CN102817180B

CN102817180B - Double-drum rotary-type needling machine

Info

Publication number: CN102817180B
Application number: CN201210281986.5A
Authority: CN
Inventors: 韩雪龙; 陆建国
Original assignee: Changshu Feilong Nonwoven Machinery Co ltd
Current assignee: Changshu Feilong Nonwoven Machinery Co ltd
Priority date: 2012-08-09
Filing date: 2012-08-09
Publication date: 2014-07-23
Anticipated expiration: 2032-08-09
Also published as: CN102817180A

Abstract

A double-drum rotary-type needling machine belongs to the technical field of nonwoven machinery and comprises a pair of cases, a first main shaft, a second main shaft, a pair of link mechanisms, a drum driving mechanism, an upper drum, a lower drum, an upper needle beam, a lower needle beam, a pair of connecting rod swinging traction mechanisms and a power transmission mechanism, wherein a wallboard is provided with a needle beam probing abdication cavity, and the middle part of a lower crossarm of each case is provided with a transmission case; the first main shaft and the second main shaft are arranged between the pair of cases; the link mechanisms are arranged inside cavities of the pair of cases and connected with the first and the second main shafts; the drum driving mechanism is connected with the first main shaft; the upper drum and the lower drum are matched with the drum driving mechanism; the middle part of the upper needle beam is fixedly provided with an upper needle plate, an upper needle is arranged on the upper needle plate, the middle part of the lower needle beam is fixedly provided with a lower needle plate, and the lower needle plate is provided with a lower needle; the connecting rod swinging traction mechanisms are connected with the link mechanisms and also connected with the second main shaft; and the power transmission mechanism comprises a variable-frequency speed regulation motor, a first driving wheel, a driving belt and a second driving wheel. The double-drum rotary-type needling machine has advantages of high efficiency, short flow, energy conservation and favorability of improving the grade of a nonwoven product.

Description

Twin-roll swinging needing machine

Technical field

the invention belongs to field of non-weaving textile machinery technology, be specifically related to a kind of twin-roll swinging needing machine, carry out acupuncture for the plural layer on-woven fiber web to being become by opener shredding, carding machine combing and lapping machine laying successively and become on-woven product.

Background technology

needing machine is the special equipment for processing on-woven product, and is divided into upper needing machine, lower needing machine and upper and lower Double felting needle felting machine etc. by acupuncture form.Wherein, upper needing machine and lower needing machine are accustomed to being again called single needle needle punched machine, and upper and lower Double felting needle felting machine custom is called crosspointer needle punched machine.

tECHNICAL INFORMATION SOURCES about needing machine is no lack of and is seen in Chinese patent literature, slightly with exemplify as CN2421299Y(Double felting needle felting machine), CN2421298Y(Dislocation felting needle felting machine), CN2541487Y(switchable needle machine), CN2616556Y(double-sided needling loom), the joint-free industrial felt needle machine of CN100513663C(tool four needle regions acupuncture), CN100503933C(joint-free industrial felt needle machine), CN100503932C(endpoint-free industrial felt needle machine), CN101492861B(automatic multifunctional needle machine), CN201634853U(numerical control multi-angle needling machine), CN201801718U(high-speed needling machine), CN102031645B(needle machine for endless felts) and CN102373579A(Non-endpoint needling machine).

the common feature of the needing machine that is not limited to exemplify is above flat structure, so-called flat structure refers to that the holder web plate of needing machine and the geometry of stripping web plate are the shape of cuboid, its width and cellucotton net width adapt, consistent with the width in the pricker region of arranging on needle plate, and the length in the pricker region of arranging on length and needle plate adapts, and in the time that working, ask by needing machine web plate and stripping web plate all to remain static.

the needing machine of aforementioned flat structure be the unique use of current industry (on-woven production manufacturer) and for unique a kind of structure, but be facts have proved by use for a long time, mainly there are following two place's technical problems in this needing machine: one, because holder web plate and stripping web plate remain static in the time that needing machine is worked, thereby cellucotton net is not had extruding force or claims roll compacting power, so needing machine cannot disposablely be completed to be closed the entanglement thorn of high grammes per square metre (the many thickness of the cellucotton net number of plies is large) cellucotton stratum reticulare, conventionally dispose in the acupuncture mode breaking the whole up into parts, what is called breaks the whole up into parts and is substep acupuncture, first acupuncture becomes the i.e. comparatively thin pre-needling non-weaving cloth of low grammes per square metre, again two-layer or above pre-needling non-weaving cloth is carried out to compound thorn (also claiming thorn eventually) with main needing machine, use the required grammes per square metre that reaches nonwoven products.Not only technological process is tediously long for this processing mode, production efficiency is low and waste energy, and the difficult quality guarantee of product; They are two years old, owing to inevitably existing the drawing-off to cellucotton net in acupuncture course, thereby make the vertical, horizontal pulling force of the cellucotton net being gone out by preceding working procedure laying than the impact that is subject to originally should not occurring, reduce the quality of on-woven product, be embodied in, the pulling force between the vertical, horizontal of on-woven product occurs that the overall grammes per square metre uniformity of different phenomenons and on-woven product is difficult to ensure.Because, acupuncture is carried out under the capable shifting state of cellucotton net, so under the state in pricker thrusts cellucotton net, the cellucotton net that row moves can show to pull and draw phenomenon, not only change the equilibrium of aforesaid vertical, horizontal pulling force, and the pin hole hole mark staying on on-woven product enlarges markedly than the actual diameter of pricker, the class of on-woven product cannot promote.

in view of international and domestic day by day harsh to the quality requirement of on-woven product in recent years, the expectation existing in view of aforementioned flat needing machine is again eliminated but in fact impossible two described place's technical problems of eliminating, therefore be necessary needing machine to do revolutionary variation, so-called revolutionary variation refers to the structure of the flat needing machine breaking traditions.For this reason, the applicant has carried out deeply and careful literature search, allly has the technology of being used for reference to enlighten but be showed no in published China and foreign countries patent and non-patent literature up to now.This applicant has been done to lasting positive and useful design, and under strict secrecy provision, implemented in the applicant plant area having taked, it is practicable that result proves, and technical scheme described below produces under this background.

Summary of the invention

task of the present invention is to provide a kind of on-woven fiber web layer that contributes to the high grammes per square metre to being gone out by lapping machine laying to implement disposable thorn and closes and use and enhance productivity and shortened process and save the energy, be conducive to prevent in acupuncture course, cellucotton net produced to drawing-off and use and avoid the vertical lateral pull ratio of cellucotton net to be destroyed, being of value to the pricker needle tracking of avoiding being retained on on-woven product is greater than the actual diameter of pricker and uses lifting on-woven product specification and have the power drive mechanism of being convenient to be connected rational twin-roll swinging needing machine with main shaft.

task of the present invention completes like this, a kind of twin-roll swinging needing machine, comprise a pair of cabinet that faces each other and arrange and linked together by crossbearer on cabinet and cabinet lower cross frame each other, on the cabinet wallboard of the side that faces each other of this pair of cabinet and respectively offer a needle beam communicating with the case chamber of cabinet in corresponding position and probe into the chamber of stepping down, wherein, be provided with a transmission case at the middle part of the length direction of described cabinet lower cross frame, the second main shaft walking abreast with the first main shaft corresponding to one first main shaft of described cabinet lower cross frame top and, this first main shaft and the second main shaft are bearing in rotationally between described a pair of cabinet and probe in described case chamber, and the middle part of the first main shaft and the second main shaft all coordinates with described transmission case transmission and formation direction of rotation is each other contrary, pair of links mechanism, one of them linkage in this pair of links mechanism is arranged in the described case chamber of one of them cabinet of described a pair of cabinet, and be in transmission connection with one end of described the first main shaft and the second main shaft, and another linkage is arranged in the described case chamber of another cabinet of described a pair of cabinet in this pair of links mechanism, and be in transmission connection with the other end of the first main shaft and the second main shaft, one drum drive, appointing in a pair of cabinet described in this drum drive is arranged on selected in the described case chamber of a cabinet, and is connected with described the first spindle, there is upper cylinder chamber and be provided with high density state the upper thorn pin hole that communicates with upper cylinder chamber one on cylinder and there is bottom roll chamber and be provided with a bottom roll of the lower thorn pin hole communicating with bottom roll chamber with high density state, on this, cylinder and bottom roll are bearing between described a pair of cabinet rotationally in the position that probes into the chamber of stepping down corresponding to described needle beam, and coordinate with described drum drive transmission, needle beam and needle beam once on one, the middle part of upper needle beam is positioned at described upper cylinder chamber, and cylinder chamber is stretched out at the two ends of upper needle beam and probe in described case chamber and be fixedly connected with described linkage, be fixed with needle plate at the middle part of upper needle beam and towards a side of lower needle beam, on upper needle plate, be furnished with high density state the upper pricker closing for thorn that on-woven fiber web is tangled, the position of upper pricker is corresponding with described upper thorn pin hole, the middle part of lower needle beam is positioned at described bottom roll chamber, and bottom roll chamber is stretched out at the two ends of lower needle beam and probe in described case chamber and be fixedly connected with described linkage, the middle part of lower needle beam and towards on a side of needle beam be fixed with needle plate, on lower needle plate, be furnished with high density state the lower pricker closing for thorn that on-woven fiber web is tangled, lower pricker is corresponding with described lower thorn pin hole, pair of links swings haulage gear, one of them connecting rod swing haulage gear that this pair of links swings in haulage gear is arranged in the described case chamber of one of them cabinet in described a pair of cabinet, be connected with the described linkage in this case chamber and be connected with described the second spindle, and another connecting rod swing haulage gear that pair of links swings in haulage gear is arranged in the described case chamber of another cabinet in a pair of cabinet, is connected and is connected with the second spindle with the linkage in the case chamber of this another cabinet, one is arranged on appointing in described a pair of cabinet selects a power drive mechanism on cabinet, this power drive mechanism comprises frequency control motor, the first drive, driving belt and the second drive, frequency control motor is fixed on one of them cabinet in a pair of cabinet, the first drive is fixed on the motor shaft of frequency control motor, one end of driving belt is nested with on the first drive, and the other end is nested with on the second drive, this second drive is fixed on the one end in the case chamber that the first main shaft is stretched over one of them cabinet in described a pair of cabinet in the solid mode of key, and the first drive and the second drive are multi-channel belt pulley.

