CN106854788B - Inkle loom transmission device - Google Patents

Abstract

The invention discloses a kind of inkle loom transmission device, it has a base station group, one worm gear case transmission group is set at the outer rim of the base station group, and a cam set and a pass knife rocking arm set are equiped with inside the base station group, the worm gear of the worm engaging of the worm gear case transmission group cam set, with driving cam piece against pass knife rocking arm set, and then drive a heald frame group；Pass through eight ages of a draught animal molding worm engaging worm gear, the rotating speed of camshaft is set to coordinate the lifting of the speed of mainshaft, and increase the number of the interweaving action of inkle loom heald frame, the ribbon production capacity of the present invention is thus improved, also, because cam bit has the external form curve of four phases, the jerk degree that cam bit is run is eased up, so as to reduce the abrasion of cam bit, more because improving the situation of cam bit shake, and further extend heald frame group and the service life of accessory.

Description

Inkle loom transmission device

Technical field

The present invention relates to a kind of inkle loom, and particularly one kind can improve heald frame group warp yarns production capacity, and extend drive Moving cam and the inkle loom in heald frame lens service life.

Background technology

Inkle loom, a kind of traditional textile machinery, it forms one kind by the action being interweaved between warp and weft Warp and weft interweaving strap, common can be applied to such as：Slide fastener machine, or narrow high-speed ribbon-weaving machine etc., to by the nylon material of slide fastener and Its both sides pin sew cloth side be made into strip shaping.

The inkle loom of the prior art, such as TaiWan, China new patent certificate number 051775, and TaiWan, China patent of invention Disclosed in certificate number I323750, the completion of the upper and lower displacement action of its heald frame group, drives rocking arm to swing by cam bit, and by More rocking arms each drive more heald frame group lifting starts, are provided with heald piece in heald frame group, warp thread is then arranged in heald piece, by heald Piece with the lifting of heald frame group to drive the upper and lower displacement of warp thread, and the driving of cam bit, by inkle loom transmission main shaft with it is convex Wheel shaft is connected with each other and reaches, and the connection of general main shaft and camshaft is in the form of worm screw and worm gear；Meanwhile weft yarn is each Back and forth conveying be to be guided by main axis, therefore, heald frame group lifting displacement driven warp thread cooperation weft yarn start and that This interweaves, and uses the braid movement for reaching cloth.

However, the inkle loom of the prior art, since worm screw is four age of a draught animal patterns, it corresponds to the worm gear of 32 teeth, that is, forms One 1：8 proportioning, when main shaft is 1000RPM, camshaft is 125RPM, if production capacity to be lifted and main shaft is promoted to and is risen to During 2000RPM, the rotating speed of its camshaft only has 250RPM, thus can not effectively lift the action of warp thread and weft yarns, and And the prior art uses the cam bit of eight-phase, i.e., the action of a cam bit lifting is formed every 45 degree, although can allow comprehensive Frame performs the action of eight intertextures in the process that main shaft gyration one encloses, but also it can thus be appreciated that the lifting start of its cam bit is frequent And it is rapid, thus form a sizable cam bit jerk degree so that the shake caused by cam bit rotation process is also big, not only Cam pad wear is made, also allows the heald piece for being arranged at heald frame group to be easy to fluffing abrasion and be broken, meanwhile, in speed of mainshaft lifting Under situation, certainly will can not lift cam axle speed and production capacity, can make that cam bit is more easy to abrasion and heald piece fluffs fracture earlier, In addition, if the prior art is intended to adjust the height of each heald frame group lifting, the pass knife rocking arm of various different length sizes must be prepared, The lifting displacement for driving heald frame group to carry out different height is used, still, this measure is for operating personnel, in face of different ribbons During the demand of thickness, the suitable inconvenience of the amount of opening of heald frame group is adjusted according to this.

The content of the invention

It is an object of the invention to improve in the prior art, production capacity can not increase caused by camshaft speed is low, due to eight The cam bit of phase causes jerk degree high and is easy to wear away, and, it is necessary to prepare the pass knife rocking arm of different dimensional patterns and cause The technical problems such as inconvenience, pass through the implementation of technical measure so that camshaft speed can be lifted with the speed of mainshaft, to increase Add production capacity, cam bit can slow down jerk degree and reduce abrasion, and then extend the service life of heald frame lens, also, close knife rocking arm Part is only needed to adopt single size and can be adjusted flexibly so that part simplifies.

To reach above-mentioned goal of the invention, the technology used in the present invention means are a kind of inkle loom transmission device of design, There is a base station group, a worm gear case transmission group, a cam set, one to close knife rocking arm set and a heald frame group for it；The base station group has one Board, a motor and one close knife board, which is fixed at the board one side, which is installed on the machine Platform；The worm gear case transmission group is connected to the motor, and has a babinet, a main shaft and a worm screw；The babinet has an installation Groove, a convex extension part and a mounting hole, the mounting groove it is horizontal be formed at the babinet one side, the convex extension part it is annular in shape protrude out shape Into inside the mounting groove, which is formed at the babinet another side, and in communication with the convex extension part and the mounting groove；Should The length direction of the parallel babinet of main shaft and be hubbed at the box house, which wears the mounting groove, and is connected to the horse Reach；The worm screw fixing sleeve is arranged on the main shaft and is arranged inside the mounting groove of the babinet, which is shaped with eight ages of a draught animal；This is convex Wheel group wears the mounting hole to be connected to the worm gear case transmission group, and is installed in inside the board, it has a camshaft, one Rotating disc, a worm gear and multiple cam bits；The camshaft one end is hubbed at the convex extension part of the babinet, and the other end is hubbed at this Board；The rotating disc is fixed on the end that the camshaft is located in babinet, and is connected to the end face of the worm gear, worm gear tool There are 32 teeth to engage the worm screw；The plurality of cam bit is plate cam piece, and the plurality of cam bit is spaced to be fixed on The other end of the camshaft, and be arranged inside the board, the plurality of cam bit is all the external form curve of four phases；The pass Knife rocking arm set connects the cam set and the heald frame group respectively, and with multiple pin joint seats and multiple pass knife rocker members, it is the plurality of Pin joint seat can adjust the pass knife board for being installed in the base station group of position, and inside the board, the plurality of pass knife shakes Arm-piece is each hubbed at the plurality of pin joint seat, and one end is respectively by the plurality of cam bit contact；The heald frame group is fixed on this Board top, and there is two decorating plates and multiple heald frame pieces；Two decorating plate is spaced and corresponding is arranged at the machine Platform, and there are multiple spaced appearance ditches, the length direction of the appearance bank decorating plate and be formed through the decorating plate； The plurality of heald frame piece is spaced and what can be moved up and down is installed between two decorating plate, and, with multiple extensions, this is more for it A extension, which symmetrically protrudes out, to be formed at two lateral margins of the heald frame piece, and it is more that the one end of the plurality of heald frame piece is respectively connected on this A the other end for closing knife rocker member, the extension wear the appearance ditch of the decorating plate.

