技术领域technical field
本发明涉及一种鞋底主体，特别是指一种缓震舒适透气的泡泡按摩鞋底。The invention relates to a sole body, in particular to a cushioning, comfortable and breathable bubble massage sole.
背景技术Background technique
现有的鞋子的鞋底主体多采用MD、RB、EVA等材料制成的多层粘接或者单层的实心结构，这样的鞋底主体虽具备一定的柔性，但是将现有的大多数鞋底主体进行弯折仍需要较大的力气。这是因为，实心结构的鞋底主体在弯折时，弯折处的材料会相互挤压形成阻力。而在运动（包括行走）的过程中，鞋底主体是需要进行不断的弯折，脚部即需要承担一定的负荷。The sole bodies of existing shoes mostly adopt multi-layer bonding or single-layer solid structures made of MD, RB, EVA and other materials. Although such sole bodies possess certain flexibility, most of the existing sole bodies are Bending still requires a lot of effort. This is because, when the sole body of the solid structure is bent, the materials at the bend will be squeezed against each other to form resistance. In the process of exercise (including walking), the main body of the sole needs to be continuously bent, and the foot needs to bear a certain load.
另外，实心结构的鞋底主体虽然具备一定的弹性，具有缓冲作用。但是，在运动过程中，鞋底主体是不断地处于“压缩-释放”的循环状态；当脚部踩压鞋底主体时鞋底主体被压缩，当脚部离开地面时鞋底主体即处于释放状态，由于实心鞋底主体的材料之间的相互牵拉的作用力，使得现有的大多数实心鞋底主体的处于释放状态时的回弹效果不尽理想，此时若脚部再次压缩鞋底主体，则鞋底主体的减震效果即会减弱。In addition, although the sole body of the solid structure has a certain degree of elasticity, it has a cushioning effect. However, during the movement, the main body of the sole is constantly in the cycle state of "compression-release"; when the foot steps on the main body of the sole, the main body of the sole is compressed, and when the foot leaves the ground, the main body of the sole is in a released state. The mutual pulling force between the materials of the sole body makes the rebound effect of most of the existing solid sole bodies in the released state unsatisfactory. At this time, if the foot compresses the sole body again, the sole body will The vibration reduction effect will be reduced.
此外，现有的鞋子的透气渠道多是通过鞋帮透气，而鞋底主体则基本不具备透气功能。然而，在鞋子的穿着过程中，足底与鞋垫多紧密接触，且在足部的压制下，鞋垫与鞋底主体的接触也较为紧密，该区域通风效果即会很不理想，这就使得鞋垫吸收的汗液很难从鞋帮的透气通道及时排出，影响鞋子穿着舒适性；而这样的鞋子在洗涤后也较不易晾干。In addition, most of the ventilation channels of existing shoes are through the upper of the shoe, while the main body of the sole basically does not have the ventilation function. However, during the wearing process of shoes, the sole of the foot is in close contact with the insole, and under the pressure of the foot, the contact between the insole and the main body of the sole is also relatively close, and the ventilation effect in this area will be very unsatisfactory, which makes the insole absorb It is difficult for sweat to be discharged from the ventilation channel of the upper in time, which affects the wearing comfort of the shoes; and such shoes are not easy to dry after washing.
发明内容Contents of the invention
本发明提供一种缓震舒适透气的泡泡按摩鞋底，以克服现有的大多数鞋子存在的穿着时脚部负荷大，鞋底主体回弹性不理想，以及鞋垫与鞋底主体叠合面透气效果不理想的问题。The invention provides a cushioning, comfortable and breathable bubble massage sole to overcome the problems of heavy load on the foot during wearing, unsatisfactory resilience of the main body of the sole, and poor ventilation effect of the superimposed surface of the insole and the main body of the sole in most existing shoes. Ideal question.
本发明采用如下技术方案：The present invention adopts following technical scheme:
缓震舒适透气的泡泡按摩鞋底，包括鞋底主体，该鞋底主体设有容置腔，该鞋底主体为顶部敞口结构；该容置腔内设有至少一层缓震组，该缓震组由复数个呈球形的缓震单元构成；鞋底主体的底面或者侧壁或者顶沿设有至少一个透气通道，该容置腔和外界通过该透气通道连通。The cushioning, comfortable and breathable bubble massage sole includes a sole body, the sole body is provided with an accommodating cavity, and the sole body is an open structure at the top; at least one layer of cushioning group is arranged in the accommodating cavity, and the cushioning group It is composed of a plurality of spherical cushioning units; the bottom surface or the side wall or the top edge of the sole body is provided with at least one air-permeable channel, and the accommodating cavity communicates with the outside world through the air-permeable channel.
