CN202131472U - Lagging-prevention feeding mechanism as well as quilting embroidery machine and quilter adopting mechanisms - Google Patents
Lagging-prevention feeding mechanism as well as quilting embroidery machine and quilter adopting mechanisms Download PDFInfo
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- CN202131472U CN202131472U CN201120156593U CN201120156593U CN202131472U CN 202131472 U CN202131472 U CN 202131472U CN 201120156593 U CN201120156593 U CN 201120156593U CN 201120156593 U CN201120156593 U CN 201120156593U CN 202131472 U CN202131472 U CN 202131472U
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Abstract
The utility model provides a lagging-prevention feeding mechanism as well as a quilting embroidery machine and a quilter adopting the mechanisms. The lagging-prevention feeding mechanism includes a sliding driving mechanism, two sliding supports, a feeding driving mechanism, feeding rods, a machine frame, partition boards and a fabric lagging-prevention piece, wherein the sliding driving mechanism is fixed on the machine frame; the two fixed sliding supports are fixedly installed at the two ends of the machine frame in a sliding manner; the machine frame extends out of two support seats in a convex manner, and the two support seats are positioned between the sliding supports; the sliding supports are driven to perform reciprocating sliding motion along the machine frame through the sliding driving mechanism; the feeding rods are pivoted on the sliding supports and are driven to rotate through the feeding driving mechanism; one side of each partition board is fixed with each sliding support, and the other side of the partition board is jointed on a workbench of the machine frame so as to form a guidance part; and the fabric lagging-prevention piece is butted with the guidance part, and provided with a left end fixed with the sliding support at the left end of the fabric lagging-prevention piece and a right end penetrating the support seats in a sliding manner and extending to the sliding support at the right end thereof in a convex manner. The lagging-prevention feeding mechanism can improve the product quality and the working efficiency, and can avoid the fabric lagging at a processing area more effectively; moreover, the utility model further discloses the quilting embroidery machine and the quilter.
Description
Technical field
The utility model relates to a kind of anti-hysteresis feed mechanism, relates in particular to the anti-hysteresis feed mechanism of a kind of quilting embroidery machine or quilting machines.
Background technology
Along with the continuous progress of society and improving constantly of people's living standard, people all propose increasingly high requirement to daily necessities kind, quality and quantity, to satisfy the personalized pursuit of people; Thereby improve people's quality of the life; Therefore, traditional manufacturing industry of daily necessities needs to update, to satisfy the needs of people to the individual character and the grade of daily necessities; Wherein and the closely bound up dress ornament of people just directly affect our individual character and the demand of grade.
In the dress ornament manufacturing, style is many, cloth reaches well to do manual work good and meet the dress ornament that fashion requires and receives consumer's favor most.But the dress ornament with traditional manufacturing equipment is produced is difficult to satisfy people's demand, because it produces the of low quality of product, is difficult to satisfy the fast manufacturing requirement of dress ornament of renewal.Therefore, the manufacturing equipment that has a high quality of production has just occurred.Wherein, quilting embroidery machine is exactly a kind of in many equipment.
Quilting embroidery machine moves on the longitudinal axis, transverse axis through cloth and realizes quilting and embroidery, and the lines of its quilting and embroidery and vestige are very smooth, clear, attractive in appearance, is specially adapted to the quilting and the processing of embroidering of high-grade cloth.Therefore, in order to guarantee the quality of quilting embroidery machine quilting and embroidery, correspondingly, be installed in the quality that pay-off on this quilting embroidery machine must guarantee quilting embroidery machine quilting and embroidery.But, the following shortcoming of pay-off ubiquity of quilting embroidery machine on the market.