Multiple cam bits of the inkle loom transmission device, the wherein cam set are respectively one first cam bit, one Two cam bits, one the 3rd cam bit, one the 4th cam bit, one the 5th cam bit, one the 6th cam bit, one the 7th cam bit, one 8th cam bit, one the 9th cam bit and 1 the tenth cam bit, the cam bit is each formed there through a perforation, and is worn in described Hole inner edge wall is each recessed to form an engagement groove, in order to assemble an associative key and fixing sleeve is arranged on the camshaft；This first Cam bit delays liter section with one first engagement groove, one first jacking section, one first slow drop section, one first descending branch and one first, First engagement groove depression is formed at perforation inner edge wall, and the outer circumference face of first cam bit is corresponded at the first engagement groove, suitable Scope of the hour hands every 90 degree, sequentially forms the first jacking section, the first slow drop section, first descending branch and this is first slow Rise section；Second cam bit has one second engagement groove, one second descending branch, one second slow liter section, one the 3rd jacking section and one Second slow drop section, second engagement groove depression are formed at perforation inner edge wall, and the outer circumference face of second cam bit corresponds to second At engagement groove, clockwise every 90 degree of scope, second descending branch, the second slow liter section, the 3rd jacking are sequentially formed Section and the second slow drop section；3rd cam bit has one the 3rd engagement groove, 2 the 3rd jacking sections and 2 the 3rd plunges section, this Three engagement grooves depression is formed at perforation inner edge wall, and the outer circumference face of the 3rd cam bit is corresponded at the 3rd engagement groove, clockwise Every 90 degree of scope, sequentially form wherein one the 3rd jacking section, wherein one the 3rd plunge section, another 3rd jacking section and another One the 3rd plunges section；4th cam bit have one the 4th engagement groove, 2 the 4th plunge section and 2 the 4th jacking sections, the 4th knot Close geosynclinal concave and fall into and is formed at perforation inner edge wall, the outer circumference face of the 4th cam bit is corresponded at the 4th engagement groove, clockwise every 90 degree of scope, sequentially form wherein 1 the 4th plunge section, wherein 1 the 4th jacking section, the another 4th plunge section and another the Four jacking sections；5th cam bit has one the 5th engagement groove, 2 the 5th slow liter sections and 2 the 5th jacking sections, the 5th engagement groove Depression is formed at perforation inner edge wall, and the outer circumference face of the 5th cam bit is corresponded at the 5th engagement groove, clockwise every 90 The scope of degree, sequentially forms wherein one the 5th slow liter section, wherein one the 5th jacking section, another 5th slow liter section and another 5th top Rise section；6th cam bit has one the 6th engagement groove, 2 the 6th jacking sections and 2 the 6th slow drop sections, the 6th engagement groove depression Perforation inner edge wall is formed at, the outer circumference face of the 6th cam bit is corresponded at the 6th engagement groove, clockwise every 90 degree Scope, sequentially forms wherein one the 6th jacking section, wherein one the 6th slow drop section, another 6th jacking section and another 6th slow drop Section；7th cam bit have one the 7th engagement groove, 2 the 7th jacking sections, one the 7th slow drop section and one the 7th it is slow rise section, this Seven engagement grooves depression is formed at perforation inner edge wall, and the outer circumference face of the 7th cam bit is corresponded at the 7th engagement groove, clockwise Every 90 degree of scope, wherein one the 7th jacking section, another 7th jacking section, the 7th slow drop section and the 7th are sequentially formed It is slow to rise section；8th cam bit delays liter section with one the 8th engagement groove, 2 the 8th jacking sections, one the 8th slow drop section and one the 8th, 8th engagement groove depression is formed at perforation inner edge wall, and the outer circumference face of the 8th cam bit is corresponded at the 8th engagement groove, suitable Scope of the hour hands every 90 degree, sequentially forms wherein one the 8th jacking section, the 8th slow drop section, the 8th slow section and another of rising 8th jacking section；9th cam bit has one the 9th engagement groove, one the 9th slow drop section, one the 9th slow liter section and 2 the 9th jackings Section, the 9th engagement groove depression are formed at perforation inner edge wall, and the outer circumference face of the 9th cam bit is corresponded at the 9th engagement groove, Clockwise every 90 degree of scope, sequentially form the 9th slow drop section, the 9th slow rise section, wherein one the 9th jacking section and another One the 9th jacking section；Tenth cam bit is slow with 1 the tenth engagement groove, 1 the tenth slow liter section, 2 the tenth jacking sections and 1 the tenth Section drops, and the tenth engagement groove depression is formed at perforation inner edge wall, and the outer circumference face of the tenth cam bit corresponds to the tenth engagement groove Place, clockwise every 90 degree of scope, sequentially forms the tenth slow liter section, wherein 1 the tenth jacking section, another tenth jacking Section and the tenth slow drop section.

The pass knife board of the inkle loom transmission device, wherein the base station group has multiple spaced blind holes, The blind hole recess is formed at the plywood towards the one side inside the board；The pass knife rocking arm set has ten pin joint seats and ten pass knives Rocker member；The pin joint seat has an at least positioning column and an engagement bearing, which, which protrudes out, is formed at the pin joint seat one end, The positioning column is arranged in the blind hole of the pass knife board, and the end of pin joint seat formation positioning column is fixed on the pass knife and is combined Plate, the engagement bearing are installed in the other end of the pin joint seat；The ten passes knife rocker member is respectively pivoted to ten pin joint seat, and Each there is a bond post and one against bearing, which protrudes out the one side for being formed at the pass knife rocker member, should be against axis Take up the end by cam bit contact, the bond post arranged on the pass knife rocker member and be installed in the engagement bearing, the ten passes knife rocking arm Part is each resisted against ten cam bit against bearing；The heald frame group has ten heald frame pieces, which is respectively connected on this Ten close knife rocker member.

Further there is a button to set portion for the inkle loom transmission device, wherein the pass knife rocker member, the button portion of setting depression The other end of the pass knife rocker member is formed at, and formed with a through hole；The heald frame group further has a fixed seat, this is solid Reservation is arranged at the end of the heald frame group away from board；The heald frame piece of the heald frame group further has a pull rod, a fixed block, one Junction surface and multiple springs；The pull rod one end is fixed on the one end of the heald frame piece, which is fixed on the pull rod, should Pull rod the other end wears the through hole that the button sets portion, which is resisted against the button and sets inside portion；It is comprehensive that the junction surface is formed at this The junction surface is fixed in the other end of frame piece, the spring one end portion, and the fixed seat is fixed in the other end.

The inkle loom transmission device, the wherein board further have an assembly hole, which is formed through The board one side, and in communication with the inside of the board；The cam set wears the assembly hole to be installed in inside the board, and And further there are an axle sleeve, multiple distance pieces and two locating pieces；The axle sleeve fixing sleeve is arranged on the outer rim wall of the camshaft, should The outer rim wall for being installed in the axle sleeve that multiple cam bits and the plurality of distance piece are fixed, it is convex to be arranged at every two per a piece of distance piece Between wheel piece；The two locating pieces fixing sleeve is arranged on the outer rim wall of the camshaft, and is each resisted against opposite the two of the axle sleeve End.

