CN106820451B - A kind of sport footwear method for platemaking - Google Patents

Abstract

The present invention discloses a kind of sport footwear method for platemaking, and the processing of upper pattern degree of lifting up includes the following steps: 1, the intersection point A1 point of demifacet version head crest line and dorsal line is displaced 5mm to mouth door line direction and is defined as A2 point；2, connection A2 point and rear wrap obtain A2A5 line with arc salient point A5 point；3, distance A2 point takes 1/4 point of A2A5 line length to make vertical line perpendicular to dorsal line on A2A5 line, and the point A3 point which intersects with dorsal line is defined as a mouthful doors；4, defining rim of the mouth line most salient point is A7 point, and back curve vertex is A4 point, and back curve minimum point is A6 point, and A1A7 line is drawn on template paper；5, using A3 point as the center of circle, demifacet version is moved up into distance L from A1 point, draws A3A4 line, A6A7 line；6, using A5 point as the center of circle, cusp before dorsal line is moved back at former A1 point, A4A6 line is drawn；7, it using A1 point as the center of circle, goes to A3 point and is overlapped with original position, draw new A1A7 line and repair along each connecting line, obtain half panel template drawing.

Description

A kind of sport footwear method for platemaking

Technical field

Drop the present invention relates to a kind of sport footwear plate-making technology field, in particular in a kind of sport shoe industry lithography process Lift up method.

Background technique

The industry plate-making of sport footwear generally comprises upper pattern design, the processing of upper pattern degree of lifting up and three steps of upper pattern resolution process, Wherein the processing of upper pattern degree of lifting up includes that rocker processing or drop rocker are handled.

The Chinese patent CN1274259C of on September 13rd, 2006 bulletins discloses a kind of Leathe shoe upper pattern curvature treatment method, should Method includes the following steps: the dorsal line length points of each lines on A. measurement upper pattern；B. it is set on original bodice lattice, that is, unilateral sample It counts clip: when for button contracting clip, designing at 1/2 distance of welt line, and the substantially vertical welt line of clip；It is cut when for welt It is to take triangle corner cut to handle from welt vertex along to dorsal line, corner cut surplus is 4-6 millimeters when the clip of angle；When for base opening It when drop rocker clip, takes at dorsal line knee to base opening line, and substantially vertical base opening line；When lifting up clip for rear side liter, mouth is taken To at base opening line at doors, and substantially vertical base opening line；Stretch in for back clip when, take dorsal line knee, and hang down substantially Straight dorsal line；When for back in corner cut clip when, be from welt vertex along to dorsal line take triangle corner cut handle, corner cut surplus It is 2-3 millimeters；C. different design paths is used according to the different pattern construction of leather shoes and upper structure, and accordingly in a paper It paints on sample the contour lines of original bodice lattice.It is operationally really simple and be easy to standardized operation that above-mentioned allusion quotation lifts up processing method, There is reproducibility relative to traditional way by designer's experience and can be traced.But for upper pattern design in front of Set, lay-by basin be precious and rear packet with this upper pattern with complicated allusion quotation face for, it is necessary to regard to component curved surface feature itself and its Further degree of lifting up processing is done in position in entire upper pattern, so that vamp has preferably volt last carving effect, and deflection and dress Comfort is further improved.

Summary of the invention

It is an object of the invention to provide a kind of sport footwear method for platemaking for improving volt last carving effect and reducing deflection.

In order to achieve the above objectives, the present invention is achieved by the following technical solutions: a kind of sport footwear method for platemaking, successively Including upper pattern design, the processing of upper pattern degree of lifting up and three steps of upper pattern resolution process, upper pattern degree of the lifting up processing includes the following steps:

1) the intersection point A1 of upper pattern demifacet version head crest line and dorsal line, is displaced 5mm to mouth door line direction and is defined as A2 point；

2), connection A2 point and rear wrap obtain A2A5 line with arc salient point A5 point；

3), on A2A5 line distance A2 point take 1/4 A2A5 line length point make perpendicular to dorsal line vertical line, the vertical line The point A3 point intersected with dorsal line is defined as a mouthful doors；

4), defining rim of the mouth line most salient point is A7 point, and back curve vertex is A4 point, and back curve minimum point is A6 point, in template A1A7 line is drawn on paper；

5), using A3 point as the center of circle, demifacet version is moved up into distance L from A1 point, drawn on template paper A3A4 line, A6A7 line；

6), using the A5 point after being displaced as the center of circle, cusp before dorsal line is moved back to former A1 point most nearby, is drawn on template paper A4A6 line；

7), using the A1 point after being displaced as the center of circle, A3 point and original position is gone to most nearby, new A1A7 is drawn on template paper Line is simultaneously repaired along each connecting line, half panel template drawing after obtaining a drop rocker；

Distance L value in the step 5) is as follows: 20 ± 1mm of Men's Shoes, women's shoes 18 ± 1mm, big 15 ± 1mm of children's footwear, small 12 ± 1mm of children's footwear.

Preferred above-mentioned sport footwear method for platemaking, in the upper pattern resolution process step, at the drop rocker to c-type protheca Reason, specifically include the following steps:

1), defining c-type protheca demifacet version to be located at shoe last convexity point rearward displacement 3mm is B1 point, and the design of disconnected reinforcing wire is from B1 Point starts, and crosses that the vertical dorsal line of B1 point is round and smooth downwards to be connected to disconnected reinforcing wire, and taking technique is lifted up so that degree of lifting up natural torsion after sewing；

2), B2B3 line is mutually got continuously by B1 point anterior displacement 10mm and to the B2 of bottom offset 6mm point and U.S. line glue point of contact B3 point, The B2B3 line symmetrically describes nested structure design lines before c-type as new inside and outside ankle broken line.

