CN209098858U

CN209098858U - For making the filament cutter of super soft terylene plush

Info

Publication number: CN209098858U
Application number: CN201821715725.9U
Authority: CN
Inventors: 蒋学伟
Original assignee: Jiashan Swater Technology Co Ltd
Current assignee: Jiashan Swater Technology Co Ltd
Priority date: 2018-10-23
Filing date: 2018-10-23
Publication date: 2019-07-12
Anticipated expiration: 2028-10-23

Abstract

It is a kind of for making the filament cutter of super soft terylene plush, including rack, it is fixed on the sliding bar of front end of rack, the movable plate that two sides and sliding bar are slidably connected, the cutting knife unit being set on movable plate, wobble component for driving movable plate and cutting knife unit to slide up and down along sliding bar, the motor being set to below rack, the traffic cycle of rotation is driven by motor, first swing arm, first to fourth roller, and drum drive, drum drive includes balance wheel, driving gear, first driven gear, second driven gear, first runner, second runner, third runner, 4th runner, 5th runner and the 6th runner.It so can accurately adjust chopping length and self-feeding.

Description

For making the filament cutter of super soft terylene plush

Technical field

It is especially a kind of for making the chopping of super soft terylene plush the utility model relates to villus manufacture technology field Machine.

Background technique

Villus production method has chopping step, i.e., the long filaments such as terylene, nylon are cut into the short silk of predetermined length, existing Chopping mode be artificial chopping or fixation filament cutter, the cutter of this filament cutter moves up and down progress with fixed frequency Chopping needs artificial or feeding mechanism to send constantly into long filament, is unable to control chopping length or the control of chopping length is not smart Really.

Utility model content

The super for making of chopping length and self-feeding can be accurately adjusted in view of this, the present invention provides a kind of The filament cutter of soft terylene plush, to solve the above problems.

It is a kind of for making the filament cutter of super soft terylene plush, including rack 10, be fixed on the sliding of 10 front end of rack Movable plate 30 that bar 20, two sides and sliding bar 20 are slidably connected, the cutting knife unit 40 being set on movable plate 30 are moved for driving Wobble component 60 that movable plate 30 and cutting knife unit 40 are slided up and down along sliding bar 20, the motor for being set to 10 lower section of rack, by electricity Traffic cycle 110, the first swing arm 120, first to fourth roller and the drum drive of machine driving rotation；The bottom of rack 10 Front end is through to from rear end and is provided with material path 50, and the top rotation in the front end of material path 50 is provided with the first roller, in material path 50 The lower rotational of front end be provided with second tin roller 52, the top rotation in the rear end of material path 50 is provided with third roller 53, The lower rotational of the rear end of material path 50 is provided with the 4th roller；Wobble component 60 is connect with traffic cycle 110, outside traffic cycle 110 Chopping length adjustment block 111 is radially equipped on side end face, the middle part of chopping length adjustment block 111 is radially equipped with groove, the The first end of one swing arm 120 is connect by sliding block with the groove of chopping length adjustment block 111, and the drum drive includes Balance wheel 130, driving gear 141, the first driven gear 142, the second driven gear 143, the first runner 151, the second runner 152, Third runner 153, the 4th runner 154, the 5th runner 155 and the 6th runner 156, the second end and balance wheel 130 of the first swing arm 120 Connection, balance wheel 130 are fixedly connected by first rotating shaft 131 with driving gear 141, driving gear 141 and the first driven gear 142 engagements, side of first driven gear 142 far from driving gear 141 is engaged with the second driven gear 143；First driven tooth Wheel 142 is connect by the second shaft 1421 with the first runner 151, and the second driven gear 143 passes through third shaft 1431 and the 5th Runner 155 connects, and the first runner 151 is connected by the second runner of chain 152, the second runner 152 by the 4th shaft 1521 and The connection of third runner 153, third runner 153 and the 4th runner 154 are located at the upper outside of 50 front end of material path and rear end, the Three runners 153 are connect by chain with the 4th runner 154, and the first roller and third runner 153 are coaxially connected, third roller 53 and 4th runner 154 is coaxially connected；5th runner 155 is connect by chain with the 6th runner 156, second tin roller 52 and the 5th turn Take turns 155 coaxially connected, the 4th roller and the 6th runner 156 are coaxially connected；Have between first runner 151 and the second shaft 1421 There is the first single direction ratchet, there is the second single direction ratchet between the 5th runner 155 and third shaft 1431.

