WO2023212899A1 - 鞋子以及鞋子中底的成形方法 - Google Patents

鞋子以及鞋子中底的成形方法 Download PDF

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Publication number
WO2023212899A1
WO2023212899A1 PCT/CN2022/091116 CN2022091116W WO2023212899A1 WO 2023212899 A1 WO2023212899 A1 WO 2023212899A1 CN 2022091116 W CN2022091116 W CN 2022091116W WO 2023212899 A1 WO2023212899 A1 WO 2023212899A1
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Prior art keywords
shoe
surface model
mold
midsole
information
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PCT/CN2022/091116
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English (en)
French (fr)
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施明智
施政宇
施政隆
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施明智
施政宇
施政隆
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Application filed by 施明智, 施政宇, 施政隆 filed Critical 施明智
Priority to PCT/CN2022/091116 priority Critical patent/WO2023212899A1/zh
Publication of WO2023212899A1 publication Critical patent/WO2023212899A1/zh

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    • A—HUMAN NECESSITIES
    • A43—FOOTWEAR
    • A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
    • A43B13/00—Soles; Sole-and-heel integral units
    • A43B13/02—Soles; Sole-and-heel integral units characterised by the material
    • A43B13/12—Soles with several layers of different materials
    • A—HUMAN NECESSITIES
    • A43—FOOTWEAR
    • A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
    • A43B13/00—Soles; Sole-and-heel integral units
    • A43B13/14—Soles; Sole-and-heel integral units characterised by the constructive form
    • A43B13/16—Pieced soles
    • A—HUMAN NECESSITIES
    • A43—FOOTWEAR
    • A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
    • A43B13/00—Soles; Sole-and-heel integral units
    • A43B13/14—Soles; Sole-and-heel integral units characterised by the constructive form
    • A43B13/18—Resilient soles

Definitions

  • the present invention relates to a shoe midsole and a forming method thereof.
  • the shoe does not need to be provided with a general insole or a customized insole, and can produce support or improvement effects on the foot.
  • the present invention provides a method for forming a shoe midsole, which includes the following steps: constructing an upper surface model of the shoe midsole based on personalized foot information and human factors information; installing or forming the upper surface on the bottom of the working mold model; and placing the upper surface model in the sole mold, and forming the shoe midsole between the upper surface model and the sole mold.
  • the midsole of the shoe can be equipped with human factors design such as insole support, pressure relief, or improvement.
  • human factors design such as insole support, pressure relief, or improvement.
  • One method of forming the upper surface model of the shoe midsole is as follows: the working mold is a last, the upper surface model is installed at the bottom of the last, and the shoe midsole is injection molded between the last and the sole mold.
  • the bottom of the last and the top of the upper surface model can be concave and convex, so one last base can be used to match multiple foot models.
  • the working mold is the mold upper cover
  • the upper surface model is formed on the inner surface of the mold upper cover
  • the shoe midsole is formed by infusion between the upper surface model and the sole mold.
  • the shoe outsole can also be placed in the sole mold.
  • the human factors information may be designed to improve at least one or more of forefoot pressure, hindfoot pressure, gait information, or arch information.
  • the upper surface model at least has an adjustment position to correspond to at least one or more of a plantar area, an arch area, a forefoot area or a backfoot area.
  • the upper surface model can also be provided with at least reinforcements or inserts.
  • the upper surface model can also be constructed based on personalized foot information, human factors information, and material properties of the shoe midsole.
  • the present invention also provides a shoe.
  • the shoe includes a midsole.
  • the midsole is constructed by the above-mentioned forming method. Since the upper surface of the midsole already has an ergonomic design, the shoe does not need to include an additional insole. Produces a supportive or improving effect on the foot.
  • Figure 1 is a flow chart of the shoe midsole forming method
  • Figure 2 is a schematic diagram of the plantar model
  • Figure 3 is a schematic diagram of the shoe forming method
  • Figure 4 is another schematic diagram of a shoe forming method.