Preferred above-mentioned sport footwear method for platemaking further includes the drop rocker processing to lay-by basin treasured, the i.e. drop in the c-type protheca After lifting up processing, rim of the mouth line translates 4mm to enclosing in lid, and disconnected reinforcing wire inwardly translates 12mm, the control of lay-by basin treasured total length 70~ 80mm。

Preferred above-mentioned sport footwear method for platemaking, in the upper pattern resolution process step, at the drop rocker to W type protheca Reason, specifically include the following steps:

1) it, defines the preceding midpoint C1 point of W type protheca demifacet version and is located at paracone point C4 point to diversion gate distance 1/2 to 2/3 Place, while using the corner center C7 point of W type protheca as the point of rotation, make dorsal line parallel lines jiao zi mouth line in C5 point；

2) fixed point, is lifted up as design technology using corner center C7 point anterior displacement 10mm and to the position of bottom offset 6mm, by C7 point, which connect with the fixed point and extends to rim of the mouth line, meets at C6 point, verifies and adjusts C7C5=C7C6；

3), using C7 point as the center of circle, rotation C7C6 line is basic herein to being overlapped with C7C5 line to eliminate excessive upper stretching surplus Nested structure design lines before upper drafting W type.

Preferred above-mentioned sport footwear method for platemaking further includes the drop rocker processing to lay-by basin treasured, the i.e. drop in the W type protheca After lifting up processing, rear wing line C1C8 is translated into 4mm to C4 point, front wing line C4C8 is translated into 12mm to the direction Kou Men, connects and repairs suitable Camber line completes the design of lay-by basin treasured structure.

Preferred above-mentioned sport footwear method for platemaking, in the upper pattern resolution process step, at the drop rocker to T-type protheca Reason, specifically include the following steps:

1) width point D1 is located at diversion gate before, defining T-type protheca, makees by corner center D2 point and is parallel to dorsal line Straight line simultaneously meets at D3 point with rim of the mouth line；

2) it, is lifted up by D2 anterior displacement 10mm and to fixed point design technology at bottom offset 6mm, D2 point is connect simultaneously with the fixed point D4 point is intersected at rim of the mouth line, verifies and adjusts D2D3=D2D4；

3) D2D4 to D2D3, is rotated as the center of circle using D2 to be overlapped, while reducing rim of the mouth line length in favor of side bottom molding, herein On the basis of draw T-type protheca structure design lines.

Preferred above-mentioned sport footwear method for platemaking further includes the drop rocker processing to lay-by basin treasured, the i.e. drop in the T-type protheca It after lifting up processing, defines front end midpoint D5 point and is located at 15~18mm of distance D6 point, by D1D9 to translation 4mm at last carving paracone, simultaneously Rim of the mouth line inwardly translates 12mm to D7D8 line and repairs along camber line.

Preferred above-mentioned sport footwear method for platemaking, in the upper pattern resolution process step, at the drop rocker to I type protheca Reason, specifically include the following steps:

1), make the vertical line of dorsal line near E5 point and mo(u)lding line intersects at E4 point as technique and lifts up rotation center；

2) it, is lifted up from E4 point anterior displacement 10mm and to bottom offset 6mm as fixed point design technology, E4 point and the fixed point line Extended line and rim of the mouth line intersect at E3 point, verify and adjust E4E2=E4E3；

3), the protheca template E4E2 line when carrying out template and producing, the outside template E4E3 line, i.e., using E4 as the center of circle, rotation Turn E4E3 line to being overlapped with E4E2 line, draws the structure design lines of I type protheca on this basis.

Preferred above-mentioned sport footwear method for platemaking, including the drop rocker processing to lay-by basin treasured, the i.e. drop rocker in the I type protheca After processing, the rear end midpoint designed from E5 point to the E6 point of the direction Kou Men distance 15mm as lay-by basin treasured, rim of the mouth line paracone are defined Point is set to front end midpoint E1 point to the direction Kou Men displacement 12mm, while side camber line E2E7 inwardly translates 2~3mm, and its edge It is smooth to be connected to front end midpoint E1 and rear end midpoint E6 point, complete the design of I type lay-by basin treasured structure.

Preferred above-mentioned sport footwear method for platemaking, in the upper pattern resolution process step, including to it is single it is fan-shaped after packet with Drop rocker processing, specifically include the following steps:

1) it is constant with demifacet version to meet reinforcing wire length F6F for packet after, keeping single fan-shaped, on F6F line most crook at interval of 4~ 5mm determines point of rotation F1 point, F2 point and F3 point；

2), F9 point is shifted up to the point location F7 point of 20mm on F5F9 camber line, the midpoint of F7F9 line is set to F8 point, Straight line is drawn among template paper as broken line, and F5F6 line is aligned broken line, draws F5F4 line, F6F1 line；

3), using F1 as the center of circle, demifacet version is rotated upwards and is aligned to F6F7 with broken line, F1F2 line is drawn on template paper；

4), using F2 as the center of circle, demifacet version is rotated upwards and is aligned to F7F8 with broken line, F2F3 line is drawn on template paper；

5), using F3 as the center of circle, demifacet version is rotated upwards and is aligned to F8F9 with broken line, after drawing transfer on template paper F3F line and F9F line, while new F5F9 line length is adjusted with original arc length of coincideing, it wraps designed with template after the completion.