更进一步地：go a step further:
上述鞋底顶面为敞口结构，该鞋底顶面与上述鞋帮固定连接，上述缓震单元的顶面与上述鞋帮的底面连接。每一上述缓震单元的底端与上述容置腔腔底固定连接。每一上述缓震单元为空心球体结构，且空心球体结构的缓震单元内设有支撑柱，支撑柱沿竖直方向布置。The top surface of the above-mentioned shoe sole is an open structure, the top surface of the shoe sole is fixedly connected with the above-mentioned shoe upper, and the top surface of the above-mentioned cushioning unit is connected with the bottom surface of the above-mentioned shoe upper. The bottom end of each above-mentioned cushioning unit is fixedly connected with the bottom of the above-mentioned accommodating cavity. Each of the cushioning units is a hollow sphere structure, and the cushioning unit of the hollow sphere structure is provided with supporting columns, and the supporting columns are arranged along the vertical direction.
另外，缓震组的结构设置优选下述三种：其一，上述容置腔内设有一层上述缓震组，该缓震组由复数个独立设置的、均匀排布的、镶嵌布满该容置腔的缓震单元构成。其二，上述容置腔内设有一层上述缓震组，该缓震组中相邻的两个所述缓震单元之间通过连接条连接为一体。其三，上述容置腔内设有两层上述缓震组，上层缓震组和下层缓震组之间设有分隔板，上层的缓震组、下层的缓震组和分隔板一体连接。上层的上述缓震组的缓震单元与下层的缓震组的缓震单元的硬度不同。上述分隔板上设有复数个通孔，该分隔板可以是硬质板体，也可以是柔性板体，硬质分隔板能够提高缓震组的整体抗冲击能力，而柔性分隔板则能提升鞋底的柔性使之易于弯曲。上层的上述缓震组的缓震单元与下层的缓震组的缓震单元一一对应，且上、下层对应的两个缓震单元处于同一垂线上。In addition, the structure settings of the cushioning group are preferably the following three types: First, a layer of the above-mentioned cushioning group is arranged in the above-mentioned accommodating cavity, and the cushioning group is composed of a plurality of independently arranged, evenly arranged, inlaid and covered with the cushioning group. The cushioning unit of the accommodating cavity is formed. Second, a layer of the above-mentioned cushioning group is arranged in the above-mentioned accommodating cavity, and the two adjacent cushioning units in the cushioning group are connected as a whole by connecting bars. Its three, the above-mentioned accommodating cavity is provided with two layers of the above-mentioned cushioning groups, and a partition plate is provided between the upper layer of cushioning groups and the lower layer of cushioning groups, and the upper layer of cushioning groups, the lower layer of cushioning groups and the partition plate are integrated connect. The damping units of the above-mentioned cushioning group of the upper layer are different from those of the damping unit of the lower layer. There are a plurality of through holes on the partition board, which can be a hard board body or a flexible board body. The hard partition board can improve the overall impact resistance of the cushioning group, while the flexible partition board The plate can improve the flexibility of the sole and make it easy to bend. The cushioning units of the above-mentioned cushioning group on the upper layer correspond to the cushioning units of the cushioning group on the lower layer one by one, and the two corresponding cushioning units on the upper layer and the lower layer are on the same vertical line.
此外，上述鞋底底面设有复数个球面凸起，每一个所述缓震单元底部均对应有一个该球面凸起。In addition, the bottom surface of the above-mentioned shoe sole is provided with a plurality of spherical protrusions, and each bottom of the cushioning unit has a corresponding spherical protrusion.
