阅读说明：本技术 海草地毯织造机的织造后处理收卷装置 (Weaving post-treatment winding device of seaweed carpet weaving machine ) 是由 刘义涛 于 2020-06-19 设计创作，主要内容包括：本发明公开了一种海草地毯织造机的织造后处理收卷装置,地毯织造机的出料端固定连接有底箱,底箱的顶面沿着地毯出料方向依次设有观察箱、操作站台、上下料槽和收料辊架,地毯织造机织造出的地毯依次从下方绕置于传送辊A、从上方绕置于传送辊B、从下方绕置于传送辊C、从上方绕置于传送辊D、从下方绕置于传送辊E、从下方绕置于传送辊F、从上方绕置于传送辊G和从下方绕置于传送辊H、最后绕置于收料辊架之间的收料辊,从上述结构可知,本发明的海草地毯织造机的织造后处理收卷装置,通过对现有地毯织造机的改造能够实现海草地毯制造完成后的后续打磨、清洁、喷涂、干燥和收卷多项工序的集合,提高了生产效率。(The invention discloses a weaving post-treatment winding device of a seaweed carpet weaving machine, wherein a bottom box is fixedly connected with the discharge end of the carpet weaving machine, an observation box, an operation platform, an upper material feeding groove, a lower material feeding groove and a material receiving roller frame are sequentially arranged on the top surface of the bottom box along the carpet discharge direction, a carpet woven by the carpet weaving machine is sequentially wound on a conveying roller A from the lower part, a conveying roller B from the upper part, a conveying roller C from the lower part, a conveying roller D from the upper part, a conveying roller E from the lower part, a conveying roller F from the lower part, a conveying roller G from the upper part and a conveying roller H from the lower part, and finally a material receiving roller wound between the material receiving roller frames The collection of cleaning, spraying, drying and rolling processes improves the production efficiency.)

1. Weaving aftertreatment coiling mechanism of sea grass carpet weaving machine, its characterized in that: comprises a carpet weaving machine (1), the discharge end of the carpet weaving machine (1) is fixedly connected with a bottom box (2), the top surface of the bottom box (2) is sequentially provided with an observation box (3), an operation platform (5), an upper material groove (6) and a lower material receiving roller frame (4) along the carpet discharge direction, a carpet (35) woven by the carpet weaving machine (1) is sequentially wound on a conveying roller A (9) from the lower part, a conveying roller B (10) from the upper part, a conveying roller C (11) from the lower part, a conveying roller D (12) from the upper part, a conveying roller E (13) from the lower part, a conveying roller F (14) from the lower part, a conveying roller G (15) from the upper part, a conveying roller H (16) from the lower part and a material receiving roller (8) between the material receiving roller frames (4) from the lower part along the discharge direction through a discharge roller (7), the linear speeds of the discharging roller (7), the conveying roller A (9), the conveying roller B (10), the conveying roller C (11), the conveying roller D (12), the conveying roller E (13), the conveying roller F (14), the conveying roller G (15), the conveying roller H (16) and the material receiving roller (8) are equal; communicate in observation box (3) with under casing (2), under casing (2) are uncovered towards one side that carpet knitted machine (1), the top of under casing (2), the one end of keeping away from carpet knitted machine (1) are equipped with rolling exit slot (34), the top of under casing (2), be located and be equipped with between rolling exit slot (34) and observation box (3) operation platform (5), transfer roller B (10) are located the top in observation box (3), the drying device of polishing device, the water barrier spraying device of carpet (35) bottom surface and carpet (35) bottom surface that set gradually along the direction of transfer of carpet (35) in under casing (2).

2. The post-weaving treatment take-up device of a seaweed carpet weaving machine as claimed in claim 1, characterized in that: grinding device is including lieing in the grinding roller (17) of transfer roller A (9) lower part dorsad carpet weaving machine (1) one side, grinding roller (17) with around arranging the bottom surface contact of carpet (35) of transfer roller A (9), the linear velocity direction of transfer roller A (9) and carpet (35) contact position is the same with the direction of transfer of carpet (35) to the linear velocity of transfer roller A (9) is greater than the linear velocity of carpet (35).

