CN108342838A - A kind of improved high-efficiency sewing quilt machine - Google Patents

A kind of improved high-efficiency sewing quilt machine Download PDF

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Publication number
CN108342838A
CN108342838A CN201810339561.2A CN201810339561A CN108342838A CN 108342838 A CN108342838 A CN 108342838A CN 201810339561 A CN201810339561 A CN 201810339561A CN 108342838 A CN108342838 A CN 108342838A
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CN
China
Prior art keywords
component
axis
connection
drive
gear
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn
Application number
CN201810339561.2A
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Chinese (zh)
Inventor
董兴武
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Xiao County Anhui Province Hui Xing Machinery Manufacturing Co Ltd
Original Assignee
Xiao County Anhui Province Hui Xing Machinery Manufacturing Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Xiao County Anhui Province Hui Xing Machinery Manufacturing Co Ltd filed Critical Xiao County Anhui Province Hui Xing Machinery Manufacturing Co Ltd
Priority to CN201810339561.2A priority Critical patent/CN108342838A/en
Publication of CN108342838A publication Critical patent/CN108342838A/en
Withdrawn legal-status Critical Current

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Classifications

    • DTEXTILES; PAPER
    • D05SEWING; EMBROIDERING; TUFTING
    • D05BSEWING
    • D05B11/00Machines for sewing quilts or mattresses
    • DTEXTILES; PAPER
    • D05SEWING; EMBROIDERING; TUFTING
    • D05BSEWING
    • D05B29/00Pressers; Presser feet
    • DTEXTILES; PAPER
    • D05SEWING; EMBROIDERING; TUFTING
    • D05BSEWING
    • D05B39/00Workpiece carriers
    • D05B39/005Quilting frames
    • DTEXTILES; PAPER
    • D05SEWING; EMBROIDERING; TUFTING
    • D05BSEWING
    • D05B55/00Needle holders; Needle bars
    • D05B55/14Needle-bar drives
    • DTEXTILES; PAPER
    • D05SEWING; EMBROIDERING; TUFTING
    • D05BSEWING
    • D05B57/00Loop takers, e.g. loopers
    • D05B57/30Driving-gear for loop takers
    • D05B57/36Driving-gear for loop takers in lock-stitch sewing machines

Abstract

The present invention relates to cotton-wadded quilt stitching process fields, and in particular to a kind of improved high-efficiency sewing quilt machine is additionally arranged into guiding and precompressed by component and press roll component, is effectively carried out before quilt is by roller, ensures processing effect;Simultaneously in the follow-on two groups of transmission components of left and right settings, the driving based on drive component is driven, wherein by the way of gear engagement rotation, drives No. two shaft rotations dynamic, and then rotating shuttle assembly is driven to rotate and work;T-type wheel or main shaft make center of circle rotation, and pull rotating member up and down by pull rod, and to drive shank transmission shaft to make swinging rotary, power is provided for the up and down motion of shank component;While T-type wheel or the base bearing center of circle rotate, power also on the one hand is provided for roller movement, for driving quilt to advance;On the other hand T-type wheel also drives the rotation of take-up transmission shaft by No. two connection component I, take-up rocking arm, power is provided for thread take-up tension lever work;Present apparatus structure novel, full-featured, production efficiency is high, and product effect is good.