The inkle loom transmission device, the wherein camshaft further have a bearing group, an assembling bearing, a bulge loop Portion and a spacer ring；The bearing group is installed in the outer rim wall of the camshaft one end, and is located in the convex extension part of the babinet It is internal；The spacer ring is sheathed on the outer rim wall of the camshaft, and one end is resisted against the bearing group；The assembling bearing is installed In the outer rim wall of the camshaft, and it is located in inside the mounting hole of the babinet, which is resisted against the group Fill bearing；The projecting ring section it is annular in shape protrude out the outer rim wall for being formed at the camshaft, and be resisted against the assembling bearing.

The inkle loom transmission device, the wherein motor further have a driving belt, which is sheathed on The output terminal of the motor；The worm gear case transmission group further has a drive, which is fixed at the one of the main shaft End, the driving belt are sheathed on the drive.

The inkle loom transmission device, wherein the base station group further have a pedestal, which is fixed on The pedestal；The board further has a card axle center fixed cover, which is installed in the opposite side of the board Face, and the assembly hole is corresponded to, the other end of the camshaft is hubbed at the card axle center fixed cover.

The inkle loom transmission device, wherein the heald frame group further have two cover boards, two auxiliary plates and a guide hole seat；Should Two cover boards are corresponding to be arranged at two sides of the heald frame group, to cover the spring；The two auxiliary plate is corresponding, and to be arranged at this comprehensive At two sides of frame group, and the multiple spaced longitudinal furrows of each self-forming；The guide hole seat is fixed on the top of the board, and Every be formed there through multiple guide holes, the pull rod of the plurality of heald frame piece each wears the plurality of guide hole；The junction surface of the heald frame piece Stretch out with respect to two ends, and be arranged in the two auxiliary plate longitudinal furrow.

The inkle loom transmission device, wherein the heald frame group further have two guide plates；It is comprehensive that two guide plate is arranged at this At two sides of frame group, and two decorating plate is each corresponded to, and there are multiple spaced guide grooves, which puts down Row is formed through the guide plate in the length direction of the guide plate, and the extension of the heald frame piece wears the guide groove.

It is an advantage of the current invention that the worm gear for the eight ages of a draught animal molding worm engaging cam set for passing through worm gear case transmission group, Enable camshaft rotating speed coordinate the speed of mainshaft lifting and start, order close knife rocking arm set pass knife rocker member and heald frame The number of heald frame piece lifting action of group can increase, thus allow inkle loom interweaving action number lifting, thus improve and knit Production capacity with machine, also, because cam bit has the external form curve of four phases so that cam bit can in the jerk degree of operational process Ease up, so as to reduce the abrasion of cam bit, more form the situation of shake because improving cam bit, and further extend be arranged at it is comprehensive The service life of the heald piece of frame on piece, in addition, being fixed on because of what pin joint seat can adjust on the knife board of pass, and closes knife Rocker member can be rotated relative to pin joint seat so that closed the scope that knife rocker member is swung and be adjusted, and then adjust heald frame piece lifting position The degree of shifting, in addition, being fixed on because of what pin joint seat can adjust on the knife board of pass, and closes knife rocker member and opposite can be pivotally connected Seat rotates so that and closing the scope that knife rocker member is swung can change, and then adjust the degree of heald frame piece lifting displacement, therefore, this The pass knife rocker member of invention can be single size form, on the premise of part simplifies, you can coordinate cam bit, and according to difference The demand of ribbon thickness and harness cord opening is adjusted, and the pass knife rocker member of different lengths size must be prepared by improving the prior art Inconvenience.

Brief description of the drawings

Fig. 1 is the stereo appearance figure of the present invention.

Fig. 2 is the local detachment stereogram of worm gear case transmission group of the present invention, cam set and base station group.

Fig. 3 is the sectional front view of worm gear case transmission group of the present invention.

Fig. 4 is worm gear case transmission group of the present invention and the sectional side view of cam set.

Fig. 5 is partial perspective view of the cam set of the present invention with closing knife rocking arm set.

Fig. 6 is the front plan view of the first cam bit of the invention.

Fig. 7 is the front plan view of the second cam bit of the invention.

Fig. 8 is the front plan view of the 3rd cam bit of the invention.

Fig. 9 is the front plan view of the 4th cam bit of the invention.

Figure 10 is the front plan view of the 5th cam bit of the invention.

Figure 11 is the front plan view of the 6th cam bit of the invention.

Figure 12 is the front plan view of the 7th cam bit of the invention.

Figure 13 is the front plan view of the 8th cam bit of the invention.

Figure 14 is the front plan view of the 9th cam bit of the invention.

Figure 15 is the front plan view of the tenth cam bit of the invention.

Figure 16 is the local detachment stereogram of heald frame group of the present invention.

Figure 17 is the partial perspective view that the present invention closes knife rocking arm set and heald frame group.

Figure 18 is cam bit rotational angle-cam bit center of Fig. 9 of the present invention to periphery distance relation figure.

Figure 19 is cam bit rotational angle-cam bit center of Fig. 6 of the present invention to periphery distance relation figure.

Figure 20 is cam bit rotational angle-cam bit center of prior art cam bit to periphery distance relation figure.

Figure 21 is cam bit rotational angle-cam bit center of another prior art cam bit to periphery distance relation figure.

Description of reference numerals：

10 base station group, 11 board

110 assembly hole, 111 card axle center fixed cover

12 motor, 121 driving belt

13 close 131 location hole of knife board

100 pedestals

20 worm gear case transmission group, 21 babinet

211 convex extension part, 212 mounting hole

210 mounting groove, 22 drive

23 main shaft, 24 worm screw

30 cam set, 31 camshaft

311 bearing groups 312 assemble bearing

313 projecting ring section, 310 spacer ring

32 rotating disc, 33 worm gear

34 axle sleeve, 35 cam bit

351 first cam bit, 3,510 first engagement groove

The 3511 first slow drop sections of jacking section 3,512 first

3513 first descending brancies 3,514 first are slow to rise section

352 second cam bit, 3,520 second engagement groove

3521 second descending brancies 3,522 second are slow to rise section

The 3523 second slow drop sections of jacking section 3,524 second

The 3rd engagement groove of 353 the 3rd cam bit 3530

3531 the 3rd jacking sections 3532 the 3rd plunge section

The 4th engagement groove of 354 the 4th cam bit 3540

3541 the 4th plunge section 3542 the 4th jack section

The 5th engagement groove of 355 the 5th cam bit 3550

3551 the 5th slow sections 3552 the 5th that rise jack section

The 6th engagement groove of 356 the 6th cam bit 3560

3561 the 6th slow drop sections of jacking section 3562 the 6th

The 7th engagement groove of 357 the 7th cam bit 3570

3571 the 7th slow drop sections of jacking section 3572 the 7th

3573 the 7th slow liter the 8th cam bits of section 358

3580 the 8th engagement grooves 3581 the 8th jack section

3582 the 8th slow drop sections 3583 the 8th are slow to rise section

The 9th engagement groove of 359 the 9th cam bit 3590

3591 the 9th slow drop sections 3592 the 9th are slow to rise section

3593 the 9th jacking the tenth cam bits of section 350

3500 the tenth engagement grooves 3501 the tenth are slow to rise section

3502 the tenth slow drop sections of jacking section 3503 the tenth

36 distance piece, 37 locating piece

40 close 41 pin joint seat of knife rocking arm set

411 positioning columns 412 engage bearing

42 close 421 bond post of knife rocker member

422 set portion against the button of bearing 423

50 heald frame group, 51 decorating plate

511 hold 52 heald frame piece of ditch

521 extension, 522 pull rod

523 fixed block, 524 junction surface

525 spring, 53 guide plate

531 guide groove, 54 fixed seat

55 cover board, 56 auxiliary plate

500 guide hole seat, 5000 guide hole

60 bringer yarn feeding device group, 70 weft breakage controls seat group

The total lift R cam bits centers of H to periphery distance

θ cam bit rotational angles.

