. This method has two major drawbacks: on one hand, a front feeding frame needs to be added on the basis of the existing equipment, so that the occupied area of the equipment is increased, the working space of workers is reduced, the flexibility of the equipment is reduced, a machine table needs to be fixed in specification production, flexible adjustment cannot be performed, and the adjustment of production plan arrangement is not facilitated; on the other hand, according to the product design, the part needs to be cut in advance, the length fluctuation of the part is large, and then the part is manually laminated and pressed, an auxiliary laminating device is not arranged, so that the part is easy to incline, the laminating efficiency is low, the precision fluctuation is large, the influence on the dynamic balance of the tire is large, and the labor intensity of workers is large.
Therefore, the prior art has the following disadvantages:
after the steel wire wrapping cloth and the nylon wrapping cloth are produced by two devices, the steel wire wrapping cloth and the nylon wrapping cloth are attached in a forming machine according to a certain sequence, and the production efficiency is low.
The front feeding frame is required to be added on the basis of the existing equipment, the occupied area of the equipment is increased, the working space of workers is reduced, the flexibility of the equipment is reduced, a machine table is required to be fixed in specification production, flexible adjustment cannot be carried out, and the adjustment of production plan arrangement is not facilitated.
According to the product design, the part needs to be cut in advance, the length fluctuation of the part is large, the part is manually attached and pressed, an auxiliary attaching device is not arranged, the part is easy to incline, the attaching efficiency is low, the precision fluctuation is large, the influence on the dynamic balance of the tire is large, the labor intensity of workers is high, and the efficiency is low.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to overcome prior art's shortcoming, provide an all steel wire infantees and nylon infantees equipment of compounding in advance.
The purpose of the utility model is realized through the following technical scheme: the utility model provides an all-steel wire wrapping cloth and nylon wrapping cloth pre-compounding device on one hand, which comprises a steel wire wrapping cloth unreeling device, a steel wire wrapping cloth conveying device, a nylon wrapping cloth unreeling device, a nylon wrapping cloth conveying device, a nylon wrapping cloth cutting knife, a primary compounding device, a middle conveying device, a secondary compounding device and a compound piece reeling device,
the steel wire wrapping cloth material led out by the steel wire wrapping cloth unreeling device is conveyed to a primary compounding device through a steel wire wrapping cloth conveying device, the nylon wrapping cloth raw material led out by the nylon wrapping cloth unreeling device is conveyed to a nylon wrapping cloth dividing cutter through a nylon wrapping cloth conveying device, the nylon wrapping cloth material is divided into a first nylon wrapping cloth finished product material and a second nylon wrapping cloth finished product material through the nylon wrapping cloth dividing cutter, and the first nylon wrapping cloth finished product material and the second nylon wrapping cloth finished product material are respectively led into the primary compounding device;
the primary compounding device is used for compounding the steel wire wrapping cloth material conveyed to the primary compounding device with a first nylon wrapping cloth finished product material to obtain a single nylon wrapping cloth steel wire wrapping cloth compound product, the single nylon wrapping cloth steel wire wrapping cloth compound product and a second nylon wrapping cloth finished product material conveyed to the primary compounding device are respectively guided into the intermediate conveying device, the single nylon wrapping cloth steel wire wrapping cloth compound product and the second nylon wrapping cloth finished product material are conveyed to the secondary compounding device through the intermediate conveying device, and the secondary compounding device is used for compounding the single nylon wrapping cloth steel wire wrapping cloth compound product conveyed to the secondary compounding device with the second nylon wrapping cloth finished product material to obtain a double nylon wrapping cloth steel wire wrapping cloth compound product;
the composite piece winding device is used for winding the double-nylon-cloth-wrapped steel wire cloth-wrapped composite product led out by the secondary composite device.
Preferably, the steel wire wrapping cloth conveying device comprises a first horizontal conveying belt, a lifting conveying belt, a second horizontal conveying belt and a feeding roller which are sequentially arranged along the feeding direction, a first material storage station is arranged between the first horizontal conveying belt and the lifting conveying belt, a second material storage station is arranged between the second horizontal conveying belt and the feeding roller, materials at the first material storage station and the second material storage station are in a U-shaped state under the action of gravity, material photoelectric sensors for sensing the material storage degree are arranged at the first material storage station and the second material storage station, when the material photoelectric sensors at the first material storage station detect the materials, the steel wire wrapping cloth unwinding device stops working, and when the material photoelectric sensors at the first material storage station do not detect the materials, the steel wire wrapping cloth unwinding device works when being opened; when the material photoelectric sensor at the second storage station detects the material, the lifting conveyor belt and the second horizontal conveyor belt stop working, and when the material photoelectric sensor at the second storage station does not detect the material, the lifting conveyor belt and the second horizontal conveyor belt start working.