Further, the chopping length adjustment block 111 is equipped with graduated scale in the outside of groove.

Further, second runner 152 is located at side of first runner 151 towards 10 front end of rack, and second turn The vertical height of wheel 152 is higher than the first runner 151.

Further, the second end of first swing arm 120 and a linking arm 121 are rotatablely connected, linking arm 121 and pendulum 130 circumferential side walls are taken turns to be fixedly connected.

Further, the cutting knife unit 40 is static in the first roller, third roller 53, second tin roller 52 and the 4th roller When move down with to polyester filament carry out chopping.

Further, the two sides of the movable plate 30 are respectively equipped with sleeve 31, and sleeve 31 is sheathed on sliding bar 20.

Further, the exterior bottom of the movable plate 30 is equipped with cutter fixed cell 32, and cutting knife unit 40 passes through cutter Fixed cell 32 is fixed on movable plate 30.

Further, the outside of the movable plate 30 is recessed inwardly to form accommodation groove 301, and cutter fixed cell 32 includes It is set to the bearing part 322 of the two sides of the bottom of accommodation groove 301, the camshaft 321 that both ends are connect with two bearing parts 322 respectively, And it is sheathed on the limit sleeve 323 at the middle part of camshaft 321, limit sleeve 323 is equipped with several abutting blocks towards the side of accommodation groove 301 3231, one end of camshaft 321 is fixedly installed operation handle 324, and the outside of movable plate 30 is additionally provided with for fixed operation hand The fixing piece of handle 324.

Further, the wobble component 60 include the mini-roundabout being connect with the central axis of traffic cycle 110, first partially Heart connecting rod, connecting rod 113, the second swing arm 61, the 5th shaft 62, third swing arm 63 and adapter 64, the first eccentric connecting rod First end connect with mini-roundabout bias, connecting rod 113 is connect with the second end of the first eccentric connecting rod, the of the second swing arm 61 One end and connecting rod 113 are rotatablely connected, and the second end and the 5th shaft 62 of the second swing arm 61 are rotatablely connected, third swing arm 63 First end is rotatablely connected with the 5th shaft 62 and fixed connection opposite with the second end of the second swing arm 61, and the second of third swing arm 63 End is rotatablely connected by the top of adapter 64 and movable plate 30.

Further, the middle inside of the movable plate 30 towards rack 10 is equipped with cross bar 33, and the wobble component 60 is also Including the eccentric connecting rod 114 of eccentric wheel 112, second, swing connecting bar 115, the 6th shaft 116 and clamping jaw 117, eccentric wheel 112 with The first end of the connection of mini-roundabout bias, the second eccentric connecting rod 114 is connect with the center rotating of eccentric wheel 112, second end and pendulum The first end connection of dynamic connecting rod 115, the middle part of swing connecting bar 115 are fixedly connected with the 6th shaft 116, the first end of clamping jaw 117 It is fixedly connected with the 6th shaft 116, the second end of clamping jaw 117 is equipped with U-lag, and cross bar 33 is located in U-lag.