  • Mold base 12 Flat bottom
  • Figure 1 shows a method for forming a shoe midsole, which at least includes the following steps.
  • Step S10 Construct an upper surface model of the shoe midsole based on the personalized foot information and human factors information.
  • the personalized foot information may be detected by a foot detector and includes at least one or more of forefoot foot pressure, rear foot pressure, gait information or arch information.
  • Human factors information refers to the engineering design that can improve personal gait, foot pressure relief, and arch support to promote foot health and comfort.
  • the upper surface model of the shoe midsole is a model used to construct the structural distribution of the upper surface of the shoe midsole. It is also a physical model corresponding to the pressure range of the foot sole. In other words, the surface structure distribution of the upper surface model corresponds to the overall plantar condition of a specific user.
  • human factors information can refer to the effect of designing the upper surface model and its corresponding shoe midsole to provide comfort or support under normal use conditions.
  • the usage status can also be based on specific activities, such as long-distance running, sprinting, and mountain climbing, which is beneficial to the user in performing the aforementioned activities. It can also be based on improving personal foot defects, such as improving hallux valgus, high arches or low arches, so that the midsole of the shoe can provide sufficient support.
  • Step S20 Install or form an upper surface model on the bottom of the working mold.
  • the molding method of the upper surface model corresponds to the molding method of the midsole of the shoe.
  • the shoe midsole may be formed by injection molding as shown in Figure 3, or by infusion molding as shown in Figure 4.
  • step S30 the upper surface model is placed in the shoe sole mold, and the shoe midsole is formed between the upper surface model and the shoe sole mold.
  • FIG. 2 and FIG. 3 shows a schematic diagram of shoe molding using injection molding of the shoe midsole 50 .
  • Figure 2 is a specific implementation of the aforementioned step S20.
  • the working mold 10 is a last, and the bottom of the working mold 10 has an inwardly concave flat bottom surface 11 for installing the sole model 20 so that the upper surface model 21 of the bottom of the sole model 20 faces downward to produce the working last 30 .
  • the matching of the working mold 10 and the sole model 20 can be designed so that the same last can be matched with multiple sole models 20 to correspond to multiple users.
  • the upper surface model corresponds to the adjustment position of the personalized foot information.
  • the adjustment position may correspond to at least one or more of the rear palm area 301, the forefoot area 302, the metatarsal area 304, and the arch 305, but not in this way.
  • the plantar area 304 is located in the front section of the forefoot area 302 .
  • the upper surface model 21 constructs the upper surface of the shoe midsole 50, and is based on human factors design to improve at least one of the forefoot foot pressure, rear foot pressure, gait information or arch information of personalized foot information. Multiple.
  • the aforementioned adjustment position can be designed based on improving foot pressure, and the surface structure distribution of the heel area 301 and the arch area 305 can be adjusted accordingly, so that the upper surface of the shoe midsole 50 can provide appropriate support to the sole of the foot.
  • the area covered by the adjustment position of the upper surface model 21, the thickness of the adjustment position, and the amplitude of the curved surface can all be adjusted based on the conditions to be improved and human factors design.
  • the material properties of the shoe midsole 50 can also be taken into consideration to construct the surface structure of the upper surface model 21 .
  • the shoe midsole 50 corresponding to certain adjustment positions can be made to have a higher position, or a harder material can be used in a local position (or the whole), or at least reinforcements or inserts can be provided to strengthen the support effect. Reinforcements or inserts may be placed directly within the sole mold 40 .
  • One of the forming methods is that the upper surface mold 21 can be provided with at least reinforcements or inserts, and when the shoe midsole 50 is formed, the reinforcements or inserts are retained in the shoe midsole.
  • the personalized foot information may be the foot information of an individual, or the foot information of a group with a similar status.
  • the personalized foot information can be divided into high arch, normal arch, and low arch (flat foot) types. Based on these three states, the corresponding upper surface model 21 is designed.
