CN107771041A

CN107771041A - Shirt with dynamic ventilation gaps structure

Info

Publication number: CN107771041A
Application number: CN201680035708.8A
Authority: CN
Inventors: 相原友希
Original assignee: Nike Innovation LP
Current assignee: Nike Innovate CV USA; Nike Innovation LP
Priority date: 2015-05-22
Filing date: 2016-05-04
Publication date: 2018-03-06
Also published as: EP3297473A1; US20160338415A1; EP3297473B1; WO2016191060A1

Abstract

Provide a kind of upper part of the body article (800) for including dynamic ventilation gaps structure.The article includes：Torso portion (802), it is suitable at least a portion of the trunk around wearer in position is worn and extended；And the multiple gaps (820) arranged in a repetitive fashion, spacing (826) wherein between two adjacent slits (822) of linear alignment is less than the length with the non-linear gap (824) alignd of described two adjacent slits, and the gap of non-linear alignment is offset from described two adjacent slits, so that the spacing between two adjacent slits of the gap covering linear alignment of non-linear alignment, and the gap of non-linear alignment is parallel with two adjacent slits of linear alignment.Gap can be positioned in one or more groups, or align in a different direction, be opened with the stretching in response to different directions or motion, to provide the ventilation of the dynamic of article.

Description

Shirt with dynamic ventilation gaps structure

Background of invention

In some cases, what is desired is that, have variable structure and performance characteristic apparel article.It is for example, some Apparel article is benefited from dynamic permeability and/or adjustable air permeability.Particularly, the commonly referred to as motion of " gym suit " Clothes need gas permeability, and to keep, wearer's is comfortable.In this clothes, improper ventilation, in the unfavorable region of article Ventilation and limited air-flow cause sweat and moisture inside article and the accumulation of neighbouring wearer.Some clothes things Product are characterized by aeration structure, to reduce these problems.These existing aeration structures have many shortcomings, including, such as Inconsistent opening, folding and/or the flattening of structure during article drawing, and open aeration structure in the time of mistake.Therefore, need Want a kind of new dynamic ventilation gaps structure (dynamic vent-slit structure), dynamic ventilation gaps structure system One and as one man open, and respond specific extensional motion and direction and provide dynamic for wearer and divulge information.

Summary of the invention

There is provided this general introduction will further retouch to be introduced into simplified form in the detailed description part of disclosure below A part of concept stated.This general introduction is not intended to determine the key feature or substantive characteristics of theme claimed, is also not intended to It is used in isolation as assisting in the scope of theme claimed.The scope of the present invention is defined by the claims.

For overview, ventilation gaps described herein provide dynamic for the specific region of apparel article and are directed to The ventilation of property.Ventilation gaps can strategically be placed on article exposed to the region of the maximum amount of heat, moisture and sweat In, and can be constructed, be arranged to or integrate to provide motion-activated ventilation.In this respect, in order to improve the logical of article Wind, gap response are opened in the motion of the wearer of specific power, the direction of stretching or article.It is in addition, described herein Ventilation gaps provide consistent and unified opening, with provide enhancing ventilation.

High-level, aspect described herein is related to the apparel article with dynamic ventilation gaps.Gap can be with one Individual or more group is in some of article, and the gap in each group is alignd in a same direction and the figure to repeat Case is arranged.It is with two gaps of the linear alignment of apart and non-linear right with two gaps that the pattern can include Neat gap, the gap of non-linear alignment is than distance between two gaps of linear alignment.The gap of non-linear alignment can To be offset from the gap of linear alignment so that the spacing between the gap of the gap covering linear alignment of non-linear alignment, it is non-thread Property alignment gap parallel to linear alignment gap.As used in the whole disclosure, with the gap phase in gap pattern The term " covering (overlies) " of pass or " overlapping (overlays) " shall mean that non-linear with two gaps of linear alignment And the gap of parallel alignment is positioned such that the spacing between its long axis and two gaps of linear alignment is spaced apart and put down OK.Term " covering " or " overlapping " are not meant to that the gap of non-linear alignment is intersected or intersected with two gaps of linear alignment Through two gaps of linear alignment.

The pattern provides the arrangement in gap, and it does not include the linear road that pattern is passed through perpendicular to the long axis direction in gap Footpath.Therefore, the tensile force that the long axis perpendicular to gap apply travels across gap with zigzag pattern and is incorporated into thing therein Product.This helps to be evenly distributed stretching across gap pattern when gap is incorporated into article therein when tensile force travels across Power, so as to equably open gap.When the spacing between the gap of linear alignment is shorter than non-linear positioned in alignment and covers linear During the length in the gap of the spacing between the gap of alignment, the distribution of this power is best accomplished.This repetition in gap Pattern can be positioned in the different zones of article, and can be formed as the angle with change, cross section cloth on article Office and orientation, are opened with allowing gap response to be stretched in different directions in article.

Ventilation gaps can be incorporated in various upper part of the body apparel articles and lower part of the body apparel article, including but not limited to jacket Shirt, shirt, pullover, shorts, trousers, Capri pants, 3/4 trousers and the like.Such clothes can be used for various differences Motor activity, including but not limited to running, basketball, training, international soccer (Association football), tennis, golf etc.. Gap can be arc, semicircular etc. so that in open position, gap provides directionality for ventilation.Gap can also letter It is singly straight or box-like.

In one aspect, there is provided a kind of apparel article of upper torso for wearer.The article includes：Trunk Point, its be suitable in position is worn around wearer trunk at least a portion extension, torso portion have front side, after Side, left shoulder opening, right shoulder opening, neck opening and trunk opening；And the multiple gaps arranged in a repetitive fashion, its center line Property alignment two adjacent slits between the length being smaller than with the non-linear gap alignd in two gaps, and the seam Gap is offset from described two gaps so that the spacing between the gap of the gap covering linear alignment of non-linear alignment, and it is non- The gap of linear alignment is parallel with the gap of linear alignment.

In another aspect, there is provided a kind of apparel article of the ventilation of upper torso for wearer.The article bag Torso portion is included, it is suitable at least a portion of the trunk around wearer in position is worn and extended, and torso portion has Front side, rear side, left shoulder opening, right shoulder opening, neck opening and trunk opening；And be substantially parallel to orient each other it is multiple Gap, at least two gap linear alignments in plurality of gap, wherein between at least two gap be smaller than with At least two gaps adjacent positioned and the length in gap relative to the non-linear alignment at least two gaps, and wherein In two or more different groups that gap is positioned on apparel article, the gap in each group is right in a same direction Together.