Description

A kind of improved high-efficiency sewing quilt machine
Technical field
The present invention relates to cotton-wadded quilt stitching process fields, and in particular to a kind of improved high-efficiency sewing quilt machine.
Background technology
Sewing quilt machine is one kind of quilter, is a kind of weaving loom for sewing the upper linear pattern such as mattress, bedcover, cotton-wadded quilt Tool.
Our company has applied for a kind of shank self-movement greenhouse cotton-wadded quilt machine of Patent No. 201620428059.5 in 2016 Patent of invention and authorized, its purpose is to introduce push spring formula independence shank self-movement.Make lathe in the course of work In with small vibration, the small, working efficiency of energy consumption improve, noise it is small, operation is more stable, improve with can equipment or technique energy utilization effect Rate.But in actual use, into inconvenient for operation, while there are still rooms for improvement for internal drive mechanism.
Invention content
(1) the technical issues of solving
The purpose of the present invention is to overcome the deficiency in the prior art, provides a kind of improved high-efficiency sewing quilt machine.
(2) technical solution
A kind of improved high-efficiency sewing quilt machine, including casing, Left Drive component, right transmission component, press roll component, by group Part, drive component, rotating shuttle assembly and shank component;The casing includes two drive cavities being arranged in left and right sides, drive cavity top Supporing shell is connected between portion, drive cavity bottom is connected by bottom girder, and Left Drive chamber is provided with Left Drive component, right drive cavity It is provided with right transmission component;The driving component is arranged on bottom girder, and drive connection Left Drive component and right transmission group respectively Part;It is described into including support side plate, outer shaft and by plate by component, it is opposite that support side plate is symmetrically rotatably connected on left and right drive cavity Middle face front end is simultaneously fixed by screw, and outer shaft is rotatably connected on support side plate outer end, is connected between support side plate by plate; The Left Drive component passes through shank transmission shaft, top roller, bottom roll, No. two axis connections from top to bottom with right transmission component;Institute Outer shaft is stated to be sequentially connected by transmission belt with bottom roll;The pressure roller setting of the press roll component is into above by plate rear end, pressure roller It is sequentially connected by transmission belt with top roller;Corresponding upper bottom roll is also associated with support by plate between the drive cavity;The shank Several rotating members are evenly arranged on transmission shaft, rotating member is connected with shank component, and the alignment support of shank component is by plate;The support Housing Base rear end is evenly arranged with spool mounting rod, front end is provided with No. two conductor rods, and supporing shell top plate rear end corresponds to and sets Be equipped with threading hole, front end is provided with No.1 conductor rod, No.1 conductor rod is evenly distributed with tension disk mounting terminal, tension disk installation Terminal is provided with tension disk.
Preferably, the press roll component includes pressure roller, arc-shaped workpiece, rocking arm, pull rod and handle;Left and right drive cavity wall surface corresponds to It is provided with arc-shaped slot, pressure roller both ends correspond to and stretch into arc-shaped slot and connect arc-shaped workpiece bottom end, and arc-shaped workpiece top is hinged with pull rod, The hinged place is also hinged with rocking arm, and the rocking arm other end is hinged right transmission cavity wall;It is additionally provided with hook type straight slot at the top of right drive cavity, Handle is that class is Z-shaped, and handle one end passes through hook type straight slot, the other end to be hinged right transmission cavity wall.
Preferably, the right transmission component includes a type gear I, two type gear I, base bearing, pull rod I, No.1 connection group Part I, it No. three axis, No.1 rocking arm, No. two rocking arms, No. two connection component I, unilateral bearing rocking arm, unilateral bearing, bearing disc I, compresses Component I and rotating member I;The one type gear I is arranged in the lower part of right drive cavity, and two type gear I are arranged above a type gear I And it is engaged with a type gear I;The one type gear I disk outer ring rotatings are connected with base bearing, connecting rod I at the top of base bearing, The tops pull rod I upwardly extend and are hinged with rotating member I, and rotating member I is fixed in shank transmission shaft one end;The base bearing is coaxial It is rotatablely connected the one end No.1 connection component I, the No.1 connection component I other ends are hinged No.1 rocking arm, and No.1 rocking arm is fixed on one kind On No. three axis at the rears gear I, No. three axis both ends are rotatablely connected right transmission cavity wall;No. two are also connected on No. three axis to shake Arm, No. two rocking arm outer ends are hinged No. two one end connection component I, and No. two connection component I other ends are hinged unilateral bearing rocking arm, unidirectionally Bearing rocking arm is fixed on the unilateral bearing above No. three axis;Bearing disc I, bearing disc I peaces are provided with above the unilateral bearing On right drive cavity wall surface, the I that holds down assembly is provided at the top of bearing disc I, right drive cavity wall surface corresponds to the I that holds down assembly and is provided with Straight slot I;The one type gear I is connected with No.1 axis I;No. two axis right ends of the two type gears I connections, No. two axis rotation connections pass Dynamic cavity wall, No. two axis are evenly arranged with rotating shuttle assembly;The unilateral bearing mating connection bottom roll right end, bearing disc I cooperations Top roller right end is connected, upper bottom roll is rotatablely connected right transmission cavity wall;The No.1 rocking arm and No. two rocking arm uniform intervals are set It is equipped with multigroup for hinged hinge hole.