  • the adjustment position of the upper surface model 21 can be constructed according to at least one of the following improvement methods:
  • the arch area 305 is constructed on the upper surface model 21, corresponding to the position of the excessive bulge of the arch, so the shoe midsole 50 can enable the arch to disperse the pressure on the front and rear soles of the foot;
  • the corresponding rear paw area 301 and forefoot area 302 are constructed on the upper surface model 21 to reduce the pressure on the front and rear foot soles;
  • the upper surface model 21 constructs the adjustment positions of human factors engineering such as gait correction, support or cushioning.
  • the aforementioned adjustment positions can be distributed in the rear palm area 301, the forefoot area 302, and the plantar area 304. , at least one or more of the arch areas 305 to achieve gait correction and local decompression.
  • the adjustment position can be constructed based on at least one of the following improvement methods:
  • the arch area 305 is constructed on the upper surface model 21, corresponding to the position of the arch, to achieve the effect of supporting the arch and maintaining the arch;
  • the corresponding rear paw area 301, forefoot area 302, and plantar area 304 are constructed on the upper surface model 21 to achieve the transverse arch support effect;
  • the upper surface model 21 constructs position adjustment positions for human factors engineering such as gait correction, support or cushioning.
  • the aforementioned adjustment positions can be distributed in the rear palm area 301, forefoot area 302, and plantar area. 304. At least one or more of the arch areas 305 to achieve gait correction and local decompression.
  • the improvement method is to provide support at the (longitudinal) arch collapse and (lateral) support at the foot.
  • the adjustment position can be constructed based on at least one of the following improvement methods:
  • the arch area 305 is constructed on the upper surface model 21, corresponding to the position of the arch collapse, so the shoe midsole 50 can achieve the longitudinal arch support effect;
  • the corresponding plantar area 304 is constructed on the upper surface model 21 to achieve the transverse arch support effect
  • the upper surface model 21 constructs the adjustment positions of human factors engineering such as gait correction, support or cushioning.
  • the aforementioned adjustment positions can be distributed in the rear palm area 301, the forefoot area 302, and the plantar area 304. , at least one or more of the arch areas 305 to achieve gait correction and local decompression.
  • FIG. 3 is a schematic diagram of shoe molding using injection molding of the shoe midsole 50 .
  • the specific implementation that roughly corresponds to the aforementioned step S30 includes the following steps:
  • step S31 the shoe outsole 60 is placed or formed in the shoe sole mold 40.
  • step S32 the shoe upper 70 is placed on the working last 30 and positioned above the shoe outsole 60. At this time, an injection area 45 is formed between the working last 30 and the shoe outsole 60.
  • step S33 the shoe midsole 50 is injection molded in the injection area 45.
  • the shoe midsole 50 will also be combined with the shoe upper 70 and the shoe outsole 60 at the same time. Then, the working last 30 is removed to complete the integrated shoe assembly.
  • the upper surface of the formed shoe midsole 50 already has a surface configuration corresponding to the upper surface model 21, so this Shoes can provide support, gait correction, and local pressure relief to the feet without placing insoles.
  • Step S20 corresponding to this forming method is that the working mold 20 is the mold upper cover 41 of the shoe midsole, and the upper surface model 21 is formed on the inner surface of the mold upper cover 41 .
  • Shoe molding involves the following steps:
  • step S31 the shoe outsole 60 is placed on the shoe sole mold 40.
  • Step S32 the mold upper cover 41 is molded together with the shoe sole mold 40 to form a pouring area 46 , and then the shoe midsole 50 is molded by pouring, so that the upper surface of the shoe outsole 60 is combined with the shoe midsole 50 .
  • step S33 the shoe upper 70 is placed on the last, and the shoe part is bonded to the shoe midsole 50 to complete the shoe assembly.
  • the construction method of the upper surface model 21 is the same as that of FIG. 2 , so no further description is given.
  • a shoe is also provided.
  • the shoe includes a midsole, and the midsole is constructed by the aforementioned shoe midsole forming method.
  • the outsole can be bonded to the bottom surface of the midsole in this embodiment to increase the friction between the shoe and the ground.
  • the bottom surface of the midsole can also be in direct contact with the ground, without the need for an outsole.

