CN102021774B - Stitching method of double-sided cross stitch - Google Patents

Stitching method of double-sided cross stitch Download PDF

Info

Publication number
CN102021774B
CN102021774B CN 201010610667 CN201010610667A CN102021774B CN 102021774 B CN102021774 B CN 102021774B CN 201010610667 CN201010610667 CN 201010610667 CN 201010610667 A CN201010610667 A CN 201010610667A CN 102021774 B CN102021774 B CN 102021774B
Authority
CN
China
Prior art keywords
cross
stitch
embroidery
cell
start element
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.)
Expired - Fee Related
Application number
CN 201010610667
Other languages
Chinese (zh)
Other versions
CN102021774A (en
Inventor
赵飞
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.)
Individual
Original Assignee
Individual
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 Individual filed Critical Individual
Priority to CN 201010610667 priority Critical patent/CN102021774B/en
Publication of CN102021774A publication Critical patent/CN102021774A/en
Application granted granted Critical
Publication of CN102021774B publication Critical patent/CN102021774B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Images

Abstract

The invention discloses a stitching method of double-sided cross stitch. Cross-stitch needles are arranged at two ends of a stitch thread; and the cross-stitch needles pass through the left lower angle and the right lower angle of a start cell of a cross-stitch cloth, and go back and forth once along one line to stitch one line of the two sides and realize continuous conversion of adjacent two lines. The double-sided stitching process of the entire stitching area is realized without raising needle or changing thread, the product is beautiful, the time and labor are saved, and the stitching method has a simple logic and is expected to realize automatic stitching.