Compared with prior art, the filament cutter for making super soft terylene plush of the utility model include rack 10, It is fixed on movable plate 30 that sliding bar 20, two sides and the sliding bar 20 of 10 front end of rack be slidably connected, is set on movable plate 30 Cutting knife unit 40, the wobble component 60 for driving movable plate 30 and cutting knife unit 40 to slide up and down along sliding bar 20, setting In the motor of 10 lower section of rack, the traffic cycle 110 that rotation is driven by motor, the first swing arm 120, first to fourth roller, and rolling Cylinder driving device；The bottom of rack 10 is through to front end from rear end and is provided with material path 50, rotates on the top of the front end of material path 50 It is provided with the first roller, the lower rotational in the front end of material path 50 is provided with second tin roller 52, on the top of the rear end of material path 50 Rotation is provided with third roller 53, and the lower rotational in the rear end of material path 50 is provided with the 4th roller；Wobble component 60 turns with big Disk 110 connects, and chopping length adjustment block 111, chopping length adjustment block 111 are radially equipped in the end face outside of traffic cycle 110 Middle part be radially equipped with groove, the first end of the first swing arm 120 is connected by the groove of sliding block and chopping length adjustment block 111 Connect, the drum drive include balance wheel 130, driving gear 141, the first driven gear 142, the second driven gear 143, First runner 151, the second runner 152, third runner 153, the 4th runner 154, the 5th runner 155 and the 6th runner 156, first The second end of swing arm 120 is connect with balance wheel 130, and balance wheel 130 is fixedly connected by first rotating shaft 131 with driving gear 141, actively Gear 141 is engaged with the first driven gear 142, and side and second of first driven gear 142 far from driving gear 141 are driven Gear 143 engages；First driven gear 142 is connect by the second shaft 1421 with the first runner 151, the second driven gear 143 It is connect by third shaft 1431 with the 5th runner 155, the first runner 151 is connected by the second runner of chain 152, the second runner 152 are connect by the 4th shaft 1521 with third runner 153, before third runner 153 and the 4th runner 154 are located at material path 50 The upper outside at end and rear end, third runner 153 are connect by chain with the 4th runner 154, the first roller and third runner 153 is coaxially connected, and third roller 53 and the 4th runner 154 are coaxially connected；5th runner 155 passes through chain and the 6th runner 156 Connection, second tin roller 52 and the 5th runner 155 are coaxially connected, and the 4th roller and the 6th runner 156 are coaxially connected；First runner 151 and second have the first single direction ratchet between shaft 1421, have between the 5th runner 155 and third shaft 1,431 second single To ratchet.It so can accurately adjust chopping length and self-feeding.

Detailed description of the invention

The embodiments of the present invention are described below in conjunction with attached drawing, in which:

Fig. 1 is provided by the utility model for making the stereoscopic schematic diagram of the filament cutter of super soft terylene plush.

Fig. 2 is that the solid provided by the utility model for making another visual angle of the filament cutter of super soft terylene plush is shown It is intended to.

Fig. 3 is provided by the utility model for making the vertical of the drum drive of the filament cutter of super soft terylene plush Body schematic diagram.

Fig. 4 is that the solid provided by the utility model for making another visual angle of the filament cutter of super soft terylene plush is shown It is intended to.

Fig. 5 is provided by the utility model for making the side schematic view of the filament cutter of super soft terylene plush.

Fig. 6 is the stereoscopic schematic diagram of the cutter fixed cell in Fig. 4.

Fig. 7 is the stereoscopic schematic diagram of the cutting knife unit in Fig. 4.

Fig. 8 is provided by the utility model for making the sectional perspective schematic diagram of the filament cutter of super soft terylene plush.

Specific embodiment

Specific embodiment of the utility model is further elaborated below based on attached drawing.It should be understood that The explanation of the utility model embodiment is not used to herein to limit the protection scope of the utility model.

Fig. 1 to Fig. 3 is please referred to, includes for the filament cutter provided by the utility model for making super soft terylene plush Movable plate 30 that rack 10, the sliding bar 20 for being fixed on 10 front end of rack, two sides and sliding bar 20 are slidably connected is set to movement Cutting knife unit 40 on plate 30, the wobble component for driving movable plate 30 and cutting knife unit 40 to slide up and down along sliding bar 20 60, the motor for being set to 10 lower section of rack, the traffic cycle 110 that rotation is driven by motor, the first swing arm 120, first to fourth rolling Cylinder and drum drive.

The bottom of rack 10 is through to front end from rear end and is provided with material path 50, rotates setting on the top of the front end of material path 50 There is the first roller；Lower rotational in the front end of material path 50 is provided with second tin roller 52, as shown in Fig. 1；In the rear end of material path 50 Top rotation be provided with third roller 53, as shown in Figure 8；Lower rotational in the rear end of material path 50 is provided with the 4th roller.

Traffic cycle 110 drive wobble component 60 swing up and down in perpendicular, wobble component 60 drive movable plate 30 and Cutting knife unit 40 is slided up and down along sliding bar 20, to carry out chopping to the polyester filament in material path.