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  • Chemical & Material Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Materials Engineering (AREA)
  • Footwear And Its Accessory, Manufacturing Method And Apparatuses (AREA)

Abstract

一种鞋子中底（50）的成形方法，包含以下步骤：根据个性化足部信息与人因信息，建构鞋子中底（50）的上表面模型（21）；在工作模具（20）的底部安装或形成上表面模型（21）：以及将上表面模型（21）放置在鞋底模具（40）内，上表面模型（21）与鞋底模具（40）之间成形鞋子中底（50）。通过该成形方式，能使鞋子中底（50）具备鞋垫的支撑、娇正步态、局部减压等人因设计，鞋子内部也无须再设置鞋垫，即能对足部产生改善效果。

Description

鞋子以及鞋子中底的成形方法 技术领域
本发明涉及一种鞋子中底及其成形方法，所述鞋子无须再设置一般鞋垫或客制化的鞋垫，即能对足部产生支撑或改善效果。
背景技术
鞋子的尺寸是否合脚，攸关着穿着时舒适程度。然而，在自动化生产的风潮引领的下，制鞋业亦逐渐走向单一规格。为了购买到一双外观喜欢的鞋子，又同时满足舒适的需求，消费者自然会选择寻找适合自己的鞋垫，并将其放置在鞋子内部。
然而，每个人的脚型仍不完全相同，于是客制化鞋垫的市场油然而生，以提供舒适、减压的鞋垫，甚至有矫正姿势的作用，此乃客制化鞋垫的优点。然而，即使已经使用了客制化鞋垫，由于鞋垫并未针对鞋子内部空间设计，例如：为了满足支撑或减压的效果，鞋垫自然会有预定的厚度存在，从而缩小鞋子内部预定的空间。从另一个角度来看，若鞋垫没有完全服贴在鞋子的内部底面，导致鞋垫受压变形，鞋垫上原本设计要来支撑或减压结构可能也会受影响。
发明内容
基于上述目的，本发明提供一种鞋子中底的成形方法，包含以下步骤：根据个性化足部信息与人因信息，建构鞋子中底的上表面模型；在工作模具的底部安装或形成上表面模型；以及将上表面模型放置在鞋底模具内，上表面模型与鞋底模具之间成形鞋子中底。
通过前述的成形方式，能使鞋子中底具备鞋垫的支撑、减压、或改善等人因设计，相应地，鞋子内部也无须再设置鞋垫或客制化的鞋垫，即能对足部产生改善效果。
其中一种鞋子中底的上表面模型的成形方式为，工作模具为楦头，上表面模型安装在楦头的底部，楦头与鞋底模具之间射出成形鞋子中底。在此种建构方式下，楦头的底部与上表面模型的顶部可以是凹凸匹配，故能使用一个楦头基座匹配多个足底模型。
另一种鞋子中底的上表面模型的成形方式为，工作模具为模具上盖，上表面模型形成在模具上盖的内表面，上表面模型与鞋底模具之间灌注成形鞋子中底。
此外，在将上表面模型放置于鞋底模具之前，也可以将鞋子大底放置在鞋底模具内。
此外，人因信息可以是设计来用以改善前掌足压、后掌足压、步态信息或足弓信息的至少一个或多个。
此外，上表面模型至少具有调整位置，以对应跖部区域、足弓区域、前掌区域或后掌区域的至少一个或多个。较佳的，上表面模型还能至少设置增强件或置入物。
此外，上表面模型也可以是根据个性化足部信息、人因信息以及鞋子中底的材料特性建构而成。
本发明提供还提供一种鞋子，鞋子包含中底，所述中底是前述成形方法建构而成，由于中底的上表面已经具备人因设计，故鞋子不用在额外容设鞋垫，就能对足部产生支撑或改善的效果。
附图说明
图1是鞋子中底成形方法的流程图；
图2是足底模型的示意图；
图3是鞋子成型方法的示意图；
图4是鞋子成型方法的另一示意图。
附图标记说明：
10：模具基座                      12：平坦底面
20：足底模型                      21：上表面模型