Preferably, a third horizontal conveying belt is arranged between the secondary compounding device and the compound part rolling device, a third storage station is arranged between the third horizontal conveying belt and the secondary compounding device, materials at the third storage station are in a U-shaped state under the action of gravity, a material photoelectric sensor used for sensing the material storage degree is arranged at the third storage station, when the material photoelectric sensor at the third storage station detects the materials, the third horizontal conveying belt and the compound part rolling device start to work, and when the material photoelectric sensor at the third storage station does not detect the materials, the third horizontal conveying belt and the compound part rolling device stop working.
Preferably, the two edges of the steel wire wrapping cloth material are both covered with rubber sheets in a sticking mode, so that the steel wire wrapping cloth is convenient to apply and position, and the compounding precision is improved.
The other aspect of the utility model provides another all-steel wire wrapping cloth and nylon wrapping cloth pre-compounding device, which comprises a steel wire wrapping cloth unreeling device, a steel wire wrapping cloth conveying device, a nylon wrapping cloth unreeling device, a nylon wrapping cloth conveying device, a nylon wrapping cloth cutting knife, an intermediate conveying device, a primary compounding device, a secondary compounding device and a compound piece reeling device,
the steel wire wrapping cloth material led out by the steel wire wrapping cloth unreeling device is conveyed to a secondary compounding device through a steel wire wrapping cloth conveying device, the nylon wrapping cloth raw material led out by the nylon wrapping cloth unreeling device is conveyed to a nylon wrapping cloth dividing cutter through a nylon wrapping cloth conveying device, the nylon wrapping cloth material is divided into a first nylon wrapping cloth finished product material and a second nylon wrapping cloth finished product material through the nylon wrapping cloth dividing cutter, and the first nylon wrapping cloth finished product material and the second nylon wrapping cloth finished product material are respectively led into an intermediate conveying device; the middle conveying device respectively guides the first nylon wrapping cloth finished product material and the second nylon wrapping cloth finished product material into the primary compounding device,
the primary compounding device is used for compounding the first nylon wrapping cloth finished product material and the second nylon wrapping cloth finished product material to obtain a double nylon wrapping cloth compound product, and guiding the double nylon wrapping cloth compound product into the secondary compounding device, and the secondary compounding device is used for compounding the double nylon wrapping cloth compound product conveyed to the secondary compounding device with the steel wire wrapping cloth material to obtain a double nylon wrapping cloth steel wire wrapping cloth compound product;
the composite piece winding device is used for winding the double-nylon-cloth-wrapped steel wire cloth-wrapped composite product led out by the secondary composite device.
Preferably, the steel wire wrapping cloth conveying device comprises a first horizontal conveying belt, a lifting conveying belt, a second horizontal conveying belt, a feeding roller and a descending conveying belt which are sequentially arranged along the feeding direction, a first material storage station is arranged between the first horizontal conveying belt and the lifting conveying belt, a second material storage station is arranged between the second horizontal conveying belt and the feeding roller, materials at the first material storage station and the second material storage station are in a U-shaped state under the action of gravity, material photoelectric sensors for sensing the material storage degree are arranged at the first material storage station and the second material storage station, when the material photoelectric sensors at the first material storage station detect the materials, the steel wire wrapping cloth unwinding device stops working, and when the material photoelectric sensors at the first material storage station do not detect the materials, the steel wire wrapping cloth unwinding device works when the steel wire wrapping cloth unwinding device is opened; when the material photoelectric sensor at the second storage station detects the material, the lifting conveyor belt and the second horizontal conveyor belt stop working, and when the material photoelectric sensor at the second storage station does not detect the material, the lifting conveyor belt and the second horizontal conveyor belt start working.
Preferably, a third horizontal conveying belt is arranged between the secondary compounding device and the compound part rolling device, a third storage station is arranged between the third horizontal conveying belt and the secondary compounding device, materials at the third storage station are in a U-shaped state under the action of gravity, a material photoelectric sensor used for sensing the material storage degree is arranged at the third storage station, when the material photoelectric sensor at the third storage station detects the materials, the third horizontal conveying belt and the compound part rolling device start to work, and when the material photoelectric sensor at the third storage station does not detect the materials, the third horizontal conveying belt and the compound part rolling device stop working.