Preferably, the Left Drive component includes a type gear II, two type gears II, T-type wheel, pull rod II, No.1 connection Component II, roller shaft, L-shaped part, No. two connection components II, take-up rocking arm, driving gear, transmission gear, driven gear, bearing disc II, hold down assembly II and rotating member II;One type gear II is arranged in the lower part of Left Drive chamber, and two type gears II are arranged one It is simultaneously engaged with a type gear II II top of type gear;One type gear, II disk outer ring rotating is connected with T-type wheel, T-type wheel top Portion's connecting rod II, II top of pull rod upwardly extend and are hinged with rotating member II, and it is left which is fixed in shank transmission shaft End;Described II one end of T-type wheel face outer ring rotating connection No.1 connection component, II other end of No.1 connection component are hinged L-shaped part One end, L-shaped part bending end are fixed on roller shaft, and roller shaft is rotatablely connected Left Drive cavity wall;The L-shaped part other end is hinged No. two II one end of connection component, No. two II other ends of connection component are hinged take-up rocking arm, and take-up rocking arm is fixed in take-up transmission shaft Left end;Driving gear is additionally provided on the roller shaft, Left Drive cavity wall corresponds to and is provided with one group of transmission on front side of driving gear Gear, driving gear are sequentially connected by transmission gear and the driven gear of top;The driven gear, which rotates coaxially, to be connected with Bearing disc II, bearing disc II are mounted on Left Drive cavity wall face, and the top of bearing disc II, which is provided with, holds down assembly II, Left Drive cavity wall Face, which corresponds to hold down assembly, II is provided with straight slot II;One type gear II is connected with No.1 axis II;The two type gears connection two Number axis left end, No. two axis are rotatablely connected Left Drive cavity walls, and No. two axis are evenly arranged with rotating shuttle assembly;The roller shaft cooperation connects Bottom roll left end, driven gear mating connection top roller left end are connect, upper bottom roll is rotatablely connected Left Drive cavity wall;The take-up The thread take-up tension lever that shank component is also evenly arranged with identical quantity is corresponded on transmission shaft.
Preferably, II, No. two the No.1 connection component I, No. two connection component I, No.1 connection component connection component II Structure is identical, including screw rod and the articulation piece for being screwed onto screw rod both ends;I and the II structure phase that holds down assembly of holding down assembly Together, include telescopic rod, compression spring and nut, the affixed drive cavity wall surface straight slot top in telescopic rod upper end, lower end resist bearing disc, stretch Contracting bar upper and lower side is additionally provided with nut, and compression spring is linked in the nut that on telescopic rod and both ends compress telescopic rod upper and lower side respectively; The tops the pull rod I are also bolted with articulation piece, and the rotating member I of the articulation piece and shank transmission shaft right end is hinged;The pull rod II Top is also bolted with articulation piece, and the rotating member II of the articulation piece and shank transmission shaft left end is hinged.
Preferably, the pin package include rotating member, adjusting rod, eedle bar, guide sleeve, spring, support base, needle prick and Eedle;The adjusting rod upper and lower ends are spirally connected upper hinge and lower hinge respectively, and upper hinge is hinged with rotating member, lower hinged Part is hinged with eedle bar upper end;The eedle bar side wall is axially provided with guide groove, and guide groove passes through guide sleeve, set in guide sleeve It is equipped with the protrusion of corresponding guide groove;The guide groove is provided with fixed seat, and fixed seat is fixed in supporing shell by fixing bolt On bottom plate;Eedle bar lower end is pierced by guide sleeve and is provided with support base, is provided between support base and supporing shell bottom plate Spring, spring are linked on guide sleeve, and both ends are respectively held against support base and supporing shell bottom plate;The needle, which is pricked, to be arranged in support base Bottom surface, eedle plug-in needle are pricked and are fixed by lock-screw;The support base is also associated with presser feet.
Preferably, the adjusting rod upper and lower side place of being spirally connected is additionally provided with fastening nut;The rotating member is fixedly mounted on On shank transmission shaft;The screw thread segment length of the adjusting rod upper and lower side is identical, to adjust the 1/5~1/4 of pole length;The fixation Seat even circumferential is provided with fixed threaded hole;The support base is linked in eedle bar lower end, and is fixed by lock-screw Connection;When the adjusting rod rotates forward, upper and lower side is moved to back-outing upper lower hinge direction respectively;When adjusting rod inverts, upper and lower side It moves respectively to being screwed into upper lower hinge direction.
Preferably, the driving component includes driving motor, belt pulley and retarder, and driving motor passes through pulley drive Retarder is connected, retarder is that double end exports and is separately connected No.1 axis I and No.1 axis II.
Preferably, the rotating shuttle assembly includes rotating shuttle, master gear, pinion, riser and shuttle axis, and master gear is arranged at No. two Axis, shuttle axis one end connect rotating shuttle by bearing connection board, the other end, and riser is fixed on the branch being fixed between the drive cavity of left and right On fagging, pinion is provided on shuttle axis, pinion is engaged with master gear.
Preferably, the supporing shell front panel corresponds to thread take-up tension lever and is provided with longitudinal straight slot;Between the drive cavity also It is connected with supporting rod, the transmission belt that supporting rod corresponds to pressure roller and top roller is provided with the belt locating part of U-shaped;Into by board bottom portion pair The transmission belt of outer shaft and bottom roll is answered to be also equipped with the belt locating part of U-shaped.
(3) advantageous effect