Description

A kind of embroidering method of two-sided cross stitch
Technical field
The present invention relates to a kind of embroidery process of two-sided cross stitch, specifically a kind of simple, embroidery process that can obtain the two-sided cross stitch of high quality of products.
Background technology
Cross stitch, with special-purpose embroidery line and crossed grid cloth, the method of taking cross of utilizing longitude and latitude to interweave, contrasting special-purpose coordinate pattern is embroidered, each cross on crossed grid cloth is a cell, and each cell surrounding has four holes to embroider line for interting, and full the embroidery by two diagonal through these four holes forms, half embroidery consists of a diagonal, is half of full needlework.After the investigating further and scrutinize of the cross stitch manufactured goods that the inventor sells on to market, find, existing cross stitch goods are single face cross stitch goods, ubiquity certain defect, particularly for the amateur, owing to lacking experience or the reason such as skill and technique is skilled not, the reverse side of the manufactured goods of finally embroidering often is random shape, this situation, except its outward appearance is made a big impact, also all has impact in various degree to flatness, stereovision and the third dimension etc. of its pattern.Some complicated pattern even, even the embroidery art of professional experiences is for many years arranged, want to accomplish to make the reverse side pattern optimization of manufactured goods, be that direction of routing is consistent, except needs in advance to walking line process calculates meticulously, skill of handling needles motion is also extremely complicated, as making to embroider pin, from the diagonal crossed cross wires of having embroidered, pass etc. by frequent needs, in a word, use cross embroidering method commonly used at present, accomplish to make the reverse side pattern of cross stitch manufactured goods to accomplish optimum, being one wastes time and energy and work that difficulty is very large.
The embroidery process of two kinds of two-sided cross stitcies is disclosed in patent documentation CN101775717, select the 1st cell of the 1st row the arbitrary of cross stitch cloth in the face of shining drawing, through withdrawal of needle, the line ball head, colleague's cell positive and negative alternate half is embroidered, become pin or set up another the pin round trip and complete the alternate positive and negative of colleague and entirely embroider, also can return the embroidery round trip and complete two sides half embroidery, having come and gone the colleague two sides through second again embroiders entirely, become pin or set up another capable withdrawal of needle, to contrasting all full embroideries of drawing, the narrowing of line ball tail, last crisperding obtains two-sided cross stitch goods; Two overlapping directions of embroidering line of adjacent two row of cross stitch product that this technique obtains are inconsistent, affect the aesthetic of product, what this embroidery process was used is single needle, every embroidered a line need to come and go twice, and the embroidered mode of above-mentioned the first also needs to become pin or set up another pin in round each, embroidered process still wastes time and energy.
On the other hand, the cross stitch manufactured goods that some machines are embroidered have also appearred on market in recent years, with the product that are made by handwork fully, compare, the consumer generally reflect exist make the embroidery right-angled intersection inconsistent, embroider that the line contraposition is inaccurate, reverse side the end of a thread is too much and embroidery is whole owes the shortcoming such as lively.These all make the market value embroidery embroidered well below complete craft of machine embroidery cross stitch manufactured goods.
Summary of the invention
For this reason, technical problem to be solved by this invention is that the embroidered method of the cross stitch existed in prior art wastes time and energy, be difficult to accomplish that two sides is all attractive in appearance, and be unfavorable for further automation processing, provide a kind of technique simple, be easy to all embroidering methods of two-sided cross stitch attractive in appearance of automation processing and product two sides.
For solving the problems of the technologies described above, the embroidering method of two-sided cross stitch of the present invention comprises the following steps:
(1) embroider the line two ends and have cross-stitch embroidery needle, described cross-stitch embroidery needle passes from the lower left corner and the lower right corner of the start element lattice of cross stitch cloth respectively, and described cross-stitch embroidery needle is at the first surface of described cross stitch cloth;
(2) described two cross-stitch embroidery needles are exchanged, then penetrated respectively the lower left corner and the lower right corner of the next unit lattice of same row downwards, the first surface that completes described start element lattice is embroidered entirely, and now, described cross-stitch embroidery needle is at second;
(3) described two cross-stitch embroidery needles are exchanged, more upwards penetrated respectively same the row lower left corner and the lower right corner of next unit lattice again, complete second full embroidery of described next unit lattice, now, described cross-stitch embroidery needle is at first surface;
(4) according to the number of embroidered cell, repeating said steps (2) and described step (3), as only needed embroidered two cells, do not repeat successively; Obtain thus seeing all as by row embroidered and that do not have embroidered cell interval to form from first surface or the second face;
(5) embroider to last cell, face according to the cross-stitch embroidery needle place, from last cell to start element lattice repeating said steps (2) with described step (3), until complete the not embroidered full embroidery of second of described start element lattice, obtain seeing from first surface or the second face row that all form continuously for the cell by embroidered.
In step (1), the part that described embroidery line passes from the lower left corner of the described start element lattice of cross stitch cloth and the part passed from the lower right corner of described start element lattice equate.
Described two cross-stitch embroidery needles are to being adjusted to the view directions from needle point to backshank, and two cross-stitch embroidery needles is equidirectional clockwise or be rotated counterclockwise 180 degree and exchange.
A kind of embroidering method of two-sided cross stitch also is provided, has comprised the following steps:
(1) embroider the line two ends and have cross-stitch embroidery needle, described cross-stitch embroidery needle passes from the lower left corner and the lower right corner of the start element lattice of cross stitch cloth respectively, and described cross-stitch embroidery needle is at the first surface of described cross stitch cloth;
(2) described two cross-stitch embroidery needles are exchanged, then penetrated respectively the lower left corner and the lower right corner of the next unit lattice of same row downwards, the first surface that completes described start element lattice is embroidered entirely, and now, described cross-stitch embroidery needle is at second;
(3) described two cross-stitch embroidery needles are exchanged, more upwards penetrated respectively same the row lower left corner and the lower right corner of next unit lattice again, complete second full embroidery of described next unit lattice, now, described cross-stitch embroidery needle is at first surface;
(4) according to the number of embroidered cell, repeating said steps (2) and described step (3), as only needed embroidered two cells, do not repeat successively; Obtain thus seeing all as by row embroidered and that do not have embroidered cell interval to form from first surface or the second face;
(5) embroider to last cell, face according to the cross-stitch embroidery needle place, from last cell to second the cell repeating said steps (2) adjacent with described start element lattice and described step (3), until complete the full embroidery of the not embroidered first surface of described second cell, now, described cross-stitch embroidery needle rests on the lower left corner and the lower right corner of described second cell, and described cross-stitch embroidery needle is at second of described cross stitch cloth;
(6) conversion hand-manipulating of needle mode, two cross-stitch embroidery needle separate operation, the cross-stitch embroidery needle that rests on described second cell lower right corner keeps motionless, the cross-stitch embroidery needle that rests on described second the cell lower left corner upwards penetrates the lower right corner of described start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower right corner of second cell that is positioned at the right side secondary series downwards, the first surface half that completes the start element lattice that are positioned at the right side secondary series is embroidered, now, two described cross-stitch embroidery needles are the lower left corner and the lower right corner of second cell in described right side secondary series respectively, two described cross-stitch embroidery needles are at second of described cross stitch cloth, or, in this step, the cross-stitch embroidery needle that rests on described second the cell lower left corner keeps motionless, the cross-stitch embroidery needle that rests on described second cell lower right corner upwards penetrates the lower left corner of described start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower left corner of second cell that is positioned at the left side secondary series downwards, complete half embroidery of the first surface of the start element lattice that are positioned at the left side secondary series, now, two described cross-stitch embroidery needles are the lower left corner and the lower right corner of second cell in described left side secondary series respectively, described cross-stitch embroidery needle is at second of described cross stitch cloth,
(7) at described right side secondary series or left side secondary series repeating said steps (2) and described step (3) successively, until complete that described right side secondary series or left side secondary series are embroidered except half of the first surface of the start element lattice of the first surface of especially all other cells of start element and second 's full embroidery and described right side secondary series or left side secondary series and the full embroidery of second, now, two described cross-stitch embroidery needles rest on the lower left corner and the lower right corner of described right side secondary series or left side secondary series start element lattice, and two described cross-stitch embroidery needles are at the first surface of described cross stitch cloth;
