JPH0928410A - Footwear insole - Google Patents
Footwear insoleInfo
- Publication number
- JPH0928410A JPH0928410A JP7201612A JP20161295A JPH0928410A JP H0928410 A JPH0928410 A JP H0928410A JP 7201612 A JP7201612 A JP 7201612A JP 20161295 A JP20161295 A JP 20161295A JP H0928410 A JPH0928410 A JP H0928410A
- Authority
- JP
- Japan
- Prior art keywords
- cloth
- pile
- cushion material
- warp
- sub
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Landscapes
- Footwear And Its Accessory, Manufacturing Method And Apparatuses (AREA)
Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明は、靴、サンダル、スリッ
パ、靴中敷、下駄等の履物類の足裏に接する足裏当接箇
所に、履物類の本体を構成する部材として、或いは、取
替自在な中敷として使用する物（以下、「履物足敷」と
言うことにする。）に関するものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention is used as a member constituting a main body of footwear at a foot contact portion which comes into contact with the sole of footwear such as shoes, sandals, slippers, insoles, and geta, or The present invention relates to an article used as a replaceable insole (hereinafter referred to as "footwear footbed").
【０００２】[0002]
【従来の技術】履物類の足裏の接する足裏当接箇所に
は、長時間着用中に足裏からの発汗による蒸れをなくす
ために、木や竹等の天然植物や皮革や布帛等の吸湿性を
有する履物足敷や、連続気泡によって構成されていて通
気性を有する発泡樹脂製の履物足敷が主として使用さ
れ、通気性や吸湿性を有しない非発泡樹脂に成るもので
は、貫通孔や凹凸を表面に付け、着用中に履物と足裏の
間に湿気が籠もらないようにしている。2. Description of the Related Art In order to prevent stuffiness caused by sweating from the soles of shoes when wearing them for a long time, natural plant such as wood or bamboo, leather or cloth should be attached to the sole contact points where the soles of footwear come into contact. A foot pad with a hygroscopic property or a foot pad made of foamed resin, which is composed of open cells and has breathability, is mainly used, and a non-foamed resin that does not have breathability or hygroscopicity is used. The surface has unevenness and unevenness so that moisture does not collect between the footwear and the sole of the foot while wearing.
【０００３】[0003]
【発明が解決しようとする課題】然るに、布帛や発泡樹
脂に成る通気性を有する履物足敷は多孔質構造を成すも
のであるから、そこに付着した足の皮膚の微粉や垢その
他の塵埃（以下、単に塵埃と言う。）は微細な内部空隙
へと滲み込んで除去し難く、その内部に入り込んだ塵埃
が吸湿して履物中敷全体が湿気を帯び易くなる。一方、
表面に凹凸や貫通孔を付けた非発泡樹脂に成る履物足敷
では、その非発泡樹脂が非吸湿性であるから、塵埃が履
物足敷素材の内部に滲み込むと言うことはないが、その
凹凸や貫通孔が機械的に強制的に付けられるもので緻密
には付けられず疎らになっているので、その凹部や貫通
孔に付着した塵埃は洗浄除去し得るとしても、それらが
疎らであるが故に足裏と履物足敷との密着面積が大き
く、その密着部分に蒸れを生じる。However, since breathable footwear made of cloth or foamed resin has a porous structure, fine powder, dirt, or other dust on the skin of the foot attached to it ( Hereinafter, simply referred to as dust) is difficult to be removed because it permeates into the fine internal voids, and the dust that has entered the interior absorbs moisture, and the entire footwear insole tends to be moistened. on the other hand,
In footwear foot pads made of non-foamed resin with irregularities or through holes on the surface, since the non-foamed resin is non-hygroscopic, it is not said that dust will soak into the footwear footwear material. Since the unevenness and the through holes are mechanically forcedly attached and are not densely attached and are sparse, the dust adhering to the recesses and the through holes can be washed and removed, but they are sparse. Therefore, the contact area between the sole and the foot sole is large, and stuffiness occurs in the contact area.
【０００４】[0004]
【発明の目的】そこで本発明は、着用中の蒸れ等をなく
し、付着した塵埃も容易に洗浄除去することが出来、足
裏当接箇所を常にクリーンに保つことも出来る履物足敷
を提供しようとするものである。It is therefore an object of the present invention to provide a footwear sole which eliminates stuffiness during wearing, easily removes dust adhering to it, and can keep the sole contact portion always clean. It is what
【０００５】[0005]
【課題を解決するための手段】本発明に係る履物足敷
は、パイル布帛の裏面にクッション材を裏打積層して成
り、透水性を有することを特徴とするものである。The footwear sole according to the present invention is characterized in that it is made of a pile cloth backing and laminated with a cushion material and has water permeability.
【０００６】パイル布帛は、基布からパイル繊維が房状
に突き出ており、その突き出たパイル繊維が基布の片面
にパイル層を形成した繊維構造物であり、それにはモケ
ット織機やタオル織機、ウイルトンカーペット織機等の
パイル織機によって織成されたパイル織物、ダブルラッ
シェル経編機その他のパイル編機によって編成されたパ
イル編物、タフテッド機その他の植毛ミシンによってパ
イルを基布に差し込んで形成されたタフテッドパイル布
帛、ニードルパンチングにより繊維ウエブの表面に一部
の繊維を房状に突き出したニードルパンチングフエル
ト、パイル片（繊維破片・フロッキー）を基布に静電植
毛した静電植毛布帛が使用される。[0006] A pile fabric is a fiber structure in which pile fibers protrude from a base fabric in a tuft shape, and the protruding pile fibers form a pile layer on one surface of the base fabric. The pile fabric includes a moquette loom or a towel loom, Pile fabrics woven by pile looms such as Wilton carpet looms, pile knits knitted by double Raschel warp knitting machines and other pile knitting machines, tufted machines and other tufts formed by inserting piles into a base cloth by a flocking sewing machine. Ted pile cloth, needle punching felt in which some fibers are projected in tufts on the surface of the fiber web by needle punching, and electrostatic flocking cloth in which pile pieces (fiber fragments / flockies) are electrostatically flocked to the base cloth are used. .