Drum drive include balance wheel 130, driving gear 141, the first driven gear 142, the second driven gear 143, First runner 151, the second runner 152, third runner 153, the 4th runner 154, the 5th runner 155 and the 6th runner 156.

Chopping length adjustment block 111 is radially equipped in the end face outside of traffic cycle 110, chopping length adjustment block 111 Middle part is radially equipped with groove, and the first end of the first swing arm 120 is connect by sliding block with the groove of chopping length adjustment block 111, Second end is connect by linking arm 121 with balance wheel 130.The second end and linking arm 121 of first swing arm 120 are rotatablely connected, connection Arm 121 is fixedly connected with 130 circumferential side wall of balance wheel.The amplitude of fluctuation of first swing arm 120 is being cut by the first end of the first swing arm 120 Position in the groove of filament length degree adjusting block 111 determines, i.e., is determined by the eccentric degree of the opposite traffic cycle 110 of the first swing arm 120, Chopping length adjustment block 111 is additionally provided with graduated scale on the outside of groove, by conversion, may make chopping length is directly reacted carving It spends on ruler, the setting of Cutting Length is carried out convenient for user.

The middle part of balance wheel 130 is fixedly connected with first rotating shaft 131, the one end of first rotating shaft 131 far from balance wheel 130 and active Gear 141 is fixedly connected, and driving gear 141 is engaged with the first driven gear 142, and the first driven gear 142 is far from driving gear It is engaged with the second driven gear 143 141 side；First driven gear 142 passes through the second shaft 1421 and the first runner 151 Connection, the second driven gear 143 are connect by third shaft 1431 with the 5th runner 155.

Second runner 152 is located at side of first runner 151 towards 10 front end of rack, and the vertical height of the second runner 152 Degree is higher than the first runner 151, and the first runner 151 is connected by the second runner of chain 152, and the second runner 152 passes through the 4th shaft 1521 connect with third runner 153, and third runner 153 and the 4th runner 154 are located at the top of 50 front end of material path and rear end Outside, third runner 153 are connect by chain with the 4th runner 154.First roller and third runner 153 are coaxially connected, third Roller 53 and the 4th runner 154 are coaxially connected.

5th runner 155 is connect by chain with the 6th runner 156, and second tin roller 52 coaxially connects with the 5th runner 155 It connects, the 4th roller and the 6th runner 156 are coaxially connected.

There is the first single direction ratchet, so that the first runner 151 can only court between first runner 151 and the second shaft 1421 It is rotated to along the direction of arrow a；There is the second single direction ratchet, so that the 5th turn between 5th runner 155 and third shaft 1431 Wheel 155 is rotated only towards the direction of arrow b, i.e., the rotation direction of the 5th runner 155 is opposite with the first runner 151.

When driving gear 141 is swung along the direction of arrow b, the first driven gear 142 is swung along the direction of arrow a, the One runner 151 follows the first driven gear 142 to rotate, and then successively drives the second runner 152, third runner 153 and the 4th turn 154 rotation of wheel, so that the first roller and third roller 53 roll；The second driven gear 143 is put along the direction of arrow b simultaneously Dynamic, the 5th runner 155 follows the second driven gear 143 to rotate, and then drives the rotation of the 6th runner 156, so that the second rolling The rolling of the rotating direction and the first roller and third roller 53 of cylinder 52 and the 4th rollers roll, second tin roller 52 and the 4th roller It is contrary, to be moved respectively along material path 50 from rear end towards front end from upper and lower both direction entrainment of polyester filament.

When driving gear 141 is swung along the direction of arrow a, the first driven gear 142 is swung along the direction of arrow b, Under the restriction effect of first single direction ratchet, the first runner 151 will not follow the first driven gear 142 to rotate, so that first Roller and third roller 53 are static；The second driven gear 143 is swung along the direction of arrow a simultaneously, in the limit of the second single direction ratchet Under production is used, the 5th runner 155 will not follow the second driven gear 143 to rotate, so that second tin roller 52 and the 4th roller Static, in the first roller, third roller 53, second tin roller 52 and static the 4th roller, cutting knife unit 40 is moved down to terylene Long filament carries out chopping, and when can prevent 40 chopping of cutting knife unit, polyester filament continues to move to and leads to the cut surface of polyester filament not Smooth, Cutting Length is uncontrollable.

