会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 44. 发明申请
    • FOOTWEAR ARTICLE WITH PRESSURE SENSOR
    • FOOTWEAR ARTICLE带压力传感器
    • WO2012143274A3
    • 2013-03-28
    • PCT/EP2012056576
    • 2012-04-11
    • IEE SARLSTEIER ANDREASKIRSCH ALOYSEMASSING MATHIAS
    • STEIER ANDREASKIRSCH ALOYSEMASSING MATHIAS
    • A43B3/00A61B5/103G01L1/20
    • A43B7/00A43B3/0005A43B7/08A61B5/1038A63B2220/56A63B2220/58A63B2220/836A63B2225/50A63B2230/62G01L1/205
    • An article of footwear (10) comprises a pressure sensor (16) arranged in the sole structure. The sensor comprises elongated pressure-sensing cells (18), each of which has an axis of main extension (A). Each cell comprises a first (20) and a second (22) carrier film, which are attached to one another by a spacer film (24) having an elongated opening (26) oriented along the axis of main extension, as well as a first (28) and a second (30) electrode on the first and the second carrier film, respectively. The electrodes are arranged in facing relationship with each other, so that a contact area between them increases with increasing pressure. An electrically insulating layer (32) is arranged within the opening. That layer's shape is such that it locally prevents direct contact between the electrodes where the insulating layer is present and enables the direct contact where it is absent. The shape is constant or repetitionary along the axis of main extension of the cell.
    • 鞋类物品(10)包括布置在鞋底结构中的压力传感器(16)。 传感器包括细长的压力感测单元(18),每个单元具有主延伸轴线(A)。 每个单元包括第一(20)和第二(22)载体膜,它们通过具有沿主延伸轴线定向的细长开口(26)的隔离膜(24)彼此附接,以及第一 (28)和第二(30)电极分别在第一和第二载体膜上。 电极以彼此面对的关系布置,使得它们之间的接触面积随着压力的增加而增加。 电绝缘层(32)布置在开口内。 该层的形状使得其局部地防止存在绝缘层的电极之间的直接接触,并且能够在不存在绝缘层的情况下直接接触。 形状沿着电池的主延伸轴线是恒定的或重复的。
    • 45. 发明申请
    • 건강증진의 조건을 갖춘 기능성 건강 신발
    • 功能健康鞋具有健康促进作用
    • WO2012115289A1
    • 2012-08-30
    • PCT/KR2011/001123
    • 2011-02-22
    • 배종은
    • 배종은
    • A43B13/12
    • A43B7/08A43B7/06A43B13/127A43B13/145
    • 본 발명은 신발 밑창의 구조및 소재로 부터 충격흡수의 효과와 통기성의 대표적인 특징이며, 신발의 굴림 효과를 통하여 쉽고 자연스러운 3박자 보행을 가능하게 해주며, 중창 내부에 설치한 나이론 생크(300)을 통한 상기 굴림 효과의 극대화가 또 다른 특징이라고 할 수 있다. 건강의 관점으로는 구조적 특징에서 나오는 보행시의 신발의 불안정감이 그것에 대해 신체의 적응을 통한 체형의 교정을 가능하게 해주며, 평소에는 잘 사용하지 않는 다리와 허리, 그리고 어깨와 목 등의 근육들을 사용하게 되어 신체의 균형적인 발달을 유도하며, 다리, 허리, 목의 통증을 완화해주는 효과가 있다. 본 신발의 착용으로 복부의 근육에 긴장이 가며 이로인하 체중감소의 부수적인 효과도 나타난다. PU 중창(200) 위에 위치한 네오프렌(400) 소재의 역할로 통풍과 중차의 2중 강도의 효과, 그리고 추가적인 충격 완화와 쿠션의 증대도 본 발명의 효과임을 밝히며, 건강과 기능을 겸비한 편한 신발의 개발 공급이 본 발명의 목표이다.
