序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
61 Wrap skirt with shock-absorbing function JP2006097507 2006-03-31 JP2007270381A 2007-10-18 SASAKI HISATO; MURATA HIROKO; TANAKA EIKO
<P>PROBLEM TO BE SOLVED: To provide a wrap skirt with shock-absorbing function comprising a hip protector eliminating inconvenience such as heavy weight/hardness/bulkiness so as to encourage aged persons in wearing the wrap skirt to prevent bone fracture caused by falling. <P>SOLUTION: The wrap skirt with shock-absorbing function 4 comprises a hip protector, and is formed as follows: covering the hip of a wearer P with a center portion 415; pulling temporal fastening strings 45, 45 to the belly side of the wearer to be temporarily fastened with hook-and-loop fasteners 453, 454; winding up both end parts 441, 442 of a string part 44 ranging to the belly side to tie them up so that a shock-absorbing pad formed of shock-absorbing bodies 7, 7 covers both of outside areas of the waist part corresponding to the greater trochanter of the thighbone of the wearer; housing a unit of the shock-absorbing body formed into a flat block so that the cut end surfaces of a cardboard belt piece are placed on a large number of housing parts 42 to block the impact force transmission via the shock absorption. <P>COPYRIGHT: (C)2008,JPO&INPIT
62 Device in order to protect the waist JP2006540167 2004-11-16 JP2007511301A 2007-05-10 ソレンセン、ベッティナ・バルスレブ
本発明は、少なくとも腰のエリアのところで人体を囲むように配置されるベルト部分と腰の保護手段(4)とを有する、人体の腰を保護するためのデバイス(1)に関する。 このベルト部分は、内面(2)と外面(3)とを有し、弾性材料で少なくとも一部分が形成されている。 このデバイスは、腰の保護手段(4)が大転子を覆うように所定の位置にしっかりととどまることを確実にするように、内面が摩擦増強手段(5)を少なくとも部分的に有していることを特徴としている。
63 Fracture prevention method using the fracture prevention pad and the pad JP51325694 1993-11-18 JP3608621B2 2005-01-12 ヘイズ、ウィルソン・シー; マクメイアン、トマス・エイ; ロビノビッチ、スティーブン・エヌ
64 Flexible, lightweight protective pad JP53262897 1997-02-26 JPH11506176A 1999-06-02 トムス,ダグラス; ナク,アンドリュー,ジュリアン
(57)【要約】 衝撃に対し人体を保護するための、改善された保護パッドが開示される。 このパッドは、高密度の独立気泡ポリマー発泡体の層と、低密度の独立気泡ポリマー発泡体の層で形成される。 高密度層は衝撃力を吸収、放散し、低密度層は人体に対するクッションとして作用し、快適な装着感を提供する。 パッドは、その厚みを通る複数の穴を有することで、通気性と、人体からの熱の放散を提供することができる。 穴の表面積は、十分な通気ができるくらいに大きいが、パッドによる保護を有意に損なうほど大きくはない。 また、パッドには、その表面にわたり、かつその厚みの一部に及ぶ複数の刻み線を有することで、柔軟性と、保護する人体の部位における快適な装着感を提供することもできる。
65 PROTECTIVE DEVICES, COMPONENTS THEREFORE, AND THEIR METHODS OF USE PCT/NZ2012000191 2012-10-19 WO2013058665A3 2013-07-18 ALLAN TIMOTHY MARK; JONES JONATHAN MARTIN; REES-JONES BLYTHE GUY; BROWN CHRISTOPHER RAYMOND
The present invention relates to a securing device configured to be worn by a person, characterised in that the securing device includes a locking mechanism that is configured to selectively secure a guard to the securing device at a plurality of positions relative to the securing device.
66 PROTECTIVE GARMENT FOR THE HIP AREA PCT/US9719603 1997-10-29 WO9818355A3 1998-11-26 CARRINGTON JANICE
A protective garment for being disposed against a body to absorb shock and protect selected regions of the body against the shock comprises a protective area for protecting against the shock a region of the body disposed adjacent the protective area and a nonprotective area for providing structural integrity to the garment while providing substantially little protection against the shock to a region of the body disposed against the nonprotective area of the garment. The protective area is adapted to be disposed on the side of the body only adjacent the enarthrodial joint of the hip and to be centered on the side of the body slightly below the level of the acetabulum of the pelvis and to extend upwardly and anteriorly to the front of the body and approximately centered over the acetabulum of the pelvis and to extend posteriorly to the rear of the body to the lower region of the gluteal muscles of the body.
67 HIP PROTECTIVE UNDERGARMENTS EP14768999 2014-03-17 EP2967163A4 2016-12-07 WILLIAMS NATASHA RHEA; WYNER DANIEL M
Disclosed herein is an undergarment with a self-orienting, integrated, conformable hip protection pad.
68 HIP PROTECTOR SYSTEM AND METHOD FOR HIP FRACTURE PREVENTION EP12742205 2012-01-25 EP2670632A4 2015-12-02 RAANAN AMATSIA
An active hip protector system and method for hip fracture prevention are introduced in order to overcome the shortcomings of existing methods of preventing hip fractures; namely: to provide effective impact protection and eliminate false fall alarms. The hip protector system comprises a belt-like pouch, worn over the user's waist, containing airbags which are inflated to a large size ensuring that the user's thighs will not hit the ground upon impact, once the system detects a fall. The pouch contains all of the necessary elements for fall detection and activating inflation of the airbags. Incorporation of distance measurement sensors and cross reference with acceleration and spatial orientation sensors enable reliable detection of impending collision with the ground. The pneumatic system, including the airbags, is carried within the pouch or, alternatively, can be placed in a location that is prone to falling.
69 STANDALONE WEARABLE PROTECTOR AND PROTECTIVE CLOTHING ASSEMBLY EP15173704.6 2013-05-14 EP2939555A1 2015-11-04 Mazzarolo, Giovanni; Signorelli, Marco