The present invention provides a kind of improved high-efficiency sewing quilt machine, it is additionally arranged by component and press roll component, effectively in quilt By carrying out guiding and precompressed before roller, ensure processing effect;In the follow-on two groups of transmission components of left and right settings, based on drive The driving of dynamic component is driven, wherein by the way of gear engagement rotation, drives No. two shaft rotations dynamic, and then drive rotating shuttle group Part is rotated and is worked;T-type wheel or main shaft make center of circle rotation, and pull rotating member up and down by pull rod, to drive shank to pass Moving axis makees swinging rotary, and power is provided for the up and down motion of shank component;While T-type wheel or the base bearing center of circle rotate, on the one hand Power also is provided for roller movement, for driving quilt to advance;On the other hand T-type wheel is also shaken by No. two connection component I, take-ups Armband moves take-up transmission shaft rotation, and power is provided for thread take-up tension lever work;Present apparatus structure novel, shank component facilitate adjustment, raw Produce efficient, product effect is good.
Description of the drawings
In order to illustrate the technical solution of the embodiments of the present invention more clearly, will be described below to embodiment required Attached drawing is briefly described, it should be apparent that, the accompanying drawings in the following description is only some embodiments that the present invention protects, for For those of ordinary skill in the art, without creative efforts, other are can also be obtained according to these attached drawings Attached drawing.
Fig. 1 is the structure chart at first visual angle of the invention;
Fig. 2 is the structure chart that Fig. 1 removes left and right transmission cavity outer wall;
Fig. 3 is the structure chart at second visual angle of the invention;
Fig. 4 is the structure chart at third visual angle of the present invention;
Fig. 5 is the structure chart at the 5th visual angle of the invention;
Fig. 6 is the structure chart at the 6th visual angle of the invention
Fig. 7 is the structure chart of right transmission component in the present invention;
Fig. 8 is the structure chart at right another visual angle of transmission component in the present invention;
Fig. 9 is the structure chart of Left Drive component in the present invention;
Figure 10 is the structure chart at another visual angle of Left Drive component in the present invention;
Figure 11 is the structure chart of shank component in the present invention;
Figure 12 is the structure chart at another visual angle of shank component in the present invention.
In attached drawing, parts list represented by the reference numerals are as follows:
1- Left Drive chambers, mono- type gears II of 101-, bis- type gears II of 102-, 103-T type wheels, 104- pull rods II, 5- No.1s Connection component II, 106-L shape parts, 107- roller shafts, 108- rotate gears, 109- transmission gears, 110- driven gears, 111- are held Platen II, No. bis- connection components II of 112-, 113- hold down assembly II, 114- straight slots II, 115- rotating members II, and 116- take-ups shake Arm, the right drive cavities of 2-, mono- type gears I of 201-, bis- type gears I of 202-, 203- base bearings, 204- pull rods I, 205- No.1 connection groups Part I, No. tri- axis of 206-, 207- No.1 rocking arms, No. bis- rocking arms of 208-, No. bis- connection components I of 209-, 210- unilateral bearing rocking arms, 211- unilateral bearings, 212- bearing discs I, 213- hold down assembly I, 214- straight slots I, 215- rotating members I, 3- supporing shells, 301- Spool mounting rod, 4- bottom girders, 5- drive components, 6- is by component, and 601- support side plates, 602- outer shafts, 603- is by plate, 7- pressures Roll assembly, 701- pressure rollers, 702- arc-shaped workpieces, 703- pull rods, 704- handles, 705- rocking arms, 8- shank components, the transmission of 801- shanks Axis, 802- adjusting rods, 803- guide sleeves, 804- springs, 805- support bases, 806- needles are pricked, 807- eedles, 808- presser feets, 9- needles Bar rotation axis, 11- take-up transmission shafts, 12- thread take-up tension levers, 13- No.1 conductor rods, 14- tension disk mounting terminals, No. bis- conducting wires of 15- Bar, 16- top rollers, 17- bottom rolls, 18- rotating shuttle assemblies, No. bis- axis of 19-, 20- No.1s axis I, 21- No.1s axis II, 22- supports Bar.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, those of ordinary skill in the art are obtained all other without creative efforts Embodiment shall fall within the protection scope of the present invention.
Referring to attached drawing, a kind of improved high-efficiency sewing quilt machine, including casing, Left Drive component, right transmission component, press roll component 7, by component 6, drive component 5, rotating shuttle group 18 and shank component 8;Casing includes two drive cavities being arranged in left and right sides, It is connected with supporing shell 3 between at the top of drive cavity, drive cavity bottom is connected by bottom girder 4, and Left Drive chamber is provided with Left Drive group Part, right drive cavity are provided with right transmission component;Drive component 5 be mounted on bottom girder 4 on, and respectively drive connection Left Drive component and Right transmission component;Into by component 6, including support side plate 601, outer shaft 602 and by plate 603, symmetrically rotation connects support side plate 601 It being connected on front end in the middle part of the drive cavity opposite face of left and right and is fixed by screw, outer shaft 602 is rotatably connected on 601 outer end of support side plate, It is connected between support side plate 601 by plate 603;Left Drive component and right transmission component from top to bottom by shank transmission shaft 9, 17, No. two top roller 16, bottom roll 19 axis connections;Outer shaft 602 is sequentially connected with bottom roll 17 by transmission belt;Press roll component 7 Pressure roller 701 be arranged into above by 603 rear end of plate, pressure roller 701 is sequentially connected with top roller 16 by transmission belt;Drive cavity it Between corresponding upper bottom roll be also associated with support by plate;Several rotating members are uniformly installed, rotating member is connected with needle on shank transmission shaft 9 Bar assembly 8, the alignment support of shank component 8 is by plate;3 base plate rear end of supporing shell is uniformly equipped with spool mounting rod 301, front end installation There are No. two conductor rods, supporing shell top plate rear end is correspondingly arranged on threading hole, front end is provided with No.1 conductor rod 13, No.1 conducting wire Bar 13 is evenly distributed with tension disk mounting terminal 14, and tension disk mounting terminal 14 is equipped with tension disk.