由上述对本发明结构的描述可知，和现有技术相比，本发明具有如下优点：本发明的缓震组的结构设置能够有效增强鞋底主体缓震性能并有效起到良好的足底按摩的作用，在高强度的冲击下减震和回弹力尤为出色；而缓震单元在受压时收缩，吸收外来的震动和冲击压力，然后很快复原，提供良好的减震效果，并将冲击力转换为推动力（能量回归），缓震单元提供的能量回弹的支撑效果能够有效提高运动效率，提供持久的运动稳定性能；另外，每个单位受力时产生形变分散压力，柱状的分散排列，可以让使用者在任何的路况都能感受到朦胧柔软舒适的脚感；此外，本发明的缓震组的结构设置能够提供全方位易折功能，而坚固的橡胶外底耐磨耐用并可在各种表面上提供抓地力，具备良好的防滑性能；最后，本发明的鞋底主体的透气通道的设置，使得鞋垫与鞋底的叠合面直接与外界通气（相邻的缓震单元之间存在间隙，该间隙与该透气通道连通），有利于及时将汗液或者鞋腔内的水分排出，洗涤后的鞋子在晾晒时，进入鞋腔内的空气可以直接由透气通道排出，为空气的流通构建通道，这有利于快速风干鞋腔内水分；而该透气通道的外端设置在侧壁上，这样的结构使得鞋底在收到冲击力时，透气通道横向延伸的部分变形相对实心部分会更灵活，冲击力也会在透气通道形变的过程中得到分散，从而降低冲击力对足部的伤害，达到更好的缓冲保护功能。From the above description of the structure of the present invention, it can be seen that compared with the prior art, the present invention has the following advantages: the structural arrangement of the cushioning group of the present invention can effectively enhance the cushioning performance of the main body of the sole and effectively play the role of a good foot massage , the shock absorption and resilience are particularly excellent under high-intensity impacts; while the cushioning unit contracts when it is compressed, absorbs external shocks and impact pressures, and then recovers quickly, providing good shock absorption effects and transforming the impact force For the driving force (energy return), the energy rebound support effect provided by the cushioning unit can effectively improve the movement efficiency and provide long-lasting movement stability; in addition, when each unit is stressed, it generates deformation and disperses the pressure, and the columnar dispersion arrangement, It allows users to feel soft and comfortable foot feeling in any road conditions; in addition, the structural setting of the cushioning group of the present invention can provide all-round easy-folding functions, and the firm rubber outsole is wear-resistant and durable and can be used on Provide grip on various surfaces and have good anti-skid performance; finally, the ventilation channel of the sole body of the present invention is set so that the superimposed surface of the insole and the sole can directly ventilate with the outside world (there is a gap between adjacent cushioning units) , the gap is connected with the ventilation channel), which is conducive to the timely discharge of sweat or moisture in the shoe cavity. When the washed shoes are drying, the air entering the shoe cavity can be directly discharged from the ventilation channel, creating a channel for the circulation of air , which is conducive to quickly drying the moisture in the shoe cavity; and the outer end of the ventilation channel is set on the side wall. This structure makes the lateral extension of the ventilation channel deform more flexibly than the solid part when the sole receives an impact force. The impact force will also be dispersed during the deformation of the ventilation channel, thereby reducing the damage to the foot caused by the impact force and achieving better cushioning and protection.
附图说明Description of drawings
图1为装配有本发明的鞋底的运动鞋的右视结构示意图。Fig. 1 is a right view structural diagram of a sports shoe equipped with a sole of the present invention.
图2为本发明实施方式一的鞋底的立体结构示意图。Fig. 2 is a schematic diagram of the three-dimensional structure of the shoe sole according to Embodiment 1 of the present invention.
图3为本发明的鞋底底面的结构示意图。Fig. 3 is a structural schematic diagram of the sole bottom surface of the present invention.
图4为本发明缓震单元沿竖直面的剖视结构示意图。Fig. 4 is a schematic cross-sectional structure diagram of the cushioning unit of the present invention along a vertical plane.
图5为图4中沿A-A方向的剖视结构示意图。FIG. 5 is a schematic cross-sectional structural diagram along the direction A-A in FIG. 4 .
图6为实施方式二中的缓震组的立体结构示意图。Fig. 6 is a schematic perspective view of the three-dimensional structure of the cushioning group in Embodiment 2.
图7为实施方式三中的缓震组的立体结构示意图。Fig. 7 is a schematic diagram of the three-dimensional structure of the cushioning group in the third embodiment.