The two sides of movable plate 30 are respectively equipped with sleeve 31, and sleeve 31 is sheathed on sliding bar 20.

The exterior bottom of movable plate 30 is equipped with cutter fixed cell 32, and cutting knife unit 40 is fixed by cutter fixed cell 32 In on movable plate 30.

Fig. 4 and Fig. 5 is please referred to, the middle inside of movable plate 30 towards rack 10 is equipped with cross bar 33 outstanding, wobble component 60 include the eccentric connecting rod of eccentric wheel 112, first, connecting rod 113, the second swing arm 61, the 5th shaft 62, third swing arm 63, turn The eccentric connecting rod 114 of fitting 64, second, swing connecting bar 115, the 6th shaft 116 and clamping jaw 117, the middle part connection of traffic cycle 110 There is central axis, central axis is connected with mini-roundabout far from one end of traffic cycle 110.

The first end of first eccentric connecting rod is connect with mini-roundabout bias, and the second end of the first eccentric connecting rod is up and down reciprocatingly Mobile, connecting rod 113 is connect with the second end of the first eccentric connecting rod, and the first end and connecting rod 113 of the second swing arm 61 rotate Connection, second end and the 5th shaft 62 are rotatablely connected, and the first end of third swing arm 63 and the 5th shaft 62 are rotatablely connected and with the The relatively fixed connection of the second end of two swing arms 61, second end are rotatablely connected by the top of adapter 64 and movable plate 30.First The second end of eccentric connecting rod moves back and forth up and down, and drives connecting rod 113 to move up and down, so that the second swing arm 61 and third Swing arm 63 is swung up and down around the 5th shaft 62, so that movable plate 30 moves up and down.

Eccentric wheel 112 is connect with mini-roundabout bias, the first end of the second eccentric connecting rod 114 and the center of eccentric wheel 112 Rotation connection, second end are connect with the first end of swing connecting bar 115, the middle part of swing connecting bar 115 and the fixed company of the 6th shaft 116 It connects, the first end of clamping jaw 117 is fixedly connected with the 6th shaft 116, and the second end of clamping jaw 117 is equipped with U-lag, and cross bar 33 is located at U In shape slot.

Eccentric wheel 112 does circulatory motion around the center of mini-roundabout, and the second eccentric connecting rod 114 is by the annular of eccentric wheel 112 Movement is converted to front and back and moves back and forth, so that swing connecting bar 115 is around 116 reciprocally swinging of the 6th shaft, and then drives the 6th shaft 116 and 117 reciprocally swinging of clamping jaw, cross bar 33 and movable plate 30 will be driven to move up and down when clamping jaw 117 is swung.Swing connecting bar 115 Second end also pass through spring 118 and connect with rack 10.Spring 118 provides restoring force, to reduce swing resistance.Such swing group Part 60 acts on the top and middle part of movable plate 30 simultaneously, so that the relatively reliable stabilization of the movement of movable plate 30 and cutting knife unit.

Fig. 6 and Fig. 7 is please referred to, the outside of movable plate 30 is recessed inwardly to form accommodation groove 301, and cutter fixed cell 32 includes It is set to the bearing part 322 of the two sides of the bottom of accommodation groove 301, the camshaft 321 that both ends are connect with two bearing parts 322 respectively, And it is sheathed on the limit sleeve 323 at the middle part of camshaft 321, limit sleeve 323 is equipped with several abuttings towards the side of accommodation groove 301 Block 3231, one end of camshaft 321 are further fixedly arranged on operation handle 324, and the outside of movable plate 30 is additionally provided with for fixed behaviour Make the fixing piece of handle 324.Limit sleeve 323 will be driven to rotate when camshaft 321 rotates, when operation handle 324 is far from movable plate When 30 rotation, limit sleeve 323 is laterally rotated, and is abutted and is formed opening between block 3231 and accommodation groove 301.