Wherein, press roll component 7 includes pressure roller 701, arc-shaped workpiece 702, rocking arm 705, pull rod 703 and handle 704;Left and right transmission Cavity wall face, which corresponds to, is machined with arc-shaped slot, and 701 both ends of pressure roller correspond to and stretch into arc-shaped slot and connect 702 bottom end of arc-shaped workpiece, arc 702 top of part is hinged with rocking arm 705, and 705 other end of rocking arm is hingedly driven cavity wall;2 top of right drive cavity is also machined with hook type Straight slot, handle 704 are that class is Z-shaped, and 704 one end of handle passes through hook type straight slot, the other end to be hinged 2 inner wall of right drive cavity, handle 704 to Under be hinged with pull rod 703,703 bottom end of pull rod is hinged with 702 top of arc-shaped workpiece;It is artificial to pull handle 704 with dynamic pressure roller 701 along arc Shape straight slot moves, and removes the gap that pressure roller vertical shift generates.
Wherein, right transmission component includes a type gear I201, two type gear I202, base bearing 203, pull rod I204, No.1 Connection component I205, No. three axis 206, No.1 rocking arm 207, two rocking arm 208, two connection component I209, unilateral bearing rocking arm 210, unilateral bearing 211, bearing disc I212, hold down assembly I213 and rotating member I215;One type gear I201 is arranged in right transmission The lower part of chamber 2, two type gear I202 are arranged above a type gear I201 and are engaged with a type gear I201;One type gear I201 Disk outer ring rotating is connected with base bearing 203, and 203 top connecting rod I204 of base bearing, the tops pull rod I204 upwardly extend simultaneously It is hinged with rotating member I215, rotating member I is fixed in 9 right end of shank transmission shaft;Base bearing 203 rotates coaxially connection No.1 connection The one end component I205, the No.1 connection component I205 other ends are hinged No.1 rocking arm 207, and No.1 rocking arm 207 is fixed on a type gear On No. three axis 206 at the rears I201, No. three 206 both ends of axis are rotatablely connected right 2 inner wall of drive cavity;It is also connected on No. three axis 206 No. two rocking arms 208, No. two 208 outer ends of rocking arm are hinged No. two one end connection component I209, No. two connection component I209 other ends hinges Unilateral bearing rocking arm 210 is connect, unilateral bearing rocking arm 210 is fixed on the unilateral bearing 211 of No. three 206 tops of axis;Unilateral bearing 211 tops are provided with bearing disc I212, and bearing disc I212 is mounted on 2 wall surface of right drive cavity, is provided at the top of bearing disc I212 Hold down assembly I213, and 2 wall surface of right drive cavity corresponds to the I213 that holds down assembly and is machined with straight slot I214;One type gear I201 is connected with one Number axis I20;Two No. two 19 right ends of axis of type gear I202 connections, No. two rotation connection transmission cavity walls of axis 19, No. two axis 19 are uniform It is provided with rotating shuttle assembly 18;211 mating connection bottom roll of unilateral bearing, 17 right end, bearing disc I212 mating connections top roller 16 are right End, upper bottom roll are rotatablely connected right 2 inner wall of drive cavity;No.1 rocking arm 207 and No. two 208 uniform intervals of rocking arm are machined with multigroup use In hinged hinge hole.
Wherein, Left Drive component includes a type gear II 101, two type gears II 102, T-type wheel 103, pull rod II 104, one Number connection component II 105, roller shaft 107,106, No. two connection components II 112 of L-shaped part, take-up rocking arm 116, driving gear 108, Transmission gear 109, driven gear 110, bearing disc II 111, hold down assembly II 113 and rotating member II 115;One type gear II 101 It is arranged in the lower part of Left Drive chamber 1, two type gears II 102 are arranged above a type gear II 101 and are nibbled with a type gear II 101 It closes;One type gear, II 101 disk outer ring rotating is connected with T-type wheel 103,103 top connecting rod II 104 of T-type wheel, pull rod II 104 tops upwardly extend and are hinged with rotating member II 115, which is fixed in 9 left end of shank transmission shaft;103 disk of T-type wheel II 105 one end of face outer ring rotating connection No.1 connection component, II 105 other end of No.1 connection component are hinged 106 one end of L-shaped part, L 106 bending end of shape part is fixed on roller shaft 107, and roller shaft 107 is rotatablely connected 1 inner wall of Left Drive chamber;106 other end of L-shaped part Hinged No. two II 112 one end of connection component, No. two II 112 other ends of connection component are hinged take-up rocking arm 116, take-up rocking arm 116 It is fixed in 10 left end of take-up transmission shaft;Driving gear 108 is also equipped on roller shaft 107,1 inner wall of Left Drive chamber corresponds to driving tooth 108 front side of wheel is provided with one group of transmission gear 109, the driven gear 110 that driving gear 108 passes through transmission gear 109 and top It is sequentially connected;Driven gear 110, which rotates coaxially, is connected with bearing disc II 111, and bearing disc II 111 is mounted on 1 wall surface of Left Drive chamber On, the top of bearing disc II 111, which is provided with, holds down assembly II 113,1 wall surface of Left Drive chamber correspondence hold down assembly II 113 be machined with it is logical Slot II 114;One type gear II 101 is connected with No.1 axis II 21;Two type gears 102 connect No. two 19 left ends of axis, No. two 19 turns of axis Dynamic 1 inner wall of connection Left Drive chamber, No. two axis 19 are evenly arranged with rotating shuttle assembly 18;107 mating connection bottom roll of roller shaft 17 is left End, 110 mating connection top roller of driven gear, 16 left end, upper 1 inner wall of bottom roll rotation connection Left Drive chamber;Take-up transmission shaft 10 Upper corresponding shank component 8 is also uniformly equipped with the thread take-up tension lever 11 of identical quantity.
Wherein, II 105, No. two No.1 connection component I205, No. two connection component I209, No.1 connection component connection components II 112 structures are identical, including screw rod and the articulation piece for being screwed onto screw rod both ends;It holds down assembly and I213 and holds down assembly II 113 Structure is identical, includes telescopic rod, compression spring and nut, and the affixed drive cavity wall surface straight slot top in telescopic rod upper end, lower end resist and hold Platen, telescopic rod upper and lower side are additionally provided with nut, and compression spring is linked on telescopic rod and both ends compress telescopic rod upper and lower side respectively Nut;The tops pull rod I204 are also bolted with articulation piece, and the rotating member I215 of the articulation piece and shank transmission shaft right end is hinged;It draws II 104 top of bar is also bolted with articulation piece, and the rotating member II 115 of the articulation piece and shank transmission shaft left end is hinged.