Shown in Fig. 1 to 3; The pay-off of existing quilting embroidery machine mainly is made up of two parts; A part is feeding rod 4`, sliding support 2`, dividing plate 6` and feeding driving mechanism (not shown), and the side of dividing plate 6` is fixed on the sliding support 2`, and opposite side is affixed on the workbench 52` of frame 5`; Feeding drive mechanism feeding rod 4` rotates on sliding support 2`; The cloth 3` that carries is wound on the feeding rod 4`, and the rotation through feeding rod 4` drives the cloth 3` that is wound on it and vertically moves, thereby carries cloth 3` to process continuously to the workbench 52` of frame 5`; Below near the cloth 3` the name feeding rod 4` is delivery area A`, and the cloth 3` that on workbench 52`, processes is processing district B`; Another part is sliding drive mechanism 8` and frame 5`; Sliding drive mechanism 8` drives said sliding support 2` and dividing plate 6` with feeding rod 4` and on frame 5`, does traverse motion together; Thereby cloth 3` is laterally moved back and forth; The moving of vertical and horizontal, eedle just can be embroidered out various pattern on cloth 3` through cloth 3`.But; When cloth 3` when frame 5` laterally moves, owing to the existence of two supporting base 7` limited dividing plate 6` can not be arranged to greatest extent separately eedle near, so make the processing district B` of cloth 3` also deposit tight the contact with the workbench 52` of frame 5`; Sliding friction takes place between the processing district B` of the cloth 3` that closely contacts with workbench 52` and the workbench 52` of frame 5`; So the relative delivery area A` of the processing district B` of cloth 3` also produces hysteresis (as shown in Figure 3), make the crooked and/or out-of-flatness of processing district B` of cloth 3`, thus influence embroidery and sewing efficiency; Cause product defective, and can't increase work efficiency.
Equally, at the pay-off of quilting machines, also there is the identical defective of pay-off of quilting embroidery machine.
Therefore, be badly in need of wanting a kind of can improve the quality of products with operating efficiency and can more effectively prevent the anti-hysteresis feed mechanism that the processing district of cloth lags behind.
The utility model content
One purpose of the utility model is to provide a kind of and can improves the quality of products with operating efficiency and can more effectively prevent the anti-hysteresis feed mechanism that the processing district of cloth lags behind.
Another purpose of the utility model is to provide a kind of quilting embroidery machine, and said quilting embroidery machine has anti-hysteresis feed mechanism, and said anti-hysteresis feed mechanism can improve the quality of products with operating efficiency and can prevent more effectively that the processing district of cloth from lagging behind.
The another purpose of the utility model is to provide a kind of quilting machines, and said quilting machines has anti-hysteresis feed mechanism, and said anti-hysteresis feed mechanism can improve the quality of products with operating efficiency and can prevent more effectively that the processing district of cloth from lagging behind.
For realizing above-mentioned purpose; The technical scheme of the utility model is: a kind of anti-hysteresis feed mechanism is provided; Be applicable under the eedle that is installed in quilting embroidery machine or quilting machines that said anti-hysteresis feed mechanism comprises sliding drive mechanism, two sliding supports, feeding driving mechanism, feeding rod, frame and dividing plate, said sliding drive mechanism is fixed on the said frame; Two said sliding supports are fixedly connected and slidably are installed on the left end and right-hand member of said frame; Said frame protrude out between said sliding support and supply install and two supporting bases that be parallel to each other of said eedle, said sliding drive mechanism to be connected and drive the said frame in said sliding support edge to do and reciprocatingly slide with said sliding support, said feeding driving mechanism is fixed on the said sliding support; Said feeding rod is articulated on the said sliding support; The said feeding rod of said feeding drive mechanism rotates, and a side of said dividing plate is fixedly connected with said sliding support, and the workbench of the said frame of opposite side court of said dividing plate bends and is affixed on the workbench of said frame and forms guide portion; Wherein, Said anti-hysteresis feed mechanism comprises that also cloth prevents the hysteresis part, and the anti-hysteresis part of said cloth is the said supporting base of passing of slip and a side is docked with said guide portion, and opposite side and said eedle neighbour establish; And the left end of the anti-hysteresis part of said cloth is fixedly connected with the said sliding support of left end, and the right-hand member of the anti-hysteresis part of said cloth stretches out towards the said sliding support place of right-hand member.
Preferably; The anti-hysteresis part dividing plate of the said cloth that stretches out towards the said sliding support place of right-hand member also is fixedly connected with the said sliding support of right-hand member; Making the anti-hysteresis part of cloth can follow sliding support more reliably slides; Prevent the hysteresis of the processing district of cloth to greatest extent, thereby can guarantee the quality of product to greatest extent.
Preferably; Said supporting base offers and supplies the anti-hysteresis part of said cloth to be the sliding eye that slides and pass; Make the anti-hysteresis part of cloth can be arranged between two supporting bases to greatest extent and be positioned at the side edge of eedle; Remedied because of the existence of two supporting bases makes dividing plate can not be arranged at the defective of the side edge of eedle separately to greatest extent, therefore, can prevent the generation of the hysteresis of cloth processing district further.
Preferably, said sliding support is fixed with slide block, and said frame is provided with the guide rail that matches with said slide block, makes the slip of sliding support on frame more precisely with more steady, thereby for improving the good condition of quality creation of product.