Preferably, the two edges of the steel wire wrapping cloth material are both covered with rubber sheets in a sticking mode, so that the steel wire wrapping cloth is convenient to apply and position, and the compounding precision is improved.
The utility model has the advantages of it is following:
the utility model integrates the cutting of the nylon wrapping cloth and the compounding of the steel wire wrapping cloth into one process, and the efficiency is improved by 45-55 percent.
Avoid the tensile of data transfer in-process to the material through setting up the storage station, can be to the speed that compounds curling simultaneously, steel wire infantees, nylon infantees speed of falling open, steel wire infantees, nylon infantees conveyer belt speed optimize respectively, match mutually, guarantee that the part is not tensile.
The utility model discloses degree of automation is high, and the workman prepares work load and reduces, reduces the material loading preface during the shaping, and relevant part laminating time is showing and is reducing during the shaping, promotes shaping efficiency.
The utility model has small space occupation and no need of additionally adding a front feeding rack; the production plan can be arranged more flexibly without fixing the machine; the positioning is accurate, the lamination is ensured, and the product quality is improved; the molding efficiency is improved, and the yield is increased.
Drawings
Fig. 1 is a schematic structural diagram of the present invention.
Fig. 2 is another schematic structural diagram of the present invention.
Fig. 3 is a schematic cross-sectional structure diagram of a double nylon wrapping cloth and steel wire wrapping cloth composite product.
Fig. 4 is a schematic structural diagram of a double nylon wrapping cloth and steel wire wrapping cloth composite product.
Detailed Description
The invention is further described below with reference to the accompanying drawings:
example 1:
as shown in figure 1, the pre-compounding device for the all-steel wire wrapping cloth and the nylon wrapping cloth comprises a steel wire wrapping cloth unwinding device 3, a steel wire wrapping cloth conveying device, a nylon wrapping cloth unwinding device 4, a nylon wrapping cloth conveying device 5, a nylon wrapping cloth cutting knife 6, a primary compounding device 7, an intermediate conveying device 8, a secondary compounding device 9 and a compound piece winding device 10,
the steel wire wrapping cloth material 1 led out by the steel wire wrapping cloth unreeling device 3 is conveyed to a primary compounding device 7 through a steel wire wrapping cloth conveying device, the nylon wrapping cloth raw material led out by the nylon wrapping cloth unreeling device 4 is conveyed to a nylon wrapping cloth dividing and cutting knife 6 through a nylon wrapping cloth conveying device 5, the nylon wrapping cloth material is divided into a first nylon wrapping cloth finished product material 21 and a second nylon wrapping cloth finished product material 22 through the nylon wrapping cloth dividing and cutting knife 6, and the first nylon wrapping cloth finished product material 21 and the second nylon wrapping cloth finished product material 22 are respectively led into the primary compounding device 7;
the primary compounding device 7 is used for compounding the steel wire wrapping cloth material 1 conveyed to the primary compounding device 7 with a first nylon wrapping cloth finished product material 21 to obtain a single nylon wrapping cloth steel wire wrapping cloth compound product, and respectively guiding the single nylon wrapping cloth steel wire wrapping cloth compound product and a second nylon wrapping cloth finished product material 22 conveyed to the primary compounding device 7 into the intermediate conveying device 8, conveying the single nylon wrapping cloth steel wire wrapping cloth compound product and the second nylon wrapping cloth finished product material 22 to the secondary compounding device 9 through the intermediate conveying device 8, and compounding the single nylon wrapping cloth steel wire wrapping cloth compound product conveyed to the secondary compounding device 9 with the second nylon wrapping cloth finished product material 22 to obtain a double nylon wrapping cloth steel wire wrapping cloth compound product, as shown in fig. 3 and 4;
the composite part winding device 10 is used for winding the double-nylon-cloth-wrapped steel wire cloth-wrapped composite product led out by the secondary composite device 9.