具体实施方式Detailed ways
下面参照附图说明本发明的具体实施方式。Specific embodiments of the present invention will be described below with reference to the accompanying drawings.
实施方式一Implementation Mode 1
缓震舒适透气的泡泡按摩鞋底，如图1、图2所示，包括鞋底主体2，该鞋底主体2设有容置腔20，鞋底主体2顶面为敞口结构。继续参照图2，该容置腔20内设有一层缓震组21，该缓震组21由复数个独立设置的、均匀排布的、镶嵌布满该容置腔20的缓震单元22构成。参照图4、图5，每一上述缓震单元22为空心球体结构，且空心球体结构的缓震单元22内设有支撑柱221，支撑柱221沿竖直方向布置；该支撑柱221的设置能够有效提升缓震单元22缓震性能，相对没有支撑柱221的缓震单元22，本发明的缓震单元22能够承受更大的冲击力，并且在缓震单元22受力压缩后能够快速提供较大的回推动力，以更好地辅助足部运动，进一步提高运动效率。每一缓震单元22的底端与上述容置腔20腔底固定连接，而该缓震单元22的顶面与鞋帮1的底面连接。另外，鞋底主体2底面由耐磨橡胶制成，坚固的橡胶外底耐磨耐用并可在各种表面上提供抓地力，具备良好的防滑性能。另外，参照图3，上述鞋底2底面设有复数个球面凸起23，每一个缓震单元22底部均对应有一个该球面凸起23；这样的结构设置使得缓震单元22受力时，压力直接传递至球面凸起23，使得球面凸起23受力更大，有利于提高球面凸起23与底面的摩擦力，有效提升鞋底主体2的防滑性能。此外，继续参照图1、图2、图3，鞋底主体2的底面和侧壁分别设有复数个透气通道25，该容置腔20和外界通过该透气通道25连通。本发明的鞋底主体2的透气通道25的设置，使得鞋垫与鞋底的叠合面直接与外界通气（相邻的缓震单元22之间存在间隙，该间隙与该透气通道25连通），有利于及时将汗液或者鞋腔内的水分排出，洗涤后的鞋子在晾晒时，进入鞋腔内的空气可以直接由透气通道25排出，为空气的流通构建通道，这有利于快速风干鞋腔内水分；而该透气通道25的外端设置在侧壁上，这样的结构使得鞋底在收到冲击力时，透气通道25横向延伸的部分变形相对实心部分会更灵活，冲击力也会在透气通道25形变的过程中得到分散，从而降低冲击力对足部的伤害，达到更好的缓冲保护功能。The cushioning, comfortable and breathable bubble massage sole, as shown in Fig. 1 and Fig. 2, includes a sole body 2, which is provided with an accommodating cavity 20, and the top surface of the sole body 2 is an open structure. Continuing to refer to FIG. 2 , a layer of cushioning group 21 is provided in the accommodation cavity 20 , and the cushioning group 21 is composed of a plurality of independently arranged, uniformly arranged cushioning units 22 mosaiced and filled with the accommodation cavity 20 . With reference to Fig. 4, Fig. 5, each above-mentioned cushioning unit 22 is a hollow sphere structure, and the cushioning unit 22 of hollow sphere structure is provided with support column 221, and support column 221 is arranged along the vertical direction; The setting of this support column 221 The cushioning performance of the cushioning unit 22 can be effectively improved. Compared with the cushioning unit 22 without the support column 221, the cushioning unit 22 of the present invention can withstand a greater impact force, and can quickly provide Larger push back force to better assist foot movement and further improve exercise efficiency. The bottom end of each cushioning unit 22 is fixedly connected to the bottom of the accommodating cavity 20 , and the top surface of the cushioning unit 22 is connected to the bottom surface of the shoe upper 1 . In addition, the bottom surface of the sole body 2 is made of wear-resistant rubber, and the strong rubber outsole is wear-resistant and durable, can provide grip on various surfaces, and has good anti-skid performance. In addition, referring to Fig. 3, the bottom surface of the above-mentioned shoe sole 2 is provided with a plurality of spherical projections 23, and each cushioning unit 22 bottom is corresponding to one of the spherical projections 23; Direct transmission to the spherical protrusion 23 makes the spherical protrusion 23 bear more force, which is beneficial to improve the friction between the spherical protrusion 23 and the bottom surface, and effectively improves the anti-skid performance of the sole body 2 . In addition, continue to refer to FIG. 1 , FIG. 2 , and FIG. 3 , the bottom surface and the sidewall of the sole body 2 are respectively provided with a plurality of ventilation channels 25 , and the accommodating chamber 20 communicates with the outside world through the ventilation channels 25 . The setting of the ventilation channel 25 of the sole body 2 of the present invention makes the superimposed surface of the insole and the sole ventilate directly with the outside world (there is a gap between the adjacent cushioning units 22, and the gap communicates with the ventilation channel 25), which is beneficial The sweat or the moisture in the shoe cavity is discharged in time. When the washed shoes are drying, the air entering the shoe cavity can be directly discharged through the ventilation channel 25, and a channel is constructed for the circulation of the air, which is conducive to quickly drying the moisture in the shoe cavity; And the outer end of this air passage 25 is arranged on the side wall, and such structure makes sole when receiving impact force, the part deformation of air passage 25 laterally extending relative solid part can be more flexible, and impact force also can be in air passage 25 deformations. The process is dispersed, thereby reducing the damage to the foot caused by the impact force, and achieving better cushioning and protection.