(8) cross-stitch embroidery needle that is positioned at the lower right corner of described right side secondary series start element lattice penetrates the lower left corner of second cell of described right side secondary series downwards, the first surface that completes described right side secondary series start element lattice is embroidered entirely, and now this cross-stitch embroidery needle is positioned at second of described cross stitch cloth; This cross-stitch embroidery needle is upwards penetrated to the lower left corner of the start element lattice of initial row, complete the full embroidery of second of the described start element lattice of described initial row; Or, the cross-stitch embroidery needle that is positioned at the lower left corner of described left side secondary series start element lattice penetrates the lower right corner of second cell of described left side secondary series downwards, the first surface that completes described left side secondary series start element lattice is embroidered entirely, and now this cross-stitch embroidery needle is positioned at second of described cross stitch cloth; This cross-stitch embroidery needle is upwards penetrated to the lower right corner of the described start element lattice of described initial row, complete the full embroidery of second of the described start element lattice of described initial row; Obtain thus two row that consist of described initial row and described right side secondary series or described left side secondary series, described two row are seen by embroidered cell and are formed continuously from first surface or the second face.
In step (1), the part that described embroidery line passes from the lower left corner of the described start element lattice of cross stitch cloth and the part passed from the lower right corner of described start element lattice equate.
Described two cross-stitch embroidery needles are to being adjusted to the view directions from needle point to backshank, and two cross-stitch embroidery needles is equidirectional clockwise or be rotated counterclockwise 180 degree and exchange.
A kind of embroidering method of two-sided cross stitch also is provided, has comprised the following steps:
(1) embroider the line two ends and have cross-stitch embroidery needle, described cross-stitch embroidery needle passes from the lower left corner and the lower right corner of the start element lattice of cross stitch cloth respectively, and described cross-stitch embroidery needle is at the first surface of described cross stitch cloth;
(2) described two cross-stitch embroidery needles are exchanged, then penetrated respectively the lower left corner and the lower right corner of the next unit lattice of same row downwards, the first surface that completes described start element lattice is embroidered entirely, and now, described cross-stitch embroidery needle is at second;
(3) described two cross-stitch embroidery needles are exchanged, more upwards penetrated respectively same the row lower left corner and the lower right corner of next unit lattice again, complete second full embroidery of described next unit lattice, now, described cross-stitch embroidery needle is at first surface;
(4) according to the number of embroidered cell, repeating said steps (2) and described step (3), as only needed embroidered two cells, do not repeat successively; Obtain thus seeing all as by row embroidered and that do not have embroidered cell interval to form from first surface or the second face;
(5) embroider to last cell, face according to the cross-stitch embroidery needle place, from last cell to second the cell repeating said steps (2) adjacent with described start element lattice and described step (3), until complete the full embroidery of the not embroidered first surface of described second cell, now, described cross-stitch embroidery needle rests on the lower left corner and the lower right corner of described second cell, and described cross-stitch embroidery needle is at second of described cross stitch cloth;
(6) conversion hand-manipulating of needle mode, two cross-stitch embroidery needle separate operation, the cross-stitch embroidery needle that rests on described second cell lower right corner keeps motionless, the cross-stitch embroidery needle that rests on described second the cell lower left corner upwards penetrates the lower right corner of described start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower right corner of second cell that is positioned at the right side secondary series downwards, the first surface half that completes the start element lattice that are positioned at the right side secondary series is embroidered, now, two described cross-stitch embroidery needles are the lower left corner and the lower right corner of second cell in described right side secondary series respectively, two described cross-stitch embroidery needles are at second of described cross stitch cloth, or, in this step, the cross-stitch embroidery needle that rests on described second the cell lower left corner keeps motionless, the cross-stitch embroidery needle that rests on described second cell lower right corner upwards penetrates the lower left corner of described start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower left corner of second cell that is positioned at the left side secondary series downwards, complete half embroidery of the first surface of the start element lattice that are positioned at the left side secondary series, now, two described cross-stitch embroidery needles are the lower left corner and the lower right corner of second cell in described left side secondary series respectively, described cross-stitch embroidery needle is at second of described cross stitch cloth,
(7) at described right side secondary series or left side secondary series repeating said steps (2) and described step (3) successively, until complete described right side secondary series or left side secondary series except the first surface of especially all other cells of start element and the full embroidery of second, now, two described cross-stitch embroidery needles rest on the lower left corner and the lower right corner of described right side secondary series or second cell of left side secondary series, and two described cross-stitch embroidery needles are at second of described cross stitch cloth;
(8) conversion hand-manipulating of needle mode, two cross-stitch embroidery needle separate operation, the cross-stitch embroidery needle that rests on second cell lower right corner of secondary series, described right side keeps motionless, the cross-stitch embroidery needle that rests on second the cell lower left corner of secondary series, described right side upwards penetrates the lower right corner of described right side secondary series start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower right corner that is positioned at tertial second cell in right side downwards, completing the first surface half that is positioned at the tertial start element lattice in right side embroiders, now, two described cross-stitch embroidery needles are the lower left corner and the lower right corner in tertial second cell in described right side respectively, two described cross-stitch embroidery needles are at second of described cross stitch cloth, or, in this step, the cross-stitch embroidery needle that rests on second the cell lower left corner of secondary series, described left side keeps motionless, the cross-stitch embroidery needle that rests on second cell lower right corner of secondary series, described left side upwards penetrates the lower left corner of described left side secondary series start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower left corner that is positioned at tertial second cell in left side downwards, complete half embroidery of the first surface that is positioned at the tertial start element lattice in left side, now, two described cross-stitch embroidery needles are the lower left corner and the lower right corner in tertial second cell in described left side respectively, described cross-stitch embroidery needle is at second of described cross stitch cloth,
(9) embroidered columns as required, repeating said steps (8) successively, until complete the first surface of second cell that last row are M row and the full embroidery of second, and complete the full embroidery of second of the start element lattice of right side M row, now, two the described cross-stitch embroidery needles lower left corner and lower right corner of the start element lattice in described right side M row respectively; Or, the embroidered columns according to needs, repeating said steps (8) successively, until complete the first surface of second cell that last row of left side are M row and the full embroidery of second, and the full embroidery of second of the start element lattice that on the left of completing, M is listed as, now, two the described cross-stitch embroidery needles lower right corner and lower left corner of the start element lattice in described left side M row respectively; Described cross-stitch embroidery needle is at the first surface of described cross stitch cloth;
(10) cross-stitch embroidery needle in the lower right corner that is positioned at the start element lattice of described right side M row penetrates the lower right corner that adjacent columns is second cell of right side M-1 row downwards, and embroider entirely in the front that completes the start element lattice of described right side M row; Or, in this step, the cross-stitch embroidery needle in the lower left corner that is positioned at the start element lattice of described left side M row imports the i.e. lower left corner of second cell of left side M-1 row of adjacent columns downwards into, embroider entirely in the front that completes the start element lattice of described left side M row;
(11) the described cross-stitch embroidery needle in the lower right corner that will be positioned at second cell of described right side M-1 row upwards penetrates the lower left corner of the start element lattice of described right side M-1 row, has completed the full embroidery of second of the start element lattice of described right side M-1 row; The cross-stitch embroidery needle in the lower left corner that will be positioned at the start element lattice of described right side M row penetrates the lower right corner of second cell of right side M-2 row downwards, has completed the full embroidery of first surface of the start element lattice of described right side M-1 row; Or, in this step, the described cross-stitch embroidery needle in the lower left corner that will be positioned at second cell of described left side M-1 row upwards penetrates the lower right corner of the start element lattice of described left side M-1 row, has completed the full embroidery of second of the start element lattice of described left side M-1 row; The cross-stitch embroidery needle in the lower right corner that will be positioned at the start element lattice of described left side M row penetrates the lower left corner of second cell of left side M-2 row downwards, has completed the full embroidery of first surface of the start element lattice of described left side M-1 row;