Cutting knife unit 40 includes cutter 41, connector 42 and operation portion 43, and the middle part of cutter 41 offers the first mounting hole, Several second mounting holes 422 are offered on connector 42, a screw passes through the first mounting hole and the second mounting hole 422, thus even Connect cutter 41 and connector 42.Limiting slot 421, limiting slot 421 and the one of limit sleeve 323 are offered among the lower part of connector 42 A abutting block 3231 cooperates, and operation portion 43 is vertically connected at the one end of connector 42 far from cutter 41.Cutting knife unit 40, which has, cuts One end of knife 41 is extend into the opening abutted between block 3231 and accommodation groove 301, when operation handle 324 is towards 30 turns of movable plate When dynamic, limit sleeve 323, which turns to, abuts block 3231 and the abutting of cutter 41, so that cutting knife unit 40 is fixed on movable plate 30.

Referring to FIG. 8, the rear end of material path 50 is additionally provided with tightness regulating device, tightness regulating device includes being set to material The cylinder support plate 531 of 50 two sides of road, the upper center of cylinder support plate 531 offer regulating tank 532, in third roller 53 Portion is equipped with central axis, and the both ends of central axis are located in the regulating tank 532 of two cylinder support plates 531, two cylinder supports The top of plate 531 is additionally provided with supporting plate 533, and the top of two supporting plates 533 is connected with crossbeam 534, and the both ends of crossbeam 534 are opened respectively Equipped with screw hole, screw hole internal screw thread is connected with screw 535, and the lower end of screw 535 is abutted with the central axis of third roller 53, screw 535 outside is also arranged with spring 536, and the upper end of spring 536 is abutted with crossbeam 534, the central axis of lower end and third roller 53 It abuts.It is the maximal clearance between adjustable third roller 53 and the 4th roller, spring by adjusting 535 upper and lower position of screw 536 give 53 1 downward elastic force of third roller, are capable of the height of polyester filament in adaptive material path 50.Cylinder support plate 531 rear ends are also connected with there are two feedboard 55, and feedboard 55 is arc shape, and what is formed between two feedboards 55 biggish opens Mouth is far from material path 50, convenient for the reception of polyester filament.

The above is only the preferred embodiments of the utility model, are not used to the limitation protection scope of the utility model, any Modification, equivalent replacement or improvement within the spirit of the present invention etc. are all covered in the scope of the claims of the utility model.

Claims

1. a kind of for making the filament cutter of super soft terylene plush, it is characterised in that: including rack (10), be fixed on rack (10) sliding bar (20) of front end, two sides and sliding bar (20) are slidably connected movable plate (30) is set on movable plate (30) Cutting knife unit (40), the wobble component for driving movable plate (30) and cutting knife unit (40) to slide up and down along sliding bar (20) (60), the motor below rack (10), the traffic cycle (110) that rotation is driven by motor, the first swing arm (120), first are set to To the 4th roller and drum drive；The bottom of rack (10) is through to front end from rear end and is provided with material path (50), in material path (50) the top rotation of front end is provided with the first roller, and the lower rotational in the front end of material path (50) is provided with second tin roller (52), the top rotation in the rear end of material path (50) is provided with third roller (53), the lower rotational in the rear end of material path (50) It is provided with the 4th roller；Wobble component (60) is connect with traffic cycle (110), is radially set in the end face outside of traffic cycle (110) There is chopping length adjustment block (111), the middle part of chopping length adjustment block (111) is radially equipped with groove, the first swing arm (120) First end is connect by sliding block with the groove of chopping length adjustment block (111), the drum drive include balance wheel (130), Driving gear (141), the first driven gear (142), the second driven gear (143), the first runner (151), the second runner (152), third runner (153), the 4th runner (154), the 5th runner (155) and the 6th runner (156), the first swing arm (120) Second end connect with balance wheel (130), balance wheel (130) is fixedly connected by first rotating shaft (131) with driving gear (141), is led Moving gear (141) is engaged with the first driven gear (142), the first driven gear (142) far from driving gear (141) side with Second driven gear (143) engagement；First driven gear (142) is connect by the second shaft (1421) with the first runner (151), Second driven gear (143) is connect by third shaft (1431) with the 5th runner (155), and the first runner (151) passes through chain Second runner (152) connection, the second runner (152) are connect by the 4th shaft (1521) with third runner (153), third runner (153) and the 4th runner (154) is located at the upper outside of material path (50) front end and rear end, and third runner (153) passes through chain It article is connect with the 4th runner (154), the first roller and third runner (153) are coaxially connected, third roller (53) and the 4th runner (154) coaxially connected；5th runner (155) is connect by chain with the 6th runner (156), second tin roller (52) and the 5th runner (155) coaxially connected, the 4th roller and the 6th runner (156) are coaxially connected；First runner (151) and the second shaft (1421) it Between there is the first single direction ratchet, with the second single direction ratchet between the 5th runner (155) and third shaft (1431).