In another aspect, there is provided the improved apparel article for the upper torso of wearer.The article includes body Stem portion, its be suitable in position is worn around wearer trunk at least a portion extension, torso portion have front side, Rear side, left shoulder opening, right shoulder opening, neck opening and trunk opening；And multiple gaps of multiple row of plan-parallel structure are formed, Interval between two gaps of the linear alignment wherein in first row is less than the length in the gap positioned in adjacent secondary series Degree, wherein the spacing in first row is alignd at least in part with the gap positioned in adjacent secondary series, and wherein works as thing When orientation of the product perpendicular to gap is stretched, gap is opened to provide the directapath through article to wearer's body.

Aspect described herein can be characterized by the different configuration in gap, arrangement and/or alignment, and is not limited to this The example provided in open.Term " fabric " as used in this application " refers to be used to form apparel article and/or be incorporated into Any cloth, textile, base material, synthetic material, natural material, woven materials (knit material), braiding in apparel article Or elastic force braided material (woven or stretch-woven material) or other materials or its any combinations.Such as at this The term " gap " used in application or " ventilation gaps " refer to be incorporated to any structure in apparel article, and it can dynamically beat The open and close increased air-flow to provide through article, but regardless of the shape or structure in gap, or the layer being incorporated to how.

Brief description

The present invention is described in detail herein with reference to appended accompanying drawing, in the accompanying drawings：

Fig. 1 depicts the spy of the multiple ventilation gaps being arranged in repeat patterns on fabric of the one side according to this paper Write view；

Fig. 2 depicts the first exemplary ventilation gaps structure of the one side according to this paper, the ventilation gaps structure shape Into in the fabric of apparel article is incorporated to；

Fig. 3 depicts the feature of the part according to the ventilation gaps structure shown in Fig. 2 of this paper one side, its Middle gap is in the construction partially opened；

Fig. 4 A depict the feature of the part according to the ventilation gaps structure shown in Fig. 2 of this paper one side, its Middle gap is in open configuration；

Fig. 4 B depict according to the fabric comprising the ventilation gaps structure shown in Fig. 4 A of this paper one side into The perspective view of angle, it illustrates the 3D shape formed when gap is in open configuration by gap；

Fig. 5 A depict the feature of the part according to the ventilation gaps structure shown in Fig. 2 of this paper one side, It illustrates the tensile force of the distribution of the repeat patterns across gap；

Fig. 5 B depict can be incorporated to for forming at least one of of apparel article according to this paper one side The selection of the various shapes or pattern of ventilation gaps in fabric；

Fig. 6 depicts the exemplary ventilation gaps knot of second with substantially closed construction according to this paper one side The close-up illustration of structure, wherein gap have the first side and the second side separated by small―gap suture；

Fig. 7 is depicted according to the ventilation gaps structure shown in Fig. 6 of this paper one side, and wherein gap, which is in, opens In construction；

Fig. 8 depicts facing for the shirt comprising the ventilation gaps pattern shown in Fig. 1 of the one side according to this paper Figure, wherein gap is in closed structure；

Fig. 9 depicts the rearview according to the shirt shown in Fig. 8 of this paper one side, and wherein gap is in closure In construction；

Figure 10 depicts the front view according to the shirt shown in Fig. 8 of this paper one side, and wherein gap is in and beaten Open in construction；

Figure 11 depicts the rearview according to the shirt shown in Fig. 8 of this paper one side, and wherein gap is in and beaten Open in construction；

Figure 12 depicts the lower part of the body article for including the ventilation gaps pattern shown in Fig. 1 of the one side according to this paper Front view, wherein gap is in closed structure；

Figure 13 depicts the rearview according to the lower part of the body article shown in Figure 12 of this paper one side, wherein gap In closed structure；

Figure 14 depicts the front view according to the lower part of the body article shown in Figure 12 of this paper one side, wherein gap In open configuration；

Figure 15 depicts the rearview according to the lower part of the body article shown in Figure 12 of this paper one side, wherein gap In open configuration；

Figure 16 depicts to be shown according to the first of apparel article of the manufacture comprising ventilation gaps structure of this paper one side The flow chart of example property method；

Figure 17 depicts to be shown according to the second of apparel article of the manufacture comprising ventilation gaps structure of this paper one side The flow chart of example property method；And

Figure 18 depicts to be shown according to the 3rd of apparel article of the manufacture comprising ventilation gaps structure of this paper one side the The flow chart of example property method.

The detailed description of invention

Subject of the present invention is specifically described to meet legal requirements herein.However, description is not intended as limit in itself The scope of the present invention processed.But theme claimed can also with including different elements, feature, part, step and/ Or the combination of the similar step of the step of to described in the disclosure other manner and combine other existing or future technologies To implement.

At extensive aspect, there is provided a kind of apparel article, it is included with multiple dynamic ventilation gaps of repeat patterns.It is logical Often, article can be formed by one or more of fabrics, and every kind of fabric has first surface and relative second surface.The article The single or multiple lift fabric of integration formed in article can be included, woven is connected in one or more seam crossings Together to form article, or multilayer fabric is joined together to form article in one or more seam crossings.In these feelings In the case of each in condition, the first surface of each in tissue layer and second surface can be passed through to form gap, with Just the direct ventilation through fabric is provided for article wearer.Gap can be arranged on article with one or more groups, often Individual group includes the repeat patterns in gap alignd in the same direction, and the alignment in the gap in each group on article with forming Other groups identical or different.

Gap is additionally formed in article layer, and wherein interlayer or interlayer covers gap at least in part.With cooling The article in gap can be formed by the basic unit being positioned between article and wearers skin or other layers (or multiple layers).Basic unit can To be attached to article (for example, piece of fabric, such as reticulated, article can be fixed to below gap), or basic unit can Be article (such as undershirt or shorts etc.) single bed course (under layer) a part.Use such bed course It can play a part of providing color display effect during movement, the opening in wherein gap shows coloured bed course, so as to Dynamic color is provided on article to present.

In illustrative aspect, the longitudinal axis in gap can align with horizontal axis, vertical axis, or gap can be with From vertical (or horizontal) axis deviation of article.Any and all such aspect and its any combination are envisioned for herein In the range of.In addition, the density in gap can with its across or item part extension and in the cross-sectional area of pattern Or change (for example, increaseing or decreasing the concentration degree in gap) on width.Gap can form the opening through article so that middle Layer or peripheral layer do not block gap opening, to provide air-flow and the ventilation of maximum for wearer.In other side, can stitch Between the layer that gap is incorporated in, around and/or above or below combine other layer, with for material provide be layered outward appearance.Should Other layer can include the fabric of different colours so that when gap is opened, at least a portion of colored fabric can be shown Dew, presented so as to provide dynamic color.In this aspect, nonferrous layer can be formed around or between layer slot, such as In bed course between layer slot and wearers skin, and in many aspects, layer slot and nonferrous layer can include alignment Gap so that when major axis line drawing of the fabric perpendicular to gap, form the directapath through gap fabric and colored fabric.