Wherein, pin package includes rotating member, adjusting rod 802, eedle bar 801, guide sleeve 803, spring 804, support base 805, needle pricks 806 and eedle 907;802 upper and lower ends of adjusting rod are spirally connected upper hinge and lower hinge respectively, upper hinge with turn Moving part is hinged, and lower hinge is hinged with 801 upper end of eedle bar;801 side wall of eedle bar is axially machined with guide groove, and guide groove passes through Guide sleeve 803 is provided with the protrusion of corresponding guide groove in guide sleeve 803;Guide sleeve 803 is provided with fixed seat, and fixed seat passes through Fixing bolt is fixed on 3 bottom plate of supporing shell;801 lower end of eedle bar is pierced by guide sleeve 803 and is provided with support base 805, branch It is provided with spring 804 between support seat 805 and 3 bottom plate of supporing shell, spring 804 is linked on guide sleeve 803, and both ends are respectively held against 3 bottom plate of support base 805 and supporing shell;Needle pricks 806 settings in 805 bottom surface of support base, and 807 plug-in needle of eedle is pricked 806 and passed through Lock-screw is fixed;Support base 805 is also associated with presser feet 808.
Wherein, the 802 upper and lower side place of being spirally connected of adjusting rod is additionally provided with fastening nut;Rotating member is fixedly mounted on shank transmission On axis 9;The screw thread segment length of 802 upper and lower side of adjusting rod is identical, is the 1/5~1/4 of 802 length of adjusting rod;Fixed seat circumference is equal It is even to be provided with fixed threaded hole;Support base 805 is linked in eedle bar lower end, and is fixedly connected by lock-screw;It adjusts When bar 802 rotates forward, upper and lower side is moved to back-outing upper lower hinge direction respectively;When adjusting rod 802 inverts, upper and lower side is respectively to stubborn It is moved into upper lower hinge direction.
Wherein, drive component 5 includes driving motor, belt pulley and retarder, and driving motor is connected by pulley drive Retarder, retarder are that double end exports and is separately connected No.1 axis I 21 and No.1 axis II 20.
Wherein, rotating shuttle assembly 18 includes rotating shuttle, master gear, pinion, riser and shuttle axis, and master gear is arranged in No. two axis 19, shuttle axis one end connects rotating shuttle by bearing connection board, the other end, and riser is fixed on the branch being fixed between the drive cavity of left and right On fagging, pinion is provided on shuttle axis, pinion is engaged with master gear.
Wherein, 3 front panel of supporing shell corresponds to thread take-up tension lever 11 and is provided with longitudinal straight slot;Branch is also associated between drive cavity Strut 22, the correspondence pressure roller 701 of supporting rod 22 are provided with the belt locating part of U-shaped with the transmission belt of top roller 16;Into by 603 bottom of plate The transmission belt that portion corresponds to outer shaft 602 and bottom roll 17 is also equipped with the belt locating part of U-shaped.
Before use, will be adjusted by component 6 to horizontal position, and pass through screw lock;By the average booth of quilt to be processed Quilt is pushed down on by plate 603, manually pulling handle 704 to put down pressure roller 701;Spool is sleeved on spool mounting rod 301, Line passes through threading hole, No.1 traverse shaft 13,14, No. two traverse shafts 15 of tension disk, thread take-up tension lever 11, eedle 807 and is used as upper seam successively Line;Spool, and lead-out wire are installed, as lower suture in rotating shuttle assembly 18.
Start driving motor, driving motor drives retarder to work by belt pulley, and retarder respectively drives No.1 axis I 21 It is rotated with No.1 axis II 20.
For Left Drive component, the driving that a type gear I101 receives No.1 axis I20 starts to rotate, two type gear I102 And then it rotates, to drive No. two axis 19 to rotate, and then drives rotating shuttle assembly 18 to rotate and work;T-type wheel 103 surrounds a kind of tooth The rotation of the centers of circle I101 is taken turns, and rotating member I115 is pulled by pull rod I104 or more, is needle to drive shank transmission shaft 9 to rotate Bar assembly 8, which moves up and down, provides power;While T-type 103 circular-rotation of wheel, on the one hand pass through No.1 connection component 105, L-shaped Part 106 drives roller shaft 107 to rotate, and is driven by driving gear 108, transmission gear 109 and driven gear 110, is roller Movement provides power, for driving quilt to advance;On the other hand it is also driven by No. two connection component I112, take-up rocking arm 116 Take-up transmission shaft 10 rotates, and power is provided for the work of thread take-up tension lever 11;
For right transmission component, the driving that a type gear II 201 receives No.1 axis II 21 starts to rotate, two type gears II 202 also and then rotate, and to drive No. two axis 19 to rotate, and then drive rotating shuttle assembly 18 to rotate and work;Base bearing 203 surrounds One type gear, II 201 center of circle rotates, and pulls rotating member II 215 by about II 204 pull rod, to drive shank transmission shaft II 9 rotations provide power for the up and down motion of shank component 8;Pass through No.1 connection component II while 203 circular-rotation of base bearing 205,208, No. two connection components II 209, unilateral bearing rocking arms 210 of the axis 206, two of No.1 rocking arm 207, three rocking arm drive list It is rotated to bearing 211, power is provided for roller movement, for driving quilt to advance.
Present invention disclosed above preferred embodiment is only intended to help to illustrate the present invention.There is no detailed for preferred embodiment All details are described, also do not limit the specific implementation mode that the invention is only.Obviously, according to the content of this specification, can make Many modifications and variations.These embodiments are chosen and specifically described to this specification, is in order to preferably explain the original of the present invention Reason and practical application, to enable skilled artisan to be best understood by and utilize the present invention.The present invention is only authorized The limitation of sharp claim and its full scope and equivalent.