The present invention relates to a standalone wearable protector 1, comprising: a thin layer supporting fabric 2, at least one inflatable bag 13 housed in a seat 19 provided in said supporting fabric 2, at least one gas generator 12 acting as inflating means connected to said inflatable bag 13 and fastened directly or indirectly to said supporting fabric 2, a control unit 10 also fastened directly or indirectly to said supporting fabric 2 and suitable for activating said inflating means 12 and sensing means 5 connected to said control unit 10 and provided on said supporting fabric 2.

The present invention also relates to a protective clotlung assembly comprising a protective garment 30, 50 made of material resistant to abrasion and friction stresses and said standalone wearable protector 1.

70 PROTECTIVE STRUCTURE FOR SPORTING EQUIPMENT AND METHOD EP13814191.6 2013-12-16 EP2938411A1 2015-11-04 NYLUND, Mauri
The protective structure comprises a at least in one direction curved support rib structure of a material or a material composition that is suited for injection molding, which support rib structure is formed of an outer frame and of inner frames fitted into the interior space of the outer frame and being fixed to each other and/or to the outer frame. The material thickness of the support rib structure varies in a direction perpendicular to a surface formed by the support rib structure so that the material thickness is greater at the middle of the support rib structure compared to the material thickness at the edges of the support rib structure.
71 PROTECTIVE DEVICES, COMPONENTS THEREFORE, AND THEIR METHODS OF USE EP12842062 2012-10-19 EP2768331A4 2015-06-03 ALLAN TIMOTHY MARK; JONES JONATHAN MARTIN; REES-JONES BLYTE GUY; BROWN CHRISTOPHER RAYMOND
72 PROTECTIVE DEVICES, COMPONENTS THEREFORE, AND THEIR METHODS OF USE EP12842062.7 2012-10-19 EP2768331A2 2014-08-27 ALLAN, Timothy Mark; JONES, Jonathan Martin; REES-JONES, Blyte Guy; BROWN, Christopher Raymond
The present invention relates to a securing device configured to be worn by a person, characterised in that the securing device includes a locking mechanism that is configured to selectively secure a guard to the securing device at a plurality of positions relative to the securing device.
73 FALL DETECTION AND HIP IMPACT PROTECTOR EP12731614.9 2012-05-25 EP2713873A1 2014-04-09 BECKETT, The Honourable William Ernest
This invention relates to hip protector devices. We describe a hip protector for protecting a user in the event of a fall, the hip protector comprising: one or more hip protection elements; and an electronic fall detection system, wherein the hip protection element is arranged to reduce the impact of a fall by a user; wherein the fall detection system is configured to detect the occurrence of said fall by said user and to store fall data defining one or more characteristics of said detected fall in a data store, for later retrieval; wherein said hip protection element comprises a cushion or pad, and wherein said electronic fall detection system is located within said cushion or pad.
74 PROTECTOR EP11753101 2011-01-31 EP2545794A4 2013-09-04 MIZUTANI KATSUMI; YAMAMOTO HIROMI; HIDE KAZUSHI; ICHINOSE MASAFUMI
75 DEVICE FOR PROTECTION EP08833189 2008-09-26 EP2194803A4 2012-02-29 JONSSON CARINA
76 Protective clothing of the femur head during the sports activity EP08001657.9 2008-01-29 EP1964484A3 2009-06-24 Cavalieri, Enrico