3. The post-weaving treatment take-up device of a seaweed carpet weaving machine as claimed in claim 2, characterized in that: grinding device is still including brush hair roller (19) that are located transfer roller C (11) lower part towards carpet weaving machine (1) one side, brush hair roller (19) with around arranging the carpet bottom surface contact of transfer roller C (11) in, the linear velocity direction of brush hair roller (11) and carpet (35) contact position is opposite with the direction of transfer of carpet (35).

4. A weaving post-treatment take-up device of a seaweed carpet weaving machine as claimed in claim 3, characterized in that: in under casing (2), be located under casing (2) the bottom plate on, correspond and be located grinding roller (17) towards carpet one side of weaving machine (1) and be located brush hair roller (19) one side of weaving machine (1) carpet dorsad respectively and correspond and be equipped with baffle A (20) and baffle B (21), baffle A (20) and baffle B (21) correspond the contact with carpet (35) bottom around arranging in transfer roller A (9) and transfer roller C (11) respectively, under casing (2), be located around being equipped with baffle C (22) between carpet (35) before and after transfer roller B (10) in, baffle C (22) correspond the contact with carpet (35) bottom respectively towards the both ends of carpet (35), form airtight chamber A between baffle A (20), baffle B (21) and baffle C (22) and carpet (35), one side of under casing (2), one side, baffle B (2), And a vacuumizing pipe orifice A (23) communicated with a vacuumizing device is arranged on one side corresponding to the sealed cavity A.

5. The post-weaving treatment take-up device of a seaweed carpet weaving machine as claimed in claim 1, characterized in that: the utility model discloses a carpet weaving machine, including observation box (3), be located and be equipped with baffle D (24) around arranging carpet (35) before transfer roller B (10) towards one side of carpet weaving machine (1), baffle D (24) are "C" shape structure, the opening of baffle D (24) is towards the top surface of carpet (35) to the upper end of baffle D (24) and the top contact of carpet (35), the lower extreme of baffle D (24) and the top of carpet (35) are equipped with the interval, the one side of the upper end of baffle D (24) towards the lower extreme is equipped with brush pole (27), the brush of brush pole (27) and the top contact of carpet (35), one side of observation box (3), the below that is located brush trunk (27) corresponding to be located in baffle D (24) is equipped with the vacuum tube mouth B (25) that communicates with evacuating device.

6. The post-weaving treatment take-up device of a seaweed carpet weaving machine as claimed in claim 1, characterized in that: the top of observation box (3), the highest point position department that corresponds to be located transfer roller B (10) are equipped with observation window (18), observation window (18) are fixed and are equipped with convex lens.

7. The post-weaving treatment take-up device of a seaweed carpet weaving machine as claimed in claim 1, characterized in that: the waterproof layer spraying device comprises a spraying pipe (28) which is arranged in the bottom of a carpet (35) arranged between the conveying roller D (12) and the conveying roller E (13) in the bottom box (2) in a winding mode, and the spraying direction of the spraying pipe (28) is perpendicular to the conveying direction of the carpet (35) corresponding to the position of the spraying pipe (28).

8. The post-weaving treatment take-up device of a seaweed carpet weaving machine as claimed in claim 1, characterized in that: the drying device comprises a heating device and a blowing device, the heating device comprises a direct heating device and an indirect heating device, the direct heating device comprises a heating pipe A (29) which is fixed in a bottom box (2) and positioned below a conveying roller E (13), the irradiation heating direction of the heating pipe A (29) points to the bottom of a carpet (35) wound on the conveying roller E (13), the indirect heating device comprises a heating pipe B (32) which is fixed in the bottom box (2) and positioned below the conveying roller G (15), the irradiation heating direction of the heating pipe B (32) points to the conveying roller G (15) contacted with the bottom of the carpet (35), the blowing device comprises a blowing pipe A (30), a blowing pipe B (31) and a blowing pipe C (33) which are sequentially arranged in the bottom box (2) along the conveying direction of the carpet (35), the blowing pipe A (30) is positioned at the lower part of the carpet (35) between the conveying roller E (13) and the conveying roller F (14), the blowpipe B (31) is located in the lower portion of the carpet (35) between the transfer roller F (14) and the transfer roller G (15), and the blowpipe C (33) is located in the lower portion of the carpet (35) between the transfer roller G (15) and the transfer roller H (16).

