CN214496935U

CN214496935U - Cloth inspecting and cutting connecting line for double-layer knitted antibacterial fabric

Info

Publication number: CN214496935U
Application number: CN202023257360.XU
Authority: CN
Inventors: 胡志良; 王蓉
Original assignee: Changzhou Dingding Textile Technology Co Ltd
Current assignee: Changzhou Dingding Textile Technology Co Ltd
Priority date: 2020-12-29
Filing date: 2020-12-29
Publication date: 2021-10-26
Anticipated expiration: 2030-12-29

Abstract

The utility model relates to a check cloth is tailor line of connection for double-deck knitting antibacterial fabric, belong to textile production's technical field, it has set gradually blank work or material rest along the direction that cloth was carried, check cloth platform and receipts cloth holder, it is equipped with the sword of tailorring on the cloth holder to receive, it is connected with the receipts cloth roller to rotate on the cloth holder, still be equipped with linking roller and linking subassembly on the cloth holder, cloth reachs the cloth roller through linking the roller in receiving the cloth holder, the sword of tailorring is used for tailorring the cloth that is located between linking roller and the receipts cloth roller, it includes automatic gas nail rifle to link up the subassembly, automatic gas nail rifle is used for to linking roller launch gas nail with cloth and linking roller relatively fixed on the roller. This application is through linking up the setting of roller and linking up the subassembly, and the operator operates linking up the cylinder and through automatic air nail rifle alright link up cloth to linking up the roller before cloth is tailor, accomplishes linking up the operation, has the effect that improves the linking efficiency between the cloth process is received to the perching.

Description

Cloth inspecting and cutting connecting line for double-layer knitted antibacterial fabric

Technical Field

The application relates to the technical field of textile production, in particular to a cloth inspecting and cutting connecting line for double-layer knitted antibacterial fabric.

Background

The double-layer knitted antibacterial fabric has an internal conduction structure formed by fibers, is beneficial to conduction of moisture, sweat and the like, can keep the close-fitting inner layer dry, greatly reduces reproduction of body surface bacteria by utilizing the antibacterial property of the nylon fibers, and improves the comfort of the fabric.

In the production of the double-layer knitted antibacterial fabric, the quality inspection of products is one of indispensable links, and the cloth inspecting machine is equipment for performing the quality inspection on cloth products in the production process of the double-layer knitted antibacterial fabric.

The Chinese utility model with the bulletin number of CN211547053U discloses a cutting cloth inspecting machine for spinning, which comprises a machine body, a driving roller, a driven roller, a first guide roller, a cloth inspecting table, a second guide roller, a lower shearing cutter, an upper shearing cutter, a motor, a speed reducer, an installation table, an inductor, a counting control switch, an electric slider, an installation frame, an installation plate and a cloth inspecting lamp, wherein two ends of the driving roller are rotatably connected with the inner wall of the machine body, two ends of the second guide roller are rotatably connected with the inner wall of the machine body, and the lower shearing cutter is fixedly installed in a cutter groove of the cloth inspecting table; the inductor is fixedly installed at the front end of the first guide roller, the electric sliding block is fixedly and slidably connected with the guide rail, and the mounting table is provided with an alarm device. During operation, the inductor measures the length of the fabric blank through the counting control switch, inspects the fabric blank through the fabric inspecting lamp, sends out a signal through the alarm device when detecting a defect, and measures the length of the fabric blank and then cuts the fabric blank through the cutting knife. In the production process, when serious defects such as thread missing and the like of the cloth blank are detected, the whole piece of cloth blank with the defects needs to be cut and removed.

With respect to the related art among the above, the inventors consider that the following drawbacks exist: after the cloth blank is cut, the broken ends of the cloth blank can be left on the cloth inspecting table, the broken ends of the cloth blank are connected into a new driving roller through manual operation so that the cloth inspecting work is continued, and the process connection efficiency in the cloth inspecting work is low.