Preferably, said sliding drive mechanism comprises motor and screw rod, and said sliding support has the screw that is meshed with said screw rod, and an end of said screw rod is fixedly connected with the output shaft of said motor, and the other end of said screw rod passes the screw of said sliding support; Particularly; Said sliding drive mechanism also comprises transmission mechanism; Said transmission mechanism comprises motor wheel, screw rod wheel and conveyer belt; Said motor wheel is fixedly connected with the output shaft of said motor, and said screw rod wheel is fixedly connected with said screw rod, and said conveyer belt is wound on said motor wheel and the said screw rod wheel; Make sliding drive mechanism can the rotation of motor be changed into the rectilinear motion of sliding support on the one hand, drive said sliding support along laterally reciprocatingly sliding on the frame with such technical characterictic; Can alleviate the impact and the concussion of motor on the other hand, make whole sliding drive mechanism work more steadily, transmission is more reliable.
Another technical scheme of the utility model is: a kind of quilting embroidery machine is provided; Comprise head, eedle, head driving mechanism and anti-hysteresis feed mechanism; Said eedle is connected with said head; Said head driving mechanism drives said head and drives said eedle motion, and said anti-hysteresis feed mechanism comprises sliding drive mechanism, two sliding supports, feeding driving mechanism, feeding rod, frame and dividing plate, and said sliding drive mechanism is fixed on the said frame; Two said sliding supports are fixedly connected and slidably are installed on the left end and right-hand member of said frame; Said frame protrude out between said sliding support and supply install and two supporting bases that be parallel to each other of said head, said sliding drive mechanism to be connected and drive the said frame in said sliding support edge to do and reciprocatingly slide with said sliding support, said feeding driving mechanism is fixed on the said sliding support; Said feeding rod is articulated on the said sliding support; The said feeding rod of said feeding drive mechanism rotates, and a side of said dividing plate is fixedly connected with said sliding support, and the workbench of the said frame of opposite side court of said dividing plate bends and is affixed on the workbench of said frame and forms guide portion; Wherein, Said anti-hysteresis feed mechanism comprises that also cloth prevents the hysteresis part, and the anti-hysteresis part of said cloth is the said supporting base of passing of slip and a side is docked with said guide portion, and opposite side and said eedle neighbour establish; And the left end of the anti-hysteresis part of said cloth is fixedly connected with the said sliding support of left end, and the right-hand member of the anti-hysteresis part of said cloth stretches out towards the said sliding support place of right-hand member.
Preferably; The anti-hysteresis part of the said cloth that stretches out towards the said sliding support place of right-hand member also is fixedly connected with the said sliding support of right-hand member; Making the anti-hysteresis part of cloth can follow sliding support more reliably slides; Prevent the hysteresis of the processing district of cloth to greatest extent, thereby can guarantee the quality of product to greatest extent.
The another technical scheme of the utility model is: a kind of quilting machines is provided; Comprise head, eedle, holding pad, head driving mechanism and anti-hysteresis feed mechanism; Said eedle cooperates with holding pad and is connected with said head respectively; Said head driving mechanism drives said head and drives the routing motion that said eedle and holding pad are done coordination, and said anti-hysteresis feed mechanism comprises sliding drive mechanism, two sliding supports, feeding driving mechanism, feeding rod, frame and dividing plate, and said sliding drive mechanism is fixed on the said frame; Two said sliding supports are fixedly connected and slidably are installed on the left end and right-hand member of said frame; Said frame protrude out between said sliding support and supply install and two supporting bases that be parallel to each other of said head, said sliding drive mechanism to be connected and drive the said frame in said sliding support edge to do and reciprocatingly slide with said sliding support, said feeding driving mechanism is fixed on the said sliding support; Said feeding rod is articulated on the said sliding support; The said feeding rod of said feeding drive mechanism rotates, and a side of said dividing plate is fixedly connected with said sliding support, and the workbench of the said frame of opposite side court of said dividing plate bends and is affixed on the workbench of said frame and forms guide portion; Wherein, Said anti-hysteresis feed mechanism comprises that also cloth prevents the hysteresis part, and the anti-hysteresis part of said cloth is the said supporting base of passing of slip and a side is docked with said guide portion, and opposite side and said eedle neighbour establish; And the left end of the anti-hysteresis part of said cloth is fixedly connected with the said sliding support of left end, and the right-hand member of the anti-hysteresis part of said cloth stretches out towards the said sliding support place of right-hand member.