Embodiment

With the following drawings and preferred embodiments of the present invention, the present invention is further explained to reach predetermined goal of the invention institute The technological means taken.

It refer to shown in Fig. 1, Fig. 2 and Fig. 5, inkle loom transmission device of the invention, it has a base station group 10, a worm gear Case transmission group 20, a cam set 30, one close knife rocking arm set 40 and a heald frame group 50；In the present invention when it is implemented, being sent with unification 60 and one weft breakage of weft device group control seat group, 70 start, the bringer yarn feeding device group 60 and weft breakage control seat group 70 To convey weft yarn, and further coordinate the warp thread monofilament piece Jing Guo the heald frame group 50, to complete the dynamic of the intertexture of inkle loom Make.

It refer to shown in Fig. 1, Fig. 2 and Fig. 5, which there is a board 11, a motor 12, one to close knife board 13 An and pedestal 100.

There is the board 11 assembly hole 110 and a card axle center fixed cover 111, the assembly hole 110 to be formed through this 11 one side of board, and it is installed in the another of the board 11 in communication with the inside of the board 11, the card axle center fixed cover 111 Side, and correspond to the assembly hole 110.

The motor 12 is fixed at 11 one side of board, and has a driving belt 121,121 sets of the driving belt Arranged on the output terminal of the motor 12.

The pass knife board 13 is installed on the board 11, and with multiple spaced blind hole (not shown) and determines Position hole 131.

The plurality of blind hole (not shown) depression is formed at the pass knife board 13 towards the one side inside the board 11, And in the interval setting of a row, specifically, operating personnel can process the transversely arranged form of the blind hole on demand, Such as：It is arranged in a straight line in one, or part blind hole and other blind holes stagger without in same row.

The plurality of location hole 131 is formed through the pass knife board 13.

The pedestal 100 is fixed in 11 bottom of board.

It refer to shown in Fig. 2 to Fig. 4, which is connected to the motor 12, and has a babinet 21, one Drive 22, a main shaft 23 and a worm screw 24.

The babinet 21 has a mounting groove 210, a convex extension part 211 and a mounting hole 212, the horizontal shape of the mounting groove 210 It is formed at into 21 one side of babinet, annular in shape the protruding out in the convex extension part 211 inside the mounting groove 210,212 shape of mounting hole Into in 21 another side of babinet, and in communication with the convex extension part 211 and the mounting groove 210.

The drive 22 is arranged at the outer rim wall of 21 one end of babinet, which is sheathed on the transmission Wheel 22.

The length direction of the parallel babinet 21 of the main shaft 23 and be hubbed inside the babinet 21, which wears the installation Groove 210, the one end for being installed in the main shaft 23 which fixes, the main shaft 23 are connected to the motor 12, specifically, The drive 22 is arranged by the driving belt 121, and forms the connection between the main shaft 23 and the motor 12.

24 fixing sleeve of worm screw is arranged on the outer rim wall of the main shaft 23, and is arranged in the mounting groove 210 of the babinet 21 Portion, specifically, the worm screw 24 are shaped with eight ages of a draught animal.

It refer to shown in Fig. 3 to Fig. 5, which wears the mounting hole 212 of the babinet 21 to be connected to the snail Roller box transmission group 20, and the other end wears the assembly hole 110 to be installed in inside the board 11, its have a camshaft 31, One rotating disc 32, a worm gear 33, an axle sleeve 34, multiple cam bits 35,36 and two locating piece 37 of multiple distance pieces.

31 one end of camshaft is hubbed at the convex extension part 211 of the babinet 21, and the other end is hubbed on the board 11 Card axle center fixed cover 111, and with a bearing group 311, one assembling bearing 312, a projecting ring section 313 and a spacer ring 310.

The bearing group 311 is installed in the outer rim wall of 31 one end of camshaft, and that fixes is installed in the babinet 21 Convex extension part 211 inside.

The assembling bearing 312 is installed in the outer rim wall of the camshaft 31, and the fixed peace for being installed in the babinet 21 Fill inside hole 212.

The projecting ring section 313 it is annular in shape protrude out the outer rim wall for being formed at the camshaft 31, and be resisted against the assembling axis Hold 312.

The spacer ring 310 is sheathed on the outer rim wall of the camshaft 31, and one end is resisted against the bearing group 311, phase The assembling bearing 312 is resisted against to the other end.

The rotating disc 32 is fixed on the end that the camshaft 31 is located in babinet 21, and is fixed on one end of the worm gear 33 Face, specifically, the worm gear 33 have 32 teeth, to be engaged in the worm screw 24.

The outer rim wall for being sheathed on the camshaft 31 that the axle sleeve 34 is fixed.

The plurality of cam bit 35 is plate cam piece, and the plurality of cam bit 35 is spaced to be fixed on the camshaft 31 The other end, and be arranged inside the board 11, the plurality of cam bit 35 is all the external form curve of four phases；The plurality of cam The outer rim wall for being installed in the axle sleeve 34 that piece 35 and the plurality of distance piece 36 are fixed, also, the distance piece 36 is arranged at every two Between cam bit 35.

Two locating pieces, 37 fixing sleeve is arranged on the outer rim wall of the camshaft 31, and is each resisted against the phase of the axle sleeve 34 To two ends.

In the specific implementation of the present invention, the plurality of cam bit 35 is respectively one first cam bit 351, one second cam bit 352nd, one the 3rd cam bit 353, one the 4th cam bit 354, one the 5th cam bit 355, one the 6th cam bit 356, one the 7th are convex Piece 357, one the 8th cam bit 358, one the 9th cam bit 359 and 1 the tenth cam bit 350 are taken turns, as shown in figure 4, the cam bit A perforation each is formed there through, to be sheathed on the camshaft 31 and the axle sleeve 34, and in perforation inner edge wall concave shape into combination Groove, is fixed on the axle sleeve 34 in order to assemble an associative key.