Gap can be chosen or be optimized to relative to the angle of horizontal axis or vertical axis to utilize and be likely to be applied to stitch Gap is incorporated into the tensile force of the specific part of apparel article therein.Multiple angular ranges can use in same article, Or used in the same group of gap in article.The angle in gap determines by tensile force or the motoricity for being applied to article, Tensile force or motoricity are directed to the different piece of the body with different motion degree and different motion scope.For example, it is incorporated to thing The long axis in any gap in product can be with the desired movement of shoulder, ancon, knee, wrist, ankle, trunk or neck area Direction vertical alignment is angled.In an exemplary gap arrangement, shirt, pullover or jacket include surrounding shoulder The horizontal axis or vertical axis of a group or more groups of gaps in portion or gap pattern, the gap or gap pattern and article into Align to open gap in response to head movement at 11-12 degree angle.On the other hand, shorts, trousers or lower part of the body article may include The gap of the pelvis part of adjacent articles, the horizontal axis or vertical axis of the gap and article into about 9 degree of angular alignment, and Extend across the pelvis part of article.However, depending on required kinetic characteristic, any suitable angle can be used for specifically Region (for example, in any region of article, bag that gap can be with the vertical axis of article or horizontal axis into 0 to 360 degree Angle in the range of containing).In addition, in the another aspect of upper part of the body article or lower part of the body article, gap can be respectively positioned at thing The elbow region or knee area of product and align, opened with the arm in response to wearer or the direction of motion of knee. In the example, gap can align perpendicular to the motion at junction surface.

Basic repetition gap pattern include with two gaps of the linear alignment of spaced apart, and with linear alignment Gap is parallel and the gap of non-linear alignment of the distance than between, between the gap of the gap covering linear alignment of non-linear alignment Spacing.When the gap pattern of this repetition is incorporated in fabric, and long axis of the fabric perpendicular to gap are stretched, gap Uniformly open, raised or three-dimensional opening is formed in fabric.In other words, the orientation or long axis perpendicular to gap are applied The power added is when the fabric being incorporated in through gap is advanced, it then follows through the nonlinear path in gap.Therefore, around gap The power path in a zigzag or to detour is formed, unification simultaneously as one man opens gap.

In an illustrative aspect, gap can be arranged the gap pattern in column, arranging the repetition by extending or replicating Formed." row " used in the whole disclosure refer to multiple gaps relative to the longitudinal axis in gap vertical linearity pair Together (referring to Fig. 2).In other words, " row " refer to a series of gap of alignment, wherein the longitudinal axis in each gap in row is right vertically Together.In addition, the gap in first row can be from the gap skew in the second adjacent column, and it is positioned such that in secondary series Gap substantially covers the spacing between the gap in first row.Which reduce the linear path through row in the long axis with gap Formation on vertical direction.So, when long axis of the fabric perpendicular to gap are stretched (such as being opened), tensile force encloses Advanced in a zigzag around gap, through roundabout advance on its path is listed in, open together and uniformly the gap in row.

The gap pattern of this repetition can be used for assigning mechanical stretching to braided fabric, and braided fabric is generally without drawing Characteristic is stretched, unless combining another material, such as spandex.In this respect, gap structure described herein can be used in day Right material or synthetic material and/or any braided fabric, knitting fabric or any kind of composite (such as have bubble therebetween It is the knitted side of foam or mesh, neoprene, lamination knitting or braided material or composite, thermoplastic polymer, durable Waterproof coating material etc.) on.Orientation, size and/or the arrangement in gap can be special according to the required function of article or required performance Levy and change.The gap of linear alignment can be spaced apart scheduled volume in gap pattern, all gaps of the scheduled volume in group it Between be consistent.Gap can big or small, closely form pattern, and/or be distributed in the different sections of article.Also may be used in gap With in the different piece of article into different angle, to be stretched in response to the different directions that may be applied in these different pieces And open.In illustrative aspect, gap may be constructed to because of the part of shirt, jacket, trousers and/or other apparel articles Tighten together (for example, tension) and open, or be constructed to respond to the motion of wearer and open.

With linear orientation and with the spacing in the gap in the repeat patterns of non-linear orientation close to allow to hang down The power directly applied in gap is evenly distributed in whole gap patterns, without around some gaps in the gap in pattern. In this respect, in the gap pattern repeated, between two gaps of the long axis linear alignment along two gaps Spacing increase, and/or with two gaps and seam that is parallel with two gaps and covering the spacing between two gaps Interval increase between gap, distribution of the power on whole gap pattern is not relatively consistent, and the tensile force applied perpendicular to gap Do not open gap equably.In this respect, the exemplary ratios of gap length and gap length are 2：1, or more precisely, Gap is about twice of the gap length between the gap of linear alignment.Between between gap length and the non-linear gap alignd Away from exemplary ratio be 2：1, or more precisely, gap be between the adjacent slits of parallel non-linear alignment away from From about twice of length.The ratio provides the compact Layout in gap, and it allows the unified opening in gap, without including article Structural intergrity.

Multiple gaps can be arranged in different groups, wherein each group includes the seam for the repetition alignd in the same direction Gap pattern.When pulling or stretching in different directions, gap is arranged into different groups allows article in the not same district of article Divulged information in domain.For example, first group of parallel row can be located on the Part I of article, in first group of parallel row Gap is arranged to respond to open in the first draw direction.Second group of parallel row can be located on the Part II of article, the Gap in two groups of parallel row is arranged to respond to open in the second draw direction.In in every respect, the first draw direction can With identical with the second draw direction, or the first draw direction can be different from the second draw direction.It is any and all this In terms of class and its any variations are envisioned in this context.Therefore, the article is characterized by multiple dynamic aerated areas, The plurality of dynamic aerated area is equably opened to provide farthest ventilation to wearer.

The structure in each gap can include the first side and the second side.In in terms of one exemplary, when gap is in When in closed structure, together with the first side and the second side, or more precisely, the first side is adjacent with the second side so that this two Side contacts under static state, and bottom line be present to the space of nothing between first side in gap and the second side.Work as drawing When long axis of the stretch perpendicular to gap apply, at least two groups of motions occur.First motion is along the axle parallel to fabric face Line, and when the first side and the second side move away from each other in the opposite direction along the axis.Second motion be Along the axis perpendicular to fabric face.According to this motion, approximate mid points of the gap per side are in response to tensile force perpendicular to knitting Move on thing surface.The result of both motions is formed through the three-dimensional opening of fabric, and three-dimensional opening is formed through article At least partially.In other words, when long axis of the tensile force perpendicular to gap apply, the side in gap is opened and bent outward Song, form rectangle or elliptical openings through fabric, it is allowed to the ventilation between the inside and outside of article.These motions As a result, gap can work just as the sail on sailing boat, help catches any wind and is introduced into ventilating opening, from And help to make wearer feel nice and cool.In another illustrative aspect, gap can be constructed such that in closed structure or quiet Only under state, small gap between the first side and the second side be present so that leave small opening to provide knitting through article The continuous ventilating of thing.The structure in gap can change, such as to be realized based on required performance characteristic during different situations Different clearance configurations.