Compared with prior art; Since the anti-hysteresis part of the cloth of the utility model be slip pass supporting base and a side is docked with guide portion; Opposite side and eedle neighbour establish; And the left end of the anti-hysteresis part of cloth is fixedly connected with the sliding support of left end, and the right-hand member of the anti-hysteresis part of cloth stretches out towards the sliding support place of right-hand member, makes the anti-hysteresis part of cloth can remedy because of two supporting bases exist and makes dividing plate can not be arranged at the defective of the side edge of eedle separately to greatest extent; Reduce non-essential contact the between the workbench of cloth and frame to greatest extent; And cooperate and to be installed in the sliding support upper spacer, make the anti-hysteresis part of dividing plate and cloth dividing plate when sliding drive mechanism drives sliding support will do traverse motion with sliding support, owing to the processing district of cloth prevents that with cloth the hysteresis part contacts with the guide portion of dividing plate with the anti-hysteresis part of cloth; The anti-hysteresis part of dividing plate and cloth will drive the processing district of cloth and also do the traverse motion synchronous with sliding support together when doing traverse motion with sliding support; And the delivery area of cloth is to do synchronous traverse motion with sliding support, so the traverse motion that do the processing district of cloth and delivery area is synchronous, has prevented that to greatest extent the relative delivery area, processing district of cloth from the phenomenon of hysteresis taking place; The cloth of guaranteeing the processing district is straight; Make lines, vestige very smooth, clear hold concurrently attractive in appearance, thereby improved the quality of the product that quilting embroidery machine that this anti-hysteresis feed mechanism is installed or quilting machines produce.Can improve quilting embroidery machine or quilting machines operating efficiency that this anti-hysteresis feed mechanism is installed on the other hand.
Description of drawings
Fig. 1 is the structural representation of the pay-off of prior art.
Fig. 2 is the state diagram that has on the pay-off of prior art of cloth.
Fig. 3 is the state diagram of cloth when the said direction of arrow of Fig. 2 moves reciprocatingly.
Fig. 4 is the structural representation of the utility model quilting embroidery machine.
Fig. 5 is the structural representation of the anti-hysteresis feed mechanism of the utility model.
Fig. 6 is the decomposing schematic representation of Fig. 5.
Structural representation when Fig. 7 has cloth for the anti-hysteresis feed mechanism of the utility model.
Fig. 8 is the state diagram of cloth when the said direction of arrow of Fig. 7 moves reciprocatingly.
Fig. 9 is the structural representation that is installed in the anti-hysteresis feed mechanism on the quilting machines.
The specific embodiment
In order to specify the anti-hysteresis feed mechanism of the utility model and to have technology contents, the structural feature of the quilting embroidery machine of this device, be described further below in conjunction with embodiment and conjunction with figs..
See also Fig. 4, Fig. 5 and Fig. 6; The utility model quilting embroidery machine 100 comprises head 7, eedle 8, head driving mechanism (not shown) and anti-hysteresis feed mechanism; Said eedle 8 is connected with said head 7; Said head driving mechanism drives said head 7 and drives said eedle 8 motions; Said anti-hysteresis feed mechanism is installed in the eedle 8 times of quilting embroidery machine 100, and wherein, said anti-hysteresis feed mechanism comprises sliding drive mechanism 1, two sliding supports 2, feeding driving mechanism (not shown), feeding rod 4, frame 5, dividing plate 6 and the anti-hysteresis part 9 of cloth.Said sliding drive mechanism 1 is fixed on the said frame 5; Two said sliding supports 2 are fixedly connected and are on the left end and right-hand member that is slidingly mounted on said frame 5; Particularly; On the said sliding support 2 slide block 20 is installed, has the guide rail 50 that is complementary with above-mentioned slide block 20 on the said frame 5, the cooperation through guide rail 50 and slide block 20 realizes that sliding support 2 is the purpose that is slidingly mounted on the frame 5; And said frame 5 protrude out between said sliding support 2 and supply said head 7 install and two supporting bases 52 that be parallel to each other; Said sliding drive mechanism 1 is connected with said sliding support 2 and orders about sliding support 2 and slide along the guide rail on the frame 5 50, and the said sliding support 2 of sliding drive mechanism 1 driving is done laterally along said guide rail 50 and reciprocatingly slided in real work; Said feeding driving mechanism is fixed on the said sliding support 2, and said feeding rod 4 is articulated on the said sliding support 2, and the said feeding rod 4 of said feeding drive mechanism rotates; One side of said dividing