30：工作楦头                      35：楦头
301：后掌区域                     302：前掌区域
304：跖部区域                     305：足弓区域
40：鞋底模具                      41：模具上盖
45：射出区域                      46：灌注区域
50：鞋子中底                      60：鞋子大底
70：鞋面                          S10～S33：步骤。
具体实施方式
以下说明是以鞋面位置作为鞋子上方而进行描述，以符合本领域技术人员的理解。
请参阅图1，示出一种鞋子中底的成形方法，至少包含以下步骤。
步骤S10，根据个性化足部信息与人因信息，建构鞋子中底的上表面模型。
个性化足部信息可以是由足部检测仪检测而得，包含前掌足压、后掌足压、步态信息或足弓信息的至少一个或多个。人因信息指的是能改善个人步态、足部减压、脚弓支撑的工学设计，以促进足部的健康和舒适。
鞋子中底的上表面模型，是用于建构出鞋子中底的上方表面的结构分布的模型，亦为对应脚掌的压力范围的实物模型。换言之，上表面模型的表面结构分布与特定用户整体的足底情况相对应。
值得一提，人因信息可以是指在一般的使用状态下，用以设计使上表面模型与其对应的鞋子中底能提供舒适或支撑的效果。使用状态也可以是基于特定的活动，例如长跑、短跑、登山，而有利于使用者进行前述活动。也可以是基于改善个人的足部缺陷，例如改善拇指外翻、高足弓或低足弓，使鞋子中底能提供足够的支撑效果。
步骤S20，在工作模具的底部安装或形成上表面模型。上表面模型成型方式是对应鞋子中底的成形方式。具体而言，鞋子中底的成形方式可以是如图3所示的射出成型，或者是如图4所述的灌注成型。
步骤S30，将上表面模型放置在鞋底模具内，在上表面模型与鞋底模具之间成形鞋子中底。
请同时参阅图2、图3，示出采用射出成型鞋子中底50的鞋子成形示意图。图2为前述步骤S20的具体实施方式。其中，工作模具10是楦头，工作模具10的底部具有向内凹陷的平坦底面11，用以安装足底模型20，使足底模型20底部的上表面模型21朝下，产生工作楦头30。工作模具10与足底模型20的匹配可以设计成让同一个楦头匹配多个足底模型20，以对应多个使用者。
上表面模型对应个性化足部信息的调整位置，具体而言，调整位置可以对应后掌区域301、前掌区域302、跖部区域304、足弓305的至少一个或多个，但不以此为限，其中跖部区域304位于前掌区域302的前段。 上表面模型21建构出鞋子中底50的上表面，并且，基于人因设计，以改善个性化足部信息的前掌足压、后掌足压、步态信息或足弓信息的至少一个或多个。
例如，前述的调整位置可以基于改善足压来设计，并相应调整后掌区域301与足弓区域305的表面结构分布，使鞋子中底50上表面赋予足底适当的支撑。上表面模型21的调整位置的所涵盖的区域范围、调整位置的厚度、曲面幅度，都可以基于欲改善状况与人因设计作调整。
此外，也可以同时考虑鞋子中底50的材料特性，建构出上表面模型21的表面结构。例如，依据材料特性，使得某些调整位置对应的鞋子中底50产生较高的位置，或在局部位置(或整体)使用较硬的材料，或是至少设置增强件或置入物，以加强支撑的效果。增强件或置入物可以直接放置在鞋底模具40内。其中一种成形方式为，上表面模型21可以至少设置增强件或置入物，在鞋子中底50成形时，增强件或置入物被保留在鞋子中底。
在具体的实施方式中，个性化足部信息可以是检验个人的足部信息，也可以有类似状态的群体的足部信息。为了便于理解，可以将个性化足部信息区分成高足弓、一般足弓、与低足弓(扁平足)的型态，以这三个状态为基准，设计对应的上表面模型21。
对于高足弓而言，由于脚背拱起使足弓僵硬，导致前后脚掌过度用力，其改善方式为，在(纵)足弓消失处给予支撑和/或在前后脚掌减压。可以根据以下的至少一种改善方式，建构出上表面模型21的调整位置：
