序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
1 发布触觉同步信号的方法和装置 CN201610232778.4 2008-10-06 CN105688397A 2016-06-22 R·斯泰戈; B·克鲁斯
发明涉及发布触觉同步信号的方法和装置。一种生成触觉效果的方法,该方法包括:感测第一设备的移动;生成与所感测的移动对应的第一触觉信号;以及把第一触觉信号发送给第二设备,其中第二设备被配置为生成与第一触觉信号对应的第一触觉效果。
2 模拟负载的训练健身机 CN201510128949.4 2015-03-24 CN104941115B 2017-07-28 黄瑞东
一种模拟负载的训练健身机,其设有阻尼单元,由一具有顶升作用力的压缸所构成,该压缸包括一缸体、可于缸体上升降的活塞杆及可使活塞杆升降的压力源,且控制器耦接阻尼单元的压力源及荷重单元,用以计算及控制荷重单元所设定的负荷值,并可改变阻尼单元的活塞杆上阻尼力来连动升降滑轮座体,使滑轮座体中的各动滑轮平均可承受缆绳的负载力而省力,及阻尼力可减缓强大回复力而安全,可取代需要用电的复杂减速机构,或取代体积较大的配重,如此一来,本发明体积小较不占空间、传动噪音较低及不用电较不局限设置范围,可适用于空间狭小的地方。再者,可利用操作介面直接调整负载力的大小,具有使用便捷且不会中断运动的功效。
3 模拟负载的训练健身机 CN201510128949.4 2015-03-24 CN104941115A 2015-09-30 黄瑞东
一种模拟负载的训练健身机,其设有阻尼单元,由一具有顶升作用力的压缸所构成,该压缸包括一缸体、可于缸体上升降的活塞杆及可使活塞杆升降的压力源,且控制器耦接阻尼单元的压力源及荷重单元,用以计算及控制荷重单元所设定的负荷值,并可改变阻尼单元的活塞杆上阻尼力来连动升降滑轮座体,使滑轮座体中的各动滑轮平均可承受缆绳的负载力而省力,及阻尼力可减缓强大回复力而安全,可取代需要用电的复杂减速机构,或取代体积较大的配重,如此一来,本发明体积小较不占空间、传动噪音较低及不用电较不局限设置范围,可适用于空间狭小的地方。再者,可利用操作介面直接调整负载力的大小,具有使用便捷且不会中断运动的功效。
4 发布触觉同步信号的方法和装置 CN201310643154.8 2008-10-06 CN103699218A 2014-04-02 R·斯泰戈; B·克鲁斯
本公开涉及发布触觉同步信号的方法和装置。一种能够发布触觉同步信号的触觉信号发布系统包括主触觉设备和多组从触觉设备。在一个实施例中,主触觉设备被配置为向从触觉设备发布触觉同步信号。触觉同步信号例如可包括与一段音乐的节拍相关的信息。例如,触觉信号发布系统使主可佩戴触觉设备能够经由无线通信网络向一组或多组从可佩戴触觉设备选择性地发布触觉同步信号。一旦接收到触觉同步信号,每个从可佩戴触觉设备响应于所述触觉同步信号生成一系列具有节拍节奏的触觉反馈
5 两用健身器 CN201210113764.2 2012-04-18 CN103239834A 2013-08-14 陈明男; 黄铉富
发明有关于一种两用健身器,主要是于一室内飞轮脚踏车(Spin Bike)的飞轮中心轴一侧设有一变速齿盘组,该变速齿盘用以连结一已拆除后轮的实体脚踏车(Bicycle),由此,个人用户得依需求弹性单独骑乘室内飞轮脚踏车或实体脚踏车亦或由两人同时分别骑乘室内飞轮脚踏车及实体脚踏车,而具有骑乘协车的功用。
6 发布触觉同步信号的方法和装置 CN200880120690.7 2008-10-06 CN101896962A 2010-11-24 R·斯泰戈; B·克鲁斯
一种能够发布触觉同步信号的触觉信号发布系统包括主触觉设备和多组从触觉设备。在一个实施例中,主触觉设备被配置为向从触觉设备发布触觉同步信号。触觉同步信号例如可包括与一段音乐的节拍相关的信息。例如,触觉信号发布系统使主可佩戴触觉设备能够经由无线通信网络向一组或多组从可佩戴触觉设备选择性地发布触觉同步信号。一旦接收到触觉同步信号,每个从可佩戴触觉设备响应于所述触觉同步信号生成一系列具有节拍节奏的触觉反馈
7 触覚同期信号を分配するための方法及び装置 JP2010538003 2008-10-06 JP5706162B2 2015-04-22 シュテガー,ライアン; クルーズ,バーバラ
8 Operation input device for simulation device JP15028497 1997-05-23 JPH10326073A 1998-12-08 AIKI SHINICHIRO
PROBLEM TO BE SOLVED: To provide an operation input device which is capable of imitating a boat rowing operation plentifully in presence and of which operation can be performed by plural operators simultaneously. SOLUTION: This operation input device is operated by an operator in order to control a video to be projected on a projector 38. A grasping member 9 is