in a specific embodiment of the present invention, on the cabinet wallboard of described a pair of cabinet and at cabinet wallboard, be respectively provided with cylinder guiding mechanism on towards a side in described case chamber, each upper cylinder guiding mechanism comprise each other longitudinally parallel and be fixed on described cabinet wallboard towards a pair of upper cylinder adjustment rack guide rail of a side in described case chamber and be disposed in slidably between a pair of upper cylinder adjustment rack guide rail and with the fixing door font adjustment rack of cabinet wallboard, wherein: the wherein upper cylinder adjustment rack guide rail in a pair of upper cylinder adjustment rack guide rail probes into a side on the top of the short transverse in the chamber of stepping down corresponding to described needle beam, and on another root in a pair of upper cylinder adjustment rack guide rail, cylinder adjustment rack guide rail probes into the opposite side on the top of the short transverse in the chamber of stepping down corresponding to needle beam, door font adjustment rack probes into the accent position in the chamber of stepping down corresponding to needle beam, on this font adjustment rack and on described, the upper end pivoting of a side of cylinder is provided with cylinder guide wheel on a pair of first, and lower end pivoting is provided with cylinder guide wheel on a pair of second, a pair of first, on second, self is corresponding and form square shape and distribute for cylinder guide wheel, the two ends of described upper cylinder are respectively bearing on a pair of second on cylinder guide wheel rotationally, and contact with cylinder guide wheel on a pair of first, probe at described needle beam the short transverse in the chamber of stepping down bottom accent position and be provided with a pair of the first bottom roll guide wheel and a pair of the second bottom roll guide wheel towards a side pivot of described bottom roll, a pair of first, self is corresponding and form each other square shape and distribute for the second bottom roll guide wheel, the two ends of described bottom roll are respectively bearing on a pair of the second bottom roll guide wheel rotationally, and contact with a pair of the first bottom roll guide wheel.

in another specific embodiment of the present invention, described transmission case comprises transmission block, transmission-case cover, the first travelling gear and the second travelling gear, transmission block is fixed on the middle part of the length direction of described cabinet lower cross frame, transmission-case cover matches with transmission block, and the transmission block chamber of transmission block and the transmission-case cover chamber of transmission-case cover are jointly configured to gear cavity, the first travelling gear is fixed on the middle part of the length direction of described the first main shaft, and be positioned at gear cavity, the second travelling gear is fixed on the middle part of the length direction of described the second main shaft, and be meshed with the first described travelling gear in gear cavity, first, the direction of rotation of the second travelling gear is opposite each other, respectively be fixed with one first flywheel at the two ends of the first described main shaft, and be respectively fixed with one second flywheel at the two ends of the second described main shaft.

in another specific embodiment of the present invention, described pair of links mechanism respectively comprises first, second connecting rod, first, the second transition connecting rod, upper towing plate and lower towing plate, the lower end of first connecting rod is connected with described the first spindle, and upper end is connected with the bottom of one end of lower towing plate, the lower end of second connecting rod is connected with described the second spindle, and upper end is connected with the bottom of the other end of lower towing plate, the lower end of First Transition connecting rod is connected with the top of one end of lower towing plate, and upper end is connected with one end of upper towing plate, the lower end of the second transition connecting rod is connected with the top of the other end of lower towing plate, and upper end is connected with the other end of upper towing plate, on, all to probe into the chamber of stepping down corresponding with described needle beam for lower towing plate, described connecting rod swing haulage gear is connected with described upper towing plate, and be connected with described lower towing plate, in the bottom of the cabinet wallboard of described a pair of cabinet and be respectively fixed with a bearing block bracket towards a side in described case chamber, described the first main shaft and the second main shaft are bearing on bearing block bracket rotationally.

in another specific embodiment of the present invention, described drum drive comprises the first sprocket wheel, the first driving chain, umbrella gear box, on, lower worm gear case and worm gear case transition adapter sleeve, the first sprocket wheel is fixed on the first described main shaft, umbrella gear box is fixed on the side of described cabinet wallboard towards described case chamber, the input gear axle of this umbrella gear box is stretched over outside umbrella gear box and through cabinet wallboard and is fixed with one second sprocket wheel, this second sprocket wheel is corresponding with the first sprocket wheel and be positioned at outside case chamber, one end of the first described driving chain is nested with on the first sprocket wheel, and the other end is nested with on the second sprocket wheel, upper worm gear case is fixed on worm gear case fixed head, upper worm gear case fixed head is fixed on the side of described cabinet wallboard towards described case chamber, the upper worm-gear case output shaft of upper worm gear case is stretched over outside worm gear case, and be fixed with one first pinion after through worm gear case fixed head on described and cabinet wallboard, it is outer and be connected with the upper end of worm gear case transition adapter sleeve that the upper worm gear case power shaft of upper worm gear case is stretched over the casing of worm gear case, lower worm gear case is fixed on lower worm gear case fixed head, this lower worm gear case fixed head is corresponding to the below of described upper worm gear case fixed head, and fix towards a side in described case chamber with described cabinet wallboard, lower worm gear case first output shaft of lower worm gear case is connected with the lower end of described worm gear case adapter sleeve, lower worm gear case second output shaft of lower worm gear case is stretched over outside lower worm gear case and after through described lower worm gear case fixed head and cabinet wallboard and is fixed with one second pinion, and the lower worm gear case power shaft of lower worm gear case is connected with the umbrella gear box output shaft of umbrella gear box, form and have cylinder gear ring on the outer wall of one end of drum drive and at the position corresponding to described the first pinion at described upper cylinder, on this, cylinder gear ring is meshed with the first pinion, on the outer wall of one end of drum drive and at the position of the second pinion corresponding to described, form and have a bottom roll gear ring equally at described bottom roll, this bottom roll gear ring is meshed with the second pinion.

also have in a specific embodiment of the present invention, described pair of links swings haulage gear and respectively comprises drive sprocket, First Transition sprocket wheel, first, the second draw bar sprocket wheel, Traction Drive chain, the first draw bar, the second draw bar and the second transition sprocket wheel, drive sprocket is fixed on the second described main shaft, be arranged on to First Transition sprocket rotation described cabinet wallboard towards a side in described case chamber and corresponding to the below of the first draw bar sprocket wheel, be arranged on to the first draw bar sprocket rotation the side of cabinet wallboard towards case chamber, and corresponding with described lower towing plate, one end of the first draw bar and described lower towing plate towards under the middle position of a side be connected, and the other end is connected with the first draw bar sprocket wheel, be arranged on to the second draw bar sprocket rotation the side of cabinet wallboard towards case chamber, and corresponding with described upper towing plate, one end of the second draw bar is connected towards the middle position of a upper side with upper towing plate, and the other end is connected with the second draw bar sprocket wheel, be arranged on to the second transition sprocket rotation the side of cabinet wallboard towards case chamber, and corresponding to described first, between the second draw bar sprocket wheel, one end of Traction Drive chain is nested with on drive sprocket, the other end is nested with on the second draw bar sprocket wheel, and middle part and First Transition sprocket wheel, the first draw bar sprocket wheel and the second transition sprocket wheel connect.

more of the present invention and in a specific embodiment, be arranged on the first draw bar sprocket wheel semiaxis to the first described draw bar sprocket rotation, the first draw bar sprocket wheel semiaxis is formed on the first half axle beds, and the first half axle beds are fixed on the side of described cabinet wallboard towards described case chamber, and be fixed with one first eccentric disc at the first draw bar sprocket wheel back to a side of cabinet wallboard, the first described draw bar is connected with the first eccentric disc towards one end of the first draw bar sprocket wheel; Be arranged on the second draw bar sprocket wheel semiaxis to the second described draw bar sprocket rotation, the second draw bar sprocket wheel semiaxis is formed on the second half axle beds, and the second half axle beds are fixed on the side of cabinet wallboard towards case chamber, and be fixed with one second eccentric disc at the second draw bar sprocket wheel back to a side of cabinet wallboard, the second described draw bar is connected with the second eccentric disc towards one end of the second draw bar sprocket wheel.

in of the present invention and then a specific embodiment, be extended with one first traction link engaging lug at described lower towing plate towards the middle position of the side under, on this first traction link engaging lug and towards a side of described the first draw bar, be fixed with one first traction bearing pin; Be extended with one second traction link engaging lug towards the middle position of the side at described upper towing plate, on this second traction link engaging lug and towards a side of described the second draw bar, be fixed with one second traction bearing pin, described the first draw bar is connected with described the first traction bearing pin towards one end of lower towing plate, and described the second towing plate is connected with described the second traction bearing pin towards one end of upper towing plate.