2. as described in claim 1 for making the filament cutter of super soft terylene plush, it is characterised in that: the chopping length Adjusting block (111) is equipped with graduated scale in the outside of groove.

3. as described in claim 1 for making the filament cutter of super soft terylene plush, it is characterised in that: second runner (152) it is located at the side of the first runner (151) towards rack (10) front end, and the vertical height of the second runner (152) is higher than the One runner (151).

4. as described in claim 1 for making the filament cutter of super soft terylene plush, it is characterised in that: first swing arm (120) second end and a linking arm (121) is rotatablely connected, and linking arm (121) is fixedly connected with balance wheel (130) circumferential side wall.

5. as described in claim 1 for making the filament cutter of super soft terylene plush, it is characterised in that: the cutting knife unit (40) it moves down in the first roller, third roller (53), second tin roller (52) and static the 4th roller to polyester filament Carry out chopping.

6. as described in claim 1 for making the filament cutter of super soft terylene plush, it is characterised in that: the movable plate (30) two sides are respectively equipped with sleeve (31), and sleeve (31) is sheathed on sliding bar (20).

7. as described in claim 1 for making the filament cutter of super soft terylene plush, it is characterised in that: the movable plate (30) exterior bottom is equipped with cutter fixed cell (32), and cutting knife unit (40) is fixed on movement by cutter fixed cell (32) On plate (30).

8. as claimed in claim 7 for making the filament cutter of super soft terylene plush, it is characterised in that: the movable plate (30) it is recessed inwardly to be formed accommodation groove (301) on the outside of, cutter fixed cell (32) includes the bottom for being set to accommodation groove (301) The camshaft (321) that the bearing part (322) of two sides, both ends are connect with two bearing parts (322) respectively, and it is sheathed on camshaft (321) limit sleeve (323) at middle part, limit sleeve (323) are equipped with several abutting blocks towards the side of accommodation groove (301) (3231), one end of camshaft (321) is fixedly installed operation handle (324), is additionally provided on the outside of movable plate (30) for solid Determine the fixing piece of operation handle (324).

9. as described in claim 1 for making the filament cutter of super soft terylene plush, it is characterised in that: the wobble component It (60) include the mini-roundabout being connect with the central axis of traffic cycle (110), the first eccentric connecting rod, connecting rod (113), second Swing arm (61), the 5th shaft (62), third swing arm (63) and adapter (64), the first end and mini-roundabout of the first eccentric connecting rod Bias connection, connecting rod (113) are connect with the second end of the first eccentric connecting rod, the first end and connecting rod of the second swing arm (61) (113) it is rotatablely connected, the second end of the second swing arm (61) and the 5th shaft (62) are rotatablely connected, the first end of third swing arm (63) With the rotation connection of the 5th shaft (62) and fix opposite with the second end of the second swing arm (61) connects, and the second of third swing arm (63) End is rotatablely connected by the top of adapter (64) and movable plate (30).

10. as claimed in claim 9 for making the filament cutter of super soft terylene plush, it is characterised in that: the movable plate (30) cross bar (33) are equipped with towards the middle inside of rack (10), the wobble component (60) further includes eccentric wheel (112), second Eccentric connecting rod (114), swing connecting bar (115), the 6th shaft (116) and clamping jaw (117), eccentric wheel (112) and mini-roundabout are inclined The first end of heart connection, the second eccentric connecting rod (114) is connect with the center rotating of eccentric wheel (112), second end and the company of swing The first end of bar (115) connects, and the middle part of swing connecting bar (115) is fixedly connected with the 6th shaft (116), and the of clamping jaw (117) One end is fixedly connected with the 6th shaft (116), and the second end of clamping jaw (117) is equipped with U-lag, and cross bar (33) is located in U-lag.