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    • 1. 发明申请
    • METHOD AND APPARATUS FOR EMOTIONAL MODULATION
    • 情绪调节的方法与装置
    • WO1997012350A1
    • 1997-04-03
    • PCT/US1996013811
    • 1996-08-28
    • ALL OF THE ABOVE
    • ALL OF THE ABOVEKNIGHT, KirkMACCABEE, JohnSOKOL, Daniel
    • G09B09/00
    • A63F13/47A63F9/18A63F13/005A63F2300/63A63F2300/632A63F2300/65G09B5/065G09B7/04
    • An interactive presentation and/or entertainment system, such as interactive personal computer software and/or interactive television, allows a participant to modulate the emotions of a character or personality (720), thereby influencing the branches (750) to an interpersonal relationship over time. As a result, a broad range of computerized dramatic situations or stories are presented that closely resemble human interpersonal relationships. Source image/sound data may include prerecorded video, prerecorded audio, computer based audio, computer based imagery, computer generated dialogue, and/or computer general characters. The range of emotional choices made by a participant may include all emotions that human beings can experience and, in turn, represent by thought, word, or action. Emotions that indicate personality rather than mood are presented, such that the ebb and flow of a character's emotional states are exhibited over an extended period in the course of many situations and activities, instead of as mere ephemeral reactions to isolated incidents.
    • 交互式演示和/或娱乐系统,例如交互式个人计算机软件和/或交互式电视,允许参与者调制角色或个性的情绪(720),从而影响分支(750)随时间的人际关系 。 因此,提出了广泛的电脑戏剧情境或故事,与人际关系密切相似。 源图像/声音数据可以包括预先记录的视频,预先记录的音频,基于计算机的音频,基于计算机的图像,计算机生成的对话和/或计算机通用字符。 参与者的情感选择范围可能包括人类可以体验到的所有情感,反过来也可以通过思想,言语或行动来表达。 呈现表现出个性而不是情绪的情绪,使得人物情绪状态的衰退和流动在许多情况和活动​​的过程中被延续了一段时间,而不是对孤立事件的短暂反应。
    • 3. 发明申请
    • SIMULATOR SYSTEM HAVING A SUSPENDED PASSENGER PLATFORM
    • 具有悬挂乘客平台的模拟器系统
    • WO1998012686A1
    • 1998-03-26
    • PCT/US1996015066
    • 1996-09-18
    • RIDEFILM CORPORATION
    • RIDEFILM CORPORATIONTRUMBULL, Douglas
    • G09B09/00
    • G09B9/02A63G31/16G09B9/304G09B9/32
    • A simulator system (10) for use in providing an event simulation to a passenger includes an inverted motion base having six degrees of freedom. An audio-visual display mechanism (22, 24) is included for providing a sequence of audio and visual images to the passenger. A motion base controller (18) generates actuator drive signals (16). A system controller (20) provides the command signals to the motion base controller in synchronization with the presentation of the audio-visual images. The motion base is characterized by a passenger platform (12) which is suspended from a series of spars (52, 54). Motion is accomplished by means of displaceable actuators (14) arranged in a substantially orthogonal relationship. The present system has compact dimensions and minimized loads impressed to the surrounding structure; thereby allowing the present system to be incorporated into existing commercial structures with minimal modification.
    • 用于向乘客提供事件模拟的模拟器系统(10)包括具有六个自由度的反向运动基座。 包括视听显示机构(22,24),用于向乘客提供一系列音频和视觉图像。 运动基座控制器(18)产生致动器驱动信号(16)。 系统控制器(20)与视听图像的呈现同步地向运动控制器提供命令信号。 运动基座的特征在于一个乘客平台(12),其悬挂在一系列翼梁(52,54)上。 通过以基本上正交的关系排列的可移动致动器(14)来实现运动。 本系统具有紧凑的尺寸和最小的施加在周围结构上的载荷; 从而允许本系统以最小的修改结合到现有的商业结构中。
    • 6. 发明申请
    • PORTABLE MULTIPLE MODULE SIMULATOR APPARATUS
    • 便携式多模块模拟器装置
    • WO1994018654A1
    • 1994-08-18
    • PCT/US1994000889
    • 1994-01-27
    • ELLSWORTH, Thayne, N.
    • G09B09/00
    • A63G31/16A63H33/425F41G7/006G09B9/02G09B9/08G09B9/30G09B19/00
    • A method and apparatus are disclosed for multi-media simulation of the sounds, sights, and motions associated with various real life experiences. Roadability trailers (11, 17) having modules are combined to form a platform or support for an exoskeleton (1) in the shape of various structures such as a spaceship, moon base, cave, mountain, vehicle, airplane, helicopter, ship, submarine, etc. The modules are provided with cameras, viewing screens, audio-equipment and actual and optical motion imparting mechanisms for real time point of access imagery simulating takeoff, landing, turns, and hover-type turns from the environment surrounding the simulator. External image gathering cameras are attached to a movable support to provide relative motion point of access imagery.