SUMMERY OF THE UTILITY MODEL

In order to improve the problem that the efficiency of joining of the cloth inspection process is low because the broken-end cloth is continuously connected by manual operation, the application provides a cloth inspection cutting connecting line for a double-layer knitted antibacterial fabric.

The application provides a perching of double-deck knitting antibacterial fabric is tailor and is connected line and adopt following technical scheme:

a cloth inspecting and cutting connecting line for double-layer knitted antibacterial fabric is characterized in that a blank rack, a cloth inspecting table and a cloth collecting rack are sequentially arranged along the cloth conveying direction, a blank roller is rotatably connected onto the blank rack, a cloth collecting motor and a cloth cutting mechanism are arranged on the cloth collecting rack, a cloth collecting roller is rotatably connected onto the cloth collecting rack, the cloth collecting motor controls the cloth collecting roller to rotate, the cloth cutting mechanism comprises a cutting knife, a cloth collecting roller is rotatably connected onto the cloth collecting rack, a linking roller and a linking component are further arranged on the cloth collecting rack, cloth reaches the cloth collecting roller through the linking roller in the cloth collecting rack, the cutting knife is used for cutting the cloth between the linking roller and the cloth collecting roller, the linking component comprises a linking cylinder, the linking cylinder is fixedly connected onto the cloth collecting rack and is positioned on one side of the cloth far away from the linking roller, and the telescopic direction of a piston rod of the linking cylinder is perpendicular to the linking roller, and the end part of a piston rod of the connecting cylinder is relatively fixed with an automatic air nail gun, and the launching direction of the automatic air nail gun faces to the connecting roller.

Through adopting above-mentioned technical scheme, the operator direct operation links up the cylinder and passes through automatic air nail rifle alright link up cloth to linking up the roller before cloth is tailor, accomplishes and links up the operation, has improved the link up efficiency between the cloth process is received to the perching.

Optionally, the piston rod tip that links up the cylinder is equipped with the mounting panel, the length direction of mounting panel is parallel with linking up the roller, automatic air nail rifle is equipped with two and is located mounting panel length direction's both ends respectively, two the muzzle of automatic air nail rifle corresponds cloth width direction's border position respectively.

Through adopting above-mentioned technical scheme, link up the subassembly with cloth width direction's both ends and linking roller relatively fixed, make the both sides of cloth difficult emergence stick up the limit, improve cloth at the roughness of linking up the in-process.

Optionally, tailor the sword including mutual parallel arrangement and be located preceding cut-off knife and the back cut-off knife of cloth homonymy, receive to be equipped with the case piece that length direction is the same with preceding cut-off knife on the cloth holder, the case piece is located the one side that the cut-off knife was kept away from to cloth, and when present cut-off knife and back cut-off knife removed to the case piece simultaneously, preceding cut-off knife contacted with the back of the body side face of carrying on the back of the case piece respectively with the side face in opposite directions of back cut-off knife.

Through adopting above-mentioned technical scheme, preceding cut-off knife and back cut-off knife simultaneous working are tailor into the three-section with cloth, only need once tailor alright with fault cloth and yields cloth separation, improved work efficiency.

Optionally, the cutting mechanism still includes cuts out the cylinder, the flexible direction of the piston rod of cutting out the cylinder is perpendicular with the cloth cover of cloth, preceding cut-off knife all with the piston rod relatively fixed who cuts out the cylinder with back cut-off knife, receive to be equipped with the mark on the cloth holder and detect the sensor, cloth in receive in the cloth holder and detect the sensor and then reach a case piece through the mark, the mark detects the sensor and cuts out the cylinder, receives cloth motor, links up the cylinder and is connected with automatic gas nail rifle electricity.

By adopting the technical scheme, the mark detection sensor identifies the mark of the worker and makes a cutting and connecting work instruction so as to complete the detection, cutting and connecting work and improve the work efficiency.