of the present invention again more and in a specific embodiment, on described upper towing plate and the position placed in the middle that is positioned at the length direction of towing plate offer needle beam Connection Block on and probe into chamber, and respectively offer the upper needle beam fixed adjustment hole of a pair of self correspondence at the left and right sides that probes into chamber corresponding to needle beam Connection Block on this; On described lower towing plate and the middle position that is positioned at the length direction of lower towing plate offer needle beam Connection Block and probe into chamber, and respectively offer the lower needle beam fixed adjustment hole of a pair of self correspondence at the left and right sides that probes into chamber corresponding to this lower needle beam Connection Block.

in again of the present invention and then a specific embodiment, form in the bottom of the length direction of described upper towing plate and in the position that probes into chamber corresponding to needle beam Connection Block on described and have needle beam seat locking key seat on; Form and have the key seat of needle beam seat locking on the top of the length direction of described lower towing plate and in the position that probes into chamber corresponding to described lower needle beam Connection Block.

technical scheme provided by the invention had both been played by the cooperation of upper and lower cylinder and has made on-woven fiber web clamp the effect that the effect of advancing is played holder net and shelled net, for prior art middle plateform formula and static holder, stripping web plate, because upper and lower cylinder is cylindric, fibre web entrance triangle place enlarges markedly, thereby can carry out disposable thorn at the on-woven fiber web of 600-1500g/ ㎡ to grammes per square metre and close, both contributed to enhance productivity, shortened process, is conducive to again save needing machine institute's power consumption source; Owing to having arranged the connecting rod swing haulage gear being connected with linkage, therefore can make the upper and lower needle beam being fixedly connected with linkage move in acupuncture course, make the upper and lower pricker that is arranged in upper and lower needle plate do longitudinal elliptical orbit motion, thereby ensure zero drawing-off of the fibre web in capable moving, the vertical, horizontal breaking tension (MD, CD) of fibre web can not be subject to the impact of needling process and reduce, and the diameter that resides in the thorn pin hole on on-woven product there will not be the situation larger than needle diameter, be of value to and improve on-woven product specification.

Brief description of the drawings

fig. 1 is embodiments of the invention structure chart.

fig. 2 is the cutaway view of Fig. 1.

fig. 3 is the schematic diagram of the lower needle beam shown in Fig. 1.

fig. 4 is that the A of Fig. 2 is to schematic diagram.

fig. 5 is that the B of Fig. 2 is to schematic diagram.

fig. 6 is the C-C cutaway view of Fig. 2.

fig. 7 is the D-D cutaway view of Fig. 2.

Detailed description of the invention

for the auditor that the makes Patent Office especially public can be expressly understood technical spirit of the present invention and beneficial effect more, applicant elaborates the mode with embodiment below, but be not all the restriction to the present invention program to the description of embodiment, any done according to the present invention design only for pro forma but not substantial equivalent transformation all should be considered as technical scheme category of the present invention.

refer to Fig. 1 and Fig. 2, provided a pair of structure identical and the cabinet 1 that arranges face-to-face, the top between this pair of cabinet 1 by cabinet on crossbearer 11 connect, and bottom between this pair of cabinet 1 connects by cabinet lower cross frame 12, can be disclosed by Fig. 2 this.A cabinet 1 that taking current one end of location status crossbearer 11 on example (as follows) cabinet is as shown in Figure 2 the left side in left end and a pair of cabinet 1 is fixing, and on cabinet, the other end of crossbearer 11 is that the cabinet 1 on the right side in right-hand member and a pair of cabinet 1 is fixed.Same reason, one end of aforesaid cabinet lower cross frame 12 is that a cabinet 1 in the left side in left end and a pair of cabinet 1 is fixing, and the cabinet 1 that the other end of cabinet lower cross frame 12 is the right side in right-hand member and a pair of cabinet 1 is fixed.On cabinet, crossbearer 11 and cabinet lower cross frame 12 keep upper and lower corresponding relation each other, and a pair of cabinet 1 of the configuration that makes by crossbearer on cabinet 11 and cabinet lower cross frame 12 to face each other forms a firm and stable entirety.

as shown in Figure 1, at the middle part (position placed in the middle) of the length direction of aforesaid cabinet lower cross frame 12 and be positioned at top and be provided with a transmission case 121, this transmission case 121 preferably but not the structure being definitely limited to is as follows: comprise transmission block 1211, transmission-case cover 1212, the first travelling gear 1213 and the second travelling gear 1214, the two ends of transmission block 1211 are respectively fixing with cabinet lower cross frame 12 with transmission block hold-down screw 12111, it is fixing with transmission block 1211 that transmission-case cover 1212 lids fit over the bottom transmission-case cover hold-down screw 12121 at the top of transmission block 1211 and the two ends of transmission-case cover 1212.Common cooperation of the transmission block chamber of transmission block 1211 and the transmission-case cover chamber of transmission-case cover 1212 and be configured to gear cavity 1215.First, second travelling gear 1213,1214 is engaged with each other and is positioned at gear cavity 1215, and in the time describing first, second main shaft 2a, 2b, applicant also will mention this first, second travelling gear 1213,1214.

on each cabinet wallboard 13 of aforesaid a pair of cabinet 1, offer an equal-sized needle beam rectangular and that position corresponds to each other and probe into the chamber 131 of stepping down, for the end of the upper and lower needle beam 7,8 that also will describe in detail below in this needle beam probes into the case chamber 14 that the chamber 131 of stepping down is insinuated into cabinet 1.Be provided with cylinder guiding mechanism 15 at aforesaid cabinet wallboard 13 towards a side in case chamber 14 and in the position on the top that probes into the chamber 131 of stepping down corresponding to needle beam, on this, cylinder guiding mechanism 15 comprises a pair of upper cylinder adjustment rack guide rail 151 and the font adjustment rack 152 longitudinally walking abreast each other, a wherein upper cylinder adjustment rack guide rail 151 in this pair of upper cylinder adjustment rack guide rail 151 is screwed at a side position that probes into 131 tops, chamber of stepping down corresponding to needle beam, and on another root in a pair of upper cylinder adjustment rack guide rail 151, cylinder adjustment rack guide rail 151 is screwed equally in the opposite side position that probes into 131 tops, chamber of stepping down corresponding to needle beam.Door font adjustment rack 152 is adjusted guide rail 151 with a pair of upper cylinder up or down and is slidably matched.As shown in Figure 1, respectively offer a shaped frame hold-down screw adjusting hole 1523 in the bottom of the corresponding both sides of door font adjustment rack 152, when door font adjustment rack 152 is after the position on cylinder adjustment rack guide rail 151 is adjusted on a pair of, then in the position corresponding to door shaped frame hold-down screw adjusting hole 1523, door font adjustment rack 152 and cabinet wallboard 13 are fixed with door font adjustment rack hold-down screw 1524.Shown by figure institute 1, because door font adjustment rack 152 probes into the top in the chamber 131 of stepping down corresponding to needle beam, so back to the top of a side in case chamber 14 be rotationally provided with a pair of first on cylinder guide wheel 1521 at this font adjustment rack 152 towards a side of the upper cylinder 5 that also will describe below, and bottom is provided with cylinder guide wheel 1522 on a pair of second rotationally, a pair of first, cylinder guide wheel 1521 on second, 1522 self is corresponding and form the position relationship of square shape, on two first on cylinder guide wheel 161 and two second cylinder guide wheel 1523 totally four guide wheels be square shape and distribute.

step down the bottom in chamber 131 and back to a side in case chamber 14 be rotationally provided with a pair of first bottom roll guide wheel 1311 and a pair of second bottom roll guide wheel 1312 in a side of the bottom roll 6 towards also describing below probeing into corresponding to aforesaid needle beam, wherein, a pair of the second bottom roll guide wheel 1312 is corresponding to the below of a pair of the first bottom roll guide wheel 1311, and a pair of first, second bottom roll guide wheel 1311,1312 is equally square shape and distributes, specifically as in description to cylinder guide wheel on first, second 1521,1522.

as shown in Figure 2, below each cabinet wallboard 13 of aforesaid a pair of cabinet 1 and be fixed with a bearing block bracket 132 towards a side in case chamber 14, be respectively fixed with one first spindle bearing holder 1321 and one second spindle bearing holder 1322 at the two ends of each bearing block bracket 132.

please see Fig. 1 and continue in conjunction with Fig. 2 by emphasis, show one first main shaft 2a and one and first main shaft 2a keep in the horizontal direction the second main shaft 2b walking abreast, the main shaft resigning hole 134 of the two ends of the first main shaft 2a on being opened in cabinet wallboard 13 is stretched in case chamber 14 and is bearing in rotationally on aforesaid the first spindle bearing holder 1321, the two ends of the second main shaft 2b equally main shaft resigning hole 134 on being opened in cabinet wallboard 13 are stretched in case chamber 14 and are bearing in rotationally on the second spindle bearing holder 1322, first, the second main shaft 2a, the middle part of 2b is corresponding to the top of aforesaid cabinet lower cross frame 12, and coordinate with aforesaid transmission case 121 transmissions, specifically: aforesaid the first travelling gear 1213 is fixed on the first main shaft 2a, and aforesaid the second travelling gear 1214 is fixed on the second main shaft 2b.Because first, second travelling gear 1213,1214 is engaged with each other, and when motion direction of rotation each other contrary, therefore ensured that the direction of rotation of first, second main shaft 2a, 2b is contrary.In the present embodiment, the direction of rotation of the first main shaft 2a is rotation clockwise, thereby drive the first travelling gear 1213 to turn clockwise, make the second travelling gear 1214 do counterclockwise rotation by the first travelling gear 1213, because the second drive 1214 is fixed on the second main shaft 2b above, therefore drive the second main shaft 2b to do counterclockwise rotation by the second travelling gear 1214.Respectively be fixed with one first flywheel 20a at the two ends of the first main shaft 2a, and be respectively fixed with one second flywheel 20b at the two ends of the second main shaft 2b, first, second flywheel 20a, 20b also can be described as stabilizer.Applicant it should be noted that: the middle part of the first main shaft 2a is bearing on the first transmission case axle bed 1216 of corresponding both sides of aforesaid transmission case 121 rotationally, and the middle part of the second main shaft 2b is bearing on the second transmission case axle bed 1217 of corresponding both sides of transmission case 121 rotationally.