arranged so as to be prolonged in a lateral direction with respect to the operator seated on a seat 2. The grasping member 9 is rotatable around respective axes of two rectangular axes of the axsis of a vertical direction and the axis of a horizontal direction and as a result, the member is freely movable around the intersection of these rectangular axes in a three-dimensional space. Thus, the operator can operate this member 9 like the paddle of a canoe. Moreover, since the member 9 is prolonged in the lateral direction with respect to the operator, even when operator become plural members, the operators can grasp the member 9 without difficulty.
9 歩行訓練システム JP2014249341 2014-12-09 JP6075365B2 2017-02-08 山崎 晴介
10 歩行訓練システム JP2014249341 2014-12-09 JP2016106951A 2016-06-20 山崎 晴介
【課題】歩行訓練時における異常状態を検出すること。
【解決手段】本発明に係る歩行訓練システムは、訓練者が歩行するためのコンベアと、コンベアの両側に位置し、補助者が両足の各々を乗せる一対の足置部と、足置部上の足の存在状態を計測する計測部と、計測部による計測結果に基づいて、足置部上に3つ以上の足が存在するか否かを判定する判定部と、判定部によって3つ以上の足が存在すると判定された場合、異常時制御を行う制御部とを備える。
【選択図】図5
11 触覚同期信号を分配するための方法及び装置 JP2013271969 2013-12-27 JP5791695B2 2015-10-07 シュテガー,ライアン; クルーズ,バーバラ
12 Method and device for distributing tactile sense synchronization signal JP2013271969 2013-12-27 JP2014098916A 2014-05-29 RYAN STEGER; BARBARA KRUSE
PROBLEM TO BE SOLVED: To provide a method and a device for distributing tactile sense synchronization signals by using a remote tactile sense device.SOLUTION: A tactile sense signal distribution system 100 comprises a master tactile sense device 102 and a slave tactile sense device groups 104 to 114. The master tactile sense device 102 is configured to distribute tactile sense synchronization signals to the slave tactile sense devices 104 to 114. The tactile sense synchronization signal may include, for example, information on tempo of music. The tactile sense signal distribution system 100 enables, for example, the master mountable tactile sense device 102 to selectively distribute tactile sense synchronization signals to one or more slave mountable tactile sense device groups 104 to 114 through radio communication networks 130 to 146. When receiving the tactile sense synchronization signals, each of the slave mountable tactile sense devices 104 to 114 generates a set of tactile sense feedback having rhythm of beat in response to the tactile sense synchronization signals.