Preferred above-mentioned sport footwear method for platemaking, in the upper pattern resolution process step, including to wrapped after biparting shape with Drop rocker processing, specifically include the following steps:

1) it, is wrapped after biparting shape with the point that G8 point shifts up 20mm is defined as G6 point on the G4G8 camber line of demifacet version, The midpoint of G6G8 is positioned as G7 point, in double fan-shaped arc crosspoint G9 to being set to rotation at interval of 5mm or so after bottom offset 15mm Point G1 point, G2 point and G3 point；

2) straight line, is drawn among template paper as broken line, and G4 point, G5 point are aligned with broken line, drawn G4G41G42 line and G9G1 line；

3), using G1 point as the center of circle, demifacet version is rotated upwards and is aligned to G5G6 line with broken line, G1G2 line is drawn；

4), using G2 point as the center of circle, demifacet version is rotated upwards and is aligned to G6G7 line with broken line, G2G3 line is drawn；

5), using G3 point as the center of circle, upwards rotate demifacet version be aligned to G7G8 line with broken line, draw shift after G3G line and G8G line, complete packet after biparting shape with structure design.

Preferred above-mentioned sport footwear method for platemaking, in the upper pattern resolution process step, including to wrapped after upper arch with Drop rocker processing, specifically include the following steps:

It 1) is, H6 point, the midpoint H6H8 in the rear point location wrapped with H8 point to be shifted up to 20mm on demifacet version H4H8 camber line It is positioned as H7 point, is set to point of rotation H1 point, H2 point at interval of 5mm or so after the curved downward 5mm of point of the first center of arc of outermost With H3 point；

2) straight line, is drawn among template paper as broken line, and H4H5 line is aligned with broken line, is drawn H4H9H91H92H93H94 line, H91H92 inner circle camber line, H93H1 line；

3), using H1 point as the center of circle, rotation demifacet version is aligned to H5H6 line with broken line, draws H1H2 line；

4), using H2 point as the center of circle, rotation demifacet version is aligned to H6H7 line with broken line, draws H2H3 line；

5), using H3 point as the center of circle, rotation demifacet version is aligned to H7H8 line with broken line, picture H3H line and H8H line, in completion Packet is designed with structure after arch.

Preferred above-mentioned sport footwear method for platemaking, in the upper pattern resolution process step, including to wrapped after lower arch with Drop rocker processing, specifically include the following steps:

1), in the case where rear packet is with the left line of apsides highest point of demifacet version leftmost side arch, every 5~8mm determines degree of a lifting up rotational circle The heart, i.e. K91 point, K92 point and K93 point；

2), by K94K5 camber line successively equal part, K8 point, K7 point and K6 point are obtained, straight line conduct is drawn among template paper K94K9 line is aligned by broken line with broken line, draws K94K95 line, K9K line, the K1K2 line of apsides and K3K91 line；

3), using K91 point as the center of circle, rotation demifacet version is aligned to K8K7 line with broken line, draws K91K92 line；

4), using K92 point as the center of circle, rotation demifacet version is aligned to K7K6 line with broken line, draws K92K93 line；

5), using K93 point as the center of circle, rotation demifacet version is aligned to K6K5 line with broken line, draw after the completion of remaining lines packet with Structure design.

By using preceding solution, the beneficial effects of the present invention are: the present invention is based on the portions after space angle conversion On the basis of part structural area and technique connect reinforcing wire length conservation, successively by drop rocker twice, a drop rocker master on technology path Will conversion with from 3 D stereo curved surface of last version to two dimension flattening version, rotation drop rocker makes half panel and carries out structure again and set after adding angle to flatten Meter；Secondary drop rocker using forming process structure as baseline, with protheca, lay-by basin is precious and rear packet with basic styling variation be design weight The implementation method of degree of lifting up conversion is fully explained in point, not only realize in structured design process before and after drop rocker component area and Technique connects the conservation of reinforcing wire length, and helps precisely efficiently to realize sport shoe industry sample making.

Detailed description of the invention

Fig. 1 is schematic diagram before drop rocker of demifacet version in the embodiment of the present invention；

Fig. 2 is schematic diagram after drop rocker of demifacet version in the embodiment of the present invention；

Fig. 3 is the secondary drop rocker schematic diagram of c-type protheca and lay-by basin treasured in the embodiment of the present invention；

Fig. 4 is the secondary drop rocker schematic diagram of W type protheca and lay-by basin treasured in the embodiment of the present invention；

Fig. 5 is the secondary drop rocker schematic diagram of T-type protheca in the embodiment of the present invention；

Fig. 6 is the secondary drop rocker schematic diagram of T-type lay-by basin treasured in the embodiment of the present invention；

Fig. 7 is the secondary drop rocker schematic diagram of I type protheca and lay-by basin treasured in the embodiment of the present invention；

Fig. 8 is the secondary drop rocker schematic diagram of Y type protheca and lay-by basin treasured in the embodiment of the present invention；

Fig. 9 is the secondary drop rocker schematic diagram of packet root after sector single in the embodiment of the present invention；

Figure 10 is the secondary drop rocker schematic diagram of packet root after biparting shape in the embodiment of the present invention；

Figure 11 is the secondary drop rocker schematic diagram of packet root after arch upper in the embodiment of the present invention；

Figure 12 is the secondary drop rocker schematic diagram of packet root after arch lower in the embodiment of the present invention；

Figure 13 is whole flap drop rocker schematic diagram in the embodiment of the present invention；

Figure 14 is that the embodiment of the present invention interrupts side flap drop rocker schematic diagram；

Specific embodiment

Technical solution of the present invention is described in detail below by the mode for enumerating embodiment.