because the structure of pair of links mechanism 3 in the each case chamber 14 that is positioned at a pair of cabinet 1 is identical, therefore applicant is only elaborated for the case chamber 14Nei bindiny mechanism 3 being shown in detail in the cabinet 1 in the left side of Fig. 1 and Fig. 2 location status below, because can't produce puzzled to the understanding that is arranged at the linkage 3 in the case chamber 14 of cabinet 1 on right side according to the reason of drawing inferences about other cases from one instance.

preferably but not the structure of the linkage 3 being definitely limited to is as follows: comprise first, second connecting rod 31,32, first, second transition connecting rod 33,34, upper towing plate 35 and lower towing plate 36, the lower end of first connecting rod 31 (adopts flat key to fix by the first capacity eccentric bearing 311 so that key is solid, as follows) mode is fixed on the first main shaft 2a and is stretched over 14Nei end, case chamber, be in transmission connection thereby realize with the first main shaft 2a, the bottom of one end of the length direction of the upper end of first connecting rod 31 and lower towing plate 36 is pivotally connected.The lower end of second connecting rod 32 is fixed on the second main shaft 2b by the second capacity eccentric bearing 321 in the solid mode of key and is stretched over 14Nei end, case chamber, be in transmission connection thereby realize with the second main shaft 2b, the bottom of the other end of the length direction of the upper end of second connecting rod 32 and lower towing plate 36 is pivotally connected.The lower end of First Transition connecting rod 33 is connected with the upper pivot of one end of the length direction of lower towing plate 36, and the bottom of one end of the length direction of upper end and upper towing plate 35 is pivotally connected.The lower end of the second transition connecting rod 34 is connected with the upper pivot of the other end of the length direction of lower towing plate 36, and the bottom of the other end of the length direction of upper end and upper towing plate 35 is pivotally connected.The connecting rod swing haulage gear 9 that also will describe in detail below was both connected with upper towing plate 35, and lower towing plate 36 connects again, and the upper and lower needle beam 7,8 that is about to below describe is fixedly connected with upper and lower towing plate 35,36 respectively.As shown in Figure 1, upper and lower towing plate 35,36 all probes into corresponding to aforesaid needle beam the chamber 131 of stepping down.

in the time rotating under the drive of the power drive mechanism 10 that the first main shaft 2a also will describe below (turning clockwise), drive first connecting rod 31 to move up and down by the first main shaft 2a, drive second connecting rod 32 to move up and down by the second main shaft 2b simultaneously, drive moving up and down of lower towing plate 36 by the motion of first, second connecting rod 31,32, and then by lower towing plate 36, first, second transition connecting rod 33,34 is moved up and down, drive upper towing plate 35 to move up and down again and then by first, second transition connecting rod 33,34.

please emphasis referring to Fig. 4 and still in conjunction with Fig. 1 and Fig. 2, on the top of the length direction of upper towing plate 35 (upper along) and be extended with one second traction link engaging lug 351 in middle position, on this second traction link engaging lug 351 and towards a side of cabinet wallboard 13, be fixed with one second traction bearing pin 3511, this second traction bearing pin 3511 is for being connected with above mentioned connecting rod swing haulage gear 9.Again, offer needle beam Connection Block at the middle part of the length direction of upper towing plate 35 and probe into chamber 352(Fig. 4 signal), and the position that probes into the both sides of the short transverse in chamber 352 corresponding to needle beam Connection Block on this respectively offer a pair of on needle beam fixed adjustment hole 353.And, have needle beam seat locking key seat 354(Fig. 1 on to show at upper towing plate 35 back to a side of cabinet wallboard 13 and in the position formation of the bottom that probes into chamber 352 corresponding to needle beam Connection Block on aforesaid).In the bottom of the length direction of lower towing plate 36 (lower along) and be extended with one first traction link engaging lug 361(Fig. 4 in middle position and show), on this first traction link engaging lug 361 and be fixed with one first traction bearing pin 3611(Fig. 4 towards a side of cabinet wallboard 13 and show), this first traction bearing pin 3611 is for being connected with above mentioned connecting rod swing haulage gear 9.Again, offer needle beam Connection Block probes into chamber 362(Fig. 4 and shows at the middle part of the length direction of lower towing plate 36), and respectively offer a pair of lower needle beam fixed adjustment hole 363 at the position that probes into the both sides of the short transverse in chamber 362 corresponding to this lower needle beam Connection Block.And, there is the key seat 364 of needle beam seat locking at lower towing plate 36 back to a side of cabinet wallboard 13 and in the position formation of the bottom that probes into chamber 362 corresponding to aforesaid lower needle beam Connection Block.

please see Fig. 1 by emphasis; in the present embodiment; drum drive 4 is arranged on to the case chamber 14 of the cabinet 1 that is positioned at left side in a pair of cabinet 1; if but transferred them in the case chamber 14 of cabinet 1 on right side; and by (change) 180 ° (taking location status shown in Fig. 1 as example) of turning round of illustrated upper and lower cylinder 5,6, so certainly belong to equivalence and replace and still belong to protection scope of the present invention.

drum drive 4 preferably but not the structure being definitely limited to is as follows: comprise the first sprocket wheel 41, the first driving chain 42, umbrella gear box 43, on, lower worm gear case 44, 45 and worm gear case transition adapter sleeve 46, the first sprocket wheel 41 is fixed on aforesaid the first main shaft 2a, be fixed on one end of a cabinet 1 in the left side of the first main shaft 2a in a pair of cabinet 1, and be positioned at outside the case chamber 14 of a cabinet 1 in this left side, umbrella gear box 43 is fixed on bevel gear block 433, and bevel gear block 433 is fixed on the side of aforesaid cabinet wallboard 13 towards case chamber 14, the casing that the input gear axle 431 of this umbrella gear box 43 is stretched over umbrella gear box 43 is fixed with one second sprocket wheel 4311 outward and through after cabinet wallboard 13, first, the second sprocket wheel 41, 4311 correspond to each other, and be all positioned at outside case chamber 14, one end of the first driving chain 42 is nested with on the first sprocket wheel 41, the other end is nested with on this second sprocket wheel 4311.In the time of the first main shaft 2a rotation, drive the first sprocket wheel 41, drive the second sprocket wheel 4311 by this first sprocket wheel 41 by the first driving chain 42, and then drive input gear axle 431 by the second sprocket wheel 4311, upper worm gear case 44 is fixed on worm gear case fixed head 441, and worm gear case fixed head 441 is screwed the side towards case chamber 14 at cabinet wallboard 13 on this, the upper worm-gear case output shaft 442 of upper worm gear case 44 is stretched over outside the casing of worm gear case 44, and through being opened in the first resigning hole 4411 on worm gear case fixed head 441 and being fixed with one first pinion 4421 through being stretched over cabinet wallboard 13 after being opened in the hole corresponding with the first resigning hole 4411, position on cabinet wallboard 13 back to a rear flank in case chamber 14, driven the upper cylinder 5 that also will describe below by this first pinion 4421.The upper worm gear case power shaft 443 of upper worm gear case 44 is stretched over outside the casing of worm gear case 44, and is connected with the upper end of worm gear case transition adapter sleeve 46.Lower worm gear case 45 is fixing by screw and lower worm gear case fixed head 451, and this lower worm gear case fixed head 451 is screwed the side towards case chamber 14 at cabinet wallboard 13, and corresponding to the below of aforesaid upper worm gear case fixed head 441, lower worm gear case first output shaft 452 of lower worm gear case 45 is connected with the lower end of aforesaid worm gear case adapter sleeve 46, and lower worm gear case second output shaft 453 of lower worm gear case 45 is stretched over outside the casing of lower worm gear case 45, and through being opened in the second resigning hole 4511 on lower worm gear case fixed head 451 and being fixed with one second pinion 4531 through being stretched over cabinet wallboard 13 after being opened in the hole corresponding with the second resigning hole 4511, position on cabinet wallboard 13 back to a rear flank in case chamber 14, drive by this second pinion 4531 bottom roll 6 that also will describe below.The lower worm gear case power shaft 454 of lower worm gear case 45 is connected with the umbrella gear box output shaft 432 of aforesaid umbrella gear box 43.