13 運動器具 JP2015129609 2015-06-29 JP2017012265A 2017-01-19 林 明雄
【課題】人と犬とが対面するような人用及び犬用運動装置の配置と、人と犬とが並走するような両装置の配置とを簡便に変更することができる運動器具の提供。
【解決手段】人用運動装置は、フレームと、フレームに回転自在に支持されたクランク軸と、クランク軸に連結されたクランクと、クランクに回転自在に支持されたペダル244と、を有するクランク機構と、クランク機構によって回転駆動されるジョイント270と、を備え、犬用運動装置は、犬が乗って走行する環状の走行ベルト310と、走行ベルトを回転駆動するローラ340と、ジョイントの回転運動をローラに伝達する伝達機構であって、伝達機構の入軸は、設置面からの距離が前記ジョイントの回転軸と揃うように配置されるとともに、ジョイントと着脱自在に係合し得る連結機構を両端に有する、伝達機構と、を備える。
【選択図】図4
14 A method and apparatus for distributing the tactile synchronization signal JP2010538003 2008-10-06 JP2011507098A 2011-03-03 クルーズ,バーバラ; シュテガー,ライアン
触覚同期信号を分配することが可能な触覚信号分配システムは、マスタ触覚デバイスと、スレーブ触覚デバイス群とを備える。 一実施形態では、マスタ触覚デバイスは、スレーブ触覚デバイスへ触覚同期信号を分配するように構成される。 触覚同期信号は、例えば、或る音楽のテンポに関する情報を含むことができる。 触覚信号分配システムは、例えば、マスタ装着可能触覚デバイスが、無線通信ネットワークを介して1つ又は複数のスレーブ装着可能触覚デバイス群へ触覚同期信号を選択的に分配することを可能にする。 各スレーブ装着可能触覚デバイスは、触覚同期信号を受信すると、該触覚同期信号に応答して、ビートのリズムを有する一連の触覚フィードバックを生成する。
15 Operation input device of the simulation apparatus JP15028497 1997-05-23 JP3233199B2 2001-11-26 伸一郎 相木
16 POLE VAULT SWING-UP RACK EP17163071.8 2017-03-27 EP3231485A1 2017-10-18 Werner, Timothy

A pole vault swing-up rack includes a frame body with upper hooks and a lower push bracket. The rack is designed to hang vertically from a horizontal bar - as a pull-up bar - by the hooks. An athlete hanging from the pull-up bar in an upright vertical position may kick his/her legs and torso up to an inverted vertical position to simulation movement of a pole vault. The athlete's shoulder rests against vertical uprights of the rack to maintain the athlete's shoulders and body in front of a vertical plane as in a pole vault. A trainer can use the lower push bracket to assist the athlete in the kicking motion. The parts of the rack that come into contact with the athlete may be covered in foam padding and a rubber coating.

17 Cooperative training device EP14166159.5 2014-04-28 EP2804168A1 2014-11-19 Alayoub, Ayoub Khaled

The cooperative training device is used for teaching cooperation, teamwork and communication for a group of participants. The training device is an annular, flexible mat having radially extending pairs of foot straps spaced apart on the upper surface of the mat and a corresponding tether extending from the outer foot strap of each pair. Teams of participants are trained to cooperate by instructing the team to move the mat from one location to another while standing in the foot straps and grasping the tether. The mat may have true and false directional indicia marked thereon, may be divided into quadrants, and may have designated penalty areas where non-cooperating team members are directed to go and remain stationary.

18 AN EXERCISE DEVICE EP06844651 2006-11-29 EP1979057A4 2010-05-05 HOFFMAN JONATHAN
A portable device for performing exercises, including: two independent tracks with a physical connection between them, and a movable platform on each track. The device is adapted to enable a user to move the movable platform on both tracks simultaneously by exerting a physical force on each platform simultaneously, and the physical force required to move each platform by the same distance is independently controllable for each platform.
19 AN EXERCISE DEVICE EP06844651.7 2006-11-29 EP1979057A2 2008-10-15 HOFFMAN, Jonathan
A portable device for performing exercises, including: two independent tracks with a physical connection between them, and a movable platform on each track. The device is adapted to enable a user to move the movable platform on both tracks simultaneously by exerting a physical force on each platform simultaneously, and the physical force required to move each platform by the same distance is independently controllable for each platform.
20 WALKING TRAINING SYSTEM EP15198221.2 2015-12-07 EP3031500B1 2018-12-05 YAMAZAKI, Seisuke
A walking training system according to the present invention includes a belt conveyor (22) on which a trainee walks, a frame (21), a sensor, and a control device (3). The frame (21), positioned on both sides of the belt conveyor (22), allows an assistant to place each of the feet thereon. The sensor measures the presence state of a foot on the frame (21). The control device (3) determines whether there are three or more feet on the frame (21) based on the measurement result of the sensor and, if it is determined that there are three or more feet, performs abnormal-time control.
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