【０００７】クッション材は、圧縮荷重を受けて厚みを
減じ、その圧縮荷重が取り去られて元の厚みを弾性的に
回復するクッション性を有するものであるが、そのクッ
ション性の度合いは、平均的体重に相応する３００ｇ／
ｃｍ2 の圧縮荷重を１時間作用させたときに厚みが１％
以上減じており、その圧縮荷重を取り去った１時間後に
は減じた厚み分（圧縮歪）の１０％以上を回復するもの
であればよい。従って、クッション材には、発泡樹脂シ
ート、パイル布帛その他の厚手の布帛の他に、圧縮歪が
生じ難い非発泡樹脂シートや、それとは逆に、弾性回復
力が弱く圧縮歪を弾性回復するには相当の時間を要する
嵩高で厚手のニードルパンチングフエルト等をも使用す
ることが出来る。The cushioning material has a cushioning property of receiving a compressive load to reduce its thickness, and removing the compressive load to elastically restore the original thickness. The degree of the cushioning property is average. 300g /
When a compressive load of cm 2 is applied for 1 hour, the thickness is 1%
As long as it is reduced as described above and one hour after the compression load is removed, 10% or more of the reduced thickness (compression strain) can be recovered. Therefore, for the cushion material, in addition to foamed resin sheets, pile cloth and other thick cloths, non-foamed resin sheets that are unlikely to cause compressive strain, and conversely, elastic recovery force is weak and elastic recovery of compressive strain is possible. Can use bulky and thick needle punching felts which require a considerable amount of time.
【０００８】履物足敷の有する透水性は、その片面に垂
れ流したアルコールを含んだ水が１分以内に他の片面ま
で滲み出る程度のものであればよい。尚、そのように透
水性の程度を調べるための水にアルコールを含ませる理
由は、履物足敷が撥水性を有する防汚剤や抗菌剤、付香
剤などの仕上剤を付与して仕上げられたものであって
も、それが撥水性を有するが故に透水性を有しないかの
如き誤解をなくすためである。従って本発明に言う「透
水性」とは高度の通気性、高度の透湿性をも意味する。The water permeability of the footwear may be such that the water containing alcohol that has flowed down on one side thereof oozes to the other side within 1 minute. In addition, the reason why alcohol is included in water for examining the degree of water permeability is that footwear is finished by adding finishing agents such as antifouling agents, antibacterial agents, and fragrances having water repellency. This is to eliminate the misunderstanding that it has no water permeability because it has water repellency. Therefore, the term "water permeability" as used in the present invention also means high breathability and high moisture permeability.
【０００９】このように履物足敷が透水性を有するもの
であるから、パイル布帛とクッション材も透水性を有す
るものでなければならない。従ってクッション材が非発
泡樹脂シート、例えば連続気泡を有しないゴムシートの
ように透水性を有しない材料に成るものであれば、それ
に透水孔を穿設して透水性にする。パイル布帛としてパ
イル織物、パイル編物、或いは、タフテッドパイル布帛
を使用する場合において、パイルを基布に固定するため
にパイル布帛の裏面に接着剤を全面塗布して裏打加工を
行う場合には、その塗布直後に、パイル布帛の片面から
高圧（圧縮）空気（気流）を作用させ、或いは、バキュ
ームによって吸引する等して、表裏に向かう気流をパイ
ル布帛に作用させ、接着剤の塗膜の一部を破って透水孔
を形成するとよい。透水性を有する静電植毛布帛を得る
には、パイル片を静電植毛する基布にネット状の目粗な
基布を使用するとよいが、その場合にも、静電植毛する
ために基布に塗布したバインダーの塗膜に対して気流を
作用させ、その塗膜に透水孔を形成するとよい。Since the footwear is water-permeable as described above, the pile cloth and the cushion material must also be water-permeable. Therefore, if the cushion material is made of a non-foamed resin sheet, for example, a material having no water permeability such as a rubber sheet having no open cells, water-permeable holes are formed in the cushion material to make it water-permeable. When using a pile woven fabric, a pile knitted fabric, or a tufted pile fabric as the pile fabric, in the case of applying the entire surface of the adhesive to the back surface of the pile fabric to fix the pile to the base fabric and performing the backing process, Immediately after the application, high-pressure (compressed) air (air flow) is applied from one side of the pile fabric, or suction is performed by vacuum, and the air flow toward the front and back is applied to the pile fabric, and one of the coating films of the adhesive is applied. It is advisable to break the portion to form a water-permeable hole. In order to obtain an electrostatic flocking cloth having water permeability, it is preferable to use a net-like coarse-grained base cloth as the base cloth for electrostatically flocking pile pieces, but even in that case, the base cloth for electrostatic flocking is also used. It is advisable to apply an air flow to the coating film of the binder applied to the above to form water-permeable holes in the coating film.
【００１０】パイル布帛とクッション材の裏打積層は、
それらを貼り合わせて行うが、その貼り合わせは、パイ
ル布帛とクッション材の何れか一方が溶剤や加熱によっ
て接着性を帯びるものであれば接着剤を用いずに行い、
接着剤を用いて行う場合はそれを部分的に塗着するか、
上記の如く接着剤の塗膜に気流を作用させる。尚、非透
水性パイル布帛と非透水性クッション材を貼り合わせて
履物足敷をつくる場合には、その貼り合わせた後に表裏
に貫通した貫通孔を穿孔して透水性を付与すればよい。The backing lamination of pile fabric and cushion material is
These are bonded together, but the bonding is performed without using an adhesive as long as one of the pile fabric and the cushioning material is adhesive by solvent or heating,
If you do it with glue, either partially coat it,
An air flow is applied to the coating film of the adhesive as described above. When a foot pad is made by pasting a non-water-permeable pile cloth and a non-water-permeable cushioning material on each other, through-holes may be bored through the front and back to provide water permeability.