on the outer wall at the two ends of upper cylinder 5 that illustrate in Fig. 1 and that mentioned in the above and around on the circumferencial direction of cylinder 5 each form have cylinder guide wheel raceway 54 on, on this, cylinder guide wheel raceway 54 contacts with cylinder guide wheel 1522 on cylinder guide wheel 1521 and a pair of second on aforesaid a pair of first simultaneously, that is to say and by upper cylinder guide wheel raceway 54, upper cylinder 5 is bearing in rotationally on a pair of second on cylinder guide wheel 1522, and spacing by cylinder guide wheel 1521 on a pair of first.At upper cylinder 5 towards one end of aforesaid drum drive 4 and be positioned at cylinder guide wheel raceway 54 on of cylinder guide wheel raceway 54(left end) outside form and have cylinder gear ring 53 on, on this, cylinder gear ring 53 is meshed with aforesaid the first pinion 4421.Wherein: the upper preferred one of cylinder gear ring 53 is formed on cylinder 5, but do not repel in independent making after cylinder gear ring 53, then it is fixed to the situation on upper cylinder 5 with welding manner or in other similar mode.On upper cylinder 5 and be positioned at aforesaid a pair of on the region of cylinder guide wheel raceway 54 offer the upper thorn pin hole 52 communicating with the upper cylinder chamber 51 of upper cylinder 5 with high density state.

the each formation of circumferencial direction around bottom roll 6 on the outer wall at the two ends of bottom roll 6 that illustrate in Fig. 1 and that mentioned in the above equally has a bottom roll guide wheel raceway 64, this bottom roll guide wheel raceway 64 contacts with aforesaid a pair of the first bottom roll guide wheel 1311 and a pair of the second bottom roll guide wheel 1312 simultaneously, that is to say by bottom roll guide wheel raceway 64 bottom roll 6 is bearing on a pair of the second bottom roll guide wheel 1312 rotationally, and spacing by a pair of the first bottom roll guide wheel 1311.At bottom roll 6 towards one end of aforesaid drum drive 4 and be positioned at a bottom roll guide wheel raceway 64 of bottom roll guide wheel raceway 64(left end) outside form and have a bottom roll gear ring 63, this bottom roll gear ring 63 is meshed with aforesaid the second pinion 4531.The constituent relation of bottom roll gear ring 63 and bottom roll 6 is as the description to upper cylinder gear ring 53.On bottom roll 6 and the region that is positioned at aforesaid a pair of bottom roll guide wheel raceway 64 offer the lower thorn pin hole 62 communicating with the bottom roll chamber 61 of bottom roll 6 with high density state.

the grammes per square metre of the on-woven fiber web going out by technological requirement laying due to the lapping machine by preceding working procedure can change, the height (thickness) that is to say on-woven fiber web layer can change, therefore need aforementioned upper cylinder 5 to make accommodation, certainly, do after accommodation the also corresponding adjustment of the upper needle beam 7 that will describe below at upper cylinder 5.In the time will adjusting upward upper cylinder 5, unscrew so a shaped frame hold-down screw 1524, door font adjustment rack 152 is being followed to aforesaid upper cylinder adjustment rack guide rail 151 upwards moves, again door shaped frame hold-down screw 1524 is fixed to (screwing) when moving to the required degree that meets technological requirement, vice versa.The adjusting range up and down of door font adjustment rack 152 depends on the length range (longitudinal length) of the door shaped frame hold-down screw adjusting hole 1523 of offering on it, because door shaped frame hold-down screw adjusting hole 1523 is longitudinal strip hole.

driven the change in location that on aforesaid a pair of first, on cylinder guide wheel 1521 and a pair of second, cylinder guide wheel 1522 is followed in sb's footsteps by moving up and down of door font adjustment rack 152, finally realize the adjustment to upper cylinder 5 by the adjustment of door font adjustment rack 152.

preferably, on the adjustment rack crossbeam on the top of door font adjustment rack 152, be fixed with one piece of adjustment rack guide bracket 1525, on this adjustment rack guide bracket 1525, fix a pilot pin 15251, this pilot pin 15251 be fixed on cabinet wallboard 13 and be slidingly fitted towards the pilot pin seat 133 of a side in case chamber 14.So design can ensure the well spacing of opposite house font adjustment rack 152, avoids cylinder 5 in the time of work, to occur not wishing the play of appearance.

as shown in Figure 1, on one, the middle part of needle beam 7 is positioned at aforesaid upper cylinder chamber 51, and two ends are stretched over outside cylinder chamber 51, and in transitly in probeing into the laggard cartonning chamber, chamber 131 14 of stepping down, aforesaid needle beam is fixedly connected with the upper towing plate 35 of aforesaid linkage 3, and make to be fixed on upper needle beam Connection Block 72 on the two ends end face of needle beam 7 and probe into upper needle beam Connection Block aforesaid and that illustrated by Fig. 4 and probe in chamber 352, then by upper pin 721 and aforesaid upper needle beam seat locking key seat 354 lock fit.The effect in aforesaid upper needle beam fixed adjustment hole 353 is to adjust the upper-lower position of upper needle beam 7 on upper towing plate 35, the height of upper needle beam 7 is done according to needing adjusting.The middle part of upper needle beam 7 be positioned at 51Nei region, cylinder chamber and towards under a side be fixed with needle plate 71 on towards a side of lower needle beam 8, on upper needle plate 71, be furnished with high density state the upper pricker 711 closing for thorn that the fiber of on-woven fiber web is tangled, wherein, the position of upper pricker 711 must be fully corresponding with upper thorn pin hole 52, and the diameter of upper pricker 711 must be less than thorn pin hole 52.

refer to Fig. 3 and still in conjunction with Fig. 1, because the structure of upper needle beam 7 is identical with the structure of lower needle beam 8, only oppositely to arrange each other, so-called reverse setting refers to: upper pricker 711 towards under, and the lower pricker 811 that also will describe is below towards upper, therefore in Fig. 3, applicant has illustrated time needle beam 8 in detail, the two ends of the lower needle plate 81 on lower needle beam 8 are defined on lower needle beam 8 by needle plate limited block 812, and be equipped with lower spacer plate 813 at lower needle plate 81 towards a side of lower needle beam 8, lower needle plate clamp bar 814 by the both sides of the length direction corresponding to lower needle plate 81 is fixing with lower needle plate 81 by lower spacer plate 813, lower needle plate clamp bar 814 is spacing by being fixed on clamp bar limited block 8141 on lower needle beam 8.Be furnished with lower pricker 811 in lower needle plate 81 side of needle plate 71 on aforesaid with high density state, lower pricker 811 must be fully corresponding with the lower thorn pin hole 62 on bottom roll 6, by lower pricker 811, the on-woven fiber web between upper and lower cylinder 5,6 tangled to sting and close.Preferred scheme also can be on lower needle beam 8 and is respectively arranged an air bag 83 with intake interface 831 in the lower portion of the both sides of the length direction corresponding to lower spacer plate 813, and the two ends of air bag 83 are clamped by air-pocket splint 832.Can make lower needle plate 81 closely cooperate with aforesaid lower needle plate clamp bar 814 reliably by the inflation to air bag 83.On the end face at needle beam 8 two ends, be respectively fixed with needle beam Connection Block 82 with Connection Block hold-down screw 821, and offer pin shaft hole 822 on lower needle beam holder 821.The diameter of lower pricker 811 must be less than lower thorn pin hole 62.

as shown in Figure 1, the two ends of needle beam 8 are stretched over outside bottom roll chamber 61, and enter case chamber 14 in the position that probes into the chamber 131 of stepping down corresponding to aforesaid needle beam and be fixedly connected with aforesaid lower towing plate 36.Aforesaid lower needle plate 81 is fixed on the middle part of lower needle beam 8, is positioned at bottom roll chamber 61.Aforesaid lower needle beam Connection Block 82 is inserted in the lower needle beam Connection Block of being illustrated by Fig. 4 and inserts in chamber 362, and is locked in the hole on key seat 364 at the aforesaid lower needle beam seat of position insertion corresponding to downside pin axis hole 822 by lower bearing pin 8221.The aforementioned lower needle beam fixed adjustment hole 363(Fig. 4 being opened on lower towing plate 36 shows) effect be that lower needle beam 8 is adjusted, specifically as in description to upper needle beam fixed adjustment hole 353.

refer to Fig. 5 to Fig. 7 and still in conjunction with Fig. 1, Fig. 2 and Fig. 4, the mode being connected with operating principle and with linkage 3 due to the structure of the connecting rod pendulum haulage gear 9 in the case chamber 14 separately that is disposed in a pair of cabinet 1 of the present invention is all identical, and therefore applicant is only described in detail for the connecting rod swing haulage gear 9 in the case chamber 14 of the cabinet 1 in the left side under shown position state below.