9. The post-weaving handling take-up device of a seaweed carpet weaving machine as in claim 8, characterized in that: the included angles between the air blowing pipe A (30), the air blowing pipe B (31) and the air blowing pipe C (33) and the carpet (35) at the corresponding positions are equal, and air is blown to one side of the conveying direction of the carpet (35) respectively.

10. The post-weaving treatment take-up device of a seaweed carpet weaving machine as claimed in claim 1, characterized in that: the utility model discloses a carpet weaving machine, including bottom case (2), operation platform (5), material receiving roll frame (4), bottom case (2), observation box (3) and carpet weaving machine (1), one side facade that is located rolling discharging hole (34) is equipped with the turn-ups in the bottom case (2) along one side border to bottom case (2), the top surface height of operation platform (5) is higher than the height of the junction of material receiving roll frame (4) and bottom case (2), material groove (6) are "V" shape groove from top to bottom, one side facade of observation box (3) dorsad carpet weaving machine (1) is the ramp of the direction of.

Technical Field

The invention relates to the technical field of seaweed carpet weaving machines, in particular to a weaving post-treatment winding device of a seaweed carpet weaving machine.

Background

Sea weeds originate from terrestrial angiosperms, and most are evolved from the same angiosperms seventy thousand years ago, and reenter the ocean millions of years ago and form their own unique life habits. The China sea grass distribution area is divided into two large areas, namely a China south China sea grass distribution area and a China yellow Bohai sea grass distribution area, and sea grass resources are relatively rich. Historically, seaweed has not been in close association with humans due to its single species and their long-term life on the sea floor, which is invisible to the naked eye, but as researchers have moved more and more attention to these oldest species on earth over the last 100 years, seaweed has gradually entered the field of vision of the general public and is closely related to human life. In addition to being widely used in fertilizers, baits and feeds at present, seaweed hay, especially seaweed hay of the genera zostera and shrimp and seaweed, has the characteristics of corrosion resistance and durable heat preservation, and is often processed into weaving, sound insulation and heat preservation materials. At present, the carpet is woven by applying seaweed, the carpet is low in cost and practical, and the woven carpet has the effects of dust absorption and sound insulation, and can be used as a carpet and also can be used as wall decoration.

The sea grass carpet is water-proof due to the fact that sea grass fibers in the sea grass carpet have relatively poor water absorption rate, but water in the sea grass carpet can directly flow downwards to the ground, the sea grass carpet cannot be observed normally due to shielding of the sea grass carpet, and the ground is soaked in water for a long time when the sea grass carpet is found, so that the ground in home life is affected, particularly some floor grounds. In addition, the sea grass fiber of the sea grass carpet has great strength, but the sea grass fiber knitted carpet can be bent due to the bending of the sea grass fiber, so that the finished sea grass carpet has unexpected effect. In addition, no carpet weaving machine is available on the market at present, which is specially used for weaving and producing carpets for sea weeds. In order to solve the problems, the applicant modifies the existing carpet weaving machine so as to meet the weaving production of the seaweed carpet.

Disclosure of Invention

The invention aims to: the defects of the prior art are overcome, the weaving post-treatment winding device of the seaweed carpet weaving machine is provided, the collection of a plurality of procedures of subsequent polishing, cleaning, spraying, drying and winding after the seaweed carpet is manufactured can be realized by transforming the prior carpet weaving machine, and the production efficiency is improved; through the action of the observation box, an operator can easily observe the surface quality of the woven carpet; the carpet is completely clean and smooth when spraying is carried out under the action of the partition board A, the partition board B, the partition board C and the partition board D, and the spraying quality of a waterproof layer is ensured; the carpet has the advantages that the heating device and the blowing device act together, so that a rolled carpet waterproof layer is uniform, the bottom of the carpet is smooth and flat, and the carpet cannot bend; the feeding of the carpet and the feeding of the receiving roller are facilitated through the action of the upper and lower material grooves, and the influence on operators on the operation station plate is avoided.