It refer to shown in Fig. 6, which has one first engagement groove 3510, one first jacking section 3511, one First slow drop section 3512, one first descending branch 3513 and one first slow liter section 3514, first engagement groove 3510 depression are formed at Perforation inner edge wall, the outer circumference face of first cam bit 351 is corresponded at the first engagement groove 3510, clockwise every 90 degree Scope, sequentially forms the first jacking section 3511, the first slow drop section 3512, first descending branch 3513 and the first slow liter section 3514。

It refer to shown in Fig. 7, which has one second engagement groove 3520, one second descending branch 3521, one Second slow liter section 3522, one the 3rd slow drop section 3524 of jacking section 3523 and 1 second, second engagement groove 3520 depression are formed at Perforation inner edge wall, the outer circumference face of second cam bit 352 is corresponded at the second engagement groove 3520, clockwise every 90 degree Scope, sequentially forms second descending branch 3521, the second slow section the 3522, the 3rd that rises jacks section 3523 and the second slow drop section 3524。

Refer to shown in Fig. 8, the 3rd cam bit 353 have one the 3rd engagement groove 3530,2 the 3rd jacking section 3531 and 2 the 3rd plunge section 3532, and the 3rd engagement groove 3530 depression is formed at perforation inner edge wall, the outer rim of the 3rd cam bit 353 Side face is corresponded at the 3rd engagement groove 3530, clockwise every 90 degree of scope, sequentially form wherein one the 3rd jack section 3531, Wherein one the 3rd, which plunges, section 3532, another 3rd jacking section 3531 and the another 3rd plunges section 3532.

Refer to shown in Fig. 9, the 4th cam bit 354 have one the 4th engagement groove 3540,2 the 4th plunge section 3541 and 2 the 4th jacking sections 3542, the 4th engagement groove 3540 depression are formed at perforation inner edge wall, the outer rim of the 4th cam bit 354 Side face is corresponded at the 4th engagement groove 3540, clockwise every 90 degree of scope, sequentially form wherein one the 4th plunge section 3541, Wherein one the 4th jacking section 3542, the another 4th plunge section 3541 and it is another 4th jacking section 3542.

Refer to shown in Figure 10, the 5th cam bit 355 have one the 5th engagement groove 3550,2 the 5th it is slow rise section 3551 and 2 the 5th jacking sections 3552, the 5th engagement groove 3550 depression are formed at perforation inner edge wall, the outer rim of the 5th cam bit 355 Side face is corresponded at the 5th engagement groove 3550, clockwise every 90 degree of scope, sequentially form wherein one the 5th slow liter of section 3551, Wherein one the 5th jacking section 3552, another 5th slow liter section 3551 and another 5th jacking section 3552.

Refer to shown in Figure 11, the 6th cam bit 356 have one the 6th engagement groove 3560,2 the 6th jacking section 3561 and 2 the 6th slow drop sections 3562, the 6th engagement groove 3560 depression are formed at perforation inner edge wall, the outer rim of the 6th cam bit 356 Side face is corresponded at the 6th engagement groove 3560, clockwise every 90 degree of scope, sequentially form wherein one the 6th jack section 3561, Wherein one the 6th slow drop section 3562, another 6th jacking section 3561 and another 6th slow drop section 3562.

Refer to shown in Figure 12, the 7th cam bit 357 have one the 7th engagement groove 3570,2 the 7th jacking section 3571, One the 7th slow drop section 3572 and 1 the 7th is slow to rise section 3573, and the 7th engagement groove 3570 depression is formed at perforation inner edge wall, should The outer circumference face of 7th cam bit 357 is corresponded at the 7th engagement groove 3570, clockwise every 90 degree of scope, sequentially forms it In one the 7th jacking section 3571, another slow drop section 3572 and the 7th of 7th jacking section the 3571, the 7th is slow rises section 3573.

Refer to shown in Figure 13, the 8th cam bit 358 have one the 8th engagement groove 3580,2 the 8th jacking section 3581, One the 8th slow drop section 3582 and 1 the 8th is slow to rise section 3583, and the 8th engagement groove 3580 depression is formed at perforation inner edge wall, should The outer circumference face of 8th cam bit 358 is corresponded at the 8th engagement groove 3580, clockwise every 90 degree of scope, sequentially forms it In one the 8th slow drop section the 3582, the 8th of jacking section the 3581, the 8th is slow rises section 3583 and another 8th jacking section 3581.

Refer to shown in Figure 14, the 9th cam bit 359 have the slow drop section 3591 of one the 9th engagement groove 3590, one the 9th, One the 9th slow section 3592 and 2 the 9th that rises jacks section 3593, and the 9th engagement groove 3590 depression is formed at perforation inner edge wall, should The outer circumference face of 9th cam bit 359 is corresponded at the 9th engagement groove 3590, clockwise every 90 degree of scope, sequentially forms this 9th slow drop section the 3591, the 9th is slow to rise section 3592, wherein one the 9th jacking section 3593 and another 9th jacking section 3593.

Refer to shown in Figure 15, the tenth cam bit 350 have 1 the tenth engagement groove 3500,1 the tenth it is slow rise a section 3501, 2 the tenth slow drop sections 3503 of jacking section 3502 and 1 the tenth, the tenth engagement groove 3500 depression are formed at perforation inner edge wall, should The outer circumference face of tenth cam bit 350 is corresponded at the tenth engagement groove 3500, clockwise every 90 degree of scope, sequentially forms this Tenth slow section 3501, wherein 1 the tenth jacking section 3502, another tenth jacking section 3502 and the tenth of rising delays drop section 3503.

It refer to shown in Fig. 5, Figure 16 and Figure 17, which connects the cam set 30 and the heald frame group respectively 50, and with multiple pin joint seats 41 and multiple pass knife rocker members 42.

What the plurality of pin joint seat 41 can adjust position is installed in the pass knife board 13 of the base station group 10, and is arranged at this Inside board 11, which has an at least positioning column 411 and an engagement bearing 412.

The positioning column 411, which protrudes out, is formed at 41 one end of pin joint seat；The positioning column 411 is installed in the pass knife board 13 Blind hole, which is installed in the other end of the pin joint seat 41, and specifically, which forms positioning column 411 end corresponds to the location hole 131 of the pass knife board 13, and operating personnel can pass through the location hole with screw fastener 131 and connect the pin joint seat 41, the pin joint seat 41 is fixed on the pass knife board 13.

The plurality of pass knife rocker member 42 is each hubbed at the plurality of pin joint seat 41, and the plurality of cam of each freedom of one end There is a bond post 421, one to set portion 423 against the button of bearing 422 and one for 35 contact of piece, the pass knife rocker member 42.

The bond post 421 protrudes out the one side for being formed at the pass knife rocker member 42；The bond post 421 is installed in the pin joint seat 41 engagement bearing 412.

This is installed in the one end of the pass knife rocker member 42 against bearing 422, should be resisted against the cam bit against bearing 422 35。

The button sets the other end that the depression of portion 423 is formed at the pass knife rocker member 42, and formed with a through hole.

Specifically, there are pass knife rocking arm set 40 of the invention ten pin joint seats 41 and ten to close knife rocker member 42, the ten passes knife Rocker member 42 is respectively pivoted to ten pin joint seat 41, and corresponds to respectively against first cam bit 351, second cam bit 352nd, the 3rd cam bit 353, the 4th cam bit 354, the 5th cam bit 355, the 6th cam bit the 356, the 7th are convex Take turns piece 357, the 8th cam bit 358, the 9th cam bit 359 and the tenth cam bit 350.