【００１１】パイル布帛のパイルは、カットパイルとル
ープパイルの何れでもよく、カットパイルとループパイ
ルが混在するものであってもよく、又、一部のパイルが
他のパイルよりも固まった塊状を成すものであってもよ
い。パイル面の一部に他のパイルよりも固まった塊状の
パイルを形成するには、他のパイルよりも熱収縮し易い
太デニールの熱可塑性合成繊維を用いて他のパイルより
も長いループパイルをパイル面に点在するように形成し
たパイル布帛を加熱し、その長いループパイルを熱収縮
させればよく、その際、ループパイルが熱溶融する程度
に加熱すれば硬く固まった塊状のパイルが形成される。
パイル繊維には羊毛繊維その他の通常カーペットに使用
されている単糸繊度が３〜１０デニールの繊維を使用す
ることも出来るが、好ましくは単糸繊度が３０デニール
以上、更に好ましくは単糸繊度が１００デニール以上の
フイラメント糸を使用することが推奨される。ただ、そ
のようにパイル繊維の単糸繊度が３０デニール以上、特
に１００デニール以上になると、パイル繊維の先端から
足圧に対する反力として作用する足裏への刺激が大きく
なり、靴下も摩耗し易くなるので、パイルはループパイ
ルにするか又は、断面が扁平形を成し繊維軸芯方向に折
れ曲がった捲縮（クリンプ）を有する扁平繊維をパイル
繊維に用いる。この場合の「扁平繊維」とは、繊維の断
面が扁平形を成し、その幅が厚み４倍以上となる繊維を
意味し、その場合のパイル繊維の太さや断面形状は、パ
イル繊維がテープヤーンであれば、そのモノフイラメン
トの太さや断面形状を意味するが、テープヤーンの長さ
方向に長く続く細かいスリット（切り溝）を入れたスプ
リットヤーンにおいては、その幅方向において隣合うス
リット間に長く続く部分の太さや断面形状を意味する。
と言うのは、スプリットヤーンに成るパイル布帛では、
スプリットヤーンはパイル長（高さ）に応じた短い長さ
に切断された恰好になってパイルを形成しており、その
スリット間に長く続く部分がパイル片となってパイルを
形成しているからである。このように扁平繊維が推奨さ
れるのは、それによってカットパイルを形成する場合で
あり、ループパイルを形成する場合には扁平繊維のみな
らず通常の非扁平つまり繊維の断面における幅が厚み４
倍未満となる円形断面の円形繊維を使用してもよい。要
するに、パイル布帛のパイルは、単糸繊度が１００デニ
ール以上のモノフイラメントによるループパイル、又
は、単糸繊度が１００デニール以上で繊維軸芯方向に折
れ曲がった捲縮（クリンプ）を有する扁平モノフイラメ
ントによるカットパイルが推奨されると言う訳である。The pile of the pile cloth may be either cut pile or loop pile, or may be a mixture of cut pile and loop pile, and some piles may be in the form of lumps that are harder than other piles. It may be made. To form a lump pile that is harder than other piles on a part of the pile surface, use a thick denier thermoplastic synthetic fiber that is easier to heat shrink than other piles and use a loop pile that is longer than other piles. It is only necessary to heat the pile fabric that is formed so as to be scattered on the pile surface and heat-shrink the long loop pile. At that time, if it is heated to the extent that the loop pile heat-melts, a hard and solid lump pile is formed. To be done.
As the pile fibers, wool fibers and other fibers having a single yarn fineness of 3 to 10 denier, which are commonly used in carpets, can be used, but the single yarn fineness is preferably 30 denier or more, more preferably the single yarn fineness. It is recommended to use filament yarns of 100 denier and above. However, when the single yarn fineness of the pile fiber is 30 denier or more, particularly 100 denier or more, the irritation to the sole of the foot, which acts as a reaction force against the foot pressure from the tip of the pile fiber, is increased, and the socks are easily worn. Therefore, the pile is a loop pile, or flat fibers having a flat cross section and crimps bent in the axial direction of the fiber are used for the pile fibers. The "flat fiber" in this case means a fiber whose cross section has a flat shape and whose width is 4 times or more the thickness. In this case, the pile fiber has a thickness and a cross-sectional shape that the pile fiber is a tape. If it is a yarn, it means the thickness and cross-sectional shape of the monofilament, but in the case of a split yarn that has fine slits (cutting grooves) that continue long in the length direction of the tape yarn, it is between the adjacent slits in the width direction. It means the thickness and cross-sectional shape of a long-lasting part.
This means that in a pile fabric made of split yarn,
The split yarn is cut into a short length according to the pile length (height) to form a pile, and the long part between the slits forms a pile piece to form a pile. Is. In this way, flat fibers are recommended when forming cut piles by using them, and when forming loop piles, not only flat fibers but also ordinary non-flat fibers, that is, the width in the cross section of the fiber is 4
Circular fibers with a circular cross section that is less than double may be used. In short, the pile of the pile fabric is a loop pile made of a monofilament having a single yarn fineness of 100 denier or more, or a flat monofilament having a crimp that is bent in the fiber axis direction and has a single yarn fineness of 100 denier or more. In other words, cut pile is recommended.
【００１２】[0012]
【実施の態様１】図１と図２に図示する履物足敷３３
は、基布３１にパイル３２をタフテイングしたタフテッ
ドパイル布帛２７にクッション材１９を貼り合わせて形
成されている。クッション材１９には、経編ネット３４
を芯地とし発泡樹脂組成物１６を塗着して表裏対称に突
き出た発泡樹脂１６による凸部２６を形成したネット状
発泡樹脂シートが使用されている。経編ネット３４は主
経糸１１と副経糸１３・１４とで編成され、その主経糸
１１がウエール方向Ｗに真っ直ぐに鎖編列１２・１２′
・１２″……を形成し、副経糸１３・１４がそれらの鎖
編列１２・１２′・１２″……の間をラッピングして連
結しており、それらの各鎖編列１２、１２′、１２″…
…の間の隙間Ｇにはラッピングする副経糸１３・１４に
よって数コース毎に仕切られてウェール方向Ｗに続くネ
ット孔１５が形成されている。発泡樹脂組成物１６はネ
ット孔１５を塞ぐことなく主経糸１１と副経糸１３・１
４に塗着され、発泡樹脂組成物１６に被覆された鎖編列
１２・１２′・１２″……を縦列１７とし発泡樹脂組成
物１６に被覆されたラッピングする副経糸１３・１４を
横列１８とするこれらの縦列１７と横列１８とに囲まれ
た空隙孔３６が経編ネット３４のネット孔１５の中に形
成されている。クッション材（ネット状発泡樹脂シー
ト）１９の凸部２６は、その空隙孔３６を凹部とするも
のであり、主経糸１１と副経糸１３・１４を被覆して発
泡した発泡樹脂１６によって形成されている。First Embodiment Footwear sole 33 shown in FIGS. 1 and 2
Is formed by adhering the cushion material 19 to the tufted pile cloth 27 in which the pile 32 is tufted to the base cloth 31. The cushion material 19 has a warp knitting net 34.
The net-shaped foamed resin sheet is used in which the foamed resin composition 16 is applied as the interlining and the convex portions 26 of the foamed resin 16 protruding symmetrically on the front and back sides are formed. The warp knitting net 34 is knitted by the main warp yarn 11 and the sub warp yarns 13 and 14, and the main warp yarn 11 is straight in the wale direction W and is a chain knitting line 12 and 12 '.