    • 本发明涉及一种功能健康鞋,其提供吸收冲击的效果,其具有通过鞋底结构和材料可渗透空气的特征,其使得穿着者能够实现容易和自然的三步行走 通过鞋的滚动效应,并且通过设置在中间鞋底内的尼龙柄(300)使滚动效果最大化。 在健康方面,穿戴者的身体类型可以通过在步行期间适应鞋的结构特征导致的鞋的不稳定性而被矫正,并且鞋可以使穿戴者能够使用他/她的肌肉,例如 腿部肌肉,腰部肌肉,以及其他时候很少使用的肩部和颈部肌肉,以诱发身体的平衡发展,从而减轻腿部,腰部和颈部的疼痛。 当使用者穿着本发明的鞋时,可以对腹部的肌肉施加应力,以提供诸如体重减轻的辅助效果。 而且,由于包含布置在PU中间鞋底(200)上的氯丁橡胶材料(400),本鞋可以具有诸如通风的效果,从而为中间鞋底提供双重强度,额外的冲击吸收和改善缓冲。 因此,根据本发明,可以提供将健康效果与功能相结合的舒适的鞋。
    • 46. 发明申请
    • MIDSOLE STRUCTURE, PARTICULARLY FOR SHOES, INCLUDING SHOES WITH A VAPOR-PERMEABLE SOLE, DESIGNED FOR USE IN SPORTS ACTIVITIES
    • 鞋子结构,特别适用于鞋子,包括带有蒸汽透气鞋的鞋子,设计用于运动活动
    • WO2010130515A1
    • 2010-11-18
    • PCT/EP2010/054796
    • 2010-04-13
    • GEOX S.P.A.POLEGATO MORETTI, Mario
    • POLEGATO MORETTI, Mario
    • A43B7/08A43B7/12D03D25/00
    • A43B7/08A43B7/087A43B7/125A43B13/125
    • A midsole structure (10), particularly for shoes, including shoes with a vapor-permeable sole, designed for use in sports activities, comprising a monolithic plantar frame (12) made of polymeric material, which comprises a reinforced rim (13) with structural cross-members (14), which cooperate to delimit opening compartments (15) that pass through the monolithic plantar frame (12) in order to lead onto opposite faces (16a, 16b) thereof, at least one first vapor-permeable element (17), which covers at least the opening compartments (15), which open onto a first one (16a) of the faces (16a, 16b), with which the first vapor-permeable element (17) is associated, at least one second vapor-permeable element (18), which covers at least the opening compartments (15), which open onto the second one (16b) of the faces (16a, 16b), with which the second vapor-permeable element (18) is associated.
    • 一种中底结构(10),特别是用于鞋子,包括设计用于运动活动的透气鞋底,包括由聚合材料制成的整体式足底框架(12),其包括具有结构的加强边缘(13) 横向构件(14),其协作以限制通过整体式足底框架(12)的开口隔室(15),以便引导其相对的面(16a,16b),至少一个第一透气元件(17 ),其至少覆盖开口隔室(15),所述开口隔室(15)打开到与所述第一透气元件(17)相关联的所述面(16a,16b)的第一个(16a)上,至少一个第二蒸气 (18),其至少覆盖开口隔室(15),所述开口隔室(15)打开到所述第二透气元件(18)与其相连的所述面(16a,16b)的第二个(16b)上。
    • 47. 发明申请
    • AIR CIRCULATING SHOE USING THE LAW OF INERTIA
    • 空气循环鞋使用INERTIA法
    • WO2010030089A2
    • 2010-03-18
    • PCT/KR2009004929
    • 2009-09-02
    • KIM SEONG-JEON
    • KIM SEONG-JEON
    • A43B7/06
    • A43B7/06A43B7/08
    • The present invention relates to shoes including sneakers, dress shoes, hiking boots, and the like. The present invention is designed to prevent uncomfortable humid conditions and foot odor in shoes caused by the lack of adequate air circulation when the shoes are worn. Conventional methods for injecting and circulating air in shoes generate wind by rotating small rotary blades such as those of a fan mounted in the shoes by the force generated from a small motor. The air circulating shoe of the present invention is designed such that air is injected and circulated in the shoe by the force of inertia acting on the foot of a walking person, without using the power generated from an electrical motor or a battery. A rotary weight (1) rotates by the law of inertia at the moment when one foot of the walking person contacts the ground to make the speed '0 m/s'. The force generated from the rotation of the rotary weight (1) is transmitted to a rotary blade (4) by a power transmission device to rotate the rotary blade. Wind generated from the rotation of the rotary blade is supplied into the shoe through an air outlet port (5) and a connection pipe (7). The thus-provided air removes offensive odor and humidity within the shoe.