The technical scheme adopted by the invention is as follows:

the weaving post-treatment winding device of the seaweed carpet weaving machine comprises a carpet weaving machine, wherein a discharge end of the carpet weaving machine is fixedly connected with a bottom box, the top surface of the bottom box is sequentially provided with an observation box, an operation platform, an upper and lower material groove and a material receiving roller frame along the carpet discharging direction, the carpet woven by the carpet weaving machine is sequentially wound on a conveying roller A from the lower part, a conveying roller B from the upper part, a conveying roller C from the lower part, a conveying roller D from the upper part, a conveying roller E from the lower part, a conveying roller F from the lower part, a conveying roller G from the upper part and a conveying roller H from the lower part through a discharging roller along the discharging direction, and finally a material receiving roller arranged between material receiving roller frames, the linear speeds of the discharging roller, the conveying roller A, the conveying roller B, the conveying roller C, the conveying roller D, the conveying roller E, the conveying roller F, the conveying roller G, the conveying roller H and the material receiving roller are all equal; communicate with the under casing in the observation box, the under casing is uncovered towards one side that the carpet was woven and is made the machine, the top of under casing, the one end of keeping away from the carpet and weaving the machine are equipped with rolling exit hole, the top of under casing, be located and be equipped with the operation platform between rolling exit hole and the observation box, transfer roller B is located the top of observation box, the under casing has set gradually the grinding device of carpet bottom surface, the water barrier spraying device of carpet bottom surface and the drying device of carpet bottom surface along the direction of transfer of carpet in proper order.

According to a further improvement scheme of the carpet weaving machine, the polishing device comprises a polishing roller which is arranged on the lower portion of the conveying roller A and faces away from the carpet weaving machine, the polishing roller is in contact with the bottom surface of a carpet wound on the conveying roller A, the linear speed direction of the position where the conveying roller A is in contact with the carpet is the same as the conveying direction of the carpet, and the linear speed of the conveying roller A is larger than that of the carpet.

In a further improvement of the invention, the polishing device further comprises a brushing roller which is arranged at the lower part of the conveying roller C and faces to one side of the carpet weaving machine, the brushing roller is contacted with the bottom surface of the carpet wound on the conveying roller C, and the linear speed direction of the contact position of the brushing roller and the carpet is opposite to the conveying direction of the carpet.

The invention further improves the scheme that a partition plate A and a partition plate B are respectively and correspondingly arranged in the bottom box, on the bottom plate of the bottom box, on one side of the polishing roller facing the carpet weaving machine and on one side of the brushing roller opposite to the carpet weaving machine, the partition plate A and the partition plate B are respectively and correspondingly contacted with the bottoms of the carpets wound on the conveying roller A and the conveying roller C, a partition plate C is arranged in the bottom box and between the carpets wound on the front and the rear of the conveying roller B, two ends of the partition plate C facing the carpets are respectively and correspondingly contacted with the bottoms of the carpets, a sealed cavity A is formed among the partition plate A, the partition plate B and the partition plate C and the carpets, and a vacuumizing pipe orifice A communicated with a vacuumizing device is arranged on one side of the bottom box and one side corresponding to the sealed cavity A.

According to a further improved scheme of the carpet weaving machine, a partition plate D is arranged in the observation box and on one side, facing the carpet weaving machine, of a carpet wound in front of the conveying roller B, the partition plate D is of a C-shaped structure, an opening of the partition plate D faces the top surface of the carpet, the upper end of the partition plate D is in contact with the top of the carpet, a space is formed between the lower end of the partition plate D and the top of the carpet, a brush rod is arranged on one side, facing the lower end, of the upper end of the partition plate D, a brush of the brush rod is in contact with the top of the carpet, and a vacuum pumping pipe orifice B communicated with a vacuum pumping device is correspondingly arranged on one side of the observation box and below a brush rod in.

According to a further improved scheme of the invention, an observation window is arranged at the top of the observation box and at the highest position corresponding to the conveying roller B, and a convex lens is fixedly arranged on the observation window.

According to a further improved scheme of the invention, the waterproof layer spraying device comprises a spraying pipe which is arranged in the bottom box and is positioned at the bottom of the carpet wound between the conveying roller D and the conveying roller E, and the spraying direction of the spraying pipe is vertical to the conveying direction of the carpet at the position corresponding to the spraying pipe.