Optionally, the blade surfaces of the cutting edges of the front cutter and the rear cutter form an included angle with the cloth surface of the cloth.

By adopting the technical scheme, the inclined front cut-off knife and the inclined rear cut-off knife can uniformly prolong the cutting cracks in the shearing process of the cloth, and the forming quality of the end part of the broken end of the cloth is improved.

Optionally, a conversion motor and a conversion disc are arranged on the cloth collecting frame, the conversion disc is connected with the cloth collecting frame in a rotating mode, the conversion motor drives the conversion disc to rotate, the cloth collecting roller and the engagement roller are perpendicular to the conversion disc and are connected with the conversion disc in a rotating mode, the cloth collecting roller and the engagement roller are located on the same side of the conversion disc, the cloth collecting motor is provided with two parts and located on the other side of the conversion disc, and the cloth collecting motor drives the cloth collecting roller and the engagement roller to rotate respectively.

Through adopting above-mentioned technical scheme, the conversion dish rotates half week alright with linking up the position that the roller removed to former receipts cloth roller to make linking up the roller as new receipts cloth roller and receive cloth work, improved the efficiency that the process links up.

Optionally, the case piece is shaft-like and its one end and conversion dish fixed connection, fixedly connected with nip roll on the conversion dish, nip roll is located between linking roller and the receipts cloth roller, just the case piece is located between receipts cloth roller and the nip roll, the cutting direction of preceding cut-off knife and back cut-off knife is perpendicular with the cloth cover of the cloth between receipts cloth roller and the nip roll, case piece and nip roll all are equipped with two and all about the centre of a circle central symmetry of conversion dish.

Through adopting above-mentioned technical scheme, nip roll and linking roller are with the angle modulation of the cloth between the two to perpendicular with cutting knife cutting plane, are convenient for cut the cutting of cutting knife, have improved the cutting shaping quality of cloth broken end department simultaneously.

Optionally, the conversion disc is provided with two ends symmetrically distributed in the length direction of the cloth collecting roller, the conversion disc is provided with a safety chuck for fixing the cloth collecting roller and the connecting roller, and the safety chuck is rotatably connected with the conversion disc.

Through adopting above-mentioned technical scheme, receive the cloth roller both ends and all obtain to support just to have more stable operating condition, safe chuck can be fixed in the change-over dish with receiving the cloth roller and linking the roller on and realize rotating the connection, open safe chuck alright make linking roller or receive the cloth roller and change-over dish separation simultaneously, made things convenient for the dismouting operation of receiving the cloth roller and linking the roller.

Optionally, receive to be equipped with the receiving frame on the cloth frame, the receiving frame includes slide and finished product platform, the length direction of slide is perpendicular with receipts cloth roller, the slide one end downward sloping of receiving the cloth roller and with finished product platform fixed connection are kept away from to the slide, the slide is equipped with two and two slides one end that the finished product platform was kept away from to the slide one end be located respectively under receipts cloth roller both ends that are parallel to each other.

By adopting the technical scheme, after the cloth collecting roller finishes single cloth collecting work, the safety chuck is opened, and the cloth collecting roller rolls to the finished product platform under the guide of the oblique sliding plate, so that the collecting efficiency of finished cloth products is improved.

In summary, the present application includes at least one of the following beneficial technical effects:

1. through the arrangement of the connecting assembly, an operator can directly operate the connecting cylinder to connect the cloth to the connecting roller through the automatic air nail gun before the cloth is cut, so that the material receiving operation is completed, and the connecting efficiency among cloth inspecting processes is improved;

2. through the setting of mark detection sensor, case piece, preceding cut-off knife, back cut-off knife and the cylinder of tailorring, make the mark of tailorring the sword and making the operator and carry out the automation and tailor the processing, further improved production efficiency.

Drawings

Fig. 1 is a general schematic diagram of a cloth inspecting cutting line for embodying the double-layer knitted antibacterial fabric in the embodiment of the application.