Referring now to Fig. 1, the repetition in a part for material or fabric of one side according to this paper is shown The close-up illustration of ventilation gaps pattern 100.Repeat patterns 100 include multiple gaps 136,138 with length 114.Although figure The length in the gap 136,138 in case 100 is shown as approximately the same in all gaps, but in many aspects, gap exists It can be not completely equivalent in length (for example, can have the length of change in whole gap pattern).Pattern shown in Fig. 1 100 include two gaps 136, and two gaps 136 are linearly alignd, or more precisely along the longitudinal axis in gap 136 Orient end to end, gap 136 is separated by the spacing 131 between the end in gap 136.In many aspects, gap spacing Can be identical or change.Pattern 100 further comprise it is parallel with gap 136 and with the non-linear seam to align in gap 136 (that is, gap 138 is not the linear axis positioning along gap 136 to gap 138, but parallel along being opened with the axis spacing in gap 136 Axis is positioned opposite in gap 136), and it is positioned in the opposite of spacing 131.In Fig. 1, each end extension in gap 138 More than each end of spacing 131 so that in the absence of the orientation perpendicular to gap 136,138 without following passing through for path of detouring All (this is an exemplary arrangement to the linear path in three gaps 136,138, different sizes, position and the end points in gap Between length and spacing be equally possible).In Fig. 1, the length 114 in gap 136,138 is more than the length of spacing 131, And spacing 134, or more precisely between the gap 136 and 138 of parallel and non-linear alignment along being orthogonal to gap 136th, length 114 of the interval of the axis of 138 long axis less than gap 136,138.This is only an exemplary size Arranged with spacing, and other arrangements can be used, including for example make the end in non-linear gap and the gap of linear alignment Between corresponding spacing align end-to-end.

In Fig. 1, the length in gap 136,138 is approximately twice of the length of spacing 131.The repeat patterns 100 reduce The ability that the tensile force that long axis perpendicular to gap 136,138 apply is advanced across fabric with linear path.On the contrary, perpendicular to The tensile force that the long axis in gap 136,138 apply follows nonlinear to be detoured around gap 136,138 with what is advanced in a zigzag Path, tensile force is uniformly distributed, this opens uniformly and as one man gap, for ventilation.On gap spacing, at some Aspect, spacing 134 can be in 0.25-2cm or 0.25-1cm scopes, and the length in gap 136 can be such as 0.5- 2cm scope (any bigger scope may be too big and can not prevent gap from staying open (hanging open) or not Can prevent gap from swinging), and the length of spacing 131 can be more than zero but less than the length in gap 136.

Referring now to Fig. 2, the ventilation gaps knot being incorporated into apparel article according to an aspect of the present invention is shown Structure 200.In fig. 2, multiple ventilation gaps 108 are incorporated in fabric 102, form multiple dynamic ventilation gaps structures.Fabric 102 has There are first surface 104 and relative second surface 106.In some respects, first surface 104 can include apparel article towards Outside surface, and second surface 106 can include the surface towards skin of apparel article.Gap 108 can be integrated Into fabric 102 so that they are configured to provide directly from the skin of wearer to the ventilation of external environment condition.Correspondingly, exist In Fig. 2, gap 108 is shown as extending fully through the first surface 104 and second surface 106 of fabric 102.

Gap 108 each includes first end 110, the length 114 of the second end 112 and first.Gap 108 is aligned to flat Capable row 124, long axis orientation of each row 124 along gap 108.Each row 124 can include at least two of linear alignment Gap, such as gap 136, these gaps are shown in Figure 2 for vertically oriented.The gap 108 in each row in row has Identical length 114, and the gap 108 of the linear alignment in each row in row 124 is spaced apart by equal spacing 132. Gap is offset from one another in plan-parallel structure, for example, the gap 136 and gap 138 such as in first row and secondary series are by between row It is spaced apart away from 134.Gap 108 in structure 200 includes repeat patterns 100 as depicted in Figure 1.Repeat patterns 100 include Two gaps 136 of the linear alignment being spaced apart with spacing 131, and gap 138, gap 138 and two gaps 136 are non-linear Align and be positioned to adjacent with spacing 131 so that alignd with parallel construction with the whole length of spacing 131 in gap 138.Pass through Repeat pattern 100, the vertical position in the gap 108 in adjacent column 124 interlocks or skew.As a result, perpendicular to the length in gap 108 The power that axis applies is evenly distributed across gap 108, opens uniformly and as one man gap 108.

Referring now to Fig. 3, the ventilation gaps structure 200 depicted in figure 2 of one side according to this paper is shown The feature of a part, wherein power start to be applied on fabric.As shown in Figure 3, gap 108 is incorporated at least one of fabric 102 To form ventilation gaps structure 200 in point.In figure 3, tensile force 116 is applied to fabric 102, and tensile force 116 is perpendicular to gap 108 the first length 114 pulls fabric 102 so that gap 108 starts to open at.Although tensile force is shown as relative to fabric 102 Apply in a reverse direction, but tensile force can also apply relative to fabric 102 along single direction.As described by Fig. 2, Align in a same direction in all gaps 108 so that tensile force 116 opens gap 108 together.When gap 108 is in Fig. 3 When in shown construction 122, each gap 108 forms the opening through fabric.

Referring now to Fig. 4 A, the ventilation gaps structure 200 depicted in figure 2 of one side according to this paper is shown Partial feature, wherein gap are in substantially open construction.In Figure 4 A, gap 108 is in open configuration 123. This aspect, the power 116 that the long axis perpendicular to gap 108 apply have been evenly distributed in whole gap structure 200, uniformly Open gap 108 in ground, it is allowed to the fabric 102 that ventilation is incorporated to through gap 108.