Referring to figs. 1 to Figure 14, embodiment discloses a kind of sport footwear plate-making drop rocker method.

To be best understood from the present invention, first the moulding process of sport footwear is illustrated:

One, a full set of last carving process structure: in sale, the division of sport footwear style generally using functionality as primary essential, In structure design, we are that sport footwear is divided into a full set of last carving process structure and half set last carving work by ginseng mark with the moulding process of sport footwear Skill structure.A full set of last carving process structure is classified with the combination of upper and indsole, and help foot rim of the mouth line and indsole are to draw side The form of technique is combined into unified entirety.

A full set of last carving technique upper structure design does not need to carry out the design of upper stretching amount in structure design, and the design of indsole is also It does not need to place any knot side amount.In the comfort design for carrying out expensive goods, indsole needs to carry out disconnecting design.In the First Five-Year Plan By front design, laterally disconnected baseline, design section are Metatarsophalangeal joint position point position backward between articulationes metatarsophalangeae line and flank It moves at 20mm~35mm to select a good opportunity and selects disconnected reinforcing wire, be combined in the form of piece technique in technique production, due to moving shape It is all bigger to bear pressure, bending degree and frictional force for forefoot under state, therefore first half should be relatively large excellent using hardness The beautiful core cloth of matter, to obtain bigger tensile strength, flexible resistance and rub resistance.Latter half is using beautiful core cloth and high density sea Continuous or high density returns the material that power EVA is combined, and enhances the hygroscopicity, gas permeability and damping property of sport footwear.

Two, half set last carving process structure: the concept of half set last carving process structure is proposed relative to a full set of lasting, and half covers last carving Technique is sewn to use when side bottom forms in the upper rear side of production and indsole rushes last carving molding, and toe lasting is by the way of upper stretching.It is helping Toe lasting position rim of the mouth line needs to place upper stretching amount when face structure designs, and needs to select during half set lasting structure design Inside and outside inside and outside six mark points are nearby found out in the control of ankle point for ankle articulationes metatarsophalangeae control point, the rear palm for the front and back end midpoint of indsole, half sole For controlling the combination of upper of a shoe and soft indsole.

Referring to Figure 1 and Figure 2, a drop rocker method of sport footwear demifacet version is as follows:

The i.e. preceding cusp A1 of the intersection point of the weak and incompetent crest line of last carving and dorsal line is shifted up into 5mm and is defined as A2 point, by A2 point with after Arc convexity point A5, which is connected, obtains A2A5 line, and the point that distance A2 point is A2A5 total length 1/4 is taken to make perpendicular in back on A2A5 line The intersection point A3 point of the vertical line of line, the vertical line and dorsal line is set to a mouthful doors, and line most salient point in rim of the mouth is defined as A7 point, back curve top Point is defined as A4 point, and back curve minimum point is defined as A6 point, A1A7 line is drawn on template paper, using A3 as the center of circle, by demifacet version Distance L (L value range is Men's Shoes 20mm, women's shoes 18mm, big children's footwear 15mm, small children's footwear 12mm) is moved up from A1 point, is drawn Cusp before dorsal line is moved back to former A1 point most nearby, in sample then using the A5 point after being displaced as the center of circle by A3A4 line and A6A7 line A4A6 line is drawn on paperboard, then using the A1 point after being displaced as the center of circle, demifacet version is gone into A3 point and original position most nearby, in template Draw new A1A7 line on paper and repair along each connecting line, obtain half new panel as shown in Fig. 2, on this basis double of panel into The design of row scoreboard structure lines.

Protheca is the component that the outermost end position of sport footwear toe lasting shields to toe, also known as anter, toe-cap, the outside, Preceding packet header etc..In order to increase tensile strength in technological design, protheca generally uses two-needle sewing machine vehicle double track line sewing.Progress before When nested structure designs most importantly during drop rocker demifacet version solid --- the elimination of-planarization conversion incremental area and son The elimination of mouth line increment problem, is examined by experimentation, and embodiment is for protheca type such as c-type, W type, T-type, I type, Y type etc. By taking a full set of lasting as an example, its secondary drop rocker is illustrated, half design for covering lasting only need to be on the basis of embodiment in rim of the mouth Line corresponding position places upper stretching amount.

With reference to Fig. 3, the secondary drop rocker method of sport footwear c-type protheca and lay-by basin treasured is as follows:

The break design of reinforcing wire of c-type protheca demifacet version starts since B1 point (cusp rearward displacement 3mm before shoe last), and it is vertical to cross B1 point Straight dorsal line is round and smooth downwards to be connected to disconnected reinforcing wire, and taking technique is lifted up so that degree of lifting up natural torsion after sew, leading portion in disconnected reinforcing wire tendency Part is parallel and is higher than the weak and incompetent crest line of last carving, and back segment avoids 15mm before and after First Five-Year Plan plantar toe position, in order to reduce rush last carving molding or Gauffer when upper stretching forms mutually is got continuously with B1 point anterior displacement 10mm and to the B2 of bottom offset 6mm point and U.S. line glue point of contact B3 point To B2B3 line, which symmetrically describes nested structure design lines before c-type as new inside and outside ankle broken line.In above-mentioned c-type protheca On the basis of drop rocker, rim of the mouth line is inwardly translated into 12mm to translation 4mm and disconnected reinforcing wire in lid is enclosed, treasured total length control in lay-by basin is 70 ~80mm or so, dotted region as shown in Figure 3 are complete half side structure of lay-by basin treasured template.