.. 12 "..., and the sub warp yarns 13 and 14 are connected by wrapping between the chain knitting rows 12, 12 ', 12" ... and their respective chain knitting rows 12, 12', 12 ″…
A net hole 15 is formed in the gap G between the spaces, which is divided by the wrapping sub-warps 13 and 14 every several courses and continues in the wale direction W. The foamed resin composition 16 does not block the net hole 15 and the main warp yarn 11 and the sub warp yarn 13.1.
4, the chain knitting rows 12, 12 ′, 12 ″, which are applied to the foamed resin composition 16 and covered by the foamed resin composition 16, are the longitudinal rows 17, and the wrapping auxiliary warp threads 13, 14 covered by the foamed resin composition 16 are the lateral rows 18. A void hole 36 surrounded by these vertical rows 17 and horizontal rows 18 is formed in the net hole 15 of the warp knitting net 34. The convex portion 26 of the cushion material (net-shaped foamed resin sheet) 19 is The void 36 is used as a recess, and is formed of a foamed resin 16 that covers and foams the main warp yarn 11 and the sub warp yarns 13 and 14.
【００１３】即ち、各鎖編列１２には第１副経糸１３と
第２副経糸１４との二つの副経糸が配列され、それらの
副経糸１３・１４が同時に数コースにわたって鎖編列１
２′に編み込まれずに続いてから左右の鎖編列１２′・
１２″へと分かれて編み込まれており、隣り合う鎖編列
間１２と１２′、１２′と１２″………で第１副経糸１
３と第２副経糸１４がＸ字状に交叉し、その交叉する第
１副経糸１３と第２副経糸１４および隣り合う二つの鎖
編列１２と１２′（１２′と１２″、………）によっ
て、副経糸の交叉点を頂点２０として共有し鎖編列１２
・１２′をそれぞれの底辺とする２個の三角形２１と２
２が各鎖編列間１２と１２′、１２′と１２″………に
形成されており、それらの三角形２１と２２によって各
鎖編列間１２と１２′、１２′と１２″………の隙間Ｇ
が仕切られてネット孔１５が形成され、且つ、それらの
三角形２１と２２とネット孔１５とがコース方向Ｃにも
連続して形成されており、発泡樹脂１６は、各鎖編列１
２を中心にして交叉する第１副経糸１３と第２副経糸１
４に囲まれた２個の三角形２１と２２とにまたがって経
編ネット３４の表裏に突き出た凸部２６を形成してお
り、三角形２１と２２を構成する主経糸１１と第１副経
糸１３と第２副経糸１４が凸部２６の中に発泡樹脂１６
に包まれて介在している。That is, two sub-warps, that is, a first sub-warp yarn 13 and a second sub-warp yarn 14, are arranged in each chain knitting line 12, and these sub-warp yarns 13 and 14 are simultaneously arranged over several courses.
2 ', without being woven into 2'
The first sub-warp yarn 1 is knitted separately into 12 ", and the space between the adjacent chain knitting rows 12 and 12 ', 12' and 12" ...
3 and the second sub-warp yarn 14 intersect in an X shape, and the intersecting first sub-warp yarn 13 and second sub-warp yarn 14 and two adjacent chain knitting rows 12 and 12 '(12' and 12 ", ... ), The intersection point of the sub-warps is shared as the apex 20 and the chain stitch 12
.Two triangles 21 and 2 each having a base 12 '
2 are formed between the chain braids 12 and 12 ', 12' and 12 "..., and the triangles 21 and 22 of the chain braids 12 and 12 ', 12' and 12" ... Gap G
Are partitioned to form a net hole 15, and the triangles 21 and 22 and the net hole 15 are continuously formed in the course direction C as well.
First sub-warp yarn 13 and second sub-warp yarn 1 intersecting with each other around 2
The projecting portions 26 protruding to the front and back of the warp knitting net 34 are formed across the two triangles 21 and 22 surrounded by 4, and the main warp yarn 11 and the first sub warp yarn 13 forming the triangles 21 and 22 are formed. And the second sub-warp yarn 14 has the foam resin 16 in the convex portion 26.
It is wrapped in and intervenes.
【００１４】経編ネット３４の鎖編列間の隙間Ｇは、経
糸の太さにもよるが、概して３ｍｍ以上で５〜２０ｍｍ
前後にし、ネット孔１５は直径３ｍｍ以上の円が内接す
る程度の大きさにする。発泡樹脂１６は、ミキサーによ
って泡立てる機械発泡によるものでも発泡剤の分解ガス
によって発泡を形成する化学発泡によるものでもよく、
その樹脂には塩化ビニル系のものやポリウレタン系のも
の等、種々の樹脂が用いられる。The gap G between the chain stitches of the warp knitting net 34 depends on the thickness of the warp yarn, but is generally 3 mm or more and 5 to 20 mm.
Before and after, the net hole 15 has a size such that a circle having a diameter of 3 mm or more is inscribed. The foamed resin 16 may be a mechanical foaming foamed by a mixer or a chemical foaming foamed by a decomposition gas of a foaming agent,
Various resins such as vinyl chloride type and polyurethane type are used as the resin.
【００１５】パイル布帛２７とクッション材１９の貼り
合わせは、接着剤３５の裏打塗工と同時に行ってもよい
が、その接着剤３５か発泡樹脂１６の一方が塩化ビニル
のように熱融着性を有するものである場合には、その塗
布３１とパイル３２を接着するために裏打塗工した接着
剤３５を一旦固化してから行うとよい。パイル３２は空
隙孔３６か各経緯３７、３８間に形成された目粗な織基
布３１に経糸３７の配列間隔の約２倍の粗いタフトゲー
ジをもってタフテイングされ、そのバックステッチ面に
は塩化ビニルを主材とする接着剤３５が空隙孔３６を閉
ぐことなく塗工されている。図１と図２において、経編
ネット３４の鎖編列１２の間隔Ｇは基布３１の経糸間隔
の約３倍になっており、第１副経糸１３と第２副経糸１
４は３コースに亘って鎖編列１２に左右にラッピングさ
れて編み込まれ、それに続く３コースに亘って鎖編列に
編み込まれず、その後左右隣合う鎖編列１２へと移動し
て編み込まれ、このようにして隣り合う鎖編列間をジグ
ザグにウェール方向に続く。発泡樹脂１６には塩化ビニ
ルペーストレジンを主材とするものが用いられ、塗工し
た接着剤３５の固化後に接着剤３５とクッション材１９
との貼り合わせ面が粘着性を帯びる程度に加熱してから
圧着している。The pile cloth 27 and the cushion material 19 may be adhered to each other at the same time as the backing coating of the adhesive 35. However, one of the adhesive 35 and the foamed resin 16 is heat-fusing like vinyl chloride. In the case where the adhesive 31 and the pile 32 are adhered, it is preferable that the backing-coated adhesive 35 for adhering the application 31 and the pile 32 is once solidified. The pile 32 is tufted with a coarse tuft gauge that is about twice the arrangement interval of the warp yarns 37 on the coarse woven base fabric 31 formed between the void holes 36 or the respective warps 37 and 38, and its backstitch surface is covered with vinyl chloride. The adhesive 35 as a main material is applied without closing the voids 36. 1 and 2, the gap G between the chain knitting rows 12 of the warp knitting net 34 is about three times the gap between the warp yarns of the base fabric 31, and the first sub warp yarn 13 and the second sub warp yarn 1
No. 4 is knitted by being lapped right and left on the chain knitting row 12 over three courses, is not knitted on the chain knitting row 12 over the following three courses, and is then moved to the left and right adjacent chain knitting rows 12 and knitted in this way. And zigzag between adjacent chain stitches in the wale direction. As the foamed resin 16, a resin whose main material is vinyl chloride paste resin is used, and the adhesive 35 and the cushion material 19 are solidified after the applied adhesive 35 is solidified.