preferably but not the connecting rod swing haulage gear 9 being definitely limited to comprises drive sprocket 91, First Transition sprocket wheel 92, first, the second draw bar sprocket wheel 93, 94, Traction Drive chain 95, first, the second draw bar 96, 97 and the second transition sprocket wheel 98, drive sprocket 91 is consolidated mode by key and is fixed on aforesaid the second main shaft 2b, First Transition sprocket wheel 92 is arranged on the side of cabinet wallboard 13 towards case chamber 14 rotationally, and substantially corresponding to the below (Fig. 4 shows) of the first draw bar sprocket wheel 93, the first draw bar sprocket wheel 93 is arranged on the side of cabinet wallboard 13 towards case chamber 14 rotationally, and corresponding with aforesaid lower towing plate 36.As shown in Figure 1, this the first draw bar sprocket wheel 93 is arranged on the first draw bar sprocket wheel semiaxis 931 rotationally, and this first draw bar sprocket wheel semiaxis 931 is directly formed on the first half axle beds 9311, these the first half axle bed 9311 use half axle bed hold-down screws are fixed on the side of cabinet wallboard 13 towards case chamber 14.Be fixed with one first eccentric disc 932 at the first draw bar sprocket wheel 93 back to a side of cabinet wallboard 13 again.The first draw bar 96 towards one end of lower towing plate 36 and lower towing plate 36 towards under the middle position of a side be connected, be connected with aforesaid the first draw bar engaging lug 361, specifically show by first draw bar bearing pin 3611(Fig. 4) realization is connected with lower towing plate 36, and the first draw bar 96 is connected with aforesaid the first eccentric disc 932 towards one end of the first draw bar sprocket wheel 93.The second draw bar sprocket wheel 94 is arranged on the second draw bar sprocket wheel semiaxis 941 rotationally, and the second draw bar sprocket wheel semiaxis 941 is directly formed on the second half axle beds 9411, the second half axle beds 9411 are screwed the side towards case chamber 14 at cabinet wallboard 13, and are fixed with one second eccentric disc 942 at the second draw bar sprocket wheel 94 back to a side of cabinet wallboard 13.The second draw bar 97 is connected with aforesaid the second eccentric disc 942 towards one end of the second draw bar sprocket wheel 94, and the second draw bar 97 is connected with aforesaid the second traction link engaging lug 351 on upper towing plate 36 towards one end of upper towing plate 36, particularly, inserted in the hole being opened on the second draw bar 97 (Fig. 1 is shown in detail) by the second traction bearing pin 3511.The second transition sprocket wheel 98 is arranged on the side of cabinet wallboard 13 towards case chamber 14 rotationally, and corresponding between aforesaid first, second draw bar sprocket wheel 93,94.One end of Traction Drive chain 95 is nested with on drive sprocket 91, and the other end is nested with on the second draw bar sprocket wheel 94, and middle part and First Transition sprocket wheel 92, the first draw bar sprocket wheel 93 and the second transition sprocket wheel 98 connect.For Traction Drive chain 95, also can be stated as follows according to the signal of Fig. 4 and Fig. 5: Traction Drive chain 95 is nested with (associating) on drive sprocket 91, First Transition sprocket wheel 92, the first draw bar sprocket wheel 93, the second transition sprocket wheel 98 and the second draw bar sprocket wheel 94, between five sprocket wheels, forms continuous action relation each other by Traction Drive chain 95.

still see Fig. 1, Fig. 2 and Fig. 4 and Fig. 7, show the power drive mechanism 10 for driving aforesaid the first main shaft 2a motion, this power drive mechanism 10 comprises frequency control motor 101, the first drive 102, driving belt 103 and the second drive 104, frequency control motor 101 is fixed on a cabinet 1 on the left side (i.e. left side) in a pair of cabinet 1, the first drive 102 is fixed on the motor shaft of frequency control motor 101, one end of driving belt 103 is nested with on the first drive 102, and the other end is nested with on the second drive 104, this second drive 104 is fixed on the first main shaft 2a and is stretched over 14Nei one end, case chamber (Fig. 1 shows) of a cabinet 1 in the left side in a pair of cabinet 1 in the solid mode of key.

in the present embodiment, first, second drive 102,104 is belt pulley and is multi-channel belt pulley, and driving belt 103 is rotating belt, and its quantity adapts (equating) with the conduit on first, second drive 102,104.

in the time that the frequency control motor 101 of power drive mechanism 10 is worked, drive the first main shaft 2a rotation, the rotation form of first, second main shaft 2a, 2b can be referring to the superincumbent description of applicant.

applicant describes operation principle of the present invention, in Fig. 6 and Fig. 7, illustrated for on-woven fiber web capable go out work top 30, in the time will carrying out acupuncture to the on-woven fiber web by after lapping machine laying, the nonwoven webs web that comes from work top 30 is advanced between upper and lower cylinder 5,6, enter from the rear side between the upper and lower cylinder 5,6 of location status shown in Fig. 1, specific as follows:

by being controlled by PLC(programmable controller) the frequency control motor 101 of power drive mechanism 10 work, drive the second drive 104 work (motion) through the first drive 102 by driving belt 103, because the second drive 104 is fixed on the first main shaft 2a above, therefore drive the first main shaft 2a rotation (the present embodiment clockwise turns to example with the first main shaft 2a) by this second drive 104.Because first, second main shaft 2a, 2b coordinate with transmission case 121 transmissions, therefore drive by the first travelling gear 1213 being fixed on the first main shaft 2a the second travelling gear 1214 being fixed on the second main shaft 2b, thereby make the direction of rotation of the second main shaft 2b contrary with the first main shaft 2a, to ensure that on-woven fiber web moves seizing on both sides by the arms under (also can claim to clamp) state of upper and lower cylinder 5,6.

in above-mentioned course of action, because first, second connecting rod 31,32 of linkage 3 is in transmission connection with first, second main shaft 2a, 2b respectively, therefore drive pair of links mechanism 3 to move by the rotation of first, second main shaft 2a, 2b, specifically can be referring to applicant's description of linkage 3 in the above.Because aforesaid drum drive 4 and the first main shaft 2a are in transmission connection, therefore under the motion of the first main shaft 2a, drive drum drive 4 to work again.

drum drive 4 be make so aforesaid on, bottom roll 5, 6 motions, drive the first driving chain 42 by the first sprocket wheel 41 with the rotation of the first main shaft 2a, drive the second sprocket wheel 4311 by this first driving chain 42, because the second sprocket wheel 4311 is fixed on the input gear axle 431 of umbrella gear box 43, thereby second sprocket wheel 4311 drive input gear axle 431 to rotate, (be positioned at umbrella gear box by the bevel gear on the umbrella gear box output shaft 432 of bevel gear drive umbrella gear box 43 on input gear axle 431 and that be positioned at umbrella gear box 43, not shown, but can understand completely according to common practise), umbrella gear box output shaft 432 is rotated or claim motion.Because umbrella gear box output shaft 432 is in transmission connection by the lower worm gear case power shaft 454 of terminal pad and lower worm gear case 45, that is to say that lower worm gear case power shaft 454 is connected with umbrella gear box output shaft 432 by terminal pad, therefore descends worm gear case 45 to enter duty.Drive by lower worm gear case the second output shaft 453 the second pinion 4531 being fixed thereon, because the second pinion 4531 is meshed with the bottom roll gear ring 63 of aforesaid bottom roll 6, thereby drive bottom roll 6 to rotate by this second pinion 4531.Again meanwhile, upper cylinder 5 is also in rotation status, specifically: because lower worm gear case first output shaft 452 of lower worm gear case 45 is connected with worm gear case transition adapter sleeve 46, again because the upper worm gear case power shaft 443 of upper worm gear case 44 is connected with worm gear case transition adapter sleeve 46, therefore go up worm gear case 44 in running order, the upper worm-gear case output shaft 442 of going up worm gear case 44 rotates, drive the first pinion 4421 being fixed thereon to rotate.Because the first pinion 4421 is meshed with the upper cylinder gear ring 53 of upper cylinder 5, therefore go up cylinder 5 and rotate.Under the rotation of upper and lower cylinder 5,6, on-woven fiber web is moved the state of seizing on both sides by the arms is descending.

when upper and lower cylinder 5,6 rotates and carries on-woven fiber web, because linkage 3 is kept in motion, the upper towing plate 35 of reason linkage 3 drives upper needle beam 7 alternatively up and down (back and forth) motion, drives lower needle beam 8 to pump by lower towing plate 36 simultaneously.Particularly in the time that upper needle beam 7 moves downward, upper pricker on upper needle plate 71 711 is implemented thorn through the upper thorn pin hole 52 on upper cylinder 5 to on-woven fiber web and is closed, and lower needle beam 8 now exits the lower thorn pin hole 62 on bottom roll 6 owing to moving downward lower pricker 811 retractions that make on lower needle plate 81.Otherwise, in the time that upper needle beam 7 moves upward, upper pricker 711 on upper needle plate 71 exits the upper thorn pin hole 52 of cylinder 5, be in retraction in cylinder chamber 51, and lower pricker 811 on the lower needle plate 81 of lower needle beam 8 now moves upward, stretch out lower thorn pin hole 62 non-woven fibre web enforcement thorn is closed, so repeatedly.

alternately on-woven fiber web is stung in the process of closing at above-mentioned upper and lower pricker 711,811, thrust intrastitial moment at upper pricker 711, because lower pricker 811 now exits on-woven fiber web, therefore, bottom roll 6 is now being played the part of the effect of shelling net drum.But along with upper pricker 711 thrusts and pass on-woven fiber web, bottom roll 6 now starts again to play a part holder net roller.Same reason, in the time that upper pricker 711 exits on-woven fiber web, goes up cylinder 5 and is playing the part of the role who shells net drum, and now because lower pricker 811 thrusts in on-woven fiber web, therefore, upper cylinder 5 now plays a part holder net drum.

due to the diameter of upper and lower cylinder 5,6 relatively large (equal diameters of upper and lower cylinder 5,6), the space at on-woven fiber web entrance triangle place is compared with large and can meet the input that grammes per square metre is the on-woven fiber web layer that 600-1500g/ ㎡ and even grammes per square metre are larger, and this is that flat and static holder, stripping web plate in prior art cannot match in excellence or beauty.