With reference to Fig. 4, the secondary drop rocker method of sport footwear W type protheca and lay-by basin treasured is as follows:

The preceding midpoint C1 of W type protheca is generally scheduled at the C4 point to the 1/2~2/3 of diversion gate C9 of paracone midpoint, that is, is located at mouth Door downward half of position C9 or so, using the corner center C7 point of W type protheca shape-designing as the point of rotation, makees dorsal line parallel lines Jiao zi mouth line on the corner anterior displacement 10mm and nearby pinpoints design technology to the position of bottom offset 6mm and lifts up positioning in C5 point Point connects anchor point by C7 point and extends jiao zi mouth line in C6 point, verifies and adjust C7C5=C7C6, is carrying out W type protheca base It should rotate C7C6 using C7 point as the center of circle when this sample making and be extremely overlapped with C7C5 to eliminate excessive upper stretching surplus.In W type protheca The design of lay-by basin treasured is carried out on the basis of the design of basis pattern structure, both wings line C1C8 is to paracone position translation 4mm, (after translation New forward terminal C2 is away from C3 point 15mm or so), front end of line C4C8 translates 12mm to the direction Kou Men, connects and repairs and obtains completely along camber line Precious half side structure in lay-by basin, as shown in Fig. 4 bend region.

With reference to Fig. 5, the secondary drop rocker method of sport footwear T-type protheca and lay-by basin treasured is as follows:

Width point D1 point is located at diversion gate before T-type protheca, and shape-designing width is less than entrance width.It will be in corner Heart D2 point crosses its parallel lines jiao zi mouth line for doing dorsal line of D2 point in D3 point, in distance D2 point anterior displacement as rotation angle 10mm and lift up anchor point to fixed point design technology at bottom offset 6mm, the connecting line extended line jiao zi mouth line of D2 point and anchor point in D4 point, verifies and adjusts D2D3=D2D4, and when producing basis pattern, taking technique, which is lifted up, rotates D2D4 and D2D3 by the center of circle of D2 point It is overlapped, so that reducing rim of the mouth line length is conducive to side bottom molding, as shown in Fig. 5 bend region.It is basic in aforementioned T-type with reference to Fig. 6 On the basis of template, by D1D9 to translation 4mm at last carving paracone, at a distance of 18mm, rim of the mouth line is inwardly put down for front end midpoint D5 point and D6 point Move 12mm to the position D7D9 to avoid upper stretching when block and connect and repair along camber line, it is precious to obtain complete lay-by basin, such as Fig. 6 bend area Shown in domain.

With reference to Fig. 7, the secondary drop rocker method of sport footwear I type protheca and lay-by basin treasured is as follows:

The shape-designing of I type protheca is linear type, makees the vertical line of dorsal line near E5 point and mo(u)lding line intersects at E4 point Rotation center is lifted up as technique, lifts up anchor point as technique from E4 point anterior displacement 10mm and to bottom offset 6mm, by E4 point and is somebody's turn to do Its extended line of anchor point line and rim of the mouth line meet at E3, E4E2=E4E3 is verified and adjusted, can be adjusted E4E3 herein For curve, the protheca template E4E2 line when carrying out template and producing, the outside template E4E3 line, and using E4 point as the center of circle, it will be partly Face version rotation is extremely overlapped with E4E2 to eliminate the hatched example areas in Fig. 7.

On aforementioned base, using E5 point to the direction Kou Men displacement 15mm as I type protheca and lay-by basin treasured structure design back Midpoint E6 point, to the direction Kou Men displacement 12mm as front end midpoint E1 point, side camber line E2E7 is inwardly put down at rim of the mouth line paracone midpoint 2~3mm is moved, both ends are smooth to be connected to front end midpoint E1 point and rear end midpoint E6 point, completes the structure design of I type lay-by basin treasured, such as Fig. 7 dotted region.

With reference to Fig. 8, the secondary drop rocker method of sport footwear Y type protheca and lay-by basin treasured is as follows:

Y type protheca in shape-designing with mouth door less parallel, structure design it is identical as I type protheca, therefore into Row Y type protheca and lay-by basin treasured structure can refer to I type protheca when designing and the structure design method of lay-by basin treasured carries out.

It is as follows that the secondary drop rocker method designed with structure is wrapped with reference to Fig. 9, after single fan:

Packet constant, the present embodiment technique that with structure design should keep connecing reinforcing wire length F6F in technical standard after single fan-shaped It is wrapped after upper with determining point of rotation F1 point, F2 point, F3 point at interval of 5mm or so on F6F line most crook as upper casting die vehicle doubling, It is F7 point that F9 point, which is shifted up the point location of 20mm, on F5F9 camber line, and the midpoint of F7F9 line is set to F8 point, in template paper Between beat straight line as broken line, F5F9 line upper end is aligned broken line, draws F5F4, F6F1 line, using F1 point as the center of circle, Rotation demifacet version (counterclockwise) is aligned broken line to F6F7 upwards, draws F1F2 line, using F2 point as the center of circle, rotates demifacet version upwards It is aligned broken line to F7F8, draws F2F3 line, using F3 point as the center of circle, demifacet version is rotated upwards to F8F9 and is aligned broken line, draw F3F and F9F line after transfer, the length for finally adjusting new F5F9 are coincide original arc length, wrap design with structure after the completion.