It refer to shown in Fig. 1, Figure 16 and Figure 17, which is fixed on the top of the board 11, and with two dresses If plate 51, multiple heald frame pieces 52, two guide plates 53, a fixed seat 54, two cover boards 55, two auxiliary 56 and one guide hole seats 500 of plate.

Two decorating plate 51 be spaced and it is corresponding be arranged at the board 11, and there are multiple spaced appearances Ditch 511, the appearance ditch 511 are formed through the decorating plate 51 along the length direction of the decorating plate 51.

The plurality of heald frame piece 52 is spaced and what can be moved up and down is installed between two decorating plate 51, the heald frame piece 52 With multiple extensions 521, a pull rod 522, a fixed block 523, a junction surface 524 and multiple springs 525；Specifically, should The corresponding pass knife rocker member 42 of heald frame group 50 and the cam bit 35, and there are ten heald frame pieces 52, the one end of the heald frame piece 52 The button for being connected to the pass knife rocker member 42 sets portion 423.

The plurality of extension 521 is symmetrically protruded out and is formed at two lateral margins of the heald frame piece 52, which wears this The appearance ditch 511 of decorating plate 51.

522 one end of pull rod is fixed on the one end of the heald frame piece 52, which is fixed on the pull rod 522； 522 the other end of pull rod wears the through hole that the button sets portion 423, which is resisted against the button and sets inside portion 423.

The junction surface 524 is formed at the other end of the heald frame piece 52, and the junction surface 524 with respect to two ends to extension Stretch.

525 one end of spring is fixed on the junction surface 524.

Two guide plate 53 is arranged at two sides of the heald frame group 50, and has multiple spaced guide grooves 531, should Guide groove 531 is formed through the guide plate 53 parallel to the length direction of the guide plate 53；Two guide plate 53 each corresponds to Two decorating plate 51, the extension 521 of the heald frame piece 52 wear the guide groove 531.

The fixed seat 54 is arranged at the end of the heald frame group 50 away from board 11；This is fixed in 525 the other end of spring Fixed seat 54.

Two cover board 55 is corresponding to be arranged at two sides of the heald frame group 50, to cover the spring 525.

Two auxiliary plates 56 is corresponding is arranged at two sides of the heald frame group 50 for this, and each self-forming is multiple spaced Longitudinal furrow；Two ends at the junction surface 524 are arranged in two auxiliary 56 longitudinal furrow of plate.

The guide hole seat 500 is fixed on the top of the board 11, and what is be spaced is formed there through multiple guide holes 5000；It is specific and Speech, the guide hole seat 500 is corresponding to have ten guide holes 5000, and the pull rod 522 of the heald frame piece 52 wears the guide hole 5000.

It refer to shown in Fig. 5, Figure 16 and Figure 17, when the plurality of 35 respective start of cam bit makes the jacking section contact Guan Daoyao 42 one end of arm-piece against bearing 422 when, making 42 one end of pass knife rocker member, the pass knife rocker member 42 is relative to this towards top offset The button of 41 other end of pin joint seat sets portion 423 then to lower swing, sets the card of portion 423 by the button and sets the fixed block 523, passes through the pull rod 522 connection, so that the heald frame piece 52 overcomes the elastic force of the spring 525 and towards bottom offset, if the cam bit 35 persistently rotates When leaving the pass knife rocker member 42 to jacking section, which is then acted on by the elastic force of the spring 525 and returns to original position.

The decorating plate 51 holds ditch 511 and the guide groove 531 of the guide plate 53, to guide the upper and lower displacement of the heald frame piece 52 to make It is dynamic, to ensure the heald frame piece 52 in the stability of lifting displacement process.

Refer to shown in Figure 18 and Figure 20, due to the present invention 354 4 phase of the 4th cam bit design, in this 4th cam bit 354 completes the action of a cam bit lifting in the implementation process that rotation is turned around, every 90 degree, and reviews The cam bit (one next on) of Figure 20 prior arts is the cam bit of eight-phase, i.e., forming a cam bits every 45 degree lifts Action, it is convex it can thus be appreciated that the lifting start of its cam bit is frequently and rapid, thus forms a sizable cam bit jerk degree Shake caused by taking turns piece rotation process is also big, not only makes cam pad wear, also allows the heald piece for being arranged at heald frame piece 52 to be easy to Fracture；Total lift H of Figure 18 is cam bit center to periphery ultimate range and cam bit center to the difference of periphery minimum range, is anticipated That is, which installs the distance for rising to extreme higher position by extreme lower position against the end of bearing 422.

It refer to shown in Figure 19 and Figure 21, the first cam bit 351 of the invention all can by 0 degree to 180 degree in rotary course The pass knife rocker member 42 is held in a high position by contact, when first cam bit 351 goes to 270 degree, then closed by contact Knife rocker member 42 reaches low level, and first cam bit 351 is with every 90 degree phases as a lifting action, conversely, scheming 21 prior art cam bits (on three once), are the phase of a lifting action every 45 degree, equally cause cam bit jerk degree Phenomenon big and that shake is big.

Eight ages of a draught animal of the worm screw 24 of the invention correspond to 32 teeth of the worm gear 33, form 1：4 proportioning, it follows that When the rotating speed of the main shaft 23 rises to 2000RPM by 1000RPM, the rotating speed of the camshaft 31 will rise to 500RPM by 250RPM, Due to 23 every revolution of main shaft, while the heald frame piece 52 is completed once by the drive of the cam bit 35 and the pass knife rocker member 42 Lifting action, can complete the action once to interweave, once the rotating speed of the camshaft 31 can coordinate the rotating speed of the main shaft 23 And lifted, the action frequency of the heald frame piece 52 lifting displacement can be increased, thus make the heald frame piece 52 complete within the unit interval Into the production capacity of more starts, thus raising inkle loom.

The worm screw for reviewing the prior art corresponds to the worm gear of 32 teeth for four ages of a draught animal, it forms 1：8 proportioning, then main shaft be During 1000RPM, camshaft is 125RPM, and the winding number of its camshaft is less than 250RPM of the invention, it is known that its production capacity is far low In the present invention, even if main shaft is promoted to 2000RPM, the rotating speed of its camshaft still only has 250RPM, meanwhile, because existing skill Art uses the cam bit of eight-phase, in the case of camshaft speed is lifted, certainly will aggravate showing for cam bit jerk degree and shake As, make cam bit be more easy to abrasion and heald piece be broken earlier.

This means, in implementation process of the present invention, when the cam bit 35 completes the rotation of a circle, due to the cam bit 35 4 The external form curve of phase so that the heald frame piece 52 can carry out the lifting action of four times, to reach four warp thread and weft yarns Execution, also, operating personnel can be according to the thickness for the ribbon to be produced, and the height of each cam bit 35 of each self-adjusting Position and the state of low level, the amount of opening of each heald frame piece 52 is adjusted with this, conversely, the cam bit of the eight-phase of the prior art, though So can complete it is each circle rotate when, that is, perform eight times intertexture action, but can only be consistent each cam bit of adjustment High-low position state, thus, make the amount of opening of each heald frame piece of the respective adjustment of operating personnel.