Claims (10)

1. a kind of improved high-efficiency sewing quilt machine, it is characterised in that:Including casing, Left Drive component, right transmission component, pressure roller group Part, by component, drive component, rotating shuttle assembly and shank component;The casing includes two drive cavities being arranged in left and right sides, It is connected with supporing shell between at the top of drive cavity, drive cavity bottom is connected by bottom girder, and Left Drive chamber is provided with Left Drive component, Right drive cavity is provided with right transmission component;The driving component be arranged on bottom girder, and respectively drive connection Left Drive component and Right transmission component;It is described into including support side plate, outer shaft and by plate by component, support side plate is symmetrically rotatably connected on left and right and passes Dynamic chamber opposite face middle part front end is simultaneously fixed by screw, and outer shaft is rotatably connected on support side plate outer end, is connected between support side plate Have by plate;The Left Drive component and right transmission component from top to bottom by shank transmission shaft, top roller, bottom roll, No. two Axis connection;The outer shaft is sequentially connected with bottom roll by transmission belt;The pressure roller of the press roll component is arranged by plate rear end Top, pressure roller are sequentially connected with top roller by transmission belt;Corresponding upper bottom roll is also associated with support by plate between the drive cavity; Several rotating members are evenly arranged on the shank transmission shaft, rotating member is connected with shank component, and the alignment support of shank component is by plate; The supporing shell base plate rear end is evenly arranged with spool mounting rod, front end is provided with No. two conductor rods, after supporing shell top plate End is correspondingly arranged on threading hole, front end is provided with No.1 conductor rod, and No.1 conductor rod is evenly distributed with tension disk mounting terminal, folder Line device mounting terminal is provided with tension disk.
2. a kind of improved high-efficiency sewing quilt machine according to claim 1, it is characterised in that:The press roll component includes pressure Roller, arc-shaped workpiece, rocking arm, pull rod and handle;Left and right drive cavity wall surface is correspondingly arranged on arc-shaped slot, and pressure roller both ends correspond to and stretch into arc Shape straight slot simultaneously connects arc-shaped workpiece bottom end, and arc-shaped workpiece top is hinged with rocking arm, and the rocking arm other end is hingedly driven cavity wall;Right drive cavity Top is additionally provided with hook type straight slot, and handle is that class is Z-shaped, and handle one end passes through hook type straight slot, the other end to be hinged right transmission cavity wall, Handle is hinged with downwards pull rod, and pull rod bottom end is hinged with arc-shaped workpiece top.
3. a kind of improved high-efficiency sewing quilt machine according to claim 1, it is characterised in that:The right transmission component includes one Type gear I, two type gear I, base bearing, pull rod I, No.1 connection component I, No. three axis, No.1 rocking arm, No. two rocking arms, No. two companies Connected components I, unilateral bearing rocking arm, unilateral bearing, bearing disc I, hold down assembly I and rotating member I;The one type gear I settings exist The lower part of right drive cavity, two type gear I are arranged above a type gear I and are engaged with a type gear I;The one type gear I disks Face outer ring rotating is connected with base bearing, base bearing top connecting rod I, and the tops pull rod I upwardly extend and be hinged with rotating member I, Rotating member I is fixed in shank transmission shaft right end;The base bearing rotates coaxially the one end connection No.1 connection component I, and No.1 connects The connected components I other ends are hinged No.1 rocking arm, and No.1 rocking arm is fixed on No. three axis at the rears type gear I, and No. three axis both ends turn The dynamic right transmission cavity wall of connection;No. two rocking arms are also connected on No. three axis, No. two rocking arm outer ends are hinged No. two connection component I One end, No. two connection component I other ends are hinged unilateral bearing rocking arm, and unilateral bearing rocking arm is fixed on the one-way shaft above No. three axis It holds;Bearing disc I is provided with above the unilateral bearing, bearing disc I is mounted on right drive cavity wall surface, is set at the top of bearing disc I It is equipped with the I that holds down assembly, right drive cavity wall surface corresponds to the I that holds down assembly and is provided with straight slot I;The one type gear I is connected with No.1 axis I;No. two axis right ends of the two type gears I connections, No. two axis rotation connection transmission cavity walls, No. two axis are evenly arranged with rotating shuttle group Part;The unilateral bearing mating connection bottom roll right end, bearing disc I mating connection top roller right ends, upper bottom roll rotation connection Right transmission cavity wall;The No.1 rocking arm and No. two rocking arm uniform intervals are provided with multigroup for hinged hinge hole.
4. a kind of improved high-efficiency sewing quilt machine according to claim 1, it is characterised in that:The Left Drive component includes one Type gear II, two type gears II, T-type wheel, pull rod II, No.1 connection component II, roller shaft, L-shaped part, No. two connection components II, Take-up rocking arm, driving gear, transmission gear, driven gear, bearing disc II, hold down assembly II and rotating member II;One kind tooth Wheel II is arranged in the lower part of Left Drive chamber, and two type gears II are arranged above a type gear II and are engaged with a type gear II;Institute It states II disk outer ring rotating of a type gear and is connected with T-type wheel, T-type wheel top connecting rod II, II top of pull rod upwardly extends simultaneously It is hinged with rotating member II, which is fixed in shank transmission shaft left end;The T-type wheel face outer ring rotating connection No.1 connects II one end of connected components, II other end of No.1 connection component are hinged L-shaped part one end, and L-shaped part bending end is fixed on roller shaft, roller Axis is rotatablely connected Left Drive cavity wall;The L-shaped part other end is hinged No. two II one end of connection component, and No. two connection components II are another One end is hinged take-up rocking arm, and take-up rocking arm is fixed in take-up transmission