Referring now to Fig. 4 B, show according to the ventilation gaps structure 200 shown in Fig. 4 A of this paper one side Partial angled perspective view.How the staggeredly property that Fig. 4 B depict gap 108 across gap 108 uniformly makes tensile force 116 are evenly distributed so that gap 108 is opened together.In addition, when gap 108 is opened on the direction parallel to fabric face When, the staggeredly property in gap 108 causes tensile force 116 so that the side 144,146 in gap 108 is from the surface plane of fabric 102 The mode being outwards vertically movable opens ventilation gaps 108, and three-dimensional configuration is provided for opening 123.More specifically, gap 108 Approximate mid points are vertically displaced outwardly ultimate range from the surface plane, so as to facilitate the ventilation gaps 108 in open configuration 3D shape.In this respect, in open configuration 123, the raised or elevated property in gap 108 helps to guide or collect sky Gas enters and leaves fabric 102, so as to strengthen ventilation.

Referring now to Fig. 5 A, the spy for the ventilation gaps structure 200 described in Fig. 2 according to this paper one side is shown Figure is write, wherein tensile force 116 is distributed across ventilation gaps.In fig. 5, the spacing 132 between the gap in each column 124 is phase Deng, spacing 132 is shorter than the length 114 in each gap 108.For example, the spacing between the gap of linear alignment in each column 124 132 can be the half of the length 114 in the gap 108 in row 124.In addition, multiple gaps in such as gap 120 can be from adjacent Spacing in row is vertically offset so that in the gap of row medium spacing and adjacent non-linear alignment on opposite each other.Such as Fig. 5 A Shown in, tensile force 116 perpendicular to gap 108 long axis apply, and follow through and around gap 108 detour or it Vee path V 128, to be evenly distributed tensile force 116 across gap 108.

Referring now to Fig. 5 B, can be incorporated to for forming apparel article at least according to this paper one side is shown The shape of ventilation gaps or the nonrestrictive selection 500 of pattern in the fabric of a part.In figure 5b, show to be incorporated to and knit Two kinds of different gap types of thing 102, i.e. arc shaped slits 109 and semilune gap 111.In open position, such gap 109th, 111 dome or crescent shape can be formed to provide directionality ventilation, this may be used to heat, air and sweat in spy Determine on direction outside discharge articles.These are exemplary gap modifications, can use other width, size, angle, shape or shape Combination, and these exemplary gaps 109,111 can be used together, and either be can be used alone or can simply be made With other modifications.

Referring now to Figure 6, the feature for depicting the optional ventilation gaps structure 600 of the one side according to this paper regards Figure, wherein when gap remains static, has gap between gap.In figure 6, there is provided multiple gaps 108, gap 108 are arranged to parallel row 124.Each gap 108 also includes the first side 144 and the second side 146, when gap 108 is in quiet Only during state 120, the first side 144 and the second side 146 are located adjacent one another, as shown in Figure 6.In inactive state 120, gap 108 The first side 144 and the second side 146 between small gap 126 be present, the gap 126 be constructed to apparel article provide it is continuous Permeability.The size and dimension in gap 126 can change according to the amount of desired continuously permeable property in article.

Referring now to Figure 7, show the ventilation gaps structure 600 depicted in figure 6 of the one side according to this paper Close-up illustration, wherein the first wall and the second wall are in an open position.In the figure 7, major axis of the tensile force 116 perpendicular to gap 108 Line is applied to article, or more precisely, the orientation perpendicular to first length of long axis 114 in gap 108 is applied to article. Tensile force 116 is by the axis of first wall 144 and the second wall 146 in gap 108 along the face parallel to fabric and along perpendicular to knitting The axis in the face of thing scatter.So, gap 108 is changed into the open mode generally shown in Fig. 7 from inactive state 120 123.Again, the gap 108 in different lines 124 vertically interlocks, and by shorter than long axis first length 114 in gap 108 Mutually equidistant 132 be spaced apart.

With reference now to Fig. 8-11, show and upper torso is used in the form of shirt 800 according to this paper one side Apparel article, it, which has, is incorporated to dynamic ventilation gaps in shirt 800.Shirt 800 includes the ventilation gaps figure shown in Fig. 1 Case 100, ventilation gaps pattern 100 repeat in some of shirt 800.In an illustrative aspect, ventilation gaps figure Side of the case 100 along shirt, extend around shoulder seam and across the back of shirt 800.These regions of shirt 800 are usual It is exposed to highest heat and humidity from wearer, and thus gap 820 is positioned contributes in that region to poly- Collect the waste heat in article and moisture is aerated.In addition, these regions be typically due to wearer for example forward and/or to It is upper to stretch out his/her arm and be stretched power.Therefore, by the way that gap 820 is positioned in that region, gap 820 can be with Opened in response to the motion of wearer, such as in response to wearer's twisting, stretching, extension, stretching trick and/or running.

Shirt 800 generally includes torso portion 802, front side 804, rear side 806 (figure 9 illustrates), the left and of shoulder opening 808 Right shoulder opening 810.Neck opening 812 and trunk opening 814 are shown at the opposed end of torso portion 802.It is optional left Sleeve portions 816 can be connected to left shoulder opening 808, and optional right sleeve portions 818 can be connected to right shoulder opening 810.While shown as shirt, but it is contemplated herein that, apparel article can include the upper torso for wearer Other apparel articles, for example, jacket, vest, camisole, unitard, single shirt, brassiere, and the like.

Shirt 800 includes multiple gaps 820, and the plurality of gap 820 is alignd or oriented in a same direction so that works as lining When long axis of the shirt 800 perpendicular to gap 820 are stretched, gap 820 is opened in a same direction.In figures 8-11, gap 820 long axis are shown with vertically-oriented.This is only an exemplary orientation, and the orientation can be according to shirt 800 It is expected that draw direction and the desired opening direction in gap that is incorporated in shirt 820 change.At optional aspect, shirt is incorporated to In gap can be grouped into different parts, the gap in each group is alignd in the same direction, and/or can be relative to The vertical axis of shirt is at an angle of, to provide the ventilation of the power based on directionality.

Referring now to Fig. 9, the shirt of the ventilation gaps pattern 100 comprising Fig. 1 of one side according to this paper is shown 800 rearview, wherein gap are in closed structure.In fig.9, the spacing 826 between the adjacent slits 822 of linear alignment Less than the length in gap 824, gap 824 it is parallel with adjacent slits 822 and it is non-linear align, and cover adjacent slits 822 it Between spacing 826.Spacing 826 between gap 820 is shorter than the length in gap 820.Gap 820 is shown as arrangement in column 834. As described in this article, the gap 820 in adjacent column 834 is staggeredly so that is alignd with spacing 826 over there in gap 820. In this arrangement, in the absence of the linear path through more than one spacing 826 perpendicular to gap 820.This allows perpendicular to seam The tensile force that gap 820 applies is distributed in a plurality of directions across multiple gaps 820.Stated differently, since the pattern in gap 820, Therefore tensile force does not bypass any gap 108.This causes the unification in gap 820 and consistent opening.It should be noted that Fig. 8- Size, arrangement and the alignment in the gap 820 shown in 12 are provided as nonrestrictive example.Gap on shirt 800 820 a variety of constructions, arrangement and size be a variety of constructions that are possible and contemplating the gap 820 on shirt 800, arrangement and Size.The different groups in gap can be formed on shirt, wherein the gap in each group is perpendicular to expected draw direction pair Together.