The protective clothing consists of a pair of shaped pieces (1) in knock absorbing material with a conic cavity hole (2) for each shaped pieces (2), where said hole is placed with the its cavity less outside and with the bigger cavity inside onto the femur head.

77 Protective clothing of the femur head during the sports activity EP08001657.9 2008-01-29 EP1964484A2 2008-09-03 Cavalieri, Enrico

The protective clothing consists of a pair of shaped pieces (1) in knock absorbing material with a conic cavity hole (2) for each shaped pieces (2), where said hole is placed with the its cavity less outside and with the bigger cavity inside onto the femur head.

78 GARMENT, PROTECTION DEVICE AND METHOD FOR REDUCING THE RISK OF BONE FRACTURE EP05804995.8 2005-12-29 EP1845813A1 2007-10-24 SØRENSEN, Bettina Balslev; KJÆRSGAARD, Anna Marie Houe; ROBINOVITCH, Steve
Here is disclosed a garment a device and a method for reducing the risk of bone fracture of a human or animal subject due to impact forces on a vulnerable region having a bone part, e.g. the greater trochanter near the skin surface, there being a soft tissue region proximate to the vulnerable region lacking a bone part near the skin surface. The garment comprises at least one protective device shaped in accordance with anatomical features of the vulnerable region and the soft tissue region so that the impact energy is shunted for the vulnerable region to the soft tissue region, where such energy may be safely dissipated and mounting means for removable mounting the at least one protective device on the subject in a manner permitting the shunting of impact energy from the vulnerable region to the soft tissue region. The protective device is shaped for partly or totally surrounding the vulnerable region and has a thickness establishing a protective free space that will not transfer energy above the vulnerable region and comprises a soft and elastic material having a suitable elasticity and hardness, so that in the case of a fall the impact force will partly compress the device against the soft tissue region and as the elastic material rigidifies during its compression, it will gradually transfer the energy to the surrounding soft tissue, whereby a substantial portion of the impact energy is absorbed and retransmitted to the soft tissue region. The garment provides a lightweight, soft and less bulky protective device which is comfortable for the wearer and which maintain a stable form and which still makes it possible to transmit sufficient impact energy to the soft tissue region surrounding a vulnerable region.
79 A protective appliance for protecting the top of the femur of an individual EP05388089.4 2005-10-18 EP1776881A1 2007-04-25 Qvortrup, Klaus

The present invention relates to a protective appliance to be worn by an individual for protecting the top of the femur of the individual. The protective appliance comprises a mechanical impact absorbing pad made from an elastically deformable and recoverable material allowing the material itself to absorb a mechanical impact through deformation of the material and to recover to its initial configuration after the mechanical impact, and a waterproof enclosure enclosing the mechanical impact absorbing pad for sealing off the mechanical impact absorbing pad.

80 WAIST PROTECTION MEMBER EP97949169.3 1997-12-19 EP0962156B1 2006-12-06 OIKAWA, Katsuhiko; OZAWA, Nanami; KOWATARI, Rika
A main chamber (33) into which a gel material (32) is filled is disposed at a position of the surface of the human body (4) corresponding to at least the Trochanter major (1a) of a thighbone (1) in contact therewith. At least two pieces or more of auxiliary chambers (34) into which a gel material is filled and which has a smaller contact area with the human body than the main chamber are juxtaposed in a longitudinal direction or the front side relative to the contact portion of the main chamber with the surface of the human body.
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