on above-mentioned, lower needle beam 7, 8 upper, lower needle plate 71, upper on 81, lower pricker 711, 811 in regular alternatively up and down mode to by way of upper, bottom roll 5, when on-woven fiber web between 6 carries out acupuncture, swinging haulage gear 9 by aforesaid pair of links swings pair of links mechanism 3, specific as follows: because drive sprocket 91 and the second main shaft 2b of connecting rod swing haulage gear 9 fix, therefore in the process of the second main shaft 2b motion, to drive first by the second main shaft 2b through Traction Drive sprocket wheel 95 simultaneously, the second draw bar sprocket wheel 93, 94, because the first draw bar 96 is connected between lower towing plate 36 and the first draw bar sprocket wheel 93, because the second draw bar 97 is connected between upper towing plate 35 and the second draw bar sprocket wheel 94, therefore when a pair of bindiny mechanism 3 moves, swing haulage gear 9 by pair of links and make the upper of pair of links mechanism 3 again, lower towing plate 35, 36 do micro-vast swing, why claim micro-vast swing, are because upper, lower towing plate 35, 36 oscillating quantity is minimum.Because in acupuncture course, on, bottom roll 5, the 6th, roll with the speed of technique initialization, if the lower pricker 811 on the upper pricker 711 on upper needle plate 71 and lower needle plate 81 is straight up and down, so certainly go up pricker 711, lower pricker 811 can produce with upper, bottom roll wall is (on non-, lower thorn pin hole 52, 62 position) bump against and the situation that fractures, thereby by connecting rod swing haulage gear 9 drivening rod mechanisms 3, and then upper by linkage 3, lower towing plate 35, 36 drive respectively, lower needle beam 7, 8, make to be arranged on respectively, lower needle beam 7, upper on 8, lower needle plate 71, 81 with upper, bottom roll 5, 6 motion keeps constant speed movement, and in this process, under the effect of connecting rod swing haulage gear 9, make the upper pricker 711 on needle plate 71 and make lower pricker 811 on lower needle plate 81 possess the form of compound motion, under the form of this compound motion, on, lower pricker 711, 811 movement locus shows as and is similar to longitudinal elliptoid Cam Track, has avoided on the one hand, lower pricker 711, 811 respectively with upper, bottom roll 5, 6 situations that bump against, can avoid the pulling of on-woven fiber under row shifting state to draw on the other hand effectively, improve the class of on-woven product to show zero drawing-off.

in sum, technical scheme provided by the invention is because the needing machine of relative prior art has been done revolutionary variation, thereby make up all sidedly the shortcoming in prior art, completed invention task, embodied objectively applicant's alleged technique effect in technique effect hurdle.

Claims

1. a kind of twin-roll swinging needing machine, it is characterized in that comprising a pair of cabinet (1) that faces each other and arrange and linked together by crossbearer on cabinet (11) and cabinet lower cross frame (12) each other, upper and respectively offer a needle beam communicating with the case chamber (14) of cabinet (1) in corresponding position and probe into the chamber of stepping down (131) at the cabinet wallboard (13) of the side that faces each other of this pair of cabinet (1), wherein, be provided with a transmission case (121) at the middle part of the length direction of described cabinet lower cross frame (12), corresponding to one first main shaft (2a) of described cabinet lower cross frame (12) top and one and parallel the second main shaft (2b) of the first main shaft (2a), this first main shaft (2a) and the second main shaft (2b) are bearing in rotationally between described a pair of cabinet (1) and probe in described case chamber (14), and the middle part of the first main shaft (2a) and the second main shaft (2b) all coordinates with described transmission case (121) transmission and formation direction of rotation is each other contrary, pair of links mechanism (3), one of them linkage (3) in this pair of links mechanism (3) is arranged in the described case chamber (14) of one of them cabinet (1) of described a pair of cabinet (1), and be in transmission connection with one end of described the first main shaft (2a) and the second main shaft (2b), and another linkage (3) is arranged in the described case chamber (14) of another cabinet (1) of described a pair of cabinet (1) in this pair of links mechanism (3), and be in transmission connection with the other end of the first main shaft (2a) and the second main shaft (2b), one drum drive (4), appointing in a pair of cabinet (1) described in this drum drive (4) is arranged on selected in the described case chamber (14) of a cabinet (1), and is in transmission connection with described the first main shaft (2a), there is upper cylinder chamber (51) and be provided with high density state the upper thorn pin hole (52) that communicates with upper cylinder chamber (51) one on cylinder (5) and there is bottom roll chamber (61) and be provided with the bottom roll (6) of the lower thorn pin hole (62) communicating with bottom roll chamber (61) with high density state, cylinder on this (5) and bottom roll (6) are bearing between described a pair of cabinet (1) rotationally in the position that probes into the chamber of stepping down (131) corresponding to described needle beam, and coordinate with described drum drive (4) transmission, needle beam on one (7) and once needle beam (8), the middle part of upper needle beam (7) is positioned at described upper cylinder chamber (51), and cylinder chamber (51) is stretched out at the two ends of upper needle beam (7) and probe in described case chamber (14) and be fixedly connected with described linkage (3), be fixed with needle plate on (71) at the middle part of upper needle beam (7) and towards a side of lower needle beam (8), at the upper upper pricker (711) closing for thorn that on-woven fiber web is tangled that is furnished with high density state of upper needle plate (71), the position of upper pricker (711) is corresponding with described upper thorn pin hole (52), the middle part of lower needle beam (8) is positioned at described bottom roll chamber (61), and bottom roll chamber (61) is stretched out at the two ends of lower needle beam (8) and probe in described case chamber (14) and be fixedly connected with described linkage (3), be fixed with needle plate (81) at the middle part of lower needle beam (8) and towards a side of upper needle beam (7), at the upper lower pricker (811) closing for thorn that on-woven fiber web is tangled that is furnished with high density state of lower needle plate (81), lower pricker (811) is corresponding with described lower thorn pin hole (62), pair of links swings haulage gear (9), one of them connecting rod swing haulage gear (9) that this pair of links swings in haulage gear (9) is arranged in the described case chamber (14) of one of them cabinet (1) in described a pair of cabinet (1), the described linkage (3) interior with this case chamber (14) is connected and is in transmission connection with described the second main shaft (2b), and another connecting rod swing haulage gear (9) that pair of links swings in haulage gear (9) is arranged in the described case chamber (14) of another cabinet (1) in a pair of cabinet (1), the linkage (3) interior with the case chamber (14) of this another cabinet (1) is connected and is in transmission connection with the second main shaft (2b), one is arranged on the power drive mechanism (10) of selecting on a cabinet (1) of appointing in described a pair of cabinet (1), this power drive mechanism (10) comprises frequency control motor (101), the first drive (102), driving belt (103) and the second drive (104), frequency control motor (101) is fixed on one of them cabinet (1) in a pair of cabinet (1), the first drive (102) is fixed on the motor shaft of frequency control motor (101), one end of driving belt (103) is nested with on the first drive (102), and the other end is nested with on the second drive (104), this second drive (104) is fixed on the one end in the case chamber (14) that the first main shaft (2a) is stretched over one of them cabinet (1) in described a pair of cabinet (1) in the solid mode of key, and the first drive (102) and the second drive (104) are multi-channel belt pulley.

2. twin-roll swinging needing machine according to claim 1, it is characterized in that on the cabinet wallboard (13) of described a pair of cabinet (1) and be respectively provided with cylinder guiding mechanism (15) at cabinet wallboard (13) towards a side in described case chamber (14), each upper cylinder guiding mechanism (15) comprise each other longitudinally parallel and be fixed on described cabinet wallboard (13) towards a pair of upper cylinder adjustment rack guide rail (151) of a side in described case chamber (14) and be disposed in slidably between a pair of upper cylinder adjustment rack guide rail (151) and with the fixing font adjustment rack (152) of cabinet wallboard (13), wherein: the wherein upper cylinder adjustment rack guide rail (151) in a pair of upper cylinder adjustment rack guide rail (151) probes into a side on the top of the short transverse in the chamber of stepping down (131) corresponding to described needle beam, and on another root in a pair of upper cylinder adjustment rack guide rail (151), cylinder adjustment rack guide rail (151) probes into the opposite side on the top of the short transverse in the chamber of stepping down (131) corresponding to needle beam, door font adjustment rack (152) probes into the accent position in the chamber of stepping down (131) corresponding to needle beam, upper and be provided with cylinder guide wheel (1521) on a pair of first towards the upper end pivoting of a side of described upper cylinder (5) at this font adjustment rack (152), and lower end pivoting is provided with cylinder guide wheel (1522) on a pair of second, a pair of first, cylinder guide wheel (1521 on second, 1522) self is corresponding and form square shape and distribute, the two ends of described upper cylinder (5) are respectively bearing on a pair of second on cylinder guide wheel (1522) rotationally, and contact with cylinder guide wheel (1521) on a pair of first, probe at described needle beam the short transverse in the chamber of stepping down (131) bottom accent position and be provided with a pair of the first bottom roll guide wheel (1311) and a pair of the second bottom roll guide wheel (1312) towards a side pivot of described bottom roll (6), a pair of first, the second bottom roll guide wheel (1311,1312) self is corresponding and form each other square shape and distribute, the two ends of described bottom roll (6) are respectively bearing on a pair of the second bottom roll guide wheel (1312) rotationally, and contact with a pair of the first bottom roll guide wheel (1311).