Fig. 2 is a schematic plan view of a cloth inspecting cutting line for a double-layer knitted antibacterial fabric in the embodiment of the application.

Fig. 3 is a schematic diagram for embodying a fabric collecting rack structure in the embodiment of the present application.

Fig. 4 is a partially enlarged view of a portion a in fig. 2.

Description of reference numerals: 1. a blank holder; 11. a blank roll; 2. a cloth inspecting table; 21. a station; 211. a dust cover; 22. a meter counter; 3. a cloth collecting frame; 31. a cloth collecting roller; 32. a joining roller; 33. a switching disk; 331. a safety chuck; 34. a switching motor; 35. a cloth collecting motor; 36. flattening rollers; 4. a cutting knife; 41. a cutting cylinder; 42. a front cutter; 43. a rear cutter; 44. case blocks; 45. a mark detection sensor; 5. an engagement assembly; 51. a connecting cylinder; 52. mounting a plate; 53. an automatic pneumatic nail gun; 6. a receiving rack; 61. an inclined slide plate; 62. a finished product table; 71. a first guide roller; 72. a second guide roller; 73. a third guide roller; 74. a fourth guide roller; 8. and (6) cloth.

Detailed Description

The present application is described in further detail below with reference to figures 1-4.

The embodiment of the application discloses a check cloth cutting line for double-layer knitted antibacterial fabric, as shown in fig. 1 and 2, including blank frame 1, the last rotation of blank frame 1 is connected with blank roller 11, around being equipped with a large amount of cloth 8 blanks on blank roller 11, set out by blank roller 11, first guide roll 71 has set gradually along cloth 8's direction of delivery, cloth inspection platform 2, second guide roll 72, platform 21, third guide roll 73, fourth guide roll 74 and receipts cloth holder 3, be equipped with the receipts cloth roller 31 that is used for receiving cloth and control receipts cloth roller 31 pivoted receipts cloth motor 35 on receiving cloth holder 3, whole in-process, receive cloth motor 35 drive and receive cloth roller 31 pivoted power for making cloth 8 the power of marcing. Cloth 8 leaves blank roller 11, passes through cloth inspection table 2 and is closely attached to the table top of cloth inspection table 2 for quality inspection, then cloth 8 leaves cloth inspection table 2 under the guide of second guide roller 72 and third guide roller 73, and passes through from the bottom of station 21 to fourth guide roller 74, and cloth 8 enters cloth receiving frame 3 after passing through fourth guide roller 74. Two conversion disks 33 with opposite disk surfaces are arranged on the cloth collecting frame 3, two ends of the cloth collecting roller 31 are respectively and rotatably connected to the opposite disk surfaces of the two conversion disks 33, a connecting roller 32 is simultaneously and rotatably connected between the two conversion disks 33, and the cloth collecting roller 31 and the connecting roller 32 are symmetrically arranged with the center of circle of the conversion disks 33.

As shown in fig. 1 and 2, the stock roll 11, the first guide roll 71, the second guide roll 72, the third guide roll 73, the fourth guide roll 74, the joining roll 32, and the take-up roll 31 are parallel in the longitudinal direction and perpendicular to the running direction of the cloth 8.

As shown in fig. 1 and 2, the cloth inspecting table 2 is provided with a meter counter 22 for measuring the running length of the cloth 8. The worker checks the quality of the passing cloth 8 at the cloth inspecting table 2, stops the cloth receiving motor 35 if necessary, and timely treats the defects of the cloth 8 on the cloth inspecting table 2. When detecting that the cloth 8 has a defect such as missing lines and the like which needs to be cut integrally or when the meter counter 22 displays that a good enough cloth 8 is collected, marking the edge of the corresponding position of the cloth 8, wherein the mark provides a position reference for subsequent cutting of the cloth 8; the platform 21 provides an operation space for workers, and a dust cover 211 is integrally formed on one side of the platform 21 away from the cloth inspecting table 2, and the dust cover 211 blocks the cloth 8 between the third guide roller 73 and the fourth guide roller 74 from the external space.