It is pressure-bonded after heating to such an extent that the surface to be bonded with and becomes sticky.
【００１６】クッション材１９は、経編ネット３４に発
泡樹脂１６を塗工し、その表裏をパイル布帛裏面に接着
せず、パイル布帛とは切り離された状態で形成されるの
で芯地３４はクッション材１９の中心部に介在し、その
凸部２６はネット孔１５を囲む編糸１１・１３・１４を
包む皮膜として形成され、その凸部２６の内部には太い
鎖編列１２を中心にして周囲を副経糸１３・１４が囲む
ように介在するので、それらの編糸１１・１３・１４に
よって凸部２６は上下左右から補強されて耐摩耗性の優
れたものとなる。発泡樹脂１６を補強する経編ネットの
鎖編ネットの鎖編列１２・１２′の間は、交叉する副経
糸１３・１４と鎖編列１２・１２′とで結ばれる部分２
１・２２を発泡樹脂で接合しており、それらの接合部分
２１・２２が鎖編列１２に密着し発泡樹脂１６と一体に
なった弾性構造物を構成しているので、履物足敷３３は
揉み洗いし易く、揉み洗いによって裏面に弛み皺等が入
ったりせず、その後も形状安定に保たれる。クッション
材１９はネット孔１５を隙間として有するので、ネット
状基布３１によって得られるパイル布帛２７の通気・透
水性を損なわず、一方、そのようなクッション材１９の
孔１５は編糸１１・１３・１４によって丸く縁取られて
いるので、その孔１５の周囲から亀裂が生じると言うこ
ともない。かくして、可撓性に富み耐摩耗・耐洗濯・耐
水性に優れたクッション性のある履物足敷が得られる。Since the cushion material 19 is formed by coating the warp knitting net 34 with the foamed resin 16 and by not adhering the front and back surfaces to the back surface of the pile cloth and separating it from the pile cloth, the interlining 34 is a cushion. The convex portion 26 which is interposed in the central portion of the material 19 is formed as a film for wrapping the knitting yarns 11, 13 and 14 surrounding the net hole 15, and the convex portion 26 is surrounded by the thick chain knitting line 12 as a center. Since the sub warp yarns 13 and 14 are interposed so as to surround the convex warp yarns 13 and 14, the convex portions 26 are reinforced from above, below, left and right by the knitting yarns 11, 13, and 14 and have excellent wear resistance. Between the chain knitting rows 12 and 12 'of the chain knitting net of the warp knitting net that reinforces the foamed resin 16, a portion 2 connected by the sub warp threads 13 and 14 intersecting and the chain knitting row 12 and 12'.
Since the first and the second parts 22 and 22 are joined by the foamed resin, and the joined parts 21 and 22 are in close contact with the chain knitting row 12 to form the elastic structure integrated with the foamed resin 16, the footbed 33 is kneaded. It is easy to wash, and after rubbing and washing, the back surface does not have slacks and wrinkles, and the shape is kept stable thereafter. Since the cushion material 19 has the net holes 15 as gaps, the air permeability and water permeability of the pile cloth 27 obtained by the net-shaped base cloth 31 are not impaired, while the holes 15 of the cushion material 19 have the knitting yarns 11 and 13. -Because it is rounded by 14, the crack does not occur around the hole 15. Thus, a footwear footbed that is highly flexible, has excellent wear resistance, washing resistance, and water resistance and has cushioning properties can be obtained.
【００１７】[0017]
【実施の態様２】図３と図４に図示する履物足敷３３
は、基布３１にパイル３２をタフテイングしたタフテッ
ドパイル布帛２７に、上布と下布を連結糸で連結した二
重布帛構造のクッション材１９を接着剤によって貼り合
わせて形成されている。このようなクッション材１９
は、上布と下布を一定間隔をおいて上下二重に同時に織
成または編成する過程において、それら上布と下布の間
に連結糸４０を配置し、その連結糸４０を上布と下布の
間で往復させつつ上布と下布に交互に接結させて織成ま
たは編成される。Embodiment 2 Footwear sole 33 shown in FIGS. 3 and 4
Is formed by adhering a cushion material 19 having a double cloth structure in which an upper cloth and a lower cloth are connected by a connecting thread to a tufted pile cloth 27 obtained by tufting piles 32 on a base cloth 31 with an adhesive. Such cushion material 19
In the process of simultaneously weaving or knitting the upper cloth and the lower cloth in the upper and lower doubly at regular intervals, a connecting thread 40 is arranged between the upper cloth and the lower cloth, and the connecting thread 40 is referred to as the upper cloth. It is woven or knitted by alternately connecting the upper cloth and the lower cloth while reciprocating between the lower cloth.
【００１８】図３は、織成されたクッション材１９を図
示するものであり、上布は上地経糸４１と上締経糸４２
の間で上緯糸４３を挟持して織成され、下布は下地経糸
４４と下締経糸４５の間で下緯糸４６を挟持して織成さ
れ、連結糸４０は、上緯糸４３と下緯糸４６を各々２本
織り込む毎に交互に１本の上緯糸４３の上を越え１本の
下緯糸４６の下に潜って上布と下布の間に織り込まれて
上布と下布を連結している。このような二重織物構造の
クッション材を織成するには、実公昭５５−２０４５号
や特公昭５０−１０９８２号等に記載されている周知の
ダブルパイル織機を使用すればよい。FIG. 3 illustrates the woven cushion material 19, in which the upper cloth is the upper warp yarn 41 and the upper tightening warp yarn 42.