Referring now to Figure 10, before showing the shirt 800 of the pattern 100 comprising Fig. 1 of one side according to this paper View, wherein gap are in open configuration.In Fig. 10, gap 820 is aligned, and is opened in a same direction.Tensile force 832 are shown as being applied to shirt 800 on the direction of the long axis in gap 820.Tensile force 832 is shown as gap 820 pull into open configuration 830.When such as shirt 800 wearer in a manner of causing the back of shirt 800 to be stretched (such as The handle of bicycle is grasped by forward extending out hand, by promoting arm forward when running, or by brandishing racket) and fortune When dynamic, the tensile force of the type can be initiated.When gap 820 becomes open configuration 830, there is provided dynamic is divulged information.As herein Described in, because the vertical position in gap 820 interlocks between row 834, power 832 is not simply via spacing 826 pass through row.On the contrary, power 832 to be to detour or zigzag path around gap 820 through row 834 and advancing, across gap 820 Distributed force 832, uniformly opens gap.

With reference to figure 11, the rearview of the shirt 800 of the pattern 100 comprising Fig. 1 of one side according to this paper is shown, Wherein gap is in open configuration.As shown in Figure 10, gap 820 is abreast alignd, and is arranged so that them in identical Side opens up.It is applied to long axis of the tensile force 832 of shirt 800 perpendicular to gap 820 and opens gap 820, by gap 820 Open configuration 830 is moved into, until no longer applying tensile force, now gap returns to its closed structure.In order to illustrate and clear Purpose, the gap 820 shown in Fig. 8-11 is depicted as dimensionally relatively large.

In implementation, the gap 820 being incorporated in shirt 800 and/or another apparel article can be smaller and/or narrower Ground spacing is opened, to provide the bigger cross section of dynamic ventilation gaps.Moreover, the gap 820 in Figure 11 is shown as across shirt 800 dorsal part 806 is connected to provide dynamic ventilation components, and the dynamic ventilation components extend to about right from about left shoulder opening 808 Shoulder opening 810.However, in Exemplary realisations, gap 820 can be divided into different groups and/or positioned at shirt 800 In different zones, and/or in a different direction from vertical axis or horizontal axis deflection.Different groups can also be different It is directed on direction, to provide dynamic opening of the gap 820 in each group in response to specific draw direction.Many options And/or arrangement is possible and contemplates many options and/or arrangement, is had with reference to structure described herein to provide The shirt and/or article of dynamic slit.

Referring now to Figure 12, the ventilation gaps figure for being incorporated to Fig. 1 in a repetitive fashion according to this paper one side is shown The front view of the apparel article 1200 of case 100, wherein gap are in the construction of closure.In fig. 12, article 1200 includes pelvis Part 1202, front side 1203, rear side 1234 (figure 13 illustrates), right leg section 1204 and left leg section 1206.Article 1200 Including waist opening 1208 and right leg opening 1210 and left leg opening 1212.Article 1200 generally also includes right side 1214, a left side Side 1216, leg portion inboard portion 1218, left legportion inboard portion 1220 and right side inboard leg portion 1218 and a left side The inguinal region 1222 that side inboard leg portion 1220 intersects in this place.While shown as shorts, however, it is contemplated that the thing Product can include trousers, half trousers, Capri pants (capri), unitard, single shirt and the like.

Article 1200 also includes the multiple gaps 1240 arranged with repetitive mode, and gap 1240 forms the length along gap 1240 Multiple parallel row 1242 of axis orientation.In an illustrative aspect, row 1242 are adjacent to the first inboard leg portion 1228 The inguinal region 1222 to be linked together in this place with the second inboard leg portion 1220 positions, and with article 1200 Vertical axis upwardly extends into about 45 degree of angle from inguinal region 1222.Row 1242 are included towards the right side of article 1200 The second front group 1226 that 1214 the first front groups 1224 upwardly extended and the left side 1216 towards article 1200 upwardly extend. In this respect, the long axis in gap 1240 are in vertically-oriented, parallel with the vertical axis of article 1200.By by this way Carry out directional slits 1240, gap 1240 can open in response to the tensile force of the long axis orientation perpendicular to gap 1240.Seam The long axis of gap 1240 can be upwardly-directed in many sides across a group or more groups of gaps 1240, with response to different drawings Stretch direction and provide dynamic ventilation for the different zones of article.This is only an exemplary arrangement in gap, and sets herein Think, gap 1240 can be arranged on the different piece of article 1200 with different groups.It should be noted that leg portion Points 1204,1206 partly or can extend to the corresponding left ankle of wearer and right ankle, formed shorts, trousers, Capri pants and the like.In such an arrangement, gap 1240 can be positioned in whole Leg portion, with to wearing The leg of person provides extra dynamic ventilation.

In fig. 12, row 1242 be arranged such that perpendicular to gap 1240 long axis pass through linear alignment gap Spacing 1228 between 1230 be applied to the tensile force of article 1200 do not change direction, around the gap with linear alignment The adjacent gap 1232 of 1230 parallel non-linear alignment detour and to advance in a zigzag in the case of cannot pass through it is subsequent Spacing 1228.Therefore, gap 1240 is opened samely.The tensile force can occur in response to the motion of the wearer of article. For example, wearer leg such as in running in the longitudinal direction or the motion on side to side surface direction can provide perpendicular to The tensile force in gap 1240, open gap 1240 and provide ventilation for the groin or lumbar region of wearer.As discussed , the different groups of gap pattern can be oriented and be positioned in different directions in the different zones of article 1200 so that Opened in response to the motion of different directions and/or the stretching of different directions in gap 1240.In addition, the orientation in gap 1240 is inclined The density of oblique or change gap 1240 in a particular area also allows the ventilation characteristic of the change across article 1200.

Other gap group can be located on article 1200, with the different piece of lower part of the body article 1200 or under The different piece of half body article 1200 provides dynamic and divulged information.The angle in the gap in lower part of the body article can pass through desired application Tensile force or motoricity to article determine.This is directed to the body with different motion degree and different motion scope not Same part.In terms of an exemplary lower part of the body article, shorts, trousers or lower part of the body article can include the pelvis of adjacent articles Partial gap, the horizontal axis or vertical axis of the gap and article are with about 9 degree of angular alignment.However, it is possible to use appoint What suitable angle (for example, in scope of 0-360 degree).In addition, in the one side of lower part of the body article, gap can To be positioned on the knee area of article and align, opened with the direction of motion in response to wearer's arm or knee.