1.根据个性化足部信息，在上表面模型21建构出足弓区域305，对应足弓过度隆起的位置，故鞋子中底50能使足弓发挥分散前后脚掌压力的功用；
2.根据前掌足压信息或后掌足压信息，在上表面模型21建构出对应的后掌区域301、前掌区域302，减缓前后脚掌的压力；
3.根据步态信息，在上表面模型21建构出矫正步态、支撑或缓震等人因工程的调整位置，前述调整位置可以分布在后掌区域301、前掌区域302、跖部区域304、足弓区域305的至少一个或多个，达到矫正步态以及局部减压。
对于一般足弓而言，若使用符合个人脚弓的鞋子，就具有降低足部压力的作用。故可以根据以下的至少一种改善方式，建构出调整位置：
1.根据个性化足部信息，在上表面模型21建构出足弓区域305，对应足弓的位置，达到从足弓支撑，有保养足弓的效果；
2.根据前掌足压信息或后掌足压信息，在上表面模型21建构出对应的后掌区域301、前掌区域302、跖部区域304，达到横弓支撑效果；
3.根据步态信息，在上表面模型21建构出矫正步态、支撑或缓震等人因工程的位置调整位置，前述调整位置可以分布在后掌区域301、前掌区域302、跖部区域304、足弓区域305的至少一个或多个，达到矫正步态以及局部减压。
对于低足弓而言，其改善方式为，在(纵)足弓塌陷处给予支撑，(横)足给予支撑。可以根据以下的至少一种改善方式，建构出调整位置：
1.根据个性化足部信息，在上表面模型21建构出足弓区域305，对应足弓塌陷处的位置，故鞋子中底50能达到纵弓支撑效果；
2.根据前掌足压信息，在上表面模型21建构出对应的跖部区域304，达到横弓支撑效果；
3.根据步态信息，在上表面模型21建构出矫正步态、支撑或缓震等人因工程的调整位置，前述调整位置可以分布在后掌区域301、前掌区域302、跖部区域304、足弓区域305的至少一个或多个，达到矫正步态以及局部减压。
请参考图3，为采用射出成型鞋子中底50的鞋子成形示意图。大致 可对应前述步骤S30的具体实施方式，包含以下步骤：
步骤S31，鞋底模具40内放置或成型鞋子大底60。
步骤S32，将鞋面70套设于工作楦头30并定位在鞋子大底60的上方，此时，工作楦头30与鞋子大底60之间形成射出区域45。
步骤S33，在射出区域45射出成形鞋子中底50，鞋子中底50也会同时结合鞋面70与鞋子大底60，接着脱去工作楦头30，完成鞋子一体成形组装。
由于形成鞋子中底50的射出区域45是位于工作楦头30与鞋子大底60之间，故成形鞋子中底50的上表面就已经具备与上表面模型21相对应的表面构型，故此种鞋子不用放置鞋垫，就能对足部产生支撑、矫正步态以及局部减压等改善效果。
请参考图4，示出灌注成型鞋子中底的鞋子成型方式。与此成形方式相应的步骤S20为，工作模具20是鞋子中底的模具上盖41，上表面模型21形成在模具上盖41的内表面。鞋子成型方式包含以下步骤：
步骤S31，将鞋子大底60放置于鞋底模具40。
步骤S32，模具上盖41与鞋底模具40合模，形成灌注区域46，接着灌注成型鞋子中底50，使鞋子大底60的上表面结合于鞋子中底50。
步骤S33，将鞋面70套设于楦头，并使鞋部黏合在鞋子中底50，完成鞋子组装。
在图4的实施方式中，上表面模型21的建构方式与图2相同，故不再赘述。
在本实施方式中，还提供一种鞋子，鞋子包含中底，中底是通过前述的鞋子中底成形方法建构而成。
值得一提，在本实施方式的中底的底面可以黏合大底，增加鞋子与地面的摩擦力。然而，只要满足特定的厚度或物理特性等条件，中底的底 面也可以直接与地面接触，不需要设置大底。

Claims (10)

  1. 一种鞋子中底的成形方法，包含以下步骤：
    根据个性化足部信息与人因信息，建构鞋子中底的上表面模型；
    将所述上表面模型安装或形成于工作模具的底部；以及
    将所述上表面模型放置在鞋底模具内，所述上表面模型与所述鞋底模具之间成形所述鞋子中底。