plate 6 and the said sliding support 2 fixing fixed parts 63 that form, the opposite side of said dividing plate 6 are towards workbench 54 bendings of frame 5 and be affixed on the workbench 54 of said frame 5 and form guide portion 62; Particularly; Said fixed part 63 cooperates with the fixing hole 21 of sliding support 2 through installing hole 631; And by screw or bolt and said dividing plate 6 is fixed on the said sliding support 2; Said dividing plate 6 is and is symmetrical set and is fixed on the said sliding support 2 so that have the gap of passing through when supplying eedle 8 quiltings 64 between the guide portion 62, and said frame 5 has the pin seam 51 that is complementary when supplying eedle 8 quiltings; The anti-hysteresis part 9 of said cloth is the said supporting base 52 of passing of slip and a side is docked with said guide portion 62; Opposite side and said eedle 8 neighbours establish; And the left end of the anti-hysteresis part 9 of said cloth is fixedly connected with the said sliding support 2 of left end; The right-hand member of the anti-hysteresis part 9 of said cloth stretches out towards said sliding support 2 places of right-hand member, and particularly, the right-hand member of the anti-hysteresis part 9 of the cloth that stretches out towards said sliding support 2 places of right-hand member also is fixedly connected with the sliding support 2 of right-hand member to slide so that the anti-hysteresis part 9 of cloth can be followed sliding support 2 more reliably; Prevent the hysteresis (see figure 7) of the processing district B of cloth to greatest extent, thereby can guarantee the quality of product to greatest extent; And supporting base 52 offers and supplies the anti-hysteresis part 9 of said cloth to be the sliding eye 53 that slides and pass; So that the anti-hysteresis part 9 of cloth can be arranged between two supporting bases 52 to greatest extent and be positioned at the side edge of eedle 8; Remedied because of 52 existence of two supporting bases make dividing plate 6 can not be arranged at the defective of the side edge of eedle 8 separately to greatest extent, therefore can prevent the generation of the hysteresis of cloth processing district B further.More specifically, as follows:
Than the superior; The sliding drive mechanism 1 of the utility model quilting embroidery machine 100 comprises motor 11 and screw rod 12; Said sliding support 2 has the screw 22 that is meshed with said screw rod 12; One end of said screw rod 12 is fixedly connected with the output shaft 14 of said motor 11, and the other end of said screw rod 12 passes the screw 22 of said sliding support 2.More specifically; Said sliding drive mechanism 1 also comprises transmission mechanism; Said transmission mechanism comprises motor wheel 131, screw rod wheel 132 and conveyer belt 133; Said motor wheel 131 is fixedly connected with the output shaft 14 of said motor 11, and said screw rod wheel 132 is fixedly connected with said screw rod 12, and said conveyer belt 133 is wound in said motor wheel 131 and said screw rod is taken turns on 132.Make sliding drive mechanism 1, on the one hand can the rotation of motor 11 be changed into the rectilinear motion of sliding support 2, do laterally along the guide rail on the frame 5 50 and reciprocatingly slide thereby drive said sliding support 2 with such technical characterictic; Can alleviate the impact and the concussion of motor 11 on the other hand, make 1 work of whole sliding drive mechanism more steadily, transmission is more reliable.
See also Fig. 9; The quilting machines of the utility model comprises head, eedle, holding pad, head driving mechanism and anti-hysteresis feed mechanism; Said eedle and holding pad cooperate and are connected with said head respectively, and said head driving mechanism drives said head and drives the routing motion that said eedle and holding pad are done coordination.Wherein, for above-mentioned connection and motion mode, be well known to those of ordinary skill in the art; And the operation principle that is installed in the anti-hysteresis feed mechanism of quilting machines be be installed in quilting embroidery machine 100 on the operation principle of anti-hysteresis feed mechanism be close identical; Difference only be quilting machines anti-hysteresis feed mechanism guide rail 50 shape, dividing plate 6 shape and send the layout of part bar 4 on sliding support 2; Plate guide rail 50 on the quilting embroidery machine 100 is designed to columniform guide rail 50 on quilting machines; The fixed part 63 of the dividing plate on the quilting embroidery machine 100 6 is designed to arcuate fixed portion 63 on quilting machines; The feeding rod 4 that is horizontally disposed with on the quilting embroidery machine 100 on the sliding support 2 is on the sliding support that is arranged at quilting machines 2 of inclination; This this distinctive points is the flexible selection that those skilled in the art make according to the needs of reality; Do not have influence on the anti-hysteresis of the anti-hysteresis feed mechanism of the utility model, therefore, repeat no more cloth 3.