As shown in fig. 1 and 3, the cloth collecting frame 3 is provided with two switching motors 34, the switching motors 34 are used for driving the switching disks 33 to rotate, the switching disks 33 are provided with two disks facing each other, the switching motors 34 are located on one side of one of the switching disks 33 facing away from the other switching disk 33 and are fixed relative to the cloth collecting frame 3, and the cloth collecting motor 35 is fixedly mounted on one side of the other switching disk 33 facing away from the previous switching disk 33; two opposite sides of the two conversion disks 33 and two opposite positions of the circle center of the conversion disks 33 are respectively and rotatably connected with a group of direct-pushing type safety chucks 331, the safety chucks 331 are controlled by the cloth collecting motor 35 to rotate, so that the cloth collecting motor 35 is also provided with two parts; one of the safety chucks 331 is used for coaxially fixing the cloth take-up roller 31, and the other safety chuck 331 is used for coaxially fixing the engaging roller 32. When cloth is normally collected, the conversion disc 33 is still, the cloth collecting motor 35 for driving the cloth collecting roller 31 normally works, and the cloth collecting motor 35 for driving the engaging roller 32 is in a non-working state; the joining roller 32 is positioned right above the circle center of the conversion disc 33, and the cloth collecting roller 31 is positioned right below the joining roller 32; when the cloth 8 reaches the cloth collecting shelf 3, the cloth passes over the joining roller 32 and is collected by the cloth collecting roller 31.

As shown in fig. 2 and 4, the cloth collecting frame 3 is further provided with a cutting mechanism for cutting the cloth 8 with marks, the cutting mechanism comprises a cutting cylinder 41, a cutting knife 4 and a rod-shaped table block 44, the cutting cylinder 41 is fixedly arranged on the cloth collecting frame 3, and the cutting knife 4 is fixedly connected to the end part of a piston rod of the cutting cylinder 41; the conversion disk 33 is provided with two flattening rollers 36 parallel to the cloth collecting roller 31, the pattern blocks 44 are also provided with two patterns, the length direction of the pattern blocks is the same as that of the flattening rollers 36, one end of each pattern block 44 is fixedly connected to the conversion disk 33, one pattern block 44 is positioned between the flattening rollers 36 and the connecting roller 32, and the other pattern block 44 and the previous pattern block 44 are symmetrically arranged around the axis of the conversion disk 33. The flattening roller 36 is rotatably connected with the switching disc 33; the spreader roll 36 functions to adjust the angle of the cloth 8: before the cloth collecting roller 31 is collected to the single maximum cloth 8 amount or before the mark detection sensor 45 detects the mark of the cloth 8, the cloth 8 between the joining roller 32 and the flattening roller 36 is parallel to and contacts with the side of the pattern piece 44 facing the cloth 8, and the function of the cloth 8 is to create an angle condition for the matching of the cutting knife 4 and the pattern piece 44.

As shown in fig. 3 and 4, the piston rod of the cutting cylinder 41 extends and contracts toward the table 44 which is in contact with the cloth 8. The cutting knife 4 is divided into a front cutting knife 42 and a rear cutting knife 43 which are parallel to each other and have the same length, the blade surfaces of the cutting edges of the front cutting knife 42 and the rear cutting knife 43 form an included angle of 20 degrees with the cloth 8, and when the cutting cylinder 41 pushes the cutting knife 4 to cut the cloth 8, the opposite side surfaces of the case block 44 are respectively contacted and rubbed with the opposite side surfaces of the front cutting knife 42 and the rear cutting knife 43.