  2. 根据权利要求1所述的成形方法，其中所述工作模具为楦头，所述上表面模型安装在所述楦头的底部，所述楦头与所述鞋底模具之间射出成形所述鞋子中底。
  3. 根据权利要求2所述的鞋子中底成形方法，其中所述楦头的底部与所述上表面模型的顶部凹凸匹配。
  4. 根据权利要求1所述的成形方法，其中所述工作模具为模具上盖，所述上表面模型为所述模具上盖的内表面，所述上表面模型与所述鞋底模具之间灌注成形所述鞋子中底。
  5. 根据权利要求1所述的成形方法，其中在将所述上表面模型放置在所述鞋底模具之前，在所述鞋底模具内放置或成型鞋子大底。
  6. 根据权利要求1至5中任一项所述的成形方法，其中所述人因信息是用以改善前掌足压、后掌足压、步态信息或足弓信息的至少一个或多个。
  7. 根据权利要求1至5中任一项所述的成形方法，其中所述上表面模型至少具有调整位置，以对应跖部区域、足弓区域、前掌区域或后掌区域的至少一个或多个。
  8. 根据权利要求7所述的成形方法，其中所述上表面模型至少设置增强件或置入物。
  9. 根据权利要求1至5中任一项所述的成形方法，其中所述上表面模型是根据所述个性化足部信息、所述人因信息以及所述鞋子中底的材料特性建构而成。
  10. 一种鞋子，包含中底，所述中底是由权利要求1至9中任一项所述的成形方法建构而成。
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CN101474866A (zh) * 2009-01-20 2009-07-08 谢海云 鞋体定型中底的制作方法及通过该方法制成的鞋体定型中底
CN101557925A (zh) * 2006-10-24 2009-10-14 伊科斯克有限公司 制造鞋的方法
CN104323532A (zh) * 2014-09-16 2015-02-04 东莞智标鞋业科技有限公司 整体式多弹性分布的中底及其制造方法以及注塑设备
CN105249614A (zh) * 2015-10-16 2016-01-20 曾繁标 高跟鞋楦底板及中底仿真设计方法及仿真中底
CN105361350A (zh) * 2015-11-27 2016-03-02 罗长城 一种用于高跟鞋中底成型的鞋楦
JP6100963B1 (ja) * 2016-11-07 2017-03-22 株式会社大島商事 製靴型の製造方法及び靴の製造方法
CN111557524A (zh) * 2020-05-20 2020-08-21 王珍 一种人体工学折叠女跟鞋及其制备方法
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Publication number Priority date Publication date Assignee Title
CN101557925A (zh) * 2006-10-24 2009-10-14 伊科斯克有限公司 制造鞋的方法
CN101474866A (zh) * 2009-01-20 2009-07-08 谢海云 鞋体定型中底的制作方法及通过该方法制成的鞋体定型中底
CN104323532A (zh) * 2014-09-16 2015-02-04 东莞智标鞋业科技有限公司 整体式多弹性分布的中底及其制造方法以及注塑设备
CN105249614A (zh) * 2015-10-16 2016-01-20 曾繁标 高跟鞋楦底板及中底仿真设计方法及仿真中底
CN105361350A (zh) * 2015-11-27 2016-03-02 罗长城 一种用于高跟鞋中底成型的鞋楦
JP6100963B1 (ja) * 2016-11-07 2017-03-22 株式会社大島商事 製靴型の製造方法及び靴の製造方法
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