    • 本发明涉及包括运动鞋,礼服鞋,登山靴等的鞋子。 本发明的目的是防止鞋子穿着时由于缺乏足够的空气循环而导致鞋子中的不舒适的潮湿条件和脚气味。 用于在鞋中注入和循环空气的常规方法通过旋转小的旋转叶片(例如通过由小型电动机产生的力而安装在鞋中的风扇)来产生风。 本发明的空气循环靴被设计成使得空气通过作用在步行人的脚上的惯性作用而在鞋中被注入和循环,而不使用由电动马达或电池产生的动力。 当步行人的一脚接触地面时,旋转重物(1)通过惯性定律旋转,使速度为“0m / s”。 由旋转锤(1)的旋转产生的力通过动力传递装置传递到旋转叶片(4),以旋转叶片。 从旋转叶片的旋转产生的风通过出气口(5)和连接管(7)供给到鞋中。 由此提供的空气除去鞋内的异味和湿气。
    • 49. 发明申请
    • SOLE STRUCTURE FOR A VENTILATED FOOTWEAR ITEM
    • 通风鞋项目的结构
    • WO2008138778A1
    • 2008-11-20
    • PCT/EP2008/055424
    • 2008-05-02
    • M.G.M. S.p.A.DE LAZZARI, Dario
    • DE LAZZARI, Dario
    • A43B7/12A43B13/12A43B7/08
    • A43B7/08A43B7/125A43B13/10A43B13/12
    • The present invention refers to a sole structure for a ventilated footwear item formed by a box-like sole (1) comprising a peripheral edge (5) in which there is provided at least one aperture (4, 6); the box-like sole (1) comprises: - a box-like midsole (2) associable to an upper and provided with the peripheral edge (5) and a plurality of channels (3) communicating with the aperture (4, 6); - a reinforcement member (7) associable to the box-like midsole (2) and comprising at least one protruding element (8, 10) protruding towards the peripheral edge (5); the protruding element (8, 10) is provided with an aperture (9, 11) that substantially faces the aperture (4, 6) of the peripheral edge (5) when the reinforcement member (7) is mounted to the midsole (2); - a transpiring and impermeable membrane (13) interposed between the midsole (2) and the reinforcement member (7) and located at the respective apertures (4, 6; 9, 11); - an outsole (15) provided with a tread (16) and at least partially wrapping around the peripheral edge (5); the outsole (15) substantially overlaps the reinforcement member (7) leaving exposed the protruding element (8, 10).
    • 本发明涉及一种由包括周缘(5)的盒状鞋底(1)形成的通风鞋类物品的鞋底结构,其中设有至少一个孔(4,6); 盒状鞋底(1)包括: - 与鞋面相连并设置有周缘(5)的箱状中底(2)和与孔(4,6)连通的多个通道(3); - 与盒状中底(2)相关联并且包括朝向周边边缘(5)突出的至少一个突出元件(8,10)的加强构件(7); 当加强构件(7)安装到中底(2)时,突出元件(8,10)设置有大致面向周边边缘(5)的孔(4,6)的孔(9,11) ; - 插入在所述中底(2)和所述加强构件(7)之间且位于所述相应孔(4,6; 9,11)处的蒸发且不可渗透的膜(13); - 外底(15),其设置有胎面(16)并且至少部分地围绕所述周边边缘(5)包围; 外底(15)基本上与加强构件(7)重叠,从而暴露突出元件(8,10)。