(12) complete the first surface of start element lattice of right side or other row of left side and the full embroidery of second according to the mode of step (11), until complete the full embroidery of second of the start element lattice of initial row; Obtain thus above the seeing by the continuous cross stitch pattern formed of embroidered cell from first surface or the second face of three row.
The part that described embroidery line passes from the lower left corner of the described start element lattice of cross stitch cloth and the part passed from the lower right corner of described start element lattice equate.
The embroidering method of described two-sided cross stitch, also comprise that described two cross-stitch embroidery needles are to being adjusted to the view directions from needle point to backshank, and two cross-stitch embroidery needles is equidirectional clockwise or be rotated counterclockwise 180 degree and exchange.
Technique scheme of the present invention has the following advantages compared to existing technology:
(1) embroider the line two ends and there is cross-stitch embroidery needle, exchange the lower left corner and the lower right corner of interting to the next unit lattice by two cross-stitch embroidery needles simultaneously, realize embroidering line and intersects embroidered one-tenth cross, the i.e. full embroidery of one side on the one side of cloth; Repeat this step according to the position at pin place and be listed as after last cell and repeat above-mentioned steps to two cross-stitch embroidery needle and stop the lower left corner and the lower right corner to initial lattice to this, along this row round trip, can obtain full row and the skill of handling needles of embroidering in two sides simple.
(2) after completing row embroidered, by by one in two cross-stitch embroidery needles embroidered twice along diagonal continuously, can realize the continuous conversion between adjacent two row, and then realize that multiple lines and multiple rows ground is uninterrupted continuous two-sided embroidered, do not need to set up another pin, greatly improved production efficiency.
Under the prerequisite that (3) two lines remain unchanged at relative position simultaneously parallel along diagonal to the sides adjacent lowermost end lower left corner and the lower right corner of second cell or start element lattice embroidered, completing half of adjacent two cells of homonymy embroiders, what this step application was formed in line feed partly embroiders in cell, thereby complete the two-sided full embroidery in whole embroidered zone, whole process does not need to set up another pin, and after line feed, neat, the embroidered direction of cell embroidery line in whole embroidered zone does not change.
(4) in embroidered process, two cross-stitch embroidery needle direction of rotation are identical, and the overlapping direction of two lines that can remain on cross embroidered on cloth is consistent, makes the cross stitch works more attractive in appearance.
(5) logic of two-sided cross stitch processing step of the present invention is simple and the skill of handling needles is simple, for specific unit combinations of blocks, its embroidered step can utilize computer to carry out in advance logical calculated fully, draw the walking route of embroidering pin, then be converted into by computer the instruction of controlling machine movement, be expected to realize that automation is embroidered; Also can, based on method of the present invention, produce the Novel cross stitch embroidery machine.
The accompanying drawing explanation
For content of the present invention is more likely to be clearly understood, below according to a particular embodiment of the invention and by reference to the accompanying drawings, the present invention is further detailed explanation, wherein
Fig. 1 is the embroidered process schematic diagram of embodiment 1;
Fig. 2 is the embroidered process schematic diagram of embodiment 2;
Fig. 3 is the embroidered process schematic diagram of embodiment 3;
Fig. 4 is the embroidered process schematic diagram of embodiment 4;
Fig. 5 is the embroidered process schematic diagram of embodiment 5.
The specific embodiment
On the embroidered cloth of cross stitch, to having, M is listed as, N is capable, M is not less than 3 natural number, N is not less than 2 natural number, and while being followed successively by from left to right 1 to M row, the lower left corner that wherein is positioned at the cell of the capable j row of i be labeled as Sij in the lower right corner of the cell of the capable j-1 row of i; While being followed successively by from right to left 1 to M row, the lower right corner that wherein is positioned at the cell of the capable j row of i is labeled as Sij in the lower left corner of the cell of the capable j-1 row of i.
Embodiment 1
As shown in Figure 1, the lower left corner of first row start element lattice is that S11, the lower right corner are S12, the lower left corner of second cell of first row is that S21, the lower right corner are S22, the lower left corner of the 3rd cell of first row is that S31, the lower right corner are S32, the first row last column i.e. capable upper left corner of N is Sn1 and upper right corner Sn2, and its embroidering method comprises:
(1) embroider the line two ends and there is cross-stitch embroidery needle, described cross-stitch embroidery needle passes from the lower left corner and the lower right corner of the start element lattice of cross stitch cloth respectively, described embroidery line equated for two parts, and described cross-stitch embroidery needle, at the first surface of described cross stitch cloth, rests on S11, S12 place;
(2) described two cross-stitch embroidery needles are exchanged, then penetrated respectively the lower left corner and the lower right corner of the next unit lattice of same row downwards, the first surface that completes described start element lattice is embroidered entirely, and now, described cross-stitch embroidery needle rests on S21, S22 place at the second face;
(3) described two cross-stitch embroidery needles are exchanged, more upwards penetrated respectively same the row lower left corner and the lower right corner of next unit lattice again, complete second full embroidery of described next unit lattice, now, described cross-stitch embroidery needle is at first surface S31, S32 place;
(4) according to the number of embroidered cell, repeating said steps (2) and described step (3), as only needed embroidered two cells, do not repeat successively; Obtain thus from first surface or the second face see all for by the embroidered and row that do not have embroidered cell interval to form as shown in (a) in Fig. 1;
(5) embroider to last cell, embroider pin and rest on Sn1, Sn2 place, face according to the cross-stitch embroidery needle place, from last cell to start element lattice repeating said steps (2) with described step (3), until complete the not embroidered full embroidery of second of described start element lattice, obtain seeing all that from first surface or the second face row that form continuously for the cell by embroidered are as shown in (b) in Fig. 1.
In above each step, described two cross-stitch embroidery needles are to being adjusted to the view directions from needle point to backshank, and two cross-stitch embroidery needles are equidirectional clockwise or be rotated counterclockwise 180 degree and exchange.
Embodiment 2
As shown in Figure 2, the lower left corner of first row start element lattice is that S11, the lower right corner are S12, the lower left corner of second cell of first row is that S21, the lower right corner are S22, the lower left corner of secondary series start element lattice is that S12, the lower right corner are S13, the lower left corner of second cell of secondary series is that S22, the lower right corner are S23, the first row last column i.e. capable upper left corner of N is Sn1 and upper right corner Sn2, and its embroidering method comprises:
(1) embroider the line two ends and there is cross-stitch embroidery needle, described cross-stitch embroidery needle passes from the lower left corner and the lower right corner of the start element lattice of cross stitch cloth respectively, described embroidery line equated for two parts, and described cross-stitch embroidery needle, at the first surface of described cross stitch cloth, rests on S11, S12 place;
(2) described two cross-stitch embroidery needles are exchanged, then penetrated respectively the lower left corner and the lower right corner of the next unit lattice of same row downwards, the first surface that completes described start element lattice is embroidered entirely, and now, described cross-stitch embroidery needle rests on S21, S22 place at the second face;
(3) described two cross-stitch embroidery needles are exchanged, more upwards penetrated respectively same the row lower left corner and the lower right corner of next unit lattice again, complete second full embroidery of described next unit lattice, now, described cross-stitch embroidery needle is at first surface S31, S32 place;
(4) according to the number of embroidered cell, repeating said steps (2) and described step (3), as only needed embroidered two cells, do not repeat successively; Obtain thus seeing all as by row embroidered and that do not have embroidered cell interval to form from first surface or the second face;
(5) embroider to last cell, embroider pin and rest on Sn1, Sn2 place, face according to the cross-stitch embroidery needle place, from last cell to second the cell repeating said steps (2) adjacent with described start element lattice and described step (3), until complete the full embroidery of the not embroidered first surface of described second cell, now, described cross-stitch embroidery needle rests on the S22 place, the S21He lower right corner, the lower left corner of described second cell, described cross-stitch embroidery needle is at second of described cross stitch cloth, as shown in Figure 2 (a) shows;
(6) conversion hand-manipulating of needle mode, two cross-stitch embroidery needle separate operation, the cross-stitch embroidery needle that rests on S22 place, described second cell lower right corner keeps motionless, the cross-stitch embroidery needle that rests on described second cell lower left corner S21 upwards penetrates the lower right corner S12 of start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower right corner S23 of second cell that is positioned at the right side secondary series downwards, the first surface half that completes the start element lattice that are positioned at the right side secondary series is embroidered, now, two described cross-stitch embroidery needles are the S23 place, the S22He lower right corner, the lower left corner of second cell in described right side secondary series respectively, two described cross-stitch embroidery needles are at second of described cross stitch cloth, complete line feed, as shown in Fig. 2 (b),