3. twin-roll swinging needing machine according to claim 1, it is characterized in that described transmission case (121) comprises transmission block (1211), transmission-case cover (1212), the first travelling gear (1213) and the second travelling gear (1214), transmission block (1211) is fixed on the middle part of the length direction of described cabinet lower cross frame (12), transmission-case cover (1212) matches with transmission block (1211), and the transmission-case cover chamber of the transmission block chamber of transmission block (1211) and transmission-case cover (1212) is jointly configured to gear cavity (1215), the first travelling gear (1213) is fixed on the middle part of the length direction of described the first main shaft (2a), and be positioned at gear cavity (1215), the second travelling gear (1214) is fixed on the middle part of the length direction of described the second main shaft (2b), and be meshed with described the first travelling gear (1213) in gear cavity (1215), first, the second travelling gear (1213, 1214) direction of rotation is opposite each other, respectively be fixed with one first flywheel (20a) at the two ends of described the first main shaft (2a), and be respectively fixed with one second flywheel (20b) at the two ends of described the second main shaft (2b).

4. twin-roll swinging needing machine according to claim 1, it is characterized in that described pair of links mechanism (3) respectively comprises first, second connecting rod (31, 32), first, the second transition connecting rod (33, 34), upper towing plate (35) and lower towing plate (36), the lower end of first connecting rod (31) and described the first main shaft (2a) are in transmission connection, and upper end is connected with the bottom of one end of lower towing plate (36), the lower end of second connecting rod (32) and described the second main shaft (2b) are in transmission connection, and upper end is connected with the bottom of the other end of lower towing plate (36), the lower end of First Transition connecting rod (33) is connected with the top of one end of lower towing plate (36), and upper end is connected with one end of upper towing plate (35), the lower end of the second transition connecting rod (34) is connected with the top of the other end of lower towing plate (36), and upper end is connected with the other end of upper towing plate (35), on, lower towing plate (35, 36) all to probe into the chamber of stepping down (131) corresponding with described needle beam, described connecting rod swing haulage gear (9) is connected with described upper towing plate (35), and be connected with described lower towing plate (36), in the bottom of the cabinet wallboard (13) of described a pair of cabinet (1) and be respectively fixed with a bearing block bracket (132) towards a side in described case chamber (14), described the first main shaft (2a) and the second main shaft (2b) are bearing on bearing block bracket (132) rotationally.

5. twin-roll swinging needing machine according to claim 1, it is characterized in that described drum drive (4) comprises the first sprocket wheel (41), the first driving chain (42), umbrella gear box (43), on, lower worm gear case (44,45) and worm gear case transition adapter sleeve (46), the first sprocket wheel (41) is fixed on described the first main shaft (2a), umbrella gear box (43) is fixed on the side of described cabinet wallboard (13) towards described case chamber (14), the input gear axle (431) of this umbrella gear box (43) is stretched over outside umbrella gear box (43) and through cabinet wallboard (13) and is fixed with one second sprocket wheel (4311), this second sprocket wheel (4311) is corresponding with the first sprocket wheel (41) and be positioned at outside case chamber (14), one end of described the first driving chain (42) is nested with on the first sprocket wheel (41), and the other end is nested with on the second sprocket wheel (4311), upper worm gear case (44) is fixed on worm gear case fixed head (441), upper worm gear case fixed head (441) is fixed on the side of described cabinet wallboard (13) towards described case chamber (14), the upper worm-gear case output shaft (442) of upper worm gear case (44) is stretched over outside worm gear case (44), and be fixed with one first pinion (4421) after through worm gear case fixed head (441) on described and cabinet wallboard (13), it is outer and be connected with the upper end of worm gear case transition adapter sleeve (46) that the upper worm gear case power shaft (443) of upper worm gear case (44) is stretched over the casing of worm gear case (44), lower worm gear case (45) is fixed on lower worm gear case fixed head (451), this lower worm gear case fixed head (451) is corresponding to the below of described upper worm gear case fixed head (441), and fix towards a side in described case chamber (14) with described cabinet wallboard (13), lower worm gear case first output shaft (452) of lower worm gear case (45) is connected with the lower end of described worm gear case adapter sleeve (46), lower worm gear case second output shaft (453) of lower worm gear case (45) is stretched over outside lower worm gear case (45) and after through described lower worm gear case fixed head (451) and cabinet wallboard (13) and is fixed with one second pinion (4531), and the lower worm gear case power shaft (454) of lower worm gear case (45) and the umbrella gear box output shaft (432) of umbrella gear box (43) are connected, form and have cylinder gear ring (53) on the outer wall of one end of drum drive (4) and at the position corresponding to described the first pinion (4421) at described upper cylinder (5), on this, cylinder gear ring (53) is meshed with the first pinion (4421), on the outer wall of one end of drum drive (4) and at the position of the second pinion (4531) corresponding to described, form and have a bottom roll gear ring (63) equally at described bottom roll (6), this bottom roll gear ring (63) is meshed with the second pinion (4531).

6. twin-roll swinging needing machine according to claim 4, it is characterized in that described pair of links swings haulage gear (9) and respectively comprises drive sprocket (91), First Transition sprocket wheel (92), first, the second draw bar sprocket wheel (93, 94), Traction Drive chain (95), the first draw bar (96), the second draw bar (97) and the second transition sprocket wheel (98), drive sprocket (91) is fixed on described the second main shaft (2b), First Transition sprocket wheel (92) is arranged on described cabinet wallboard (13) rotationally towards a side in described case chamber (14) and corresponding to the below of the first draw bar sprocket wheel (93), the first draw bar sprocket wheel (93) is arranged on the side of cabinet wallboard (13) towards case chamber (14) rotationally, and corresponding with described lower towing plate (36), one end of the first draw bar (96) and described lower towing plate (36) towards under the middle position of a side be connected, and the other end is connected with the first draw bar sprocket wheel (93), the second draw bar sprocket wheel (94) is arranged on the side of cabinet wallboard (13) towards case chamber (14) rotationally, and corresponding with described upper towing plate (35), one end of the second draw bar (97) is connected towards the middle position of a upper side with upper towing plate (36), and the other end is connected with the second draw bar sprocket wheel (94), the second transition sprocket wheel (98) is arranged on the side of cabinet wallboard (13) towards case chamber (14) rotationally, and corresponding to described first, the second draw bar sprocket wheel (93, 94) between, one end of Traction Drive chain (95) is nested with on drive sprocket (91), the other end is nested with on the second draw bar sprocket wheel (94), and middle part and First Transition sprocket wheel (92), the first draw bar sprocket wheel (93) and the second transition sprocket wheel (98) connect.

7. twin-roll swinging needing machine according to claim 6, it is characterized in that the first described draw bar sprocket wheel (93) is arranged on the first draw bar sprocket wheel semiaxis (931) rotationally, the first draw bar sprocket wheel semiaxis (931) is formed on the first half axle beds (9311), and the first half axle beds (9311) are fixed on the side of described cabinet wallboard (13) towards described case chamber (14), and be fixed with one first eccentric disc (932) at the first draw bar sprocket wheel (93) back to a side of cabinet wallboard (13), described the first draw bar (96) is connected with the first eccentric disc (932) towards one end of the first draw bar sprocket wheel (93), the second described draw bar sprocket wheel (94) is arranged on the second draw bar sprocket wheel semiaxis (941) rotationally, the second draw bar sprocket wheel semiaxis (941) is formed on the second half axle beds (9411), and the second half axle beds (9411) are fixed on the side of cabinet wallboard (13) towards case chamber (14), and be fixed with one second eccentric disc (942) at the second draw bar sprocket wheel (94) back to a side of cabinet wallboard (13), described the second draw bar (97) is connected with the second eccentric disc (942) towards one end of the second draw bar sprocket wheel (94).

8. twin-roll swinging needing machine according to claim 6, it is characterized in that being extended with one first traction link engaging lug (361) towards the middle position of the side under at described lower towing plate (36), above and towards a side of described the first draw bar (96) be fixed with one first traction bearing pin (3611) at this first traction link engaging lug (361); Be extended with one second traction link engaging lug (351) towards the middle position of a upper side at described upper towing plate (35), above and towards a side of described the second draw bar (97) be fixed with one second traction bearing pin (3511) at this second traction link engaging lug (351), described the first draw bar (96) is connected with described the first traction bearing pin (3611) towards one end of lower towing plate (36), and described the second towing plate (97) is connected with described the second traction bearing pin (3511) towards one end of upper towing plate (35).

9. according to the twin-roll swinging needing machine described in claim 6 or 8, it is characterized in that position placed in the middle upper at described upper towing plate (35) and that be positioned at the length direction of upper towing plate (35) offers needle beam Connection Block on and probes into chamber (352), and respectively offer the upper needle beam fixed adjustment hole (353) of a pair of self correspondence at the left and right sides that probes into chamber (352) corresponding to needle beam Connection Block on this; Middle position upper at described lower towing plate (36) and that be positioned at the length direction of lower towing plate (36) offers needle beam Connection Block and probes into chamber (362), and respectively offers the lower needle beam fixed adjustment hole (363) of a pair of self correspondence at the left and right sides that probes into chamber (362) corresponding to this lower needle beam Connection Block.

10. twin-roll swinging needing machine according to claim 9, is characterized in that in the bottom of the length direction of described upper towing plate (35) and forms and have needle beam seat locking key seat (354) in the position that probes into chamber (352) corresponding to needle beam Connection Block on described; Form and have needle beam seat locking key seat (364) on the top of the length direction of described lower towing plate (36) and in the position that probes into chamber (362) corresponding to described lower needle beam Connection Block.