In the present invention, the snail of the cam set 30 is engaged by eight ages of a draught animal of the worm gear case transmission group 20 molding worm screw 24 Wheel 33 so that the rotating speed of the camshaft 31 can coordinate the lifting of 23 rotating speed of main shaft and start, make the pass knife rocking arm set 40 Closing the number of knife rocker member 42 and 52 lifting action of heald frame piece of the heald frame group 50 can increase, so as to allow the intertexture of inkle loom The number lifting of action, thus the production capacity of inkle loom is improved, also, because the cam bit 35 has the external form curve of four phases, make Obtaining the cam bit 35 can ease up in the jerk degree of operational process, so that the abrasion of the cam bit 35 are reduced, it is more convex because improving this Wheel piece 35 forms the situation of shake, and further extends the service life for the heald piece being arranged on the heald frame piece 52, in addition, Because what the pin joint seat 41 can adjust is fixed on the pass knife board 13, and the pass knife rocker member 42 can be with respect to the pivot joint Seat 41 rotates so that the scope that the pass knife rocker member 42 is swung can change, and then adjust the journey of the heald frame piece 52 lifting displacement Degree, therefore, which can be adjusted flexibly for single size form, and simplify part, improve existing skill Art must prepare the inconvenience of the pass knife rocker member of different lengths size.

The above is only presently preferred embodiments of the present invention, and limitation in any form is not done to the present invention, though So the present invention is disclosed with preferred embodiment, but is not limited to the present invention, is had in any technical field usual The technical staff of knowledge, in the range of technical solution of the present invention is not departed from, makes when using the technology contents of the disclosure above A little change or the equivalent embodiment for being modified to equivalent variations, as long as being the content without departing from technical solution of the present invention, according to this Any simple modification, equivalent change and modification that the technical spirit of invention makees above example, still falls within skill of the present invention In the range of art scheme.

Claims (10)

1. a kind of inkle loom transmission device, it is characterised in that it has a base station group, a worm gear case transmission group, a cam set, one Close knife rocking arm set and a heald frame group；

There is the base station group board, a motor and a pass knife board, the motor to be fixed at the board one side, the pass knife Board is installed on the board；

The worm gear case transmission group is connected to the motor, and has a babinet, a main shaft and a worm screw；

The babinet has a mounting groove, a convex extension part and a mounting hole, and mounting groove transverse direction is formed at the babinet one side, should Annular in shape the protruding out in convex extension part is formed inside the mounting groove, which is formed at the babinet another side, and in communication with The convex extension part and the mounting groove；

The length direction of the parallel babinet of the main shaft and be hubbed at the box house, which wears the mounting groove, and connects In the motor；

The worm screw fixing sleeve is arranged on the main shaft and is arranged inside the mounting groove of the babinet, which is shaped with eight ages of a draught animal；

The cam set wears the mounting hole to be connected to the worm gear case transmission group, and is installed in inside the board, it has one Camshaft, a rotating disc, a worm gear and multiple cam bits；

The camshaft one end is hubbed at the convex extension part of the babinet, and the other end is hubbed at the board；

The rotating disc is fixed on the end that the camshaft is located in babinet, and is connected to the end face of the worm gear, worm gear tool There are 32 teeth to engage the worm screw；

The plurality of cam bit is plate cam piece, the spaced the other end for being fixed on the camshaft of the plurality of cam bit, And it is arranged inside the board, the plurality of cam bit is all the external form curve of four phases；

The pass knife rocking arm set connects the cam set and the heald frame group respectively, and with multiple pin joint seats and multiple pass knife rocking arms Part, the plurality of pin joint seat is installed in the pass knife board of the base station group in which can adjust position, and inside the board, this is more A pass knife rocker member is each hubbed at the plurality of pin joint seat, and one end is respectively by the plurality of cam bit contact；

The heald frame group is fixed on the board top, and has two decorating plates and multiple heald frame pieces；

Two decorating plate be spaced and it is corresponding be arranged at the board, and there is multiple spaced appearance ditches, the appearance The length direction of the bank decorating plate and be formed through the decorating plate；

The plurality of heald frame piece is spaced and what can be moved up and down is installed between two decorating plate, its with multiple extensions, The plurality of extension, which symmetrically protrudes out, to be formed at the both side edges of the heald frame piece, and the one end of the plurality of heald frame piece is respectively connected on The plurality of the other end for closing knife rocker member, the extension wear the appearance ditch of the decorating plate.

2. inkle loom transmission device as claimed in claim 1, it is characterised in that multiple cam bits of the cam set are respectively one First cam bit, one second cam bit, one the 3rd cam bit, one the 4th cam bit, one the 5th cam bit, one the 6th cam bit, One the 7th cam bit, one the 8th cam bit, one the 9th cam bit and 1 the tenth cam bit, the cam bit are each formed there through one Perforation, and be each recessed to form an engagement groove in the perforation inner edge wall, in order to assemble an associative key and fixing sleeve is arranged on The camshaft；

First cam bit has one first engagement groove, one first jacking section, one first slow drop section, one first descending branch and one the One slow liter section, first engagement groove depression are formed at perforation inner edge wall, and the outer circumference face of first cam bit corresponds to the first knot Close at groove, clockwise every 90 degree of scope, sequentially form the first jacking section, the first slow drop section, first descending branch And the first slow liter section；

There is second cam bit one second engagement groove, one second descending branch, one second slow to rise a section, one the 3rd jacking section and one the Two slow drop sections, second engagement groove depression are formed at perforation inner edge wall, and the outer circumference face of second cam bit corresponds to the second knot Close at groove, clockwise every 90 degree of scope, sequentially form second descending branch, the second slow liter section, the 3rd jacking section And the second slow drop section；

3rd cam bit has one the 3rd engagement groove, two the 3rd jacking sections and two the 3rd plunges section, the 3rd engagement groove depression Perforation inner edge wall is formed at, the outer circumference face of the 3rd cam bit is corresponded at the 3rd engagement groove, clockwise every 90 degree Scope, sequentially forms wherein one the 3rd jacking section, wherein one the 3rd plunges and section, another 3rd jacking section and the another 3rd plunge Section；

4th cam bit have one the 4th engagement groove, two the 4th plunge section and two the 4th jacking sections, the 4th engagement groove depression Perforation inner edge wall is formed at, the outer circumference face of the 4th cam bit is corresponded at the 4th engagement groove, clockwise every 90 degree Scope, sequentially form wherein one the 4th plunge section, wherein one the 4th jacking section, the another 4th plunge section and it is another 4th jacking Section；

5th cam bit has one the 5th engagement groove, two the 5th slow liter sections and two the 5th jacking sections, the 5th engagement groove depression Perforation inner edge wall is formed at, the outer circumference face of the 5th cam bit is corresponded at the 5th engagement groove, clockwise every 90 degree Scope, sequentially forms wherein one the 5th slow liter section, wherein one the 5th jacking section, another 5th slow liter section and another 5th jacking Section；