And the lower cloth is woven by sandwiching the lower weft 46 between the base warp yarn 44 and the lower tightening warp yarn 45, and the connecting yarn 40 is formed by the upper weft yarn 43 and the lower weft yarn. Every time two weaves of 46 are alternately woven, they cross over one upper weft yarn 43 alternately and dive under one lower weft yarn 46 to be woven between the upper cloth and the lower cloth to connect the upper cloth and the lower cloth. ing. In order to weave such a cushion material having a double woven structure, a well-known double pile loom described in JP-B-55-2045 and JP-B-50-10982 may be used.
【００１９】図４は、編成されたクッション材を図示す
るものであり、上布は上地経糸によって編成される上鎖
編列４７と上鎖編列４７を上副経糸４８によって連結し
て編成され、下布は下地経糸によって編成される下鎖編
列４９と下鎖編列４９を下副経糸５０によって連結して
編成され、それらの上鎖編列４９の編目と下鎖編列４９
の編目に交互に連結糸４０を編み込んで上布と下布が連
結されている。このよう二重編物構造のクッション材を
編成するには、特開昭５５−１０７５６１号や特公昭５
８−２４５４１号に記載されている周知のダブルパイル
編機を使用すればよい。FIG. 4 illustrates a knitted cushion material. The upper cloth is knitted by connecting an upper chain knitting row 47 knitted by upper ground warp and an upper chain knitting row 47 by an upper sub warp 48, The lower cloth is knitted by connecting the lower chain knitting row 49 and the lower chain knitting row 49 knitted by the base warp by the lower sub warp thread 50, and the stitches of the upper chain knitting row 49 and the lower chain knitting row 49.
The upper cloth and the lower cloth are connected by alternately knitting the connecting yarn 40 in the stitch. In order to knit a cushion material having such a double knit structure, Japanese Patent Laid-Open No. 55-107561 and Japanese Patent Publication No.
A well-known double pile knitting machine described in No. 8-24541 may be used.
【００２０】つまり図３と図４に図示する履物足敷３３
では、カットパイル布帛を上下二重にして２枚同時にダ
ブルパイル織編機によって織成または編成する過程にお
いて形成される上下二重構造のダブルパイル布帛原反を
センターカット（上布と下布の間で上布と下布を連結し
ている連結糸をカットすること）せずにそのままクッシ
ョン材１９に利用している。しかし、そのダブルパイル
布帛原反は、センターカットしてカットパイル布帛を形
成するものではなく、クッション材１９を構成するもの
であるから、カットパイル布帛のパイル糸に該当する連
結糸４０にはパイル糸のように嵩高なものではなく太さ
が３０デニール以上、好ましくは１００デニール以上の
モノフイラメント糸、特に断面が非扁平で円形を成すモ
ノフイラメント糸を用いることが推奨される。That is, the footbed 33 shown in FIGS. 3 and 4.
Then, a double pile fabric original fabric having a double upper and lower structure formed in the process of weaving or knitting two pieces of the cut pile fabric in the upper and lower sides at the same time by the double pile weaving machine is center cut (of the upper fabric and the lower fabric). The cushion material 19 is used as it is without cutting the connecting thread connecting the upper cloth and the lower cloth between them. However, since the double pile fabric original fabric does not form the cut pile fabric by center cutting but constitutes the cushion material 19, the connecting yarn 40 corresponding to the pile yarn of the cut pile fabric is piled up. It is recommended to use a monofilament yarn having a thickness of 30 denier or more, preferably 100 denier or more, not a bulky yarn, particularly a monofilament yarn having a non-flat cross section and a circular shape.
【００２１】このようにクッション材１９は、上布と下
布の間で連結糸４０が起立した極めて厚い布帛であるか
ら、通気性とクッション性に優れ、洗濯が容易で瞬時に
脱水乾燥させることが出来、また、極めて厚いものであ
っても上布と下布が連結糸４０によって縫合された状態
にあるので、上布と下布がネット状の目粗なものであっ
ても層間剥離すると言うことはなく、パイル布帛２７と
貼り合わせるために塗布する接着剤によってクッション
剤１９の通気性や透水性が損なわれることがなく、透水
性に富む履物足敷３３を得るうえで頗る好都合である。As described above, since the cushion material 19 is a very thick cloth in which the connecting yarn 40 stands up between the upper cloth and the lower cloth, it has excellent breathability and cushioning property, is easy to wash, and can be dehydrated and dried instantly. The upper cloth and the lower cloth are sewn together by the connecting thread 40 even if they are extremely thick, so that even if the upper cloth and the lower cloth are net-like coarse meshes, delamination may occur. Needless to say, the adhesive applied to bond the pile cloth 27 does not impair the air permeability and water permeability of the cushioning agent 19, which is a great advantage for obtaining the footwear soles 33 having high water permeability. .
【００２２】[0022]
【発明の効果】本発明に係る履物足敷は、表面がパイル
布帛のパイル立毛によって構成され、その裏面にクッシ
ョン材が積層されていて透水性を有する。このパイル布
帛はクッション材としても使用されるものであるから、
履物足敷は極めてクッション性に富むものとなる。EFFECTS OF THE INVENTION The footwear sole according to the present invention has water permeability because its surface is made of pile naps of pile cloth and a cushion material is laminated on its back surface. Since this pile fabric is also used as a cushion material,
Footwear will be extremely cushioned.
【００２３】そしてパイル立毛は直立状態にあり、パイ
ル繊維間にはクッション材に垂直に向けられた細かい無
数の隙間が介在するので、足裏からの皮膚の微粉や垢そ
の他の塵埃は、足裏からの汗や湿気と共にクッション材
側へと移行し、履物足敷の表面には固着しない。Since the pile naps are in an upright state, and a myriad of fine gaps oriented vertically to the cushioning material are interposed between the pile fibers, fine powder of skin, dirt, and other dust from the soles of the feet are generated. It moves to the cushion material side together with sweat and moisture and does not stick to the surface of the footwear.
【００２４】特に、着用中に足圧を受けて圧縮変形と弾
性回復を繰り返すクッション材の反復変化は、恰もポン
プのように履物足敷内部の空気の移動を盛んにし、その
移動する空気と共に汗や皮膚の微粉や垢等の塵埃は次第
にクッション材側へと移行し易く、その移行した湿気は
クッション材の側面から外部へと放出されることになる
から、履物足敷が湿気（汗）を帯び難くなる。In particular, the repeated change of the cushioning material, which repeatedly undergoes compressive deformation and elastic recovery due to the foot pressure during wearing, makes the movement of the air inside the footwear like a pump, and causes the sweat to move with the moving air. Dust such as dust and dirt on the skin and dirt easily gradually migrates to the cushion material side, and the migrated moisture is released to the outside from the side surface of the cushion material. It becomes difficult to take on.