Row 1242 in Figure 12 are shown as the gap 1240 with varying number, and each in gap 1240 is in identical Alignd on direction so that they are opened in a same direction.In this example, gap 1240 is all equal in length, and And row 1242 equably separate.As described in this article, the spacing 1228 between two gaps 1230 of linear alignment is less than flat Row in spacing 1228 and it is positioned opposite in spacing 1228 and with the length in the non-linear gap 1232 alignd in gap 1230.In this side Face, the length in all gaps 1240 are approximately twice of the length of any spacing 1228 between adjacent slits 1230.Between row 1242 Spacing 1244 can be less than the length in gap 1240, and the preferably half of the length in each gap 1240.In this side Face, gap 1240 are organized such that the power that the orientation perpendicular to gap 1240 applies must comply with through the non-linear of row 1242 Path.As shown in Figure 12, the vertical position in the gap 1240 in adjacent column 1242 be staggeredly or skew so that at least Some row in, spacing 1228 with the non-linear opposite of gap 1232 alignd of spacing 1228.

Referring now to Figure 13, the lower part of the body article 1200 depicted in figure 12 of one side according to this paper is shown Rearview, wherein gap are in the construction of closure.The rear side 1234 of article 1200 includes forming the first rear portion group 1236 and second The row 1242 of rear portion group 1238, the first rear portion group 1236 and the second rear portion group 1238 correspond roughly to the first front group 1224 and Two front groups 1226.In this respect, inward flange of the row 1242 along article 1200 is in the front side 1203 of article 1200 and rear side 1234 Between be continuous, and upwardly extended with angle of the longitudinal axis with article 1200 into about 45 degree, similar to article 1200 Front portion 1203 on arrangement.Pelvis/inguinal region that gap 1240 is constructed to the wearer of article 1200 provides ventilation.

Referring now to Figure 14, the lower part of the body article 1200 depicted in figure 12 of one side according to this paper is shown Front view, wherein gap are in substantially open construction.In fig. 14, article 1200 passes through perpendicular to the longitudinal direction of article 1200 Axis, and the tensile force of the long axis orientation in the gap 1240 for the parallel row 1242 also being normal to be formed on article 1200 1246 are stretched.As shown in Figure 14, it is logical to provide dynamic to the wearer of article 1200 to open gap 1240 for tensile force 1246 Wind.Gap 1240 can extend from the groin part of whole article 1200.As another example, the gap of formation row 1242 1240 can extend to the side 1214,1216 of article 1200 all the way up and/or extend to the waist of article 1200 and open Mouth 1208.Any and all such aspect and its any variations is envisioned in this context.

Referring now to Figure 15, the lower part of the body article 1200 depicted in figure 12 of one side according to this paper is shown Rearview, wherein gap are in substantially open construction.Similar to Figure 11, tensile force 1246 is shown perpendicular to article Longitudinal axis pulls article 1200, so as to open gap 1240.Again, due to the gap 1240 between row 1242 staggeredly Vertical arrangement, spacing 1228 relative to the short length in gap 1240 and the tight ness rating of row 1242, therefore power 1246 with word Shape mode gap 1240 of detouring is transferred through row 1242.This nonlinear path to detour allows power 1246 equal across gap 1240 It is distributed evenly, it is allowed to which gap 1240 is as one man opened, as shown in figure 14 and figure 15.

As shirt 800, article 1200 is shown having the gap 1240 with a kind of construction., can as shirt 800 To use the gap of a variety of constructions, arrangement, group and/or quantity.In this example, gap 1240 is shown as dimensionally relative It is larger, there is relatively large spacing 1228, and row 1242, in a common region, all row 1242 are at one Alignd on direction.In implementation, the gap that is used on shirt 800 and/or lower part of the body article 1200 can with it is shorter, longer, More closely it is crowded together, and/or is arranged to more or less row, or there is different orientations between different groups, And other arrangements.

Referring now to Figure 16, apparel article (such as shirt 800 divulged information according to the manufacture of this paper one side is shown Or lower part of the body apparel article 1200) illustrative methods 1600 flow chart.At the first frame 1602, there is provided fabric, such as Fig. 2 Shown in fabric 102, the fabric has first surface and relative second surface, the He of first surface 104 as shown in Figure 2 Second surface 106.At the second frame 1604, multiple gaps (all multiple gaps 108 as shown in Figure 2) are (all with repetitive mode Repeat patterns 100 as shown in Figure 1) formed on fabric.In a repeating pattern, two adjacent slits (examples of linear alignment Gap 136 as shown in Figure 1) between spacing (all spacing 131 as shown in Figure 1) be less than it is non-linear right with two gaps The length in neat gap (gap 138 in such as Fig. 1), and the gap is offset from two gaps so that non-linear alignment Spacing between the gap of gap covering linear alignment, and the gap of non-linear alignment is parallel with the gap of linear alignment. At 3rd frame 1606, fabric is formed as at least a portion of apparel article.

Gap can be integrated or be formed as in the front of article, back or side the predetermined of fabric or construct in advance Part, such as surround or the seam across article, or can be grouped on one or more positions of article it is circular, Square, rectangle or trapezoid cross section.Each group on cross-sectional area can along article vertical axis or horizontal axis or along both Change.The longitudinal axis in gap can orient along horizontal axis, vertical axis, or across article from horizontal axis or vertical axes Line tilts.In addition, each group of gap can have a gap oriented in one or more directions in the group, and can be with Gradually changing including the angle in gap when gap structure extends across article or orientation, come with the draw direction of response change Ventilation is provided.For example, one group of gap can be adjacent to the seam positioning of the bound fraction for the fabric for forming article, wherein gap is determined To into make it that they are moved apart in response to the part such as between the torso portion and arm section of shirt and open so that when When wearer to be lifted to her head by arm, the underarm areas of shirt stretches and divulged information.In addition, when ventilation gaps are opened, knitting The convex surfaces formed on every side of thing help to guide air disengaging article, enhancing ventilation.

Referring now to Figure 17, the illustrative methods of the manufacture ventilation apparel article according to this paper one side are shown 1700 flow chart.At frame 1702, there is provided fabric, such as the fabric 102 shown in Fig. 2, fabric have first surface and Two surfaces, such as first surface 104 and second surface 106 shown in Fig. 2.At frame 1704, orientation is substantially parallel to each other Multiple gaps (as shown in Figure 2 all gap 108) be cut first surface and second surface through fabric, wherein this is more At least two gaps in individual gap are linear alignments, such as the gap 136 in Fig. 1, and wherein at least two gap it Between be smaller than with least two gaps adjacent positioned and relative to the non-linear gap alignd at least two gap Length.At frame 1706, fabric is formed as at least a portion of apparel article, wherein gap is positioned on apparel article In two or more different groups, the gap in each group is alignd in a same direction.