Preferably, the steel wire wrapping cloth conveying device comprises a first horizontal conveying belt 11, a lifting conveying belt 12, a second horizontal conveying belt 13 and a feeding roller 14 which are sequentially arranged along the feeding direction, a first storing station 16 is arranged between the first horizontal conveying belt 11 and the lifting conveying belt 12, a second material storage station 17 is arranged between the second horizontal conveying belt 13 and the feeding roller 14, materials at the first material storage station 16 and the second material storage station 17 are in a U-shaped state under the action of gravity, a material photoelectric sensor for sensing the material storage degree is arranged at each of the first material storage station 16 and the second material storage station 17, when the material photoelectric sensor at the first material storage station 16 detects the material, the wire wrapping cloth unwinding device 3 stops working, when the material photoelectric sensor at the first material storage station 16 does not detect the material, the steel wire wrapping cloth unwinding device 3 works when being opened; when the material photoelectric sensor at the second material storage station 17 detects the material, the lifting conveyor belt 12 and the second horizontal conveyor belt 13 stop working, and when the material photoelectric sensor at the second material storage station 17 does not detect the material, the lifting conveyor belt 12 and the second horizontal conveyor belt 13 start working.
Preferably, a third horizontal conveyor belt 18 is arranged between the secondary compounding device 9 and the compound part rolling device 10, a third storage station 19 is arranged between the third horizontal conveyor belt 18 and the secondary compounding device 9, the material at the third storage station 19 is in a U-shaped state under the action of gravity, a material photoelectric sensor for sensing the material storage degree is arranged at the third storage station 19, when the material photoelectric sensor at the third storage station 19 detects the material, the third horizontal conveyor belt 18 and the compound part rolling device 10 start to work, and when the material photoelectric sensor at the third storage station 19 does not detect the material, the third horizontal conveyor belt 18 and the compound part rolling device 10 stop working.
Preferably, two edges of the steel wire wrapping cloth material 1 are both coated with rubber sheets for wrapping, so that the steel wire wrapping cloth is convenient to apply and position, and the compounding precision is improved.
Example 2:
as shown in figure 2, the pre-compounding device for the all-steel wire wrapping cloth and the nylon wrapping cloth comprises a steel wire wrapping cloth unwinding device 3, a steel wire wrapping cloth conveying device, a nylon wrapping cloth unwinding device 4, a nylon wrapping cloth conveying device 5, a nylon wrapping cloth cutting knife 6, an intermediate conveying device 8, a primary compounding device 7, a secondary compounding device 9 and a compound piece winding device 10,
the steel wire wrapping cloth material 1 led out by the steel wire wrapping cloth unreeling device 3 is conveyed to a secondary compounding device 9 through a steel wire wrapping cloth conveying device, the nylon wrapping cloth raw material led out by the nylon wrapping cloth unreeling device 4 is conveyed to a nylon wrapping cloth dividing and cutting knife 6 through a nylon wrapping cloth conveying device 5, the nylon wrapping cloth material is divided into a first nylon wrapping cloth finished product material 21 and a second nylon wrapping cloth finished product material 22 through the nylon wrapping cloth dividing and cutting knife 6, and the first nylon wrapping cloth finished product material 21 and the second nylon wrapping cloth finished product material 22 are respectively led into an intermediate conveying device 8; the intermediate conveying device 8 respectively guides the first nylon wrapping cloth finished product material 21 and the second nylon wrapping cloth finished product material 22 into the primary compounding device 7,
the primary compounding device 7 is used for compounding the first nylon wrapping cloth finished product material 21 and the second nylon wrapping cloth finished product material 22 to obtain a double nylon wrapping cloth compound product, and guiding the double nylon wrapping cloth compound product into the secondary compounding device 9, and the secondary compounding device 9 is used for compounding the double nylon wrapping cloth compound product conveyed to the secondary compounding device 9 with the steel wire wrapping cloth material 1 to obtain a double nylon wrapping cloth steel wire wrapping cloth compound product, as shown in fig. 3 and 4;
the composite part winding device 10 is used for winding the double-nylon-cloth-wrapped steel wire cloth-wrapped composite product led out by the secondary composite device 9.
Preferably, the steel wire wrapping cloth conveying device comprises a first horizontal conveying belt 11, a lifting conveying belt 12, a second horizontal conveying belt 13, a feeding roller 14 and a descending conveying belt 15 which are sequentially arranged along the feeding direction, a first storage station 16 is arranged between the first horizontal conveying belt 11 and the lifting conveying belt 12, a second storage station 17 is arranged between the second horizontal conveying belt 13 and the feeding roller 14, materials at the first storage station 16 and the second storage station 17 are in a U-shaped state under the action of gravity, a material photoelectric sensor for sensing the material storage degree is arranged at each of the first storage station 16 and the second storage station 17, when the material photoelectric sensor at the first storage station 16 detects the material, the steel wire wrapping cloth unwinding device 3 stops working, when the material photoelectric sensor at the first storage station 16 does not detect the material, the steel wire wrapping cloth unwinding device 3 works when being opened; when the material photoelectric sensor at the second material storage station 17 detects the material, the lifting conveyor belt 12 and the second horizontal conveyor belt 13 stop working, and when the material photoelectric sensor at the second material storage station 17 does not detect the material, the lifting conveyor belt 12 and the second horizontal conveyor belt 13 start working.