In conjunction with Fig. 4 to 8; The anti-hysteresis feed mechanism course of work to the utility model is described in detail; Open motor 11 during work, motor 11 CD-ROM drive motors wheel 131 rotates, and motor wheel 131 drives screw rod wheel 132 through conveyer belt 133 and rotates; Above-mentioned screw rod wheel 132 is driving connected screw rod 12 rotations; Because have the screw 22 that is meshed with above-mentioned screw rod 12 on the sliding support 2, thereby make the rotation of screw rod 12 reciprocatingly slide through doing laterally along the guide rail 50 of frame 5 with the whole sliding support 2 of screw 22 tractions of its engagement, sliding support 2 moves reciprocatingly shown in arrow among Fig. 7 along guide rail 50; Because the anti-hysteresis part 9 of cloth is passing supporting base 52 and being fixedly connected with sliding support 2 of slip; And a side of the anti-hysteresis part 9 of cloth is docked with the guide portion 62 of dividing plate 6, and opposite side and eedle 8 neighbours establish, and the existence that has overcome because of two supporting bases 52 makes dividing plate 6 can not be arranged at the defective of the side edge of eedle 8 separately to greatest extent; Thereby contacting of the workbench 54 of the processing district B that can reduce cloth 3 to greatest extent and frame 5; And the dividing plate 6 of matching and fixing on sliding support 2, make anti-hysteresis part 9 of cloth and dividing plate 6 when sliding drive mechanism 1 drives sliding support 2, do traverse motion with sliding support 2 together, because the processing district B of cloth 3 contacts with the anti-hysteresis part 9 of cloth with the guide portion 62 of dividing plate 6 simultaneously; The anti-hysteresis part 9 of cloth will drive cloth 3 when doing traverse motion with dividing plate 6 with sliding support 2 processing district B also does the traverse motion synchronous with sliding support 2 together; And the delivery area A of cloth 3 does synchronous traverse motion with sliding support 2, so the traverse motion that the processing district B of cloth 3 and delivery area A are done is synchronous, has prevented that to greatest extent the relative delivery area A of processing district B of cloth 3 from the phenomenon of hysteresis taking place; The cloth 3 of guaranteeing processing district B is straight; Make lines, the vestige of quilting and embroidery very smooth, clear double attractive in appearance, thus the quilting and the embroidery quality of raising quilting embroidery machine 100.On the other hand, can also improve the operating efficiency of quilting embroidery machine 100 and can be adapted at a high speed, the job requirements of quilting embroidery machine efficiently.
The person of meriting attention; On the rotating shuttle formula that the is installed in quilting embroidery machine 100 or flying shuttle type quilting machines of the anti-hysteresis feed mechanism optimum of the utility model; Certainly; Can also be installed on the quilting embroidery machine 100 or quilting machines of other type, can not be because of the above-mentioned scope of application that defines this anti-hysteresis feed mechanism for example.
The anti-hysteresis part 9 of the cloth of the utility model be slip pass supporting base 52 and a side is docked with guide portion 62; Opposite side and eedle 8 neighbours establish; And the left end of the anti-hysteresis part 9 of cloth is fixedly connected with the sliding support 2 of left end; The right-hand member of the anti-hysteresis part 9 of cloth stretches out towards sliding support 2 places of right-hand member; Making the anti-hysteresis part 9 of cloth can remedy because of two supporting bases 52 exist makes dividing plate 6 can not be arranged at the defective of the side edge of eedle 8 separately to greatest extent; Reduce non-essential contact the between the workbench 54 of cloth 3 and frame 5 to greatest extent; And cooperate and to be installed in sliding support 2 upper spacers 6, make the anti-hysteresis part 9 of dividing plate 6 and cloth dividing plate 6 when sliding drive mechanism 1 drives sliding support 2 will do traverse motion with sliding support 2, because the processing district B of cloth 3 prevents that with cloth hysteresis part 9 contacts with the guide portion 62 of dividing plate 6 with the anti-hysteresis part 9 of cloth; Dividing plate 6 will drive cloth 3 when doing traverse motion with the anti-hysteresis part 9 of cloth with sliding support 2 processing district B also does the traverse motion synchronous with sliding support 2 together; And the delivery area A of cloth 3 does synchronous traverse motion with sliding support 2, so the traverse motion that the processing district B of cloth 3 and delivery area A are done is synchronous, has prevented that to greatest extent the relative delivery area A of processing district B of cloth 3 from the phenomenon of hysteresis taking place; The cloth of guaranteeing processing district B is straight; Make lines, vestige very smooth, clear hold concurrently attractive in appearance, thereby improved the quality of the product that quilting embroidery machine 100 that this anti-hysteresis feed mechanism is installed or quilting machines produce.Can improve quilting embroidery machine 100 or quilting machines operating efficiency that this anti-hysteresis feed mechanism is installed on the other hand.
