CN202247268U

CN202247268U - Folding full-shift numerical control quilting machine

Info

Publication number: CN202247268U
Application number: CN2011203535005U
Authority: CN
Inventors: 茅德康
Original assignee: SHANGHAI SHENGTONG INDUSTRY Co Ltd
Current assignee: SHANGHAI SHENGTONG INDUSTRY Co Ltd
Priority date: 2011-09-20
Filing date: 2011-09-20
Publication date: 2012-05-30
Anticipated expiration: 2021-09-20

Abstract

The utility model discloses a folding full-shift numerical control quilting machine, which is applied to quilting patterns of bedding, and is particularly applied to movable and compactly spatial quilting occasions. The machine has a simple structure, is combined with a rack, and can be folded upwards, so that the optimum volume characteristic that the whole machine can be shifted and moved is realized. The machine is particularly applied in the operation occasions that the on-site quilting is required in home textile markets and the space is compact, and comprises a front folding frame and a rear folding frame, wherein the rear folding frame is connected with a main machine base through a joint, a control panel is connected with the right side of the front folding frame through a joint, a left and a right carrier rails are connected with a left and a right carrier beams through joints, and then are connected to the main machine base through joints, an upper quilting beam and a guide rail as well as a lower quilting beam and the guide rail are connected onto the main machine base through a left quilting beam seat and a right quilting beam seat, a sliding block component of a handpiece is arranged on the upper quilting beam and the guide rail through a linear guide shaft, and a rotating shuttle sliding block component is arranged on the lower quilting beam and the guide rail through the linear guide shaft. The folding full-shift numerical control quilting machine has the beneficial effects of small volume, compact structure, foldability, saved space and convenience in shifting and maintaining the whole structure.

Description

The collapsible full numerical control quilting machine that moves

Technical field

The utility model relates to the quilting machines technical field, belongs to a kind of quilting equipment, relates in particular to a kind of collapsible full numerical control quilting machine that moves.

Background technology

Quilting machines is a kind of numerical-control quilting machinery of making various bedding such as quilt cover, bed bed clothes, bedcover; Have that speed is fast, the thick ability of seam is strong, make advantages such as style is complicated and changeable; Improve constantly with implantation bed clothes quilting machinery automaticity; Through for many years development mechanical structure is perfect gradually but existing quilting machines machine volume is bigger, after moving, can only breaking during carrying again assembling, existing structure certainly will exist quilting operation occupy the place big, move carrying inconvenience, deficiencies such as application market are spun by the suitable family of on-the-spot quilting operation that needs.

Summary of the invention

To the problems referred to above; The technical problem that the utility model need solve is to overcome above-mentioned deficiency; Provide a kind of and collapsiblely complete move numerical control quilting machine, it has quilting head and quilting rotating shuttle and can do to move operation and make style and accomplish that promptly but the most succinct structure combines frame can upwards fold the optimal volume characteristics that complete machine moves, carries that reach again entirely, the spy be adapted to need on-the-spot quilting family spin the operation applications of market space compactness.

The purpose of the utility model is to realize through following technical scheme: a kind of collapsible full numerical control quilting machine that moves; Folding frame, back folding frame connect main engine bed through the joint before comprising; Control flow is folding frame right side before the joint connects, and left and right holder rail connects left and right trailing arm and is connected to main engine bed through the joint again through the joint.

Especially; Sew with long stitches on said beam, guide rail and under sew with long stitches beam, guide rail and sew with long stitches the beam seat and the right side through a left side and sew with long stitches beam seat and be connected on the main engine bed; Described crossbeam, guide rail are square steel tube and extruding aluminium alloy sectional assembly, and both sides embed the straight-line guidance axle in the described extruding aluminium alloy sectional;

Especially, said collet segment assembly is arranged on through the straight-line guidance axle and sews with long stitches on beam, the guide rail, and the rotating shuttle slide block assembly is arranged on down through the straight-line guidance axle and sews with long stitches on beam, the guide rail.