In a further improvement of the present invention, the drying device includes a heating device and a blowing device, the heating device includes a direct heating device and an indirect heating device, the direct heating device includes a heating pipe a fixed in the bottom box and located below the transfer roller E, the heating pipe a has a heating direction pointing to the bottom of the carpet wound around the transfer roller E, the indirect heating device includes a heating pipe B fixed in the bottom box and located below the transfer roller G, the heating pipe B has a heating direction pointing to the transfer roller G contacting the bottom of the carpet, the blowing device includes a blowing pipe a, a blowing pipe B and a blowing pipe C sequentially arranged in the bottom box along the transfer direction of the carpet, the blowing pipe a is located at the lower part of the carpet between the transfer roller E and the transfer roller F, the blowing pipe B is located at the lower part of the carpet between the transfer roller F and the transfer roller G, the blowpipe C is located at the lower portion of the carpet between the transfer roller G and the transfer roller H.

According to a further improvement scheme of the invention, included angles between the air blowing pipes A, B and C and the carpet at corresponding positions are equal, and air is blown to one side of the conveying direction of the carpet respectively.

According to a further improved scheme of the invention, a flanging is arranged in the bottom box at the top of the bottom box and at one side edge of the rolling discharge through hole, the top surface of the operation platform is higher than the height of the joint of the material receiving roller frame and the bottom box, the material loading and unloading groove is a V-shaped groove, and the vertical surface of one side of the observation box, which is back to the carpet weaving machine, is a slope plate which is inclined downwards along the conveying direction of the carpet.

The invention has the beneficial effects that:

first, the weaving post-treatment winding device of the seaweed carpet weaving machine can realize the collection of a plurality of procedures of subsequent polishing, cleaning, spraying, drying and winding after the seaweed carpet is manufactured by modifying the existing carpet weaving machine, thereby improving the production efficiency.

Secondly, the weaving post-treatment winding device of the seaweed carpet weaving machine is convenient for operators to easily observe the surface quality of the woven carpet through the action of the observation box.

Thirdly, the weaving post-treatment winding device of the seaweed carpet weaving machine ensures that the carpet is completely clean and smooth during spraying and ensures the spraying quality of the waterproof layer through the effects of the partition board A, the partition board B, the partition board C and the partition board D.

Fourthly, the weaving post-treatment winding device of the seaweed carpet weaving machine enables a wound carpet to have a uniform water-resisting layer and a smooth and flat carpet bottom through the combined action of the heating device and the blowing device, and the carpet does not bend.

Fifth, the weaving post-treatment winding device of the seaweed carpet weaving machine of the invention not only facilitates the blanking of the carpet and the feeding of the receiving roller through the action of the feeding and discharging trough, but also does not affect operators on the operation station board.

Description of the drawings:

fig. 1 is a schematic partial sectional front view of the present invention.

The specific implementation mode is as follows:

as can be seen from fig. 1, the winding device for weaving and post-processing sea grass carpet of the present invention, the receiving roller frame 4, the carpet 35 woven by the carpet weaving machine 1 is wound around the conveying roller a9 from below, around the conveying roller B10 from above, around the conveying roller C11 from below, around the conveying roller D12 from above, around the conveying roller E13 from below, around the conveying roller F14 from below, around the conveying roller G15 from above and around the conveying roller H16 from below, and finally around the receiving roller 8 between the receiving roller frame 4 in sequence along the discharging direction by the discharging roller 7, the linear speeds of the discharging roller 7, the conveying roller a9, the conveying roller B10, the conveying roller C11, the conveying roller D12, the conveying roller E13, the conveying roller F14, the conveying roller G15, the conveying roller H16 and the receiving roller 8 are all equal; the carpet weaving machine is characterized in that the inside of the observation box 3 is communicated with the inside of the bottom box 2, one side of the bottom box 2 facing the carpet weaving machine 1 is open, a winding discharging through hole 34 is formed in the top of the bottom box 2 and one end far away from the carpet weaving machine 1, an operation platform 5 is arranged between the winding discharging through hole 34 and the observation box 3 at the top of the bottom box 2, the conveying roller B10 is arranged at the top of the observation box 3, and a polishing device for the bottom surface of the carpet 35, a water-proof layer spraying device for the bottom surface of the carpet 35 and a drying device for the bottom surface of the carpet 35 are sequentially arranged in the bottom box 2 along the conveying direction of the carpet 35; the polishing device comprises a polishing roller 17 positioned at the lower part of a conveying roller A9 and on the side opposite to the carpet weaving machine 1, the polishing roller 17 is contacted with the bottom surface of a carpet 35 wound on a conveying roller A9, the linear velocity direction of the contact position of the conveying roller A9 and the carpet 35 is the same as the conveying direction of the carpet 35, and the linear velocity of a conveying roller A9 is larger than the linear velocity of the carpet 35; the sanding device further comprises a brushing roller 19 positioned at the lower part of the transfer roller C11 and facing the carpet weaving machine 1, wherein the brushing roller 19 is contacted with the bottom surface of the carpet wound on the transfer roller C11, and the linear velocity direction of the contact position of the brushing roller 11 and the carpet 35 is opposite to the transfer direction of the carpet 35; a partition plate A20 and a partition plate B21 are respectively and correspondingly arranged in the bottom box 2, on a bottom plate of the bottom box 2, on one side of the grinding roller 17 facing the carpet weaving machine 1 and on one side of the brushing roller 19 opposite to the carpet weaving machine 1, the partition plate A20 and the partition plate B21 are respectively and correspondingly contacted with the bottom of a carpet 35 wound on a conveying roller A9 and a conveying roller C11, a partition plate C22 is arranged in the bottom box 2 and between the carpet 35 wound before and after the conveying roller B10, two ends of the partition plate C22 facing the carpet 35 are respectively and correspondingly contacted with the bottom of the carpet 35, a sealed cavity A is formed among the partition plate A20, the partition plate B21 and the partition plate C22 and the carpet 35, and a vacuumizing nozzle A23 communicated with a vacuumizing device is arranged on one side of the bottom box 2 and one side corresponding to the sealed cavity A; a partition plate D24 is arranged on one side, facing the carpet weaving machine 1, of the carpet 35 wound in front of the conveying roller B10 in the observation box 3, the partition plate D24 is of a C-shaped structure, the opening of the partition plate D24 faces the top surface of the carpet 35, the upper end of the partition plate D24 is in contact with the top of the carpet 35, a distance is reserved between the lower end of the partition plate D24 and the top of the carpet 35, a brush rod 27 is arranged on one side, facing the lower end, of the upper end of the partition plate D24, a brush of the brush rod 27 is in contact with the top of the carpet 35, and a vacuum pipe opening B25 communicated with a vacuum device is correspondingly arranged below the brush rod 27 in the partition plate D24 on one side of the observation box 3; an observation window 18 is arranged at the top of the observation box 3 and at the highest position corresponding to the conveying roller B10, and a convex lens is fixedly arranged on the observation window 18; the water-resisting layer spraying device comprises a spraying pipe 28 which is arranged in the bottom box 2 and is positioned at the bottom of a carpet 35 wound between a conveying roller D12 and a conveying roller E13, and the spraying direction of the spraying pipe 28 is vertical to the conveying direction of the carpet 35 at the position corresponding to the spraying pipe 28; the drying apparatus includes a heating device including a direct heating device including a heating pipe a29 fixed in the bottom box 2 below the conveying roller E13, the heating pipe a29 having a radiation heating direction directed to the bottom of the carpet 35 wound around the conveying roller E13, and an indirect heating device including a heating pipe B32 fixed in the bottom box 2 below the conveying roller G15, the heating pipe B32 having a radiation heating direction directed to the conveying roller G15 contacting the bottom of the carpet 35, and an air blowing device including an air blowing pipe a30, an air blowing pipe B31, and an air blowing pipe C33 in the bottom box 2, sequentially arranged along the conveying direction of the carpet 35, the air blowing pipe a30 being located at the lower portion of the carpet 35 between the conveying roller E13 and the conveying roller F14, the air blowing pipe B31 being located at the lower portion of the carpet 35 between the conveying roller F14 and the conveying roller G15, the blowpipe C33 is located below carpet 35 between transfer roll G15 and transfer roll H16; the air blowing pipe A30, the air blowing pipe B31 and the air blowing pipe C33 are equal to the included angle between the carpet 35 at the corresponding position and respectively blow air to one side of the conveying direction of the carpet 35; the top of the bottom box 2 and one side edge of the winding and discharging through hole 34 are provided with turned edges in the bottom box 2, the top surface of the operation platform 5 is higher than the height of the joint of the material receiving roller frame 4 and the bottom box 2, the upper and lower material grooves 6 are V-shaped grooves, and one side vertical surface of the observation box 3, which is back to the carpet weaving machine 1, is a slope plate which is inclined downwards along the conveying direction of the carpet 35.