As shown in fig. 2 and 4, a mark detection sensor 45 is arranged on the cloth collecting rack 3 and on the side of the cutting knife 4 away from the nip roll 36, and the mark detection sensor 45 is electrically connected with the cutting cylinder 41 and the cloth collecting motor 35. After the mark detection sensor 45 detects that a mark left by a worker of the cloth inspecting table 2 appears on the cloth 8, the mark detection sensor 45 sends a signal to the cloth collection motor 35 through calculation, so that the cloth collection motor 35 stops running when the mark of the cloth 8 runs onto the pattern block 44, then the mark detection sensor 45 sends a working instruction to the cutting cylinder 41, the cutting cylinder 41 pushes the front cutter 42 and the rear cutter 43 to descend simultaneously to cut the cloth 8, and the cloth 8 is cut into three parts, namely a finished product part connected with the cloth collection roller 31, a standby part connected with the blank roller 11 and a waste part left between the front cutter 42 and the rear cutter 43.

As shown in fig. 2 and 4, receive to be equipped with on the cloth holder 3 and link up subassembly 5, link up subassembly 5 including fixed mounting in receive the linking cylinder 51 on cloth holder 3, link up cylinder 51 and be located cloth 8 central point and the projection of its piston rod along its flexible direction falls at the central point of linking roller 32 directly over. A mounting plate 52 is relatively fixed at the end part of the piston rod of the joining cylinder 51, the length direction of the mounting plate 52 is parallel to the joining roller 32, and the length of the mounting plate 52 is the same as the width of the cloth 8; the automatic pneumatic nail guns 53 are installed on both ends of the mounting plate 52, the shooting direction of the automatic pneumatic nail guns 53 is vertically directed to the cloth 8, and the mark detection sensor 45 is electrically connected to the control switch of the engagement cylinder 51 and the control switch of the automatic pneumatic nail guns 53. When the mark detection sensor 45 sends a stop signal to the cloth collection motor 35, the mark detection sensor 45 also sends a working signal to the connecting cylinder 51 and the automatic air nail gun 53, the connecting cylinder 51 pushes the mounting plate 52 to move towards the cloth 8, before the cutting knife 4 finishes cutting the cloth 8, the mounting plate 52 runs to the position where the muzzle of the automatic air nail gun 53 is higher than five centimeters of the cloth 8, the automatic air nail gun 53 simultaneously drives out the air nails, the two ends of the width direction of the part to be continued of the cloth 8 are fixed on the connecting roller 32, the binding of the cloth 8 is finished, the piston rod of the connecting cylinder 51 contracts, and at the moment, the cutting knife 4 finishes cutting the cloth 8. In order to facilitate the work of the automatic air nail gun 53, the cloth collecting roller 31 and the connecting roller 32 are both provided with air expansion shafts sleeved with hollow paper cylinders, and the length of the air nails is smaller than the thickness of the tube walls of the hollow paper cylinders.

As shown in fig. 2 and 3, the cloth receiving rack 3 is provided with a receiving rack 6, and the receiving rack 6 comprises an inclined slide plate 61 and a finished product table 62. Finished product platform 62 is located the one side of receiving cloth holder 3 and keeping away from perching platform 2, and oblique slide 61 is equipped with two that are parallel to each other, and two oblique slide 61 homonymy one end are located respectively under cloth receiving roll 31 both ends, and two oblique slide 61 other ends and finished product platform 62 fixed connection, and oblique slide 61 is decreased progressively by cloth receiving roll 31 towards the height of finished product platform 62 direction. After the work of the joining cylinder 51 and the cutting cylinder 41 is finished, the initial state returns, the cloth collecting motor 35 is started to collect the cloth 8 of the finished product part which is not collected, the cloth collecting motor 35 stops again after the collection is finished, the safety chuck 331 is opened, the cloth collecting roller 31 loses the support and leaves the conversion disc 33, falls onto the oblique sliding plate 61 under the action of gravity, and falls onto the finished product platform 62 along the oblique sliding plate 61. Meanwhile, the worker installs a new inflatable shaft sleeved with a hollow paper tube into the safety chuck 331 of the previous cloth collecting roller 31, then the switching motor 34 drives the switching disc 33 to rotate, the connecting roller 32 rotates to the position of the cloth collecting roller 31, at this time, the connecting roller 32 becomes a new cloth collecting roller 31, and the inflatable shaft sleeved with the hollow paper tube and just loaded into the safety chuck 331 becomes a new connecting roller 32. After the position adjustment is completed, the cloth collecting motor 35 is started, and the cloth collecting operation is continued.