The person of meriting attention; On the rotating shuttle formula that the is installed in quilting embroidery machine 100 or flying shuttle type quilting machines of the anti-hysteresis feed mechanism optimum of the utility model; Certainly; Can also be installed on the quilting embroidery machine 100 or quilting machines of other type, can not be because of the above-mentioned scope of application that defines this anti-hysteresis feed mechanism for example.
Feeding driving mechanism, head driving mechanism and quilting that the utility model quilting embroidery machine 100 is related and embroidery principle are that those of ordinary skills are known according to actual needs, no longer do detailed explanation at this.
The above disclosed preferred embodiments that is merely the utility model can not limit the interest field of the utility model certainly with this, so according to the equivalent variations that the utility model claim is done, still belong to the scope that the utility model is contained.
Claims (9)
1. anti-hysteresis feed mechanism; Be applicable under the eedle that is installed in quilting embroidery machine or quilting machines; Said anti-hysteresis feed mechanism comprises sliding drive mechanism, two sliding supports, feeding driving mechanism, feeding rod, frame and dividing plate; Said sliding drive mechanism is fixed on the said frame, and two said sliding supports are fixedly connected and slidably are installed on the left end and right-hand member of said frame, said frame protrude out between said sliding support and supply installation and two supporting bases that be parallel to each other of said eedle; Said sliding drive mechanism is connected with said sliding support and drives said sliding support to be done along said frame and reciprocatingly slides; Said feeding driving mechanism is fixed on the said sliding support, and said feeding rod is articulated on the said sliding support, and the said feeding rod of said feeding drive mechanism rotates; One side of said dividing plate is fixedly connected with said sliding support; The opposite side of said dividing plate is towards the workbench bending of said frame and be affixed on the workbench of said frame and form guide portion, it is characterized in that, said anti-hysteresis feed mechanism comprises that also cloth prevents the hysteresis part; The anti-hysteresis part of said cloth is the said supporting base of passing of slip and a side is docked with said guide portion; Opposite side and said eedle neighbour establish, and the left end of the anti-hysteresis part of said cloth is fixedly connected with the said sliding support of left end, and said cloth prevents that the right-hand member of hysteresis part stretches out towards the said sliding support place of right-hand member.
2. anti-hysteresis feed mechanism as claimed in claim 1 is characterized in that, the anti-hysteresis part of the said cloth that stretches out towards the said sliding support place of right-hand member also is fixedly connected with the said sliding support of right-hand member.
3. anti-hysteresis feed mechanism as claimed in claim 1 is characterized in that, said supporting base offers and supplies the anti-hysteresis part of said cloth to be the sliding eye that slides and pass.
4. anti-hysteresis feed mechanism as claimed in claim 1 is characterized in that said sliding support is fixed with slide block, and said frame is provided with the guide rail that matches with said slide block.
5. anti-hysteresis feed mechanism as claimed in claim 1; It is characterized in that; Said sliding drive mechanism comprises motor and screw rod; Said sliding support has the screw that is meshed with said screw rod, and an end of said screw rod is fixedly connected with the output shaft of said motor, and the other end of said screw rod passes the screw of said sliding support.
6. anti-hysteresis feed mechanism as claimed in claim 5; It is characterized in that: said sliding drive mechanism also comprises transmission mechanism; Said transmission mechanism comprises motor wheel, screw rod wheel and conveyer belt; Said motor wheel is fixedly connected with the output shaft of said motor, and said screw rod wheel is fixedly connected with said screw rod, and said conveyer belt is wound on said motor wheel and the said screw rod wheel.