【００２５】そして特に、パイル繊維が扁平断面を成し
捲縮を有する３０デニール以上の扁平繊維であるとき
は、カーペットに使用される太さ１０デニール以下の概
して円形断面となるパイル繊維に比してパイル繊維間に
介在する隙間が太く大きいものとなるので、塵埃や湿気
が一層クッション材側へと移行し易くなる。In particular, when the pile fiber is a flat fiber having a flat cross section and crimps and having a denier of 30 denier or more, the pile fiber has a generally circular cross section having a thickness of 10 denier or less, which is used for carpet. Since the gap interposed between the pile fibers becomes thick and large, dust and moisture are more easily transferred to the cushion material side.
【００２６】また、カーペットのパイル繊維は概して円
形断面を成すものであり、その先端からは足圧に対する
反力が足裏へと集中作用して足裏を刺激するが、本案の
如く扁平断面を成すパイル繊維では足裏に作用する足圧
に対する反力が扁平なパイル繊維断面全体に分散されて
足裏への刺激は弱まる。特に、捲縮を有する扁平繊維で
は、その折れ曲がって丸味を帯びた平らな繊維の側面が
足裏に接することになるので、足裏はパイル繊維に刺激
されず、よって得られる履物足敷は履き心地のよいもの
となる。The pile fiber of the carpet generally has a circular cross section, and the reaction force against the foot pressure concentrates from the tip to the sole of the foot to stimulate the sole of the foot. In the pile fiber formed, the reaction force against the foot pressure acting on the sole is dispersed over the flat cross section of the pile fiber, and the irritation to the sole is weakened. In particular, in the case of a crimped flat fiber, the side of the bent and rounded flat fiber comes into contact with the sole of the foot, so the sole of the foot is not stimulated by the pile fiber, and the footwear sole obtained by this is worn. It will be comfortable.
【００２７】そして実施の態様として示すネット状芯材
に補強されたネット状クッション材や二重布帛構造のク
ッション材は極めて通気性がよく洗濯し易いものである
から履物足敷は常にクリーンに保たれる。The net-like cushion material reinforced by the net-like core material and the cushion material having the double fabric structure shown in the embodiments are extremely breathable and easy to wash, so that the footwear is always kept clean. Be drunk
【００２８】このように本発明によると、着用中の蒸れ
感がなく、表面に塵埃が固着し難く、クッション材に移
行した塵埃も容易に洗浄除去することが出来、足裏当接
箇所を常にクリーンに保つことも出来る履物足敷が得ら
れる。As described above, according to the present invention, there is no feeling of stuffiness during wearing, it is difficult for dust to adhere to the surface, and dust transferred to the cushion material can be easily washed and removed. You can get footwear that can be kept clean.
【図１】本発明に係る履物足敷の裏面図であり、一部を
丸く囲んで拡大して図示している。FIG. 1 is a rear view of a footwear sole according to the present invention, which is shown by enlarging a part in a circle.
【図２】図１に図示する本発明に係る履物足敷のＸ−
Ｘ′に該当する箇所での一部拡大断面図である。FIG. 2 is an X-section of the footwear sole according to the present invention shown in FIG.
It is a partial expanded sectional view in the part corresponding to X '.
【図３】本発明に係る履物足敷の斜視図であり、一部を
丸く囲んで拡大して図示している。FIG. 3 is a perspective view of the footwear sole according to the present invention, which is shown by enlarging a part in a circle.
【図４】本発明に係る履物足敷の斜視図であり、一部を
丸く囲んで拡大して図示している。FIG. 4 is a perspective view of a footwear sole according to the present invention, which is shown by enlarging a part in a circle.
１１ 主経糸 １２ 鎖編列 １３・１４ 副経糸 １５ ネット孔 １６ 発泡樹脂 １７ 縦列 １８ 横列 １９ クッション材 ２０ 頂点 ２１・２２ 三角形 ２４・２５ 隙間 ２６ 凸部 ２７ パイル布帛 ３１ 基布 ３２ パイル ３３ 履物足敷 ３４ 経編ネット ３５ 接着剤 ３６ 空隙孔 ３７ 経糸 ３８ 緯糸 ４０ 連結糸 ４１ 上地経糸 ４２ 上編経糸 ４３ 上緯糸 ４４ 下地経糸 ４５ 下締経糸 ４６ 下緯糸 ４７ 上鎖編列 ４８ 上副経糸 ４９ 下鎖編列 ５０ 下副経糸 Ｗ ウェール方向 Ｃ コース方向 Ｇ 隙間 11 Main warp 12 Chain knitting row 13/14 Sub warp 15 Net hole 16 Foaming resin 17 Column 18 Horizontal row 19 Cushion material 20 Vertex 21/22 Triangle 24/25 Gap 26 Convex portion 27 Pile cloth 31 Base cloth 32 Pile 33 Footwear Foot pad 34 Warp knitting net 35 Adhesive 36 Void 37 Warp 38 Weft 40 Connecting yarn 41 Upper warp 42 Upper knit 43 Upper weft 44 Base warp 45 Lower tightening warp 46 Lower weft 47 Upper chain knit 48 Upper sub warp 49 Lower chain knit 50 Lower secondary warp W Wale direction C Course direction G Gap
Claims (5)
積層して成り、透水性を有する履物足敷。1. A footwear sole having water permeability, which is formed by backing and stacking a cushion material on the back surface of a pile fabric.
扁平形を成し、繊維軸芯方向に折れ曲がった捲縮を有す
る扁平繊維がパイルに存在するパイル布帛の裏面に、発
泡合成樹脂によって構成されるクッション材を裏打積層
して成り、透水性を有する履物足敷。2. A foam synthetic resin is formed on the back surface of a pile cloth having flat fibers having a thickness of 30 denier or more, a flat cross section, and crimps bent in the axial direction of the fibers in the pile. A footwear footbed that is made of laminated cushioning materials and has water permeability.
になるループパイルを有するパイル布帛の裏面に、発泡
合成樹脂によって構成されるクッション材を裏打積層し
て成り、透水性を有する履物足敷。3. A footwear footbed having water permeability, which is formed by backing and laminating a cushion material made of a foamed synthetic resin on the back surface of a pile cloth having a loop pile having a thickness of 30 denier or more.