shaft left end;Driving gear is additionally provided on the roller shaft, it is left Transmission cavity wall corresponds to driving gear front side and is provided with one group of transmission gear, and driving gear is driven by transmission gear and top Gear drive connects;The driven gear, which rotates coaxially, is connected with bearing disc II, and bearing disc II is mounted on Left Drive cavity wall face, The top of bearing disc II, which is provided with, holds down assembly II, and Left Drive cavity wall face, which corresponds to hold down assembly, II is provided with straight slot II;Described one kind Gear II is connected with No.1 axis II;No. two axis left ends of the two type gears connection, No. two axis rotation connection Left Drive cavity walls, two Number axis is evenly arranged with rotating shuttle assembly;The roller shaft mating connection roller left end, driven gear mating connection top roller left end, Upper bottom roll is rotatablely connected Left Drive cavity wall;Shank component, which is corresponded to, on the take-up transmission shaft is also evenly arranged with identical quantity Thread take-up tension lever.
5. a kind of improved high-efficiency sewing quilt machine according to claim 1, it is characterised in that:The No.1 connection component I, two II, No. two number connection component I, No.1 connection component II structure of connection component are identical, include screw rod and are screwed onto screw rod both ends Articulation piece;The I that holds down assembly is identical with II structure that holds down assembly, and includes telescopic rod, compression spring and nut, telescopic rod upper end Affixed drive cavity wall surface straight slot top, lower end resist bearing disc, and telescopic rod upper and lower side is additionally provided with nut, and compression spring is linked in flexible On bar and both ends compress the nut of telescopic rod upper and lower side respectively;The tops the pull rod I are also bolted with articulation piece, the articulation piece with The rotating member I of shank transmission shaft right end is hinged;II top of the pull rod is also bolted with articulation piece, the articulation piece and shank transmission shaft The rotating member II of left end is hinged.
6. a kind of improved high-efficiency sewing quilt machine according to claim 1, it is characterised in that:The pin package includes rotation Part, adjusting rod, eedle bar, guide sleeve, spring, support base, needle is pricked and eedle;The adjusting rod upper and lower ends are spirally connected upper hinge respectively Fitting and lower hinge, upper hinge is hinged with rotating member, and lower hinge is hinged with eedle bar upper end;The eedle bar side-wall shaft To guide groove is provided with, guide groove passes through guide sleeve, the protrusion of corresponding guide groove is provided in guide sleeve;The guide groove setting There are fixed seat, fixed seat to be fixed on supporing shell bottom plate by fixing bolt;Eedle bar lower end is pierced by guide sleeve and sets It is equipped with support base, spring is provided between support base and supporing shell bottom plate, spring is linked on guide sleeve, and both ends are respectively held against Support base and supporing shell bottom plate;The needle pricks setting in support base bottom surface, and eedle plug-in needle is pricked and carried out by lock-screw It is fixed;The support base is also associated with presser feet.
7. a kind of improved high-efficiency sewing quilt machine according to claim 6, it is characterised in that:The adjusting rod upper and lower side is spirally connected Place is additionally provided with fastening nut;The rotating member is fixedly mounted on shank transmission shaft;The screw thread of the adjusting rod upper and lower side Segment length is identical, to adjust the 1/5~1/4 of pole length;The fixed seat even circumferential is provided with fixed threaded hole;It is described Support base is linked in eedle bar lower end, and is fixedly connected by lock-screw;When the adjusting rod rotates forward, upper and lower side is respectively to stubborn Go out upper lower hinge direction movement;When adjusting rod inverts, upper and lower side is moved to being screwed into upper lower hinge direction respectively.
8. a kind of improved high-efficiency sewing quilt machine according to claim 1, it is characterised in that:The driving component includes driving Motor, pulley and retarder, driving motor connect retarder by pulley drive, and retarder is that double end exports and connects respectively Connect No.1 axis I and No.1 axis II.
9. a kind of improved high-efficiency sewing quilt machine according to claim 1, it is characterised in that:The rotating shuttle assembly includes rotation Shuttle, master gear, pinion, riser and shuttle axis, master gear are arranged in No. two axis, and shuttle axis one end is another by bearing connection board End connection rotating shuttle, riser are fixed in the support plate between being fixed in left and right drive cavity, and pinion, pinion are provided on shuttle axis It is engaged with master gear.
10. a kind of improved high-efficiency sewing quilt machine according to claim 1, it is characterised in that:The supporing shell front panel Corresponding thread take-up tension lever is provided with longitudinal straight slot;Supporting rod is also associated between the drive cavity, supporting rod corresponds to pressure roller and upper sieve The transmission belt of drawing is provided with the belt locating part of U-shaped;It is also equipped with U-shaped into the transmission belt for being corresponded to outer shaft and bottom roll by board bottom portion Belt locating part.
CN201810339561.2A 2018-04-16 2018-04-16 A kind of improved high-efficiency sewing quilt machine Withdrawn CN108342838A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201810339561.2A CN108342838A (en) 2018-04-16 2018-04-16 A kind of improved high-efficiency sewing quilt machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201810339561.2A CN108342838A (en) 2018-04-16 2018-04-16 A kind of improved high-efficiency sewing quilt machine

Publications (1)

Publication Number Publication Date
CN108342838A true CN108342838A (en) 2018-07-31

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201810339561.2A Withdrawn CN108342838A (en) 2018-04-16 2018-04-16 A kind of improved high-efficiency sewing quilt machine

Country Status (1)

Country Link
CN (1) CN108342838A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI700408B (en) * 2019-05-06 2020-08-01 啟翔股份有限公司 Bending sewing machine

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI700408B (en) * 2019-05-06 2020-08-01 啟翔股份有限公司 Bending sewing machine

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Application publication date: 20180731