本发明的缓震组21的结构设置能够有效增强鞋底主体2缓震性能并有效起到良好的足底按摩的作用，在高强度的冲击下减震和回弹力的效果尤为明显。而缓震单元22在受压时收缩，吸收外来的震动和冲击压力，然后很快复原，提供良好的减震效果，并将冲击力转换为推动力（能量回归），缓震单元22提供的能量回弹的支撑效果能够有效提高运动效率，提供持久的运动稳定性能。另外，每个单位受力时产生形变分散压力，柱状的分散排列，可以让使用者在任何的路况都能感受到朦胧柔软舒适的脚感。此外，由于本发明的缓震单元22为独立结构设置，相邻两个缓震单元22之间存在一定的间隙，鞋底主体2发生弯折时，缓震单元22之间没有牵拉的作用力，这就使得鞋底主体2更为柔软，鞋底主体2能够提供全方位易折功能。The structural arrangement of the cushioning group 21 of the present invention can effectively enhance the cushioning performance of the sole body 2 and effectively play a good role in foot massage, and the effects of shock absorption and resilience are particularly obvious under high-intensity impacts. The cushioning unit 22 shrinks when it is pressed, absorbs external shocks and impact pressure, and then recovers quickly to provide a good shock absorption effect, and converts the impact force into a driving force (energy return). The cushioning unit 22 provides The support effect of energy rebound can effectively improve exercise efficiency and provide long-lasting exercise stability. In addition, each unit generates deformation and disperses pressure when it is stressed, and the columnar scattered arrangement allows users to feel a soft and comfortable foot feeling in any road conditions. In addition, since the cushioning unit 22 of the present invention is an independent structure, there is a certain gap between two adjacent cushioning units 22. When the sole body 2 is bent, there is no pulling force between the cushioning units 22. , which makes the sole body 2 softer, and the sole body 2 can provide all-round easy-folding functions.
实施方式二Implementation mode two
本实施方式与实施方式一存在不同之处在于，参照图6，本实施方式的容置腔20内所设置的一层缓震组21中相邻的两个缓震单元之间通过连接条26连接为一体。本实施方式的缓震组21的结构既能提供受力形变和能量回弹的支撑、缓震效果，也有效提升鞋底2的柔性使之易于弯曲。The difference between this embodiment and Embodiment 1 is that, referring to FIG. 6 , in the accommodating chamber 20 of this embodiment, two adjacent cushioning units in one layer of cushioning group 21 are connected by connecting strips 26 . Connect as one. The structure of the cushioning group 21 in this embodiment can not only provide the support and cushioning effect of force deformation and energy rebound, but also effectively improve the flexibility of the sole 2 to make it easy to bend.