    • 公开了一种用于多媒体模拟与各种现实生活体验相关联的声音,视觉和运动的方法和装置。 具有模块的可行车拖车(11,17)被组合以形成诸如宇宙飞船,月球基座,山洞,山地车辆,飞机,直升机,船舶,潜艇等各种结构形状的外骨骼(1)的平台或支撑 这些模块配备有摄像机,观看屏幕,音频设备以及实时和光学运动传递机制,用于模拟来自模拟器周围环境的起飞,着陆,转弯和悬停式转弯的实时访问点图像。 外部图像采集摄像机连接到可移动支架以提供相对运动点的存取图像。
    • 7. 发明申请
    • TRAINING AID TO SIMULATE DETECTION OF RADIOACTIVITY
    • 培训辅助模拟检测放射性
    • WO1989008905A1
    • 1989-09-21
    • PCT/GB1989000257
    • 1989-03-13
    • PIKE, Steven, Derek
    • G09B09/00
    • G09B9/00G09B23/20
    • The training aid comprises at least one source (58) of ultra-sonic radiation and a sensor (10) of the emitted radiation which may mimic the audible and visual output signals of a geiger-counter. Preferably the sensor employs an amplifier (19) with a logarithmic response. The sensor may include a proximity sensing signal modifier (33) and a generator (32) of a background radiation level signal. Preferably the or each source is a piezo-electric transducer (58). Multi-transducer omni-directional sources are disclosed, with independently controllable (61-64) transducers to mimic wind-borne radiation or radiation which commences (67) upon defective manipulation of a container of radiactive material. Multiplexing computer-controlled arrangements (Figs. 8, 9) can be provided in order to mimic required patterns of radiation emission such as upon a specified fracture of a radioactive flask. Sensed levels can be integrated to yield received ''dosages'' of ultrasonic radiation.
    • 训练辅助装置包括至少一个超音速辐射源(58)和发射辐射的传感器(10),该传感器可以模拟吉格计数器的声音和视觉输出信号。 优选地,传感器采用具有对数响应的放大器(19)。 传感器可以包括背景辐射水平信号的接近感测信号调节器(33)和发生器(32)。 优选地,每个源是压电换能器(58)。 公开了多换能器全向源,具有独立可控(61-64)换能器,以模拟在对放射性物质的容器进行有缺陷的操作时开始(67)的风传辐射或辐射。 可以提供多路复用计算机控制的布置(图8,9)以便模拟辐射发射所需的模式,例如在放射性烧瓶的特定断裂处。 可以将感应的水平集成以产生超声辐射的接收“剂量”。
    • 8. 发明申请
    • FIREFIGHTER TRAINING SIMULATOR
    • 消防员训练模拟器
    • WO1996023291A1
    • 1996-08-01
    • PCT/US1996000413
    • 1996-01-17
    • FLAMECO, INC.
    • FLAMECO, INC.WITT, Frank, A., III
    • G09B09/00
    • A62C99/0081G09B9/00
    • This invention is a firefighter training device (20) for limiting a trainee's vision and simulating fire fighting conditions across a trainee's field of view. The device (20) includes a view limiting simulation mask (24) which is worn by a trainee (e.g., respirator mask, glasses, or goggles). The mask (24) houses a voltage controlled liquid crystal (LC) lens (21) system, either single or multilayered, which is divided into various individually and electronically controllable segments (31). Host dyes might be injected into LC materials to produce colors in the lens segments (31). Preprogrammed and random pattern control of lens segments (31, 32) occludes the trainee's vision and simulates smoke and/or fires. Sound and strobes might be added to simulate explosions and other fire fighting conditions. A transmitter, which includes switchable controls, can be used to send control signals to the mask (24). The training device (20) can effectively be used indoors or outdoors. Audio devices may accompany the visual trainer, providing alarms and simulating the sounds of actual fire fighting conditions.
    • 本发明是一种消防员训练装置(20),用于限制受训者的视野并模拟学员的视野下的消防情况。 装置(20)包括由受训者(例如,呼吸器面罩,眼镜或护目镜)佩戴的视野限制模拟面罩(24)。 掩模(24)容纳单独或多层的电压控制液晶(LC)透镜(21)系统,其被分成各种单独和电子可控的段(31)。 主体染料可以注入到LC材料中以在透镜段(31)中产生颜色。 透镜片段(31,32)的预编程和随机图案控制遮挡了受训者的视力并模拟烟雾和/或火灾。 可能添加声音和频闪来模拟爆炸和其他消防条件。 包括可切换控制的发射器可用于向掩模(24)发送控制信号。 训练装置(20)可以在室内或室外有效使用。 音频设备可能伴随着视觉训练者,提供报警和模拟实际消防情况的声音。