The cloth inspecting and cutting connection line for the double-layer knitted antibacterial fabric is implemented according to the following principle:

when the cloth inspecting process is carried out, a worker carries out quality inspection on the passing cloth 8 at the cloth inspecting table 2, and controls the cloth receiving motor 35 to stop and repair the defects in time when the defects are found; for a large defect such as a missing line or a broken hole, or when the meter 22 of the cloth inspecting table 2 displays that the single cloth receiving amount is large enough (the single cloth receiving amount is a value determined before the start operation), a mark which can be identified by the mark detecting sensor 45 is marked at the edge of the corresponding position of the cloth 8. When the mark on the cloth 8 runs to the mark detection sensor 45 and is detected, the mark detection sensor 45 controls the cloth receiving motor 35 to stop rotating, and the mark position of the cloth 8 is just on the pattern block 44; the mark detection sensor 45 controls the joining cylinder 51 and the cutting cylinder 41 to start operation, and joins the cut piece of cloth 8 to the joining roller 32 while cutting the cloth 8. The cloth take-up roll 31 loaded with the finished cloth 8 is then unloaded, and the take-up work is continued with the joining roll 32 as a new cloth take-up roll 31.

The embodiments of the present invention are preferred embodiments of the present application, and the scope of protection of the present application is not limited by the embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.

Claims

1. The utility model provides a line is tailor to perching for double-deck knitting antibacterial fabric, has set gradually blank work or material rest (1), perching platform (2) and receipts cloth holder (3) along the direction that cloth (8) were carried, it is connected with blank roller (11) to rotate on blank work or material rest (1), be equipped with on receiving cloth holder (3) and receive cloth motor (35) and tailoring mechanism, just it is connected with receipts cloth roller (31) to rotate on receiving cloth holder (3), receive cloth motor (35) control and receive cloth roller (31) and rotate, tailoring mechanism is including tailorring sword (4), its characterized in that: receive still to be equipped with on cloth holder (3) and link up roller (32) and link up subassembly (5), cloth (8) reach in receiving cloth holder (3) through linking up roller (32) and receive cloth roller (31), it is used for tailor to be located cloth (8) between linking up roller (32) and cloth roller (31) to cut out sword (4), link up subassembly (5) including linking up cylinder (51), link up cylinder (51) fixed connection and be located cloth (8) on linking up roller (32) on receiving cloth holder (3) and keep away from the one side of linking up roller (32), the flexible direction of the piston rod of linking up cylinder (51) is perpendicular with linking up roller (32), the piston rod end relatively fixed of linking up cylinder (51) has automatic air nail rifle (53), the transmission direction of automatic air nail rifle (53) is towards linking up roller (32).

2. The perching cut connecting line for the double-layer knitted antibacterial fabric according to claim 1, which is characterized in that: the piston rod end that links up cylinder (51) is equipped with mounting panel (52), the length direction of mounting panel (52) is parallel with linking up roller (32), automatic air nail rifle (53) are equipped with two and are located mounting panel (52) length direction's both ends respectively, two the muzzle of automatic air nail rifle (53) corresponds cloth (8) width direction's border position respectively.