Preferably, a third horizontal conveyor belt 18 is arranged between the secondary compounding device 9 and the compound part rolling device 10, a third storage station 19 is arranged between the third horizontal conveyor belt 18 and the secondary compounding device 9, the material at the third storage station 19 is in a U-shaped state under the action of gravity, a material photoelectric sensor for sensing the material storage degree is arranged at the third storage station 19, when the material photoelectric sensor at the third storage station 19 detects the material, the third horizontal conveyor belt 18 and the compound part rolling device 10 start to work, and when the material photoelectric sensor at the third storage station 19 does not detect the material, the third horizontal conveyor belt 18 and the compound part rolling device 10 stop working.
Preferably, two edges of the steel wire wrapping cloth material 1 are both coated with rubber sheets for wrapping, so that the steel wire wrapping cloth is convenient to apply and position, and the compounding precision is improved.
The utility model integrates the cutting of the nylon wrapping cloth and the compounding of the steel wire wrapping cloth into one process, and the efficiency is improved by 45-55 percent.
Avoid the tensile of data transfer in-process to the material through setting up the storage station, can be to the speed that compounds curling simultaneously, steel wire infantees, nylon infantees speed of falling open, steel wire infantees, nylon infantees conveyer belt speed optimize respectively, match mutually, guarantee that the part is not tensile.
The utility model discloses degree of automation is high, and the workman prepares work load and reduces, reduces the material loading preface during the shaping, and relevant part laminating time is showing and is reducing during the shaping, promotes shaping efficiency.
The utility model has small space occupation and no need of additionally adding a front feeding rack; the production plan can be arranged more flexibly without fixing the machine; the positioning is accurate, the lamination is ensured, and the product quality is improved; the molding efficiency is improved, and the yield is increased.
Claims (7)
1. The utility model provides an all steel wire infantees and nylon infantees equipment of compounding in advance which characterized in that: comprises a steel wire wrapping cloth unwinding device, a steel wire wrapping cloth conveying device, a nylon wrapping cloth unwinding device, a nylon wrapping cloth conveying device, a nylon wrapping cloth cutting knife, a primary compounding device, an intermediate conveying device, a secondary compounding device and a compound piece winding device,
the steel wire wrapping cloth material led out by the steel wire wrapping cloth unreeling device is conveyed to a primary compounding device through a steel wire wrapping cloth conveying device, the nylon wrapping cloth raw material led out by the nylon wrapping cloth unreeling device is conveyed to a nylon wrapping cloth dividing cutter through a nylon wrapping cloth conveying device, the nylon wrapping cloth material is divided into a first nylon wrapping cloth finished product material and a second nylon wrapping cloth finished product material through the nylon wrapping cloth dividing cutter, and the first nylon wrapping cloth finished product material and the second nylon wrapping cloth finished product material are respectively led into the primary compounding device;
the primary compounding device is used for compounding the steel wire wrapping cloth material conveyed to the primary compounding device with a first nylon wrapping cloth finished product material to obtain a single nylon wrapping cloth steel wire wrapping cloth compound product, the single nylon wrapping cloth steel wire wrapping cloth compound product and a second nylon wrapping cloth finished product material conveyed to the primary compounding device are respectively guided into the intermediate conveying device, the single nylon wrapping cloth steel wire wrapping cloth compound product and the second nylon wrapping cloth finished product material are conveyed to the secondary compounding device through the intermediate conveying device, and the secondary compounding device is used for compounding the single nylon wrapping cloth steel wire wrapping cloth compound product conveyed to the secondary compounding device with the second nylon wrapping cloth finished product material to obtain a double nylon wrapping cloth steel wire wrapping cloth compound product;
the composite piece winding device is used for winding the double-nylon-cloth-wrapped steel wire cloth-wrapped composite product led out by the secondary composite device.
2. The all-steel wire wrapping cloth and nylon wrapping cloth pre-compounding device of claim 1, wherein: steel wire infantees conveyor include along the first level that the pay-off direction set gradually send area, promote conveyer belt, second horizontal transport belt and feed roll, first level send area and promote and be provided with first storage station between the conveyer belt, second horizontal transport belt and feed roll between be provided with second storage station, the material of first storage station and second storage station department is U type state under the action of gravity, first storage station and second storage station department all are provided with a material photoelectric sensing ware that is used for responding to material storage degree.