ッドパイル布帛の裏面にクッション材を貼り合わせて構
成され、そのクッション材は経編ネットを芯地とし発泡
樹脂組成物を塗着して表裏対称に突き出た発泡樹脂によ
る凸部を形成したネット状発泡樹脂シートになってお
り、その経編ネットは主経糸と副経糸とで編成され、そ
の主経糸がウエール方向Ｗに真っ直ぐに鎖編列を形成
し、それらの鎖編列の間を副経糸がラッピングして連結
しており、それらの各鎖編列の間の隙間Ｇにはラッピン
グする副経糸によって数コース毎に仕切られてウェール
方向Ｗに続くネット孔が形成されており、発泡樹脂組成
物はネット孔を塞ぐことなく主経糸と副経糸に塗着さ
れ、発泡樹脂組成物に被覆された鎖編列を縦列とし発泡
樹脂組成物に被覆されたラッピングする副経糸を横列と
するこれらの縦列と横列とに囲まれた空隙孔が経編ネッ
トのネット孔の中に形成されており、凸部は当該空隙孔
を凹部とするものであって主経糸と副経糸を被覆して発
泡した発泡樹脂によって形成されており、透水性を有す
る履物足敷。4. A cushion material is laminated on the back surface of a tufted pile cloth obtained by tufting piles on a base cloth, and the cushion material has a warp knitting net as an interlining material and a foamed resin composition applied to the front and back surfaces to be symmetrical. It is a net-shaped foamed resin sheet in which convex portions made of foamed resin protruding in the direction are formed, and the warp knitting net is knitted with main warp yarns and sub warp yarns, and the main warp yarns form a straight chain chain in the wale direction W. The sub warp yarns are lapped and connected between the chain knitting lines, and the gap G between the respective chain knitting lines is divided every several courses by the sub warp yarns to be lapped and continues in the wale direction W. Pores are formed, the foamed resin composition is applied to the main warp yarns and the sub-warp yarns without blocking the net holes, and the chain knitted line covered with the foamed resin composition is used as a tandem line to cover the foamed resin composition. Void holes surrounded by these vertical rows and horizontal rows with the sub-warp threads to be laid in the horizontal rows are formed in the net holes of the warp knitting net, and the convex portion has the void holes as concave portions. A footwear footbed that is made of a foamed resin that is formed by coating warp yarns and sub-warp yarns and is foamable.
ッドパイル布帛の裏面にクッション材を貼り合わせて構
成され、そのクッション材が、上布と下布を一定間隔を
おいて上下二重に同時に織成または編成する過程におい
て、それら上布と下布の間に連結糸を配置し、その連結
糸を上布と下布の間で往復させつつ上布と下布に交互に
接結させて織成または編成した二重布帛構造を成し、透
水性を有する履物足敷。5. A tufted pile cloth made by tufting piles on a base cloth, and a cushion material attached to the back surface of the tufted pile cloth. In the process of forming or knitting, a connecting thread is arranged between the upper cloth and the lower cloth, and the connecting thread is reciprocated between the upper cloth and the lower cloth while being alternately knitted to the upper cloth and the lower cloth. A footbed with water permeability that is made up of a double fabric structure that is made or knitted.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP20161295A JP3777519B2 (en) | 1995-07-15 | 1995-07-15 | Footwear footing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP20161295A JP3777519B2 (en) | 1995-07-15 | 1995-07-15 | Footwear footing |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0928410A true JPH0928410A (en) | 1997-02-04 |
| JP3777519B2 JP3777519B2 (en) | 2006-05-24 |
Family
ID=16443954
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP20161295A Expired - Fee Related JP3777519B2 (en) | 1995-07-15 | 1995-07-15 | Footwear footing |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP3777519B2 (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001120304A (en) * | 1999-10-26 | 2001-05-08 | Toyobo Co Ltd | Insole |
| US6890872B2 (en) | 2001-05-10 | 2005-05-10 | The Procter & Gamble Company | Fibers comprising starch and biodegradable polymers |
| WO2006006454A1 (en) * | 2004-07-14 | 2006-01-19 | Teijin Fibers Limited | Inner material of shoes, insoles and boots |
| CN100409784C (en) * | 2004-01-09 | 2008-08-13 | 帝人纤维株式会社 | Shoe interior material, insole and boot |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004080669A (en) * | 2002-08-22 | 2004-03-11 | Hitachi Kokusai Electric Inc | Monitor camera unit |
| JP2009225398A (en) * | 2008-03-19 | 2009-10-01 | Secom Co Ltd | Image distribution system |
| JP2010028265A (en) * | 2008-07-16 | 2010-02-04 | Mitsubishi Electric Corp | Monitoring system and monitoring device |
| JP2011130271A (en) * | 2009-12-18 | 2011-06-30 | Canon Inc | Imaging device and video processing apparatus |
| JP2016032141A (en) * | 2014-07-28 | 2016-03-07 | パナソニックＩｐマネジメント株式会社 | Monitoring device, monitoring system and monitoring method |
-
1995
- 1995-07-15 JP JP20161295A patent/JP3777519B2/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004080669A (en) * | 2002-08-22 | 2004-03-11 | Hitachi Kokusai Electric Inc | Monitor camera unit |
| JP2009225398A (en) * | 2008-03-19 | 2009-10-01 | Secom Co Ltd | Image distribution system |
| JP2010028265A (en) * | 2008-07-16 | 2010-02-04 | Mitsubishi Electric Corp | Monitoring system and monitoring device |
| JP2011130271A (en) * | 2009-12-18 | 2011-06-30 | Canon Inc | Imaging device and video processing apparatus |
| JP2016032141A (en) * | 2014-07-28 | 2016-03-07 | パナソニックＩｐマネジメント株式会社 | Monitoring device, monitoring system and monitoring method |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001120304A (en) * | 1999-10-26 | 2001-05-08 | Toyobo Co Ltd | Insole |
| US6890872B2 (en) | 2001-05-10 | 2005-05-10 | The Procter & Gamble Company | Fibers comprising starch and biodegradable polymers |
| CN100409784C (en) * | 2004-01-09 | 2008-08-13 | 帝人纤维株式会社 | Shoe interior material, insole and boot |
| WO2006006454A1 (en) * | 2004-07-14 | 2006-01-19 | Teijin Fibers Limited | Inner material of shoes, insoles and boots |
| US7709075B2 (en) | 2004-07-14 | 2010-05-04 | Teijin Fibers Limited | Internal material of sole, shoe insole and boot |
Also Published As
| Publication number | Publication date |
|---|---|
| JP3777519B2 (en) | 2006-05-24 |
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