3. The perching cut connecting line for the double-layer knitted antibacterial fabric according to claim 1, which is characterized in that: tailor sword (4) including mutual parallel arrangement and be located preceding cut-off knife (42) and back cut-off knife (43) of cloth (8) homonymy, receive and be equipped with the scheme piece (44) that length direction and preceding cut-off knife (42) are the same on cloth holder (3), present cut-off knife (42) and back cut-off knife (43) tailor completion back with cloth (8), preceding cut-off knife (42) and the opposite side of back cut-off knife (43) contact with the side of carrying on the back of the body of the case piece (44) respectively.

4. The perching cut connecting line for the double-layer knitted antibacterial fabric according to claim 3, which is characterized in that: the cutting mechanism further comprises a cutting cylinder (41), the telescopic direction of a piston rod of the cutting cylinder (41) is perpendicular to the cloth surface of cloth (8), a front cutting knife (42) and a rear cutting knife (43) are both fixed relative to the piston rod of the cutting cylinder (41), a mark detection sensor (45) is arranged on the cloth collecting frame (3), cloth (8) is arranged in the cloth collecting frame (3) and reaches a case block (44) through the mark detection sensor (45), and the mark detection sensor (45) is electrically connected with the cutting cylinder (41), a cloth collecting motor (35), a linking cylinder (51) and an automatic air nail gun (53).

5. The perching cut connecting line for the double-layer knitted antibacterial fabric according to claim 4, which is characterized in that: the blade surfaces of the cutting edges of the front cutter (42) and the rear cutter (43) form an included angle with the cloth surface of the cloth (8).

6. The perching cut connecting line for the double-layer knitted antibacterial fabric according to claim 3, which is characterized in that: receive and be equipped with conversion motor (34) and conversion dish (33) on cloth frame (3), conversion dish (33) rotate with receiving cloth frame (3) and be connected, conversion motor (34) drive conversion dish (33) rotate, receive cloth roller (31) and linking roller (32) all perpendicular and all rotate with conversion dish (33) and be connected, receive cloth roller (31) and linking roller (32) all lie in the same one side of conversion dish (33), receive cloth motor (35) and be equipped with two and all lie in the opposite side of conversion dish (33), receive cloth motor (35) drive respectively and receive cloth roller (31) and link up roller (32) and rotate.

7. The perching cut connecting line for the double-layer knitted antibacterial fabric according to claim 6, which is characterized in that: case piece (44) are shaft-like and its one end and conversion dish (33) fixed connection, fixedly connected with nip roll (36) on conversion dish (33), nip roll (36) are located and link up between roller (32) and cloth receiving roller (31), just case piece (44) are located between cloth receiving roller (31) and nip roll (36), the cutting direction of preceding cut-off knife (42) and back cut-off knife (43) is perpendicular with the cloth cover of cloth (8) between cloth receiving roller (31) and nip roll (36), case piece (44) and nip roll (36) all are equipped with two and all are symmetrical about the centre of a circle center of conversion dish (33).

8. The perching cut connecting line for the double-layer knitted antibacterial fabric according to claim 7, which is characterized in that: the cloth collecting device is characterized in that the conversion disc (33) is provided with two ends which are symmetrically distributed in the length direction of the cloth collecting roller (31), a safety chuck (331) used for fixing the cloth collecting roller (31) and the connecting roller (32) is arranged on the conversion disc (33), and the safety chuck (331) is rotatably connected with the conversion disc (33).

9. The perching cut connecting line for the double-layer knitted antibacterial fabric according to claim 8, which is characterized in that: receive and be equipped with on cloth frame (3) and receive frame (6), receive frame (6) including slide (61) and finished product platform (62), the length direction of slide (61) is perpendicular with receipts cloth roller (31), the one end downward sloping of receiving cloth roller (31) and with finished product platform (62) fixed connection are kept away from to slide (61), slide (61) are equipped with two and two slides (61) that are parallel to each other and keep away from finished product platform (62) one end and are located respectively under receipts cloth roller (31) both ends.