3. The all-steel wire wrapping cloth and nylon wrapping cloth pre-compounding device of claim 1, wherein: the material storage device is characterized in that a third horizontal conveying belt is arranged between the secondary compounding device and the compound part winding device, a third material storage station is arranged between the third horizontal conveying belt and the secondary compounding device, the material at the third material storage station is in a U-shaped state under the action of gravity, and a material photoelectric sensor used for sensing the material storage degree is arranged at the third material storage station.
4. The all-steel wire wrapping cloth and nylon wrapping cloth pre-compounding device of claim 1, wherein: comprises a steel wire wrapping cloth unwinding device, a steel wire wrapping cloth conveying device, a nylon wrapping cloth unwinding device, a nylon wrapping cloth conveying device, a nylon wrapping cloth cutting knife, an intermediate conveying device, a primary compounding device, a secondary compounding device and a compound piece winding device,
the steel wire wrapping cloth material led out by the steel wire wrapping cloth unreeling device is conveyed to a secondary compounding device through a steel wire wrapping cloth conveying device, the nylon wrapping cloth raw material led out by the nylon wrapping cloth unreeling device is conveyed to a nylon wrapping cloth dividing cutter through a nylon wrapping cloth conveying device, the nylon wrapping cloth material is divided into a first nylon wrapping cloth finished product material and a second nylon wrapping cloth finished product material through the nylon wrapping cloth dividing cutter, and the first nylon wrapping cloth finished product material and the second nylon wrapping cloth finished product material are respectively led into an intermediate conveying device; the middle conveying device respectively guides the first nylon wrapping cloth finished product material and the second nylon wrapping cloth finished product material into the primary compounding device,
the primary compounding device is used for compounding the first nylon wrapping cloth finished product material and the second nylon wrapping cloth finished product material to obtain a double nylon wrapping cloth compound product, and guiding the double nylon wrapping cloth compound product into the secondary compounding device, and the secondary compounding device is used for compounding the double nylon wrapping cloth compound product conveyed to the secondary compounding device with the steel wire wrapping cloth material to obtain a double nylon wrapping cloth steel wire wrapping cloth compound product;
the composite piece winding device is used for winding the double-nylon-cloth-wrapped steel wire cloth-wrapped composite product led out by the secondary composite device.
5. The all-steel wire wrapping cloth and nylon wrapping cloth pre-compounding device of claim 1, wherein: steel wire infantees conveyor include along the first level that the pay-off direction set gradually send area, promote conveyer belt, second horizontal transport belt, feed roll and decline conveyer belt, first level send area and promote and be provided with first storage station between the conveyer belt, second horizontal transport belt and feed roll between be provided with second storage station, the material of first storage station and second storage station department is U type state under the action of gravity, first storage station and second storage station department all are provided with a material photoelectric sensing ware that is used for responding to material storage degree.
6. The all-steel wire wrapping cloth and nylon wrapping cloth pre-compounding device of claim 1, wherein: the material storage device is characterized in that a third horizontal conveying belt is arranged between the secondary compounding device and the compound part winding device, a third material storage station is arranged between the third horizontal conveying belt and the secondary compounding device, the material at the third material storage station is in a U-shaped state under the action of gravity, and a material photoelectric sensor used for sensing the material storage degree is arranged at the third material storage station.
7. The all-steel wire wrapping cloth and nylon wrapping cloth pre-compounding device of claim 1, wherein: and two edges of the steel wire wrapping cloth material are both adhered with rubber piece wrapping edges.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922272678.6U CN211868701U (en) | 2019-12-18 | 2019-12-18 | All-steel wire wrapping cloth and nylon wrapping cloth pre-compounding equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922272678.6U CN211868701U (en) | 2019-12-18 | 2019-12-18 | All-steel wire wrapping cloth and nylon wrapping cloth pre-compounding equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN211868701U true CN211868701U (en) | 2020-11-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201922272678.6U Active CN211868701U (en) | 2019-12-18 | 2019-12-18 | All-steel wire wrapping cloth and nylon wrapping cloth pre-compounding equipment |
Country Status (1)
| Country | Link |
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| CN (1) | CN211868701U (en) |
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2019
- 2019-12-18 CN CN201922272678.6U patent/CN211868701U/en active Active
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