7. quilting embroidery machine; Comprise head, eedle, head driving mechanism and anti-hysteresis feed mechanism, said eedle is connected with said head, and said head driving mechanism drives said head and drives said eedle motion; Said anti-hysteresis feed mechanism comprises sliding drive mechanism, two sliding supports, feeding driving mechanism, feeding rod, frame and dividing plate; Said sliding drive mechanism is fixed on the said frame, and two said sliding supports are fixedly connected and slidably are installed on the left end and right-hand member of said frame, said frame protrude out between said sliding support and supply installation and two supporting bases that be parallel to each other of said head; Said sliding drive mechanism is connected with said sliding support and drives said sliding support to be done along said frame and reciprocatingly slides; Said feeding driving mechanism is fixed on the said sliding support, and said feeding rod is articulated on the said sliding support, and the said feeding rod of said feeding drive mechanism rotates; One side of said dividing plate is fixedly connected with said sliding support; The opposite side of said dividing plate is towards the workbench bending of said frame and be affixed on the workbench of said frame and form guide portion, it is characterized in that, said anti-hysteresis feed mechanism comprises that also cloth prevents the hysteresis part; The anti-hysteresis part of said cloth is the said supporting base of passing of slip and a side is docked with said guide portion; Opposite side and said eedle neighbour establish, and the left end of the anti-hysteresis part of said cloth is fixedly connected with the said sliding support of left end, and said cloth prevents that the right-hand member of hysteresis part stretches out towards the said sliding support place of right-hand member.
8. quilting embroidery machine as claimed in claim 7 is characterized in that, the anti-hysteresis part of the said cloth that stretches out towards the said sliding support place of right-hand member also is fixedly connected with the said sliding support of right-hand member.
9. quilting machines; Comprise head, eedle, holding pad, head driving mechanism and anti-hysteresis feed mechanism; Said eedle cooperates with holding pad and is connected with said head respectively; Said head driving mechanism drives said head and drives the routing motion that said eedle and holding pad are done coordination, and said anti-hysteresis feed mechanism comprises sliding drive mechanism, two sliding supports, feeding driving mechanism, feeding rod, frame and dividing plate, and said sliding drive mechanism is fixed on the said frame; Two said sliding supports are fixedly connected and slidably are installed on the left end and right-hand member of said frame; Said frame protrude out between said sliding support and supply install and two supporting bases that be parallel to each other of said head, said sliding drive mechanism to be connected and drive the said frame in said sliding support edge to do and reciprocatingly slide with said sliding support, said feeding driving mechanism is fixed on the said sliding support; Said feeding rod is articulated on the said sliding support; The said feeding rod of said feeding drive mechanism rotates, and a side of said dividing plate is fixedly connected with said sliding support, and the workbench of the said frame of opposite side court of said dividing plate bends and is affixed on the workbench of said frame and forms guide portion; It is characterized in that; Said anti-hysteresis feed mechanism comprises that also cloth prevents the hysteresis part, and the anti-hysteresis part of said cloth is the said supporting base of passing of slip and a side is docked with said guide portion, and opposite side and said eedle neighbour establish; And the left end of the anti-hysteresis part of said cloth is fixedly connected with the said sliding support of left end, and the right-hand member of the anti-hysteresis part of said cloth stretches out towards the said sliding support place of right-hand member.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120156593U CN202131472U (en) | 2011-05-17 | 2011-05-17 | Lagging-prevention feeding mechanism as well as quilting embroidery machine and quilter adopting mechanisms |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120156593U CN202131472U (en) | 2011-05-17 | 2011-05-17 | Lagging-prevention feeding mechanism as well as quilting embroidery machine and quilter adopting mechanisms |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202131472U true CN202131472U (en) | 2012-02-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201120156593U Expired - Fee Related CN202131472U (en) | 2011-05-17 | 2011-05-17 | Lagging-prevention feeding mechanism as well as quilting embroidery machine and quilter adopting mechanisms |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202131472U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106809794A (en) * | 2017-04-11 | 2017-06-09 | 三明通用科技孵化有限公司 | A kind of production method of 3D polyester filer bed mattress production line and its mattress |
-
2011
- 2011-05-17 CN CN201120156593U patent/CN202131472U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106809794A (en) * | 2017-04-11 | 2017-06-09 | 三明通用科技孵化有限公司 | A kind of production method of 3D polyester filer bed mattress production line and its mattress |
| CN106809794B (en) * | 2017-04-11 | 2022-03-08 | 三明通用科技孵化有限公司 | 3D polyester fiber mattress production line and production method of mattress |
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Granted publication date: 20120201 Termination date: 20130517 |