The beneficial effect of the utility model is: volume is little, compact conformation, collapsible, conserve space, overall structure movable maintenance are convenient.

Description of drawings

Fig. 1 is the structural upright sketch map of the utility model embodiment

Fig. 2 is the partial sectional view of Fig. 1

Fig. 3 is the folded state schematic perspective view of the utility model embodiment

Among the figure:

1, main engine bed; 2, preceding folding frame; 3, back folding frame; 4-1,2, left trailing arm; 5-1,2 right trailing arms; 6-1,2, left side holder rail; 7-1,2 right holder rails; 8, sew with long stitches beam, guide rail on; 9, sew with long stitches beam, guide rail down; 10, beam seat is sew with long stitches on a left side; 11, beam seat is sew with long stitches on the right side; 12, straight-line guidance axle; 13, collet segment assembly; 14, rotating shuttle slide block assembly 15, control flow.

The specific embodiment

Below in conjunction with the accompanying drawing and the specific embodiment the utility model is done further explain.

See that Fig. 1 has described the embodiment of the utility model; Folding frame 2, back folding frame 3 respectively connect main engine bed 1 before in this example through the joint; Control flow 15 is rolled over the right side of frame 2 before the joint is connected to; Left side holder rail 6-1 two ends after a joint and a left side ask rail 6-2 to link to each other are connected the top of left trailing arm 4-1,4-2 respectively through the joint; The lower end of left side trailing arm 4-1,4-2 is connected on main engine bed 1 left side through the joint respectively, and right holder rail 7-1 two ends after the joint and the right side ask rail 7-2 to link to each other are connected the top of right trailing arm 5-1,5-2 respectively through the joint, and the lower end of right trailing arm 5-1,5-2 is connected on main engine bed 1 right side through the joint respectively.

See Fig. 1 sew with long stitches on described beam, guide rail 8 with under sew with long stitches beam, guide rail 9 and sew with long stitches beam seat 10 and the right side through a left side and sew with long stitches beam seat 11 and be connected the bottom and be placed in through synchromesh gear, straight line cingulum (not drawing among the figure) and do forward and backward quilting action on the main engine bed 1.

See that Fig. 1, the described collet segment assembly 13 of Fig. 2 are arranged on through straight-line guidance axle 12 and sew with long stitches on beam, the guide rail 8 that rotating shuttle assembly 14 is arranged on down to sew with long stitches on beam, the guide rail 9 to be connected by synchronous band, wheel (not drawing among the figure) through straight-line guidance axle 12 does left and right horizontal quilting action.

See that Fig. 1, described the folding of Fig. 3 are under the state of Fig. 1, to carry out; Left trailing arm 4-1,4-2 are collapsed to the right; Right trailing arm 5-1,5-2 collapse left; Control flow 15 prolong level counterclockwise change push forward behind 90 degree folding, mention before upward the drawing close of folding frame 2, back folding frame 3 sew with long stitches beam seat 10 to a left side and sew with long stitches on the beam seat 11 with the right side, carry out getting final product during expansion in the other direction by above-mentioned steps.

The above is the preferred implementation of the utility model; Certainly can not limit the interest field of the utility model with this; Should be understood that; For those skilled in the art, can make amendment or be equal to replacement the technical scheme of the utility model, and the further expansion of making all falls into the protection domain of the utility model.

Claims

1. collapsible full numerical control quilting machine that moves; It is characterized in that: folding frame, back folding frame connect main engine bed through the joint before comprising; Control flow is folding frame right side before the joint connects; Left and right holder rail connects left and right trailing arm and is connected to main engine bed through the joint again through the joint; Sew with long stitches on said beam, guide rail and under sew with long stitches beam, guide rail and sew with long stitches the beam seat and the right side through a left side and sew with long stitches beam seat and be connected on the main engine bed, said crossbeam, guide rail are square steel tube and extruding aluminium alloy sectional assembly, both sides embed the straight-line guidance axle in the said extruding aluminium alloy sectional.