(7) in described right side secondary series repeating said steps successively (2) and described step (3); until complete that described right side secondary series is embroidered except half of the first surface of the start element lattice of the first surface of the especially every other cell of start element and second 's full embroidery and described right side secondary series and the full embroidery of second; now; two described cross-stitch embroidery needles rest on the S13 place, the S12He lower right corner, the lower left corner of right side secondary series start element lattice; two described cross-stitch embroidery needles are at the first surface of described cross stitch cloth, as shown in Fig. 2 (c);
(8) cross-stitch embroidery needle that is positioned at the S13 place, the lower right corner of described right side secondary series start element lattice penetrates the S22 place, the lower left corner of second cell of described right side secondary series downwards, the first surface that completes described right side secondary series start element lattice is embroidered entirely, and now this cross-stitch embroidery needle is positioned at second of described cross stitch cloth; This cross-stitch embroidery needle is upwards penetrated to the lower left corner S11 of the described start element lattice of described initial row, complete the full embroidery of second of the described start element lattice of described initial row; Now two cross-stitch embroidery needles rest on the S12 place, the S11He lower right corner, the lower left corner of first row start element lattice, obtain thus two row that formed by described initial row and described right side secondary series, described two row see from first surface or the second face two row that form continuously by embroidered cell, as shown in Figure 2 (d) shows.
In above each step, described two cross-stitch embroidery needles are to being adjusted to the view directions from needle point to backshank, and two cross-stitch embroidery needles are equidirectional clockwise or be rotated counterclockwise 180 degree and exchange.
Embodiment 3
As shown in Figure 3, cross stitch Embroidery cloth has 1 to M to be listed as from left to right, M is not less than 3 natural number, the lower left corner of first row start element lattice is that S11, the lower right corner are S12, the row second from the bottom i.e. lower left corner of second cell of M-1 row are S2(m-2) and upper right corner S2(m-1), last row i.e. lower left corner of M row start element lattice are S1(m-1), the lower right corner is S1m, its embroidering method comprises:
(1) embroider the line two ends and there is cross-stitch embroidery needle, described cross-stitch embroidery needle passes from the lower left corner and the lower right corner of the start element lattice of cross stitch cloth respectively, described embroidery line equated for two parts, and described cross-stitch embroidery needle, at the first surface of described cross stitch cloth, rests on S11, S12 place;
(2) described two cross-stitch embroidery needles are exchanged, then penetrated respectively the lower left corner and the lower right corner of the next unit lattice of same row downwards, the first surface that completes described start element lattice is embroidered entirely, and now, described cross-stitch embroidery needle rests on S21, S22 place at the second face;
(3) described two cross-stitch embroidery needles are exchanged, more upwards penetrated respectively same the row lower left corner and the lower right corner of next unit lattice again, complete second full embroidery of described next unit lattice, now, described cross-stitch embroidery needle is at first surface S31, S32 place;
(4) according to the number of embroidered cell, repeating said steps (2) and described step (3), as only needed embroidered two cells, do not repeat successively; Obtain thus seeing all as by row embroidered and that do not have embroidered cell interval to form from first surface or the second face;
(5) embroider to last cell, embroider pin and rest on Sn1, Sn2 place, face according to the cross-stitch embroidery needle place, from last cell to second the cell repeating said steps (2) adjacent with described start element lattice and described step (3), until complete the full embroidery of the not embroidered first surface of described second cell, now, described cross-stitch embroidery needle rests on the S22 place, the S21He lower right corner, the lower left corner of described second cell, and described cross-stitch embroidery needle is at second of described cross stitch cloth;
(6) conversion hand-manipulating of needle mode, two cross-stitch embroidery needle separate operation, the cross-stitch embroidery needle that rests on described second cell lower right corner S22 keeps motionless, the cross-stitch embroidery needle that rests on described second cell lower left corner S21 upwards penetrates the lower right corner S12 of described start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower right corner S23 of second cell that is positioned at the right side secondary series downwards, the first surface half that completes the start element lattice that are positioned at the right side secondary series is embroidered, now, two described cross-stitch embroidery needles are the S22He lower right corner, the lower left corner S23 of second cell in described right side secondary series respectively, two described cross-stitch embroidery needles are at second of described cross stitch cloth,
(7) in described right side secondary series repeating said steps successively (2) and described step (3), until complete described right side secondary series except the first surface of especially all other cells of start element and the full embroidery of second, now, two described cross-stitch embroidery needles rest on the S22He lower right corner, the lower left corner S23 of second cell of described right side secondary series, and two described cross-stitch embroidery needles are at second of described cross stitch cloth;
(8) conversion hand-manipulating of needle mode, two cross-stitch embroidery needle separate operation, the cross-stitch embroidery needle that rests on second cell lower right corner S23 of described right side secondary series keeps motionless, the cross-stitch embroidery needle that rests on second cell lower left corner S22 of described right side secondary series upwards penetrates the lower right corner S13 of described right side secondary series start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower right corner S24 that is positioned at tertial second cell in right side downwards, completing the first surface half that is positioned at the tertial start element lattice in right side embroiders, now, two described cross-stitch embroidery needles are respectively in the S23He lower right corner, the lower left corner of tertial second cell in described right side S24, two described cross-stitch embroidery needles are at second of described cross stitch cloth,
(9) embroidered columns as required, repeating said steps (8) successively, until complete the first surface of second cell that last row are M row and the full embroidery of second, and complete the full embroidery of second of the start element lattice of M row, now, two described cross-stitch embroidery needles are lower left corner S1 (m-1) and the lower right corner S1m of the start element lattice in described M row respectively, and described cross-stitch embroidery needle is at the first surface of described cross stitch cloth, as shown in Fig. 3 (a);
(10) cross-stitch embroidery needle of lower right corner S1m that is positioned at the start element lattice of described M row penetrates the lower right corner S2 (m-1) that adjacent columns is second cell of M-1 row downwards, and embroider entirely in the front that completes the start element lattice of described M row,, as shown in Figure 3 (b);
(11) the described cross-stitch embroidery needle of lower right corner S2 (m-1) that will be positioned at second cell of described M-1 row upwards penetrates the lower left corner S1 (m-2) of the start element lattice of described M-1 row, has completed the full embroidery of second of the start element lattice of described M-1 row; The cross-stitch embroidery needle in the lower left corner that will be positioned at the start element lattice of described M row penetrates the lower right corner S2 (m-2) of second cell of M-2 row downwards, has completed the full embroidery of first surface of the start element lattice of described M-1 row, as shown in Figure 3 (c);
(12) complete the first surface of start element lattice of other row and the full embroidery of second according to the mode of step (11), until complete the full embroidery of second of the start element lattice of described initial row; Obtain thus above the seeing by the continuous cross stitch pattern formed of embroidered cell as shown in Fig. 3 (d) from first surface or the second face of three row.
In above each step, described two cross-stitch embroidery needles are to being adjusted to the view directions from needle point to backshank, and two cross-stitch embroidery needles are equidirectional clockwise or be rotated counterclockwise 180 degree and exchange.
Embodiment 4
As shown in Figure 4, the lower right corner of first row start element lattice is that S11, the lower left corner are S12, the lower right corner of second cell of first row is that S21, the lower left corner are S22, the lower right corner of secondary series start element lattice is that S12, the lower left corner are S13, the lower right corner of second cell of secondary series is that S22, the lower left corner are S23, the first row last column i.e. capable upper right corner of N is Sn1 and upper left corner Sn2, and its embroidering method comprises:
(1) embroider the line two ends and there is cross-stitch embroidery needle, described cross-stitch embroidery needle passes from the lower left corner and the lower right corner of the start element lattice of cross stitch cloth respectively, described embroidery line equated for two parts, and described cross-stitch embroidery needle, at the first surface of described cross stitch cloth, rests on S11, S12 place;
(2) described two cross-stitch embroidery needles are exchanged, then penetrated respectively the lower left corner and the lower right corner of the next unit lattice of same row downwards, the first surface that completes described start element lattice is embroidered entirely, and now, described cross-stitch embroidery needle rests on S21, S22 place at the second face;
(3) described two cross-stitch embroidery needles are exchanged, more upwards penetrated respectively same the row lower left corner and the lower right corner of next unit lattice again, complete second full embroidery of described next unit lattice, now, described cross-stitch embroidery needle is at first surface S31, S32 place;
(4) according to the number of embroidered cell, repeating said steps (2) and described step (3), as only needed embroidered two cells, do not repeat successively; Obtain thus seeing all as by row embroidered and that do not have embroidered cell interval to form from first surface or the second face;