6th cam bit has one the 6th engagement groove, two the 6th jacking sections and two the 6th slow drop sections, the 6th engagement groove depression Perforation inner edge wall is formed at, the outer circumference face of the 6th cam bit is corresponded at the 6th engagement groove, clockwise every 90 degree Scope, sequentially forms wherein one the 6th jacking section, wherein one the 6th slow drop section, another 6th jacking section and another 6th slow drop Section；

7th cam bit have one the 7th engagement groove, two the 7th jacking sections, one the 7th slow drop section and one the 7th it is slow rise section, this Seven engagement grooves depression is formed at perforation inner edge wall, and the outer circumference face of the 7th cam bit is corresponded at the 7th engagement groove, clockwise Every 90 degree of scope, wherein one the 7th jacking section, another 7th jacking section, the 7th slow drop section and the 7th are sequentially formed It is slow to rise section；

8th cam bit have one the 8th engagement groove, two the 8th jacking sections, one the 8th slow drop section and one the 8th it is slow rise section, this Eight engagement grooves depression is formed at perforation inner edge wall, and the outer circumference face of the 8th cam bit is corresponded at the 8th engagement groove, clockwise Every 90 degree of scope, wherein one the 8th jacking section, the 8th slow drop section, the 8th slow liter section and the another 8th are sequentially formed Jack section；

9th cam bit have one the 9th engagement groove, one the 9th slow drop section, one the 9th it is slow rise section and two the 9th jacking sections, this Nine engagement grooves depression is formed at perforation inner edge wall, and the outer circumference face of the 9th cam bit is corresponded at the 9th engagement groove, clockwise Every 90 degree of scope, the 9th slow drop section, the 9th slow liter section, wherein one the 9th jacking section and the another 9th are sequentially formed Jack section；

Tenth cam bit have 1 the tenth engagement groove, 1 the tenth it is slow rise section, 2 the tenth jacking sections and 1 the tenth slow drop section, this Ten engagement grooves depression is formed at perforation inner edge wall, and the outer circumference face of the tenth cam bit is corresponded at the tenth engagement groove, clockwise Every 90 degree of scope, the tenth slow liter section, wherein 1 the tenth jacking section, another tenth jacking section and the tenth are sequentially formed Slow drop section.

3. inkle loom transmission device as claimed in claim 2, it is characterised in that the pass knife board of the base station group has multiple Spaced blind hole, the blind hole recess are formed at the pass knife board towards the one side inside the board；

The pass knife rocking arm set has ten pin joint seats and ten pass knife rocker members；

The pin joint seat has an at least positioning column and an engagement bearing, which, which protrudes out, is formed at the pin joint seat one end, should Positioning column is installed in the blind hole of the pass knife board, and the end of pin joint seat formation positioning column is fixed on the pass knife and is combined Plate, the engagement bearing are installed in the other end of the pin joint seat；

The ten passes knife rocker member is respectively pivoted to ten pin joint seat, and each has a bond post and one against bearing, this connects Zygostyle protrudes out the one side for being formed at the pass knife rocker member, should be installed in the pass knife rocker member by cam bit contact against bearing End, the bond post are installed in the engagement bearing, which is each resisted against ten cam bit against bearing；

The heald frame group has ten heald frame pieces, which is respectively connected on the ten passes knife rocker member.

4. the inkle loom transmission device as described in claims 1 to 3 is any, it is characterised in that the pass knife rocker member further has There is a button to set portion, which, which is recessed, is formed at the other end of the pass knife rocker member, and formed with a through hole；

The heald frame group further has a fixed seat, which is arranged at the end of the heald frame group away from board；

The heald frame piece of the heald frame group further has a pull rod, a fixed block, a junction surface and multiple springs；

The pull rod one end is fixed on the one end of the heald frame piece, which is fixed on the pull rod, the pull rod the other end The through hole that the button sets portion is worn, which is resisted against the button and sets inside portion；

The junction surface is formed at the other end of the heald frame piece, which is fixed on the junction surface, and the other end is fixed In the fixed seat.

5. inkle loom transmission device as claimed in claim 4, it is characterised in that the board further has an assembly hole, should Assembly hole is formed through the board one side, and in communication with the inside of the board；

The cam set wears the assembly hole to be installed in inside the board, and further have an axle sleeve, multiple distance pieces and Two locating pieces；

The axle sleeve fixing sleeve is arranged on the outer rim wall of the camshaft, and the plurality of cam bit and the plurality of distance piece are regularly installed in The outer rim wall of the axle sleeve, is arranged between every two cam bit per a piece of distance piece；

The two locating pieces fixing sleeve is arranged on the outer rim wall of the camshaft, and is each resisted against the ends of the axle sleeve.

6. inkle loom transmission device as claimed in claim 5, it is characterised in that the camshaft further have a bearing group, One assembling bearing, a projecting ring section and a spacer ring；

The bearing group is installed in the outer rim wall of the camshaft one end, and is located in inside the convex extension part of the babinet；

The spacer ring is sheathed on the outer rim wall of the camshaft, and one end is resisted against the bearing group；

The assembling bearing is installed in the outer rim wall of the camshaft, and is located in inside the mounting hole of the babinet, the spacer ring The other end is resisted against the assembling bearing；

The projecting ring section it is annular in shape protrude out the outer rim wall for being formed at the camshaft, and be resisted against the assembling bearing.

7. inkle loom transmission device as claimed in claim 6, it is characterised in that the motor further has a driving belt, The driving belt is sheathed on the output terminal of the motor；

The worm gear case transmission group further has a drive, which is fixed at the one end of the main shaft, the transmission Belt sleeve is arranged on the drive.

8. inkle loom transmission device as claimed in claim 7, it is characterised in that the base station group further has a pedestal, should The pedestal is fixed in board bottom；The board further has a card axle center fixed cover, the card axle center fixed cover installing In the another side of the board, and the assembly hole is corresponded to, the other end of the camshaft is hubbed at the card axle center and consolidates Fixed lid.

9. inkle loom transmission device as claimed in claim 8, it is characterised in that the heald frame group further has two cover boards, two Auxiliary plate and a guide hole seat；

Two cover board is accordingly arranged at the both sides of the heald frame group, to cover the spring；

The two auxiliary plate is accordingly arranged at the both sides of the heald frame group, and the multiple spaced longitudinal furrows of each self-forming；

The guide hole seat is fixed on the top of the board, and what is be spaced is formed there through multiple guide holes, the pull rod of the plurality of heald frame piece Each wear the plurality of guide hole；

The ends at the junction surface of the heald frame piece stretches out, and is arranged in the two auxiliary plate longitudinal furrow.

10. the inkle loom transmission device as described in claims 1 to 3 is any, it is characterised in that the heald frame group further has two Guide plate；

Two guide plate is arranged at the both sides of the heald frame group, and each corresponds to two decorating plate, and has multiple intervals The guide groove of setting, the guide groove are formed through the guide plate parallel to the length direction of the guide plate, the extension of the heald frame piece Portion wears the guide groove.