Gap manually, mechanically (such as knife machine), or can pass through laser (such as laser cutting machine), ultrasonic wave (example Such as ultrasonic cutting machine), water jet cutting, be die cut and cut.Multiple gaps may be disposed so that in the presence of at least two lines Property alignment gap, the gap 136 in such as Fig. 3, spacing (such as the spacing in Fig. 2 wherein between the gap of linear alignment 131), less than adjacent at least two gap position and relative to the non-linear alignment at least two gaps gap (such as Adjacent gap 138 shown in Fig. 2) length.

With reference to figure 18, the illustrative methods of the improved apparel article of manufacture according to this paper one side are shown 1800.At frame 1802, there is provided fabric, such as the fabric 102 shown in Fig. 2, fabric have first surface and second surface, example First surface 104 and second surface 106 as shown in Figure 2.At frame 1804, multiple gaps (such as the gap shown in Fig. 2 108) it is incorporated into through first surface and second surface in fabric, the row of the plurality of gap formation plan-parallel structure, institute in such as Fig. 2 Spacing (example between the row 124 shown, wherein two of the linear alignment in first row gap (gap 136 as shown in Figure 2) Such as the spacing 131 in Fig. 2) it is less than the length in gap (such as gap 138 in Fig. 2) in adjacent secondary series, in first row Spacing alignd at least in part with positioning gap in a second column.At frame 1806, fabric forms apparel article at least A part, wherein when orientation of the fabric perpendicular to gap is stretched, gap is opened to be provided to the body of wearer through knitting The first surface of thing and the directapath of second surface.

According to noted earlier, it will be observed that, the present invention, which is particularly suitable, realizes all targets set forth above and mesh Together with the invention for for structure being obvious and intrinsic further advantage.It will be appreciated that some features and sub-portfolio tool There is practicality and can be used in the case of without reference to further feature and sub-portfolio.This is pre- by the scope institute of claim Phase and within the scope of the claims.Because many possible aspects can be made by the present invention without departing from its scope, It is thus appreciated that set forth herein or accompanying drawing shown in all the elements should be construed as it is illustrative and non-limiting 's.

Claims

1. a kind of apparel article of upper torso for wearer, including：Torso portion, it is suitable for enclosing in position is worn Around at least a portion extension of the trunk of wearer, the torso portion has front side, rear side, left shoulder opening, right shoulder opening, neck Portion's opening and trunk opening；And the multiple gaps arranged with repetitive mode, wherein between the two of linear alignment adjacent slits The length being smaller than with the non-linear gap alignd in described two gaps, and the gap is inclined from described two gaps Move so that the spacing between the gap of the gap covering linear alignment of non-linear alignment, and non-linear alignment The gap is parallel with the gap of linear alignment.

2. apparel article according to claim 1, wherein, parallel structure is formed with the multiple gap of the repetitive mode At least two made arrange, and each row in the row have at least two gaps of linear alignment.

3. apparel article according to claim 2, wherein, the adjacent seam of the linear alignment in either rank in the row The length in the gap of the spacing between the gap of the covering linear alignment in gap ratio adjacent column between gap is short.

4. apparel article according to claim 3, wherein, the gap in each row in the row has identical Length and by the first apart.

5. apparel article according to claim 4, wherein, the length in gap is short described in first gap ratio.

6. apparel article according to claim 5, wherein, the row are by second spacing shorter than the length in the gap point Separate.

7. apparel article according to claim 2, wherein, the long axis in the gap in gap and adjacent column in each row A part of vertical alignment.

8. apparel article according to claim 2, wherein, the article includes at least one of following：Braided fabric； With knitting fabric.

9. apparel article according to claim 2, wherein, the gap from the vertical axis deflection of the apparel article simultaneously And the directapath formed between the skin of wearer and the external environment condition of the article.

10. apparel article according to claim 1, wherein, at least a portion in the gap is in the apparel article One group of parallel row is formed on rear side.

11. apparel article according to claim 1, it is additionally included in left shoulder opening respectively and right shoulder opening is attached to institute State the left sleeve portions of torso portion and right sleeve portions.

12. a kind of apparel article of the ventilation of upper torso for wearer, including：Torso portion, it is suitable for wearing At least a portion of trunk in position around wearer extends, and the torso portion has front side, rear side, left shoulder opening, the right side Shoulder opening, neck opening and trunk opening；And the multiple gaps oriented each other are substantially parallel to, wherein the multiple gap In at least two gap linear alignments, wherein being smaller than and at least two gap between at least two gap Adjacent positioned and the length in gap relative to the non-linear alignment at least two gaps, and wherein described gap positioning In two or more different groups on the apparel article, the gap in each group is right in a same direction Together.

13. apparel article according to claim 12, wherein at least a portion in the multiple gap is from the clothes The vertical axis deflection of article, and at least a portion in wherein described gap forms multiple parallel row.

14. apparel article according to claim 12, wherein, at least a portion in the gap is positioned at the clothes thing On the rear side of product.

15. apparel article according to claim 12, wherein, at least a portion in the gap is positioned at the clothes thing Between the left shoulder opening and right shoulder opening and the trunk opening of the difference of product.

16. apparel article according to claim 12, it is additionally included in left shoulder opening respectively and right shoulder opening is attached to The left sleeve portions and right sleeve portions of the torso portion, wherein at least a portion in the gap is adjacent to the apparel article Neck opening positioning.

17. a kind of improved apparel article of upper torso for wearer, including：Torso portion, it is suitable for wearing At least a portion of trunk in position around wearer extends, and the torso portion has front side, rear side, left shoulder opening, the right side Shoulder opening, neck opening and trunk opening；And form multiple gaps of multiple row of plan-parallel structure, the wherein line in first row Property alignment two gaps between the gap for being smaller than positioning in adjacent secondary series length, wherein the first row In the spacing alignd at least in part with the gap positioned in the adjacent secondary series, and wherein when described When orientation of the article perpendicular to the gap is stretched, the gap is opened, to be provided to wearer's body through the article Directapath.

18. apparel article according to claim 17, wherein, at least a portion in the multiple gap is positioned at described At least one lower section in the left shoulder opening and the right shoulder opening of the difference of apparel article.

19. apparel article according to claim 18, wherein, at least a portion in the multiple gap is positioned at described On the rear side of apparel article.

20. apparel article according to claim 19, it is additionally included in left shoulder opening respectively and right shoulder opening is attached to The left sleeve portions and right sleeve portions of the torso portion.