(5) embroider to last cell, embroider pin and rest on Sn1, Sn2 place, face according to the cross-stitch embroidery needle place, from last cell to second the cell repeating said steps (2) adjacent with described start element lattice and described step (3), until complete the full embroidery of the not embroidered first surface of described second cell, now, described cross-stitch embroidery needle rests on the S22 place, the S21He lower left corner, the lower right corner of described second cell, described cross-stitch embroidery needle is at second of described cross stitch cloth, as shown in Figure 4 (a);
(6) conversion hand-manipulating of needle mode, two cross-stitch embroidery needle separate operation, the cross-stitch embroidery needle that rests on described second cell lower left corner S22 keeps motionless, the cross-stitch embroidery needle that rests on described second cell lower right corner S21 upwards penetrates the lower left corner S12 of start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower left corner S23 of second cell that is positioned at the left side secondary series downwards, the first surface half that completes the start element lattice that are positioned at the left side secondary series is embroidered, now, two described cross-stitch embroidery needles are the S23 place, the S22He lower left corner, the lower right corner of second cell in described left side secondary series respectively, two described cross-stitch embroidery needles are at second of described cross stitch cloth, complete line feed, as shown in Figure 4 (b),
(7) in described left side secondary series repeating said steps successively (2) and described step (3); until complete that described left side secondary series is embroidered except half of the first surface of the start element lattice of the first surface of the especially every other cell of start element and second 's full embroidery and described left side secondary series and the full embroidery of second; now; two described cross-stitch embroidery needles rest on the S13 place, the S12He lower left corner, the lower right corner of left side secondary series start element lattice; two described cross-stitch embroidery needles are at the first surface of described cross stitch cloth, as shown in Figure 4 (c);
(8) cross-stitch embroidery needle that is positioned at the S13 place, the lower left corner of described left side secondary series start element lattice penetrates the S22 place, the lower right corner of second cell of described left side secondary series downwards, the first surface that completes described left side secondary series start element lattice is embroidered entirely, and now this cross-stitch embroidery needle is positioned at second of described cross stitch cloth; This cross-stitch embroidery needle is upwards penetrated to the lower right corner S11 of the described start element lattice of described initial row, complete the full embroidery of second of the described start element lattice of described initial row; Now two cross-stitch embroidery needles rest on the S12 place, the S11He lower left corner, the lower right corner of first row start element lattice, obtain thus two row that formed by described initial row and described left side secondary series, described two row see from first surface or the second face two row that form continuously by embroidered cell, as shown in Fig. 4 (d).
In above each step, described two cross-stitch embroidery needles are to being adjusted to the view directions from needle point to backshank, and two cross-stitch embroidery needles are equidirectional clockwise or be rotated counterclockwise 180 degree and exchange.
Embodiment 5
As shown in Figure 5, cross stitch Embroidery cloth has 1 to M to be listed as from right to left, M is not less than 3 natural number, the lower right corner of first row start element lattice is that S11, the lower left corner are S12, the row second from the bottom i.e. lower right corner of second cell of M-1 row are S2(m-2) and lower left corner S2(m-1), last row i.e. lower right corner of M row start element lattice are S1(m-1), the lower left corner is S1m, its embroidering method comprises:
(1) embroider the line two ends and there is cross-stitch embroidery needle, described cross-stitch embroidery needle passes from the S11He lower left corner, the lower right corner S12 of the start element lattice of cross stitch cloth respectively, described embroidery line equated for two parts, and described cross-stitch embroidery needle, at the first surface of described cross stitch cloth, rests on S11, S12 place;
(2) described two cross-stitch embroidery needles are exchanged, then penetrated respectively the lower left corner and the lower right corner of the next unit lattice of same row downwards, the first surface that completes described start element lattice is embroidered entirely, and now, described cross-stitch embroidery needle rests on S21, S22 place at the second face;
(3) described two cross-stitch embroidery needles are exchanged, more upwards penetrated respectively same the row lower left corner and the lower right corner of next unit lattice again, complete second full embroidery of described next unit lattice, now, described cross-stitch embroidery needle is at first surface S31, S32 place;
(4) according to the number of embroidered cell, repeating said steps (2) and described step (3), as only needed embroidered two cells, do not repeat successively; Obtain thus seeing all as by row embroidered and that do not have embroidered cell interval to form from first surface or the second face;
(5) embroider to last cell, embroider pin and rest on Sn1, Sn2 place, face according to the cross-stitch embroidery needle place, from last cell to second the cell repeating said steps (2) adjacent with described start element lattice and described step (3), until complete the full embroidery of the not embroidered first surface of described second cell, now, described cross-stitch embroidery needle rests on the S22 place, the S21He lower left corner, the lower right corner of described second cell, and described cross-stitch embroidery needle is at second of described cross stitch cloth;
(6) conversion hand-manipulating of needle mode, two cross-stitch embroidery needle separate operation, the cross-stitch embroidery needle that rests on described second cell lower left corner S22 keeps motionless, the cross-stitch embroidery needle that rests on described second cell lower right corner S21 upwards penetrates the lower left corner S12 of described start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower left corner S23 of second cell that is positioned at the left side secondary series downwards, the first surface half that completes the start element lattice that are positioned at the left side secondary series is embroidered, now, two described cross-stitch embroidery needles are the S22He lower left corner, the lower right corner S23 of second cell in described left side secondary series respectively, two described cross-stitch embroidery needles are at second of described cross stitch cloth,
(7) in described left side secondary series repeating said steps successively (2) and described step (3), until complete described left side secondary series except the first surface of especially all other cells of start element and the full embroidery of second, now, two described cross-stitch embroidery needles rest on the S22He lower left corner, the lower right corner S23 of second cell of described left side secondary series, and two described cross-stitch embroidery needles are at second of described cross stitch cloth;
(8) conversion hand-manipulating of needle mode, two cross-stitch embroidery needle separate operation, the cross-stitch embroidery needle that rests on second cell lower left corner S23 of described left side secondary series keeps motionless, and the cross-stitch embroidery needle that rests on second cell lower right corner S22 of described left side secondary series upwards penetrates described left side secondary series start element lattice leftinferior horn S13, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower left corner S24 that is positioned at tertial second cell in left side downwards, completing the first surface half that is positioned at the tertial start element lattice in left side embroiders, now, two described cross-stitch embroidery needles are respectively in the S23He lower left corner, the lower right corner of tertial second cell in described left side S24, and two described cross-stitch embroidery needles are at second of described cross stitch cloth;
(9) embroidered columns as required, repeating said steps (8) successively, until complete the first surface of second cell that last row are M row and the full embroidery of second, and complete the full embroidery of second of the start element lattice of M row, now, two described cross-stitch embroidery needles are lower right corner S1 (m-1) and the lower left corner S1m of the start element lattice in described M row respectively, and described cross-stitch embroidery needle is at the first surface of described cross stitch cloth, as shown in Fig. 5 (a);
(10) cross-stitch embroidery needle of lower left corner S1m that is positioned at the start element lattice of described M row penetrates the lower left corner that adjacent columns is second cell S2 (m-1) of M-1 row downwards, and embroider entirely in the front that completes the start element lattice of described M row, as shown in Fig. 5 (b);
(11) the described cross-stitch embroidery needle in the lower left corner that will be positioned at second cell of described M-1 row upwards penetrates the lower right corner S1 (m-2) of the start element lattice of described M-1 row, has completed the full embroidery of second of the start element lattice of described M-1 row; The cross-stitch embroidery needle in the lower left corner that will be positioned at the start element lattice of described M row penetrates the lower left corner S2 (m-2) of second cell of M-2 row downwards, has completed the full embroidery of first surface of the start element lattice of described M-1 row, as shown in Fig. 5 (c);
(12) complete the first surface of start element lattice of other row and the full embroidery of second according to the mode of step (11), until complete the full embroidery of second of the start element lattice of described initial row; Obtain thus above the seeing by the continuous cross stitch pattern formed of embroidered cell, as shown in Fig. 5 (d) from first surface or the second face of three row.
In above each step, described two cross-stitch embroidery needles are to being adjusted to the view directions from needle point to backshank, and two cross-stitch embroidery needles are equidirectional clockwise or be rotated counterclockwise 180 degree and exchange.
Obviously, above-described embodiment is only for example clearly is described, and is not the restriction to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without also giving all embodiments.And the apparent variation of being extended out thus or change are still among the protection domain in the invention.