It is as follows that the secondary drop rocker method designed with structure is wrapped with reference to Figure 10, after biparting type:

The point location G6 point with G8 point to be shifted up to first on G4G8 camber line 20mm in structure design is wrapped after biparting shape, The midpoint of G6G8 is set to G7 point, in double fan-shaped arc crosspoint G9 to being set to the point of rotation at interval of 5mm or so after bottom offset 15mm G1 point, G2 point, G3 point beat straight line as broken line among template paper and draw G4 point, G5 point alignment broken line G4G41G42, G9G1 line rotate demifacet version to G5G6 line upwards and are aligned broken line, G1G2 line is drawn, with G2 using G1 point as the center of circle Point is the center of circle, rotates demifacet version to G6G7 line upwards and is aligned broken line, draw G2G3 line, using G3 point as the center of circle, rotates half upwards Face version is aligned broken line to G7G8, G3G the and G8G line after drawing transfer, packet is designed with structure after completing biparting shape.

It is as follows that the secondary drop rocker method designed with structure is wrapped with reference to Figure 11, after upper arch:

Packet should keep upper camber line, upper fan-shaped lines and single line of apsides item constant with structure design degree of lifting up conversion after upper arch, Therefore camber line conversion in left side is in line by degree of lifting up conversion point design at the structure down either side camber line.Specifically, in Hou Bao It is H6 point with H8 point is shifted up the point location of 20mm on H4H8 camber line, the midpoint of H6H8 is positioned as H7 point, in outermost the The curved point of one center of arc is to being set to point of rotation H1 point, H2 point and H3 point at interval of 5mm or so after bottom offset 5mm, in template paper Between draw straight line as broken line, H4H5 line is aligned with broken line, draws H4H9H91H92H93H94 line, in H91H92 Circular arc line, H93H1 line, using H1 point as the center of circle, rotation demifacet version is aligned to H5H6 with broken line, is drawn H1H2 line, is with H2 point The center of circle, rotation demifacet version are aligned to H6H7 line with broken line, draw H2H3 line, using H3 point as the center of circle, rotation demifacet version to H7H8 Line is aligned with broken line, draws H3H line and H8H line, and packet is designed with structure after arch in completion.

It is as follows that the secondary drop rocker method designed with structure is wrapped with reference to Figure 12, after lower arch:

Packet is made of with moulded the arch that 1~3 area does not wait after lower arch, and design method is in Hou Bao Degree of a lifting up rotation center i.e. K91 point, K92 point and K93 point are determined with every 7mm under the left line of apsides highest point of leftmost side arch, it will K94K5 camber line successively equal part, obtains K8 point, K7 point and K6 point, and straight line is drawn among template paper and is used as broken line, general K94K9 line is aligned with broken line, draws K94K95 line, K9K line, the K1K2 line of apsides and K3K91 line, using K91 point as the center of circle, rotation Demifacet version is aligned to K8K7 line with broken line, draws K91K92 line, using K92 point as the center of circle, rotation demifacet version to K7K6 line with it is right Broken line alignment, draws K92K93 line, and using K93 point as the center of circle, rotation demifacet version is aligned to K6K5 line with broken line, draws remaining line It wraps after the completion of item and is designed with structure.

With reference to Figure 13, the drop rocker method of whole tongue construction design is as follows:

Take mouthful doors to foot mountain position length S6S on example edition paper broken line, wherein S6 point is to left dislocation 15mm tooled joint amount To S5 point, S5S4 vertical line is made downwards by S5 point, S5S4 about 15mm is taken to be set to the wide line before flap, S point is displaced to the right 25mm and is set to Flap height point S1 point crosses S1 point and makees the vertical line of broken line, determines that flap width S 1S2 is 55~60mm of Men's Shoes, and women's shoes 50~ 55mm, big 45~50mm of children's footwear, little Tong 40~55mm, round and smooth connection S5S4S2S1, obtain basic flap formation skeleton, pass through The midpoint S7 of S6S1 makees vertical line and hands over S4S2 in S3 point, and S3S2 line is translated 4mm outward and is repaired along initial position, whole flap is obtained The design of template structure.

Drop rocker method with reference to Figure 14, side tongue construction design of breaking is as follows:

Take mouthful doors to foot mountain position length T5T on example edition paper broken line, extremely to left dislocation 15mm tooled joint amount by T5 point T4, the wide line is set to 15mm or so before flap；It is the wide line 55mm or so after flap that T point rearward displacement 25mm, which determines vertical line T1T2, The i.e. T6T3 in disconnecting technological design angle and T7T3 angle are taken at upper about 13 of distance T1 of T1T5, cross the vertical line that broken line is made at the midpoint T6T7 Flap wide line T3 point is handed over, from T3 point flap wide line 4mm is translated into outward and repaired suitable.Specifically, centered on T8 point minute Do not add 5mm to obtain T6 point, T7 point to two sides, and crosses that T8 point does vertical line and T2T9 meets at T3 point, it is spare to cut apart with a knife or scissors T3T6, T3T7 line, Tongue top is disconnected reinforcing wire with T3T7, and bottom sheet is disconnected reinforcing wire with T3T6, and when carrying out basis pattern design, T3T6 should place 8mm pressure Stubble amount.

Although specifically showing and describing the present invention in conjunction with preferred embodiment, those skilled in the art should be bright It is white, it is not departing from the spirit and scope of the present invention defined by the appended claims, it in the form and details can be right The present invention makes a variety of changes, and is protection scope of the present invention.