实施方式三Implementation Mode Three
本实施方式与实施方式一存在不同之处在于，参照图7，本实施方式的鞋底主体2的容置腔20内设有两层缓震组21。继续参照图7，其具体结构为：上层缓震组21和下层缓震组21之间设有分隔层24，上层的缓震组21、下层的缓震组21和分隔层24一体连接。该分隔板24优选为硬质板体，硬质分隔板24能够将局部受到的冲击力分散至整个缓震组21，进而提升缓震组21的整体抗冲击能力，保护足部。该分隔板上设有复数个通孔240，该通孔240的设置有利于改善上层的缓震组21和下层的缓震组21之间的透气性，使得容置腔20内的水分易于蒸发，也有利于足部与鞋底叠合面的空气流通，进而为足部营造的干燥舒适的环境。上层的缓震组21的缓震单元22与下层的缓震组21的缓震单元22一一对应，且上、下层对应的两个缓震单元22处于同一直线上。上层的缓震组21的缓震单元22与下层的缓震组21的缓震单元22的硬度不同，优选上层的缓震组21的缓震单元22的硬度小于下层的缓震组21的缓震单元22的硬度，上层的缓震组21具备良好的缓震性能和回弹性能，而下层的缓震组21则具备更好的抗冲击能力，使得鞋底2还具备较好的穿着舒适性以及保护足部的功能。The difference between this embodiment and Embodiment 1 is that, referring to FIG. 7 , two layers of cushioning groups 21 are provided in the accommodating cavity 20 of the sole body 2 of this embodiment. Continuing to refer to FIG. 7 , its specific structure is: a separation layer 24 is provided between the upper cushioning group 21 and the lower cushioning group 21, and the upper cushioning group 21, the lower cushioning group 21 and the separation layer 24 are integrally connected. The partition board 24 is preferably a hard board body, and the hard partition board 24 can disperse the local impact force to the whole cushioning group 21, thereby improving the overall impact resistance of the cushioning group 21 and protecting the feet. The dividing plate is provided with a plurality of through holes 240, the setting of the through holes 240 is conducive to improving the air permeability between the cushioning group 21 of the upper layer and the cushioning group 21 of the lower layer, so that the moisture in the accommodating cavity 20 is easy to Evaporation is also conducive to the air circulation on the superimposed surface of the foot and the sole, thereby creating a dry and comfortable environment for the foot. The cushioning units 22 of the cushioning group 21 on the upper layer are in one-to-one correspondence with the cushioning units 22 of the cushioning group 21 on the lower layer, and the two corresponding cushioning units 22 on the upper layer and the lower layer are on the same straight line. The cushioning unit 22 of the cushioning group 21 of the upper floor is different from the hardness of the cushioning unit 22 of the cushioning group 21 of the lower floor. The hardness of the shock unit 22, the cushioning group 21 of the upper layer has good cushioning performance and rebound performance, while the cushioning group 21 of the lower layer has better impact resistance, so that the sole 2 also has better wearing comfort And the function of protecting the foot.
上述仅为本发明的具体实施方式，但本发明的设计构思并不局限于此，凡利用此构思对本发明进行非实质性的改动，均应属于侵犯本发明保护范围的行为。The above is only a specific embodiment of the present invention, but the design concept of the present invention is not limited thereto, and any non-substantial changes made to the present invention by using this concept should be an act of violating the protection scope of the present invention.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510320181.0ACN104872925A (en) | 2015-06-12 | 2015-06-12 | Cushioned, comfortable and breathable bubble massage sole |
| CN201610330116.0ACN105768352B (en) | 2015-06-12 | 2015-06-12 | The ventilative bubble-massage sole of bradyseism power-assisted |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510320181.0ACN104872925A (en) | 2015-06-12 | 2015-06-12 | Cushioned, comfortable and breathable bubble massage sole |
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610330116.0ADivisionCN105768352B (en) | 2015-06-12 | 2015-06-12 | The ventilative bubble-massage sole of bradyseism power-assisted |
| Publication Number | Publication Date |
|---|---|
| CN104872925Atrue CN104872925A (en) | 2015-09-02 |
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510320181.0APendingCN104872925A (en) | 2015-06-12 | 2015-06-12 | Cushioned, comfortable and breathable bubble massage sole |
| Country | Link |
|---|---|
| CN (1) | CN104872925A (en) |
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| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| EXSB | Decision made by sipo to initiate substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WD01 | Invention patent application deemed withdrawn after publication | Application publication date:20150902 | |
| WD01 | Invention patent application deemed withdrawn after publication |