Claims (9)

1. the embroidering method of a two-sided cross stitch, is characterized in that, comprises the following steps:
(1) embroider the line two ends and have cross-stitch embroidery needle, described cross-stitch embroidery needle passes from the lower left corner and the lower right corner of the start element lattice of cross stitch cloth respectively, and described cross-stitch embroidery needle is at the first surface of described cross stitch cloth;
(2) described two cross-stitch embroidery needles are exchanged, then penetrated respectively the lower left corner and the lower right corner of the next unit lattice of same row downwards, the first surface that completes described start element lattice is embroidered entirely, and now, described cross-stitch embroidery needle is at second;
(3) described two cross-stitch embroidery needles are exchanged, more upwards penetrated respectively same the row lower left corner and the lower right corner of next unit lattice again, complete second full embroidery of described next unit lattice, now, described cross-stitch embroidery needle is at first surface;
(4) according to the number of embroidered cell, repeating said steps (2) and described step (3), as only needed embroidered two cells, do not repeat successively; Obtain thus seeing all as by row embroidered and that do not have embroidered cell interval to form from first surface or the second face;
(5) embroider to last cell, face according to the cross-stitch embroidery needle place, from last cell to start element lattice repeating said steps (2) with described step (3), until complete the not embroidered full embroidery of second of described start element lattice, obtain seeing from first surface or the second face row that all form continuously for the cell by embroidered.
2. the embroidering method of two-sided cross stitch according to claim 1, it is characterized in that: in step (1), the part that described embroidery line passes from the lower left corner of the described start element lattice of cross stitch cloth and the part passed from the lower right corner of described start element lattice equate.
3. the embroidering method of two-sided cross stitch according to claim 1 and 2 is characterized in that: described two cross-stitch embroidery needles are to being adjusted to the view directions from needle point to backshank, and two cross-stitch embroidery needles is equidirectional clockwise or be rotated counterclockwise 180 degree and exchange.
4. the embroidering method of a two-sided cross stitch, is characterized in that, comprises the following steps:
(1) embroider the line two ends and have cross-stitch embroidery needle, described cross-stitch embroidery needle passes from the lower left corner and the lower right corner of the start element lattice of cross stitch cloth respectively, and described cross-stitch embroidery needle is at the first surface of described cross stitch cloth;
(2) described two cross-stitch embroidery needles are exchanged, then penetrated respectively the lower left corner and the lower right corner of the next unit lattice of same row downwards, the first surface that completes described start element lattice is embroidered entirely, and now, described cross-stitch embroidery needle is at second;
(3) described two cross-stitch embroidery needles are exchanged, more upwards penetrated respectively same the row lower left corner and the lower right corner of next unit lattice again, complete second full embroidery of described next unit lattice, now, described cross-stitch embroidery needle is at first surface;
(4) according to the number of embroidered cell, repeating said steps (2) and described step (3), as only needed embroidered two cells, do not repeat successively; Obtain thus seeing all as by row embroidered and that do not have embroidered cell interval to form from first surface or the second face;
(5) embroider to last cell, face according to the cross-stitch embroidery needle place, from last cell to second the cell repeating said steps (2) adjacent with described start element lattice and described step (3), until complete the full embroidery of the not embroidered first surface of described second cell, now, described cross-stitch embroidery needle rests on the lower left corner and the lower right corner of described second cell, and described cross-stitch embroidery needle is at second of described cross stitch cloth;
(6) conversion hand-manipulating of needle mode, two cross-stitch embroidery needle separate operation, the cross-stitch embroidery needle that rests on described second cell lower right corner keeps motionless, the cross-stitch embroidery needle that rests on described second the cell lower left corner upwards penetrates the lower right corner of described start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower right corner of second cell that is positioned at the right side secondary series downwards, the first surface half that completes the start element lattice that are positioned at the right side secondary series is embroidered, now, two described cross-stitch embroidery needles are the lower left corner and the lower right corner of second cell in described right side secondary series respectively, two described cross-stitch embroidery needles are at second of described cross stitch cloth, or, in this step, the cross-stitch embroidery needle that rests on described second the cell lower left corner keeps motionless, the cross-stitch embroidery needle that rests on described second cell lower right corner upwards penetrates the lower left corner of described start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower left corner of second cell that is positioned at the left side secondary series downwards, complete half embroidery of the first surface of the start element lattice that are positioned at the left side secondary series, now, two described cross-stitch embroidery needles are the lower left corner and the lower right corner of second cell in described left side secondary series respectively, described cross-stitch embroidery needle is at second of described cross stitch cloth,
(7) at described right side secondary series or left side secondary series repeating said steps (2) and described step (3) successively, until complete that described right side secondary series or left side secondary series are embroidered except half of the first surface of the start element lattice of the first surface of especially all other cells of start element and second 's full embroidery and described right side secondary series or left side secondary series and the full embroidery of second, now, two described cross-stitch embroidery needles rest on the lower left corner and the lower right corner of described right side secondary series or left side secondary series start element lattice, and two described cross-stitch embroidery needles are at the first surface of described cross stitch cloth;
(8) cross-stitch embroidery needle that is positioned at the lower right corner of described right side secondary series start element lattice penetrates the lower left corner of second cell of described right side secondary series downwards, the first surface that completes described right side secondary series start element lattice is embroidered entirely, and now this cross-stitch embroidery needle is positioned at second of described cross stitch cloth; This cross-stitch embroidery needle is upwards penetrated to the lower left corner of the start element lattice of initial row, complete the full embroidery of second of the described start element lattice of described initial row; Or, the cross-stitch embroidery needle that is positioned at the lower left corner of described left side secondary series start element lattice penetrates the lower right corner of second cell of described left side secondary series downwards, the first surface that completes described left side secondary series start element lattice is embroidered entirely, and now this cross-stitch embroidery needle is positioned at second of described cross stitch cloth; This cross-stitch embroidery needle is upwards penetrated to the lower right corner of the described start element lattice of described initial row, complete the full embroidery of second of the described start element lattice of described initial row; Obtain thus two row that consist of described initial row and described right side secondary series or described left side secondary series, described two row are seen by embroidered cell and are formed continuously from first surface or the second face.
5. the embroidering method of two-sided cross stitch according to claim 4, it is characterized in that: in step (1), the part that described embroidery line passes from the lower left corner of the described start element lattice of cross stitch cloth and the part passed from the lower right corner of described start element lattice equate.
6. the embroidering method of two-sided cross stitch according to claim 4 is characterized in that: described two cross-stitch embroidery needles are to being adjusted to the view directions from needle point to backshank, and two cross-stitch embroidery needles is equidirectional clockwise or be rotated counterclockwise 180 degree and exchange.
7. the embroidering method of a two-sided cross stitch, is characterized in that, comprises the following steps:
(1) embroider the line two ends and have cross-stitch embroidery needle, described cross-stitch embroidery needle passes from the lower left corner and the lower right corner of the start element lattice of cross stitch cloth respectively, and described cross-stitch embroidery needle is at the first surface of described cross stitch cloth;
(2) described two cross-stitch embroidery needles are exchanged, then penetrated respectively the lower left corner and the lower right corner of the next unit lattice of same row downwards, the first surface that completes described start element lattice is embroidered entirely, and now, described cross-stitch embroidery needle is at second;
(3) described two cross-stitch embroidery needles are exchanged, more upwards penetrated respectively same the row lower left corner and the lower right corner of next unit lattice again, complete second full embroidery of described next unit lattice, now, described cross-stitch embroidery needle is at first surface;
(4) according to the number of embroidered cell, repeating said steps (2) and described step (3), as only needed embroidered two cells, do not repeat successively; Obtain thus seeing all as by row embroidered and that do not have embroidered cell interval to form from first surface or the second face;
(5) embroider to last cell, face according to the cross-stitch embroidery needle place, from last cell to second the cell repeating said steps (2) adjacent with described start element lattice and described step (3), until complete the full embroidery of the not embroidered first surface of described second cell, now, described cross-stitch embroidery needle rests on the lower left corner and the lower right corner of described second cell, and described cross-stitch embroidery needle is at second of described cross stitch cloth;
(6) conversion hand-manipulating of needle mode, two cross-stitch embroidery needle separate operation, the cross-stitch embroidery needle that rests on described second cell lower right corner keeps motionless, the cross-stitch embroidery needle that rests on described second the cell lower left corner upwards penetrates the lower right corner of described start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower right corner of second cell that is positioned at the right side secondary series downwards, the first surface half that completes the start element lattice that are positioned at the right side secondary series is embroidered, now, two described cross-stitch embroidery needles are the lower left corner and the lower right corner of second cell in described right side secondary series respectively, two described cross-stitch embroidery needles are at second of described cross stitch cloth, or, in this step, the cross-stitch embroidery needle that rests on described second the cell lower left corner keeps motionless, the cross-stitch embroidery needle that rests on described second cell lower right corner upwards penetrates the lower left corner of described start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower left corner of second cell that is positioned at the left side secondary series downwards, complete half embroidery of the first surface of the start element lattice that are positioned at the left side secondary series, now, two described cross-stitch embroidery needles are the lower left corner and the lower right corner of second cell in described left side secondary series respectively, described cross-stitch embroidery needle is at second of described cross stitch cloth,
(7) at described right side secondary series or left side secondary series repeating said steps (2) and described step (3) successively, until complete described right side secondary series or left side secondary series except the first surface of especially all other cells of start element and the full embroidery of second, now, two described cross-stitch embroidery needles rest on the lower left corner and the lower right corner of described right side secondary series or second cell of left side secondary series, and two described cross-stitch embroidery needles are at second of described cross stitch cloth;
(8) conversion hand-manipulating of needle mode, two cross-stitch embroidery needle separate operation, the cross-stitch embroidery needle that rests on second cell lower right corner of secondary series, described right side keeps motionless, the cross-stitch embroidery needle that rests on second the cell lower left corner of secondary series, described right side upwards penetrates the lower right corner of described right side secondary series start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower right corner that is positioned at tertial second cell in right side downwards, completing the first surface half that is positioned at the tertial start element lattice in right side embroiders, now, two described cross-stitch embroidery needles are the lower left corner and the lower right corner in tertial second cell in described right side respectively, two described cross-stitch embroidery needles are at second of described cross stitch cloth, or, in this step, the cross-stitch embroidery needle that rests on second the cell lower left corner of secondary series, described left side keeps motionless, the cross-stitch embroidery needle that rests on second cell lower right corner of secondary series, described left side upwards penetrates the lower left corner of described left side secondary series start element lattice, complete second half embroidery that this is listed as described start element lattice, penetrate again the lower left corner that is positioned at tertial second cell in left side downwards, complete half embroidery of the first surface that is positioned at the tertial start element lattice in left side, now, two described cross-stitch embroidery needles are the lower left corner and the lower right corner in tertial second cell in described left side respectively, described cross-stitch embroidery needle is at second of described cross stitch cloth,
(9) embroidered columns as required, repeating said steps (8) successively, until complete the first surface of right side last row second cell that M is listed as and the full embroidery of second, and complete the full embroidery of second of the start element lattice of right side M row, now, two described cross-stitch embroidery needles are the lower left corner and the lower right corner of the start element lattice in described right side M row respectively, and described cross-stitch embroidery needle is at the first surface of described cross stitch cloth; Or, the embroidered columns according to needs, repeating said steps (8) successively, until complete the first surface of left side last row second cell that M is listed as and the full embroidery of second, and the full embroidery of second of the start element lattice that on the left of completing, M is listed as, now, two the described cross-stitch embroidery needles lower right corner and lower left corner of the start element lattice in described left side M row respectively; Described cross-stitch embroidery needle is at the first surface of described cross stitch cloth;
(10) cross-stitch embroidery needle in the lower right corner that is positioned at the start element lattice of described right side M row penetrates the lower right corner that adjacent columns is second cell of right side M-1 row downwards, and embroider entirely in the front that completes the start element lattice of described right side M row; Or, in this step, the cross-stitch embroidery needle in the lower left corner that is positioned at the start element lattice of described left side M row penetrates the i.e. lower left corner of second cell of left side M-1 row of adjacent columns downwards, embroider entirely in the front that completes the start element lattice of described left side M row;
(11) the described cross-stitch embroidery needle in the lower right corner that will be positioned at second cell of described right side M-1 row upwards penetrates the lower left corner of the start element lattice of described right side M-1 row, has completed the full embroidery of second of the start element lattice of described right side M-1 row; The cross-stitch embroidery needle in the lower left corner that will be positioned at the start element lattice of described right side M row penetrates the lower right corner of second cell of right side M-2 row downwards, has completed the full embroidery of first surface of the start element lattice of described right side M-1 row; Or, in this step, the described cross-stitch embroidery needle in the lower left corner that will be positioned at second cell of described left side M-1 row upwards penetrates the lower right corner of the start element lattice of described left side M-1 row, has completed the full embroidery of second of the start element lattice of described left side M-1 row; The cross-stitch embroidery needle in the lower right corner that will be positioned at the start element lattice of described left side M row penetrates the lower left corner of second cell of left side M-2 row downwards, has completed the full embroidery of first surface of the start element lattice of described left side M-1 row;
(12) complete the first surface of start element lattice of right side or other row of left side and the full embroidery of second according to the mode of step (11), until complete the full embroidery of second of the start element lattice of initial row; Obtain thus above the seeing by the continuous cross stitch pattern formed of embroidered cell from first surface or the second face of three row;
In described step, M is not less than 3 natural number.
8. the embroidering method of two-sided cross stitch according to claim 7, it is characterized in that: in step (1), the part that described embroidery line passes from the lower left corner of the described start element lattice of cross stitch cloth and the part passed from the lower right corner of described start element lattice equate.
9. the embroidering method of two-sided cross stitch according to claim 7 is characterized in that: described two cross-stitch embroidery needles are to being adjusted to the view directions from needle point to backshank, and two cross-stitch embroidery needles is equidirectional clockwise or be rotated counterclockwise 180 degree and exchange.
CN 201010610667 2010-12-29 2010-12-29 Stitching method of double-sided cross stitch Expired - Fee Related CN102021774B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 201010610667 CN102021774B (en) 2010-12-29 2010-12-29 Stitching method of double-sided cross stitch