Claims (13)

1. a kind of sport footwear method for platemaking successively includes upper pattern design, upper pattern degree of lifting up handles and three steps of upper pattern resolution process, It is characterized in that upper pattern degree of the lifting up processing includes the following steps:

1) the intersection point A1 of upper pattern demifacet version head crest line and dorsal line, is displaced 5mm to mouth door line direction and is defined as A2 point；

2), connection A2 point and rear wrap obtain A2A5 line with arc salient point A5 point；

3), on A2A5 line distance A2 point take 1/4 A2A5 line length point make perpendicular to dorsal line vertical line, the vertical line and back The point A3 point of middle line intersection is defined as a mouthful doors；

4), defining rim of the mouth line most salient point is A7 point, and back curve vertex is A4 point, and back curve minimum point is A6 point, on template paper Draw A1A7 line；

5), using A3 point as the center of circle, demifacet version is moved up into distance L from A1 point, A3A4 line, A6A7 line are drawn on template paper；

6), using the A5 point after being displaced as the center of circle, cusp before dorsal line is moved back to former A1 point most nearby, draws A4A6 on template paper Line；

7), using the A1 point after being displaced as the center of circle, A3 point and original position is gone to most nearby, new A1A7 line is drawn on template paper simultaneously It repairs along each connecting line, half panel template drawing after obtaining a drop rocker；

Distance L value in the step 5) is as follows: 20 ± 1mm of Men's Shoes, women's shoes 18 ± 1mm, big 15 ± 1mm of children's footwear, small children's footwear 12±1mm。

2. sport footwear method for platemaking according to claim 1, it is characterised in that: in the upper pattern resolution process step, packet The drop rocker processing to c-type protheca is included, specifically include the following steps:

1), defining c-type protheca demifacet version to be located at shoe last convexity point rearward displacement 3mm is B1 point, and the design of disconnected reinforcing wire is opened from B1 point Begin, cross that the vertical dorsal line of B1 point is round and smooth downwards to be connected to disconnected reinforcing wire, taking technique is lifted up so that degree of lifting up natural torsion after sewing；

2), B2B3 line is mutually got continuously by B1 point anterior displacement 10mm and to the B2 of bottom offset 6mm point and U.S. line glue point of contact B3 point, it should B2B3 line symmetrically describes nested structure design lines before c-type as new inside and outside ankle broken line.

3. sport footwear method for platemaking according to claim 2, it is characterised in that: it further include the drop rocker processing to lay-by basin treasured, I.e. after the drop rocker processing of the c-type protheca, rim of the mouth line translates 4mm to enclosing in lid, and disconnected reinforcing wire inwardly translates 12mm, and lay-by basin is precious Total length is controlled in 70~80mm.

4. sport footwear method for platemaking according to claim 1, it is characterised in that: in the upper pattern resolution process step, packet The drop rocker processing to W type protheca is included, specifically include the following steps:

1) it, defines the preceding midpoint C1 point of W type protheca demifacet version and is located at paracone point C4 point to 1/2 to 2/3 place of diversion gate distance, simultaneously Using the corner center C7 point of W type protheca as the point of rotation, make dorsal line parallel lines jiao zi mouth line in C5 point；

2) fixed point, is lifted up as design technology using corner center C7 point anterior displacement 10mm and to the position of bottom offset 6mm, by C7 point It is connect with the fixed point and extends to rim of the mouth line and meet at C6 point, verified and adjust C7C5=C7C6；

3), using C7 point as the center of circle, rotation C7C6 line is drawn on this basis to being overlapped with C7C5 line to eliminate excessive upper stretching surplus Nested structure design lines before W type processed.

5. sport footwear method for platemaking according to claim 4, it is characterised in that: it further include the drop rocker processing to lay-by basin treasured, I.e. after the drop rocker processing of the W type protheca, rear wing line C1C8 is translated into 4mm to C4 point, by front wing line C4C8 to the direction Kou Men 12mm is translated, connects and repairs and complete the design of lay-by basin treasured structure along camber line.

6. sport footwear method for platemaking according to claim 1, it is characterised in that: in the upper pattern resolution process step, packet The drop rocker processing to T-type protheca is included, specifically include the following steps:

1) width point D1 is located at diversion gate before, defining T-type protheca, makees by corner center D2 point and be parallel to the straight line of dorsal line And D3 point is met at rim of the mouth line；

2), lifted up by D2 anterior displacement 10mm and to fixed point design technology at bottom offset 6mm, by D2 point connect with the fixed point and with son Mouth line intersects at D4 point, verifies and adjusts D2D3=D2D4；

3) D2D4 to D2D3, is rotated as the center of circle using D2 to be overlapped, while reducing rim of the mouth line length in favor of side bottom molding, it is basic herein The upper structure design lines for drawing T-type protheca.

7. sport footwear method for platemaking according to claim 6, it is characterised in that: it further include the drop rocker processing to lay-by basin treasured, I.e. after the drop rocker processing of the T-type protheca, defines front end midpoint D5 point and be located at 15~18mm of distance D6 point, by D1D9 to last carving 4mm is translated at paracone, while rim of the mouth line inwardly translates 12mm to D7D8 line and repairs along camber line.

8. sport footwear method for platemaking according to claim 1, it is characterised in that: in the upper pattern resolution process step, packet The drop rocker processing to I type protheca is included, specifically include the following steps:

1), make the vertical line of dorsal line near E5 point and mo(u)lding line intersects at E4 point as technique and lifts up rotation center；

2) it, is lifted up from E4 point anterior displacement 10mm and to bottom offset 6mm as fixed point design technology, E4 point and the fixed point line extend Line and rim of the mouth line intersect at E3 point, verify and adjust E4E2=E4E3；

3), the protheca template E4E2 line when carrying out template and producing, the outside template E4E3 line, i.e., using E4 as the center of circle, rotation E4E3 line draws the structure design lines of I type protheca to being overlapped with E4E2 line on this basis.