When the carpet weaving machine is used, after entering the bottom box 2, a carpet 35 woven by the carpet weaving machine 1 is sequentially wound on a conveying roller A9 from the lower part, a conveying roller B10 from the upper part, a conveying roller C11 from the lower part, a conveying roller D12 from the upper part, a conveying roller E13 from the lower part, a conveying roller F14 from the lower part, a conveying roller G15 from the upper part, a conveying roller H16 from the lower part and a receiving roller 8 arranged between the receiving roller frames 4 after being extended from a winding discharging through hole 34; the bottom of the carpet 35 placed around the transfer roller a9 is moved relative to the grinding roller 17, so that the bottom of the carpet 35 is smooth and uniform; the top surface of the carpet 35 between the transfer roll A9 and the transfer roll B10 is cleaned and sucked of dust on the top of the carpet 35 before the carpet 35 is observed through the observation window 18 by the action of the vacuum nozzle B25 in the partition plate D24, so that an operator can carefully observe the weaving condition of the carpet 35; the carpet 35 after passing through the conveying roller B10 sweeps the residual powder at the bottom of the carpet under the action of the brushing roller 19, and the powder generated in the polishing and sweeping processes of the carpet 35 is completely sucked through the action of a vacuumizing pipe orifice A23 in the bottom box 2 and in a closed cavity formed by the partition plate A20, the partition plate B21, the partition plate C22 and the carpet 35, so that the powder is prevented from influencing the spraying of a waterproof layer at the bottom of the carpet 35; after the carpet 35 finishes spraying the waterproof layer through the spraying pipe 28, the carpet is conveyed forwards continuously; when the waterproof layer is not solidified, the conveying roller E13 and the conveying roller F14 are continuously contacted with the top of the carpet 35, so that the bottom of the carpet 35 sprayed with the waterproof layer is extended as much as possible, the waterproof layer is uniformly and fully filled with the bottom of the carpet 35 as much as possible, and the waterproof performance of the carpet 35 is further ensured; the heating pipe A29 is directly used for irradiating and heating at the position of the conveying roller E13, so that one side of the water-resisting layer facing the heating pipe A29 is quickly solidified and formed, the water-resisting layer is prevented from being uneven due to the gravity effect before solidification, even the water-resisting layer drops before solidification, and material waste is avoided; the continuous blowing effect is generated on the water-resisting layer through the action of the blowing pipe A30, the blowing pipe B31 and the blowing pipe C33, so that the water-resisting layer is thoroughly dried and solidified; the heating effect of the heating pipe B32 on the conveying pipe G15, combined with the contact of the conveying roller G15 and the bottom surface of the carpet 35, generates pressure stress on the bottom of the carpet 35 by the heated conveying roller G15, and enables the bottom surface of the carpet 35 to be smoother; and the winding direction of the conveying roller G15 and the carpet 35 is opposite to the winding direction of the conveying roller E13 and the conveying roller F14 and the carpet 35, so that the stress generated by drying and solidifying of the interlayer in the conveying process of the conveying roller E13 and the conveying roller F14 before the carpet 35 is further counteracted, the carpet 35 is placed to be bent due to the stress effect, and the flatness of the carpet 35 is ensured.

The carpet 35 after rolling directly rolls to the position of the upper and lower trough 6 together with the blanking of the material receiving roller 8, so that the turnover of the carpet 35 after rolling, the feeding of the material receiving roller 8 and the blanking of the carpet 35 are facilitated.