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 201010610667 CN102021774B (en) 2010-12-29 2010-12-29 Stitching method of double-sided cross stitch

Publications (2)

Publication Number Publication Date
CN102021774A CN102021774A (en) 2011-04-20
CN102021774B true CN102021774B (en) 2013-12-25

Family

ID=43863527

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 201010610667 Expired - Fee Related CN102021774B (en) 2010-12-29 2010-12-29 Stitching method of double-sided cross stitch

Country Status (1)

Country Link
CN (1) CN102021774B (en)

Families Citing this family (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102628203B (en) * 2012-05-08 2015-01-07 台州市银河制衣有限公司 Cross-stitch embroidery and production method for same
CN103911776A (en) * 2014-04-22 2014-07-09 黄梅挑花工艺有限公司 Simple, smooth and continuous stitch method of Huangmei cross-stitch work double-faced embroidery
CN103938378A (en) * 2014-04-22 2014-07-23 黄梅挑花工艺有限公司 Simple and quick large-area cross-stitched double-sided embroidered stitching method

Family Cites Families (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1062388A (en) * 1990-12-14 1992-07-01 吴县刺绣和服厂 Dual-surface stereo embroidery
ES2147138B1 (en) * 1998-08-06 2001-03-01 Efemerides S L PRINTING PROCEDURE IN THE CONNECTION OF CROSS POINT.
JP2001219698A (en) * 2000-02-07 2001-08-14 V Factory Kk Method for embroidering by luminous fiber and embroidery using this method
JP2003225104A (en) * 2002-02-05 2003-08-12 Nobuo Hosoi Embroidery strap
KR20040079001A (en) * 2003-03-05 2004-09-14 주식회사 로이시노 Making and Distributing of Cross-Stitched or Knitted Image For Mobile Devices Using a Image Maker
US7274844B2 (en) * 2005-05-11 2007-09-25 University Of Zurich Empa Light-emitting textile structure, in particular for medical purposes, and use thereof
US7421961B2 (en) * 2005-10-19 2008-09-09 Nancy Sue Hardwig Fabric having a removable monofilament guide
CN101775717B (en) * 2009-12-13 2012-10-03 马玉玺 Double-faced cross-stitch embroidery and embroidering process thereof

Also Published As

Publication number Publication date
CN102021774A (en) 2011-04-20

Similar Documents

Publication Publication Date Title
CN100516340C (en) Improvement of cross embroidering method
US5461996A (en) Tufting machine and method for producing tufted design in carpeting and product with tufted design
CN102021774B (en) Stitching method of double-sided cross stitch
CN103088515B (en) Method suitable for weaving colored jacquard fabric with large texture thread number
CN103469508B (en) Multi-color carpet jacquard control mechanism and tufting machine with same
CN102162181B (en) Embroidering method adopting coiled twist silk threads
CN101775717B (en) Double-faced cross-stitch embroidery and embroidering process thereof
US8335583B2 (en) Embroidery data generating device and computer-readable medium storing embroidery data generating program
CN103668739B (en) A kind of fabric with left front and the braiding machine and the braid method that weave this fabric
CN202806131U (en) Decorative pattern making device
CN104452061B (en) Reduce the fabric, its weaving method and the pattern design system using the weaving method of rupture
CN103668740B (en) The braiding machine of a kind of fabric being provided with left front and this fabric of braiding and braid method
CN107488943B (en) Dynamic needle matching method of multi-needle quilting equipment
CN103556413B (en) Polychrome carpet jacquard control mechanism and there is the Tufting machine of this controlling organization
CN103628242A (en) Textile with tassels, knitting machine for knitting textile and knitting method
CN102720015B (en) Chinese painting freehand brushwork embroidery stitch
CN203270240U (en) Thread clamping mechanism of sewing machine
CN105956279A (en) Pattern design system for Wangjiang cross stitch
CN203653957U (en) Multi-color carpet jacquard control mechanism and tufting machine with control mechanism
CN209443196U (en) A kind of 4 color chinampa jacquard control mechanism and the tufting machine with the mechanism
CN209353075U (en) A kind of multi-color single-side embroidery embroidery
CN201678818U (en) Pilotaxitic texture at overlapping of flatseaming cloth
CN109537205A (en) A kind of 4 color chinampa jacquard control mechanism and the tufting machine with the mechanism
CN109706658A (en) The embroidering method that wave wave is embroidered in a kind of all things on earth spirit embroidery
CN103911776A (en) Simple, smooth and continuous stitch method of Huangmei cross-stitch work double-faced embroidery

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20131225

Termination date: 20141229

EXPY Termination of patent right or utility model