9. sport footwear method for platemaking according to claim 8, it is characterised in that: it further include the drop rocker processing to lay-by basin treasured, I.e. after the drop rocker processing of the I type protheca, defines the E6 point from E5 point to the direction Kou Men distance 15mm and designed as lay-by basin treasured Rear end midpoint, cusp is set to front end midpoint E1 point to the direction Kou Men displacement 12mm before the line of rim of the mouth, at the same side camber line E2E7 to 2~3mm of interior translation, and its edge is smooth is connected to front end midpoint E1 and rear end midpoint E6 point, completes the design of I type lay-by basin treasured structure.

10. according to claim 1 to sport footwear method for platemaking described in 9 any claims, it is characterised in that: the upper pattern point Solve in processing step, including to packet after single fan-shaped with drop rocker handle, specifically include the following steps:

1) it is constant with demifacet version to meet reinforcing wire length F6F for packet after, keeping single fan-shaped, fixed at interval of 4~5mm on F6F line most crook Point of rotation F1 point, F2 point and F3 point；

2), F9 point is shifted up to the point location F7 point of 20mm on F5F9 camber line, the midpoint of F7F9 line is set to F8 point, in template Straight line is drawn among paper as broken line, and F5F6 line is aligned broken line, draws F5F4 line, F6F1 line；

3), using F1 as the center of circle, demifacet version is rotated upwards and is aligned to F6F7 with broken line, F1F2 line is drawn on template paper；

4), using F2 as the center of circle, demifacet version is rotated upwards and is aligned to F7F8 with broken line, F2F3 line is drawn on template paper；

5), using F3 as the center of circle, demifacet version is rotated upwards and is aligned to F8F9 with broken line, the F3F line after transfer is drawn on template paper And F9F line, while new F5F9 line length is adjusted with original arc length of coincideing, it wraps designed with template after the completion.

11. according to claim 1 to sport footwear method for platemaking described in 9 any claims, it is characterised in that: the upper pattern point Solve processing step in, including to after biparting shape wrap with drop rocker handle, specifically include the following steps:

1) it, wraps after biparting shape with the point that G8 point shifts up 20mm is defined as G6 point, G6G8 on the G4G8 camber line of demifacet version Midpoint be positioned as G7 point, in double fan-shaped arc crosspoint G9 to being set to point of rotation G1 at interval of 5mm or so after bottom offset 15mm Point, G2 point and G3 point；

2) straight line, is drawn among template paper as broken line, and G4 point, G5 point are aligned with broken line, draw G4G41G42 line With G9G1 line；

3), using G1 point as the center of circle, demifacet version is rotated upwards and is aligned to G5G6 line with broken line, G1G2 line is drawn；

4), using G2 point as the center of circle, demifacet version is rotated upwards and is aligned to G6G7 line with broken line, G2G3 line is drawn；

5), using G3 point as the center of circle, demifacet version is rotated upwards and is aligned to G7G8 line with broken line, the G3G line and G8G after drawing transfer Line, complete packet after biparting shape with structure design.

12. according to claim 1 to sport footwear method for platemaking described in 9 any claims, it is characterised in that: the upper pattern point Solve processing step in, including to after upper arch wrap with drop rocker handle, specifically include the following steps:

It 1) is, H6 point, point location in H6H8 in the rear point location wrapped with H8 point to be shifted up to 20mm on demifacet version H4H8 camber line For H7 point, it is set to point of rotation H1 point, H2 point and H3 at interval of 5mm or so after the curved downward 5mm of point of the first center of arc of outermost Point；

2) straight line, is drawn among template paper as broken line, and H4H5 line is aligned with broken line, is drawn H4H9H91H92H93H94 line, H91H92 inner circle camber line, H93H1 line；

3), using H1 point as the center of circle, rotation demifacet version is aligned to H5H6 line with broken line, draws H1H2 line；

4), using H2 point as the center of circle, rotation demifacet version is aligned to H6H7 line with broken line, draws H2H3 line；

5), using H3 point as the center of circle, rotation demifacet version is aligned to H7H8 line with broken line, draws H3H line and H8H line, arch in completion After wrap with structure design.

13. according to claim 1 to sport footwear method for platemaking described in 9 any claims, it is characterised in that: the upper pattern point Solve processing step in, including to after lower arch wrap with drop rocker handle, specifically include the following steps:

1), in the case where rear packet is with the left line of apsides highest point of demifacet version leftmost side arch, every 5~8mm determines degree of a lifting up rotation center, That is K91 point, K92 point and K93 point；

2), by K94K5 camber line successively equal part, K8 point, K7 point and K6 point are obtained, straight line is drawn among template paper as doubling K94K9 line is aligned by line with broken line, draws K94K95 line, K9K line, the K1K2 line of apsides and K3K91 line；

3), using K91 point as the center of circle, rotation demifacet version is aligned to K8K7 line with broken line, draws K91K92 line；

4), using K92 point as the center of circle, rotation demifacet version is aligned to K7K6 line with broken line, draws K92K93 line；

5), using K93 point as the center of circle, rotation demifacet version is aligned to K6K5 line with broken line, and packet is with structure after the completion of drawing remaining lines Design.