CN101507260A - 投影由移动机器人提供的图像的移动电话会议系统 - Google Patents
投影由移动机器人提供的图像的移动电话会议系统 Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
- H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
- H04N7/183—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast for receiving images from a single remote source
- H04N7/185—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast for receiving images from a single remote source from a mobile camera, e.g. for remote control
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- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
- G16H40/60—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices
- G16H40/67—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices for remote operation
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- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H80/00—ICT specially adapted for facilitating communication between medical practitioners or patients, e.g. for collaborative diagnosis, therapy or health monitoring
Abstract
一种远程控制的机器人系统,包括移动机器人和远程控制站。该移动机器人包括捕获图像的摄像机。该远程控制站包括监视器,其显示由机器人摄像机捕获的图像。投影仪被耦合到远程控制站以投影该图像。该系统允许将机器人捕获的图像投影给相对较多的观众。观众因此可以观看由移动机器人提供的图像。
Description
技术领域
本公开的主题通常涉及移动双向电话会议的领域。
背景技术
机器人已经被用于从远程控制危险材料到辅助执行手术的各种应用中。例如,授予Wang等人的美国专利No.5,762,458公开了一种系统,该系统通过使用机器人控制的器具,允许外科医生执行侵入最小的医疗程序。在Wang的系统中其中一个机器人臂移动具有摄像机的内窥镜。该摄像机允许外科医生观看患者的手术区域。
例如危险废物处理器和炸弹检测器的遥控机器人可包含允许操作者观看远程场所的摄像机。授予Treviranus等人的加拿大专利No.2289697公开了一种具有摄像机和监视器的电话会议平台。该平台包括可转动和升高该摄像机和监视器的机构。Treviranus的专利还公开了具有移动平台的实施例,以及移动摄像机和监视器的不同的机构。
市场上已经存在一种由本申请的受让人InTouch Technologies公司在COMPANION和RP-6商标下引进的移动机器人。该InTouch机器人由位于远程站的用户控制。该远程站可以是具有操纵杆的个人计算机,其允许用户远程控制机器人的移动。该机器人和远程站都具有摄像机、监视器、扬声器和麦克风以允许双向视频/音频通信。机器人摄像机提供视频图像给远程站的屏幕从而使得用户可以观看机器人的周围环境并相应移动机器人。
远程站的屏幕是计算机监视器或膝上型计算机的平面屏幕。这种屏具有有限的视界。希望增加远程站屏幕的视角从而使得多个人可以看到移动机器人的摄像机正在捕获什么。
发明内容
一种远程控制的机器人系统,包括移动机器人和远程控制站。该远程控制站发送命令以控制该移动机器人。该移动机器人具有捕获图像的摄像机。该远程控制站包括显示由机器人摄像机捕获的图像的监视器。该系统还包括耦合到远程控制站并投影该图像的投影仪。
附图说明
图1是机器人系统的图解;
图2是机器人的电气系统的示意图;
图3是机器人的电气系统的另一示意图;
图4是远程站的图形用户界面;
图5类似于图4,显示了高亮显示的一部分非变焦图像;
图6类似于图4,显示了由机器人视野区域显示的变焦图像;
图7类似于图4,显示了指示摄像机位置已被存储的消息。
具体实施方式
公开了一种远程控制的机器人系统,该机器人系统包括移动机器人和远程控制站。该移动机器人包括捕获图像的摄像机。该远程控制站可以包括显示由机器人摄像机捕获的图像的监视器。投影仪耦合到远程控制站以投影该图像。该系统允许将机器人捕获的图像投影给相对较多的观众。从而观众可以观看由运动的机器人提供的图像。
参考附图,尤其是通过参考数字参考附图,图1显示可以用于进行远程参观的机器人系统10。机器人系统10包括机器人12、基站14和远程控制站16。远程控制站16可以通过网络18耦合到基站14。举例来说,网络18可以是诸如因特网的分组交换网络,或者诸如公共交换电话网络(PSTN)或其他宽带系统的电路交换网络。基站14可以通过调制解调器20或其他宽带网络接口装置耦合到网络18。举例来说,基站14可以是无线路由器。可选地,机器人12可以经过例如卫星直接连接到网络。
远程控制站16可包括计算机22,其具有监视器24、摄像机26、麦克风28和扬声器30。计算机22还可以包括输入装置32,例如操纵杆和/或鼠标和键盘34。控制站16通常位于远离机器人12的地方。尽管只显示了一个远程控制站16,系统10可以包括多个远程站。通常任意数目的机器人12可以由任意数目的远程站16或其他机器人12控制。例如,一个远程站16可以耦合到多个机器人12,或一个机器人12可以耦合到多个远程站16或者多个机器人12。
每个机器人12包括附着到机器人外壳38的移动平台36。同样附接到机器人外壳36的是一对摄像机40和42、监视器44、(多个)麦克风46和(多个)扬声器48。麦克风46和扬声器30可以产生立体声。机器人12还可以具有无线耦合到基站14的天线50的天线49。系统10允许位于远程控制站16的用户通过操作输入装置32移动机器人12。该机器人摄像机40和42耦合到远程监视器24从而使得位于远程站16的用户可以观察患者。同样,机器人监视器44耦合到远程摄像机26从而使得患者可以观看用户。麦克风28和46,以及扬声器30和48允许患者和用户之间的可听通信。
摄像机40可提供宽角度的视野。相反地,摄像机42可包括变焦透镜以提供窄角度的视野。摄像机42可捕获被发送到远程控制站的变焦图像。摄像机40可捕获被发送到远程控制站的非变焦图像。尽管显示和描述了两个摄像机,可以理解的是机器人可以仅包含一个具有提供变焦图像和非变焦图像的能力的摄像机。
远程站计算机22可以运行微软操作系统软件和WINDOWS XP或者例如LINUX的其他操作系统。远程计算机22也可以运行视频驱动、摄像机驱动、音频驱动和操纵杆驱动。可以用例如MPEG CODEC的压缩软件发送和接收视频图像。
投影仪60被连接到远程控制站16。举例来说,投影仪60可以是由惠普出售的名为HP xp7010数字投影仪的产品。投影仪60可被连接到计算机22的视频输出端口。
投影仪60将由机器人的摄像机40和/或42捕获的图像62进行投影。举例来说,图像62可以被投影到屏幕64上。操作者可以移动机器人以提供被投影到屏幕64的不断变化的图像62。举例来说,医生可以将机器人移动到健康护理所的各个患者房间。观众可以是能够与医生观察患者的学生。同样,商务人员可以在商业设施内移动该机器人以使得观众也可以观看该设施。
该系统还允许有人提供“远程移动陈述”。例如,位于机器人位置处的人可以走来走去,同时向观看投影仪60投影的图像的观众进行说明以其他方式做介绍。
机器人12可包括一个或多个I/O输入70,例如USB、VGA、Y-视频/音频电连接器。例如膝上型计算机或电子摄像机的电子装置72可以被连接到一个或多个端口70。通过移动机器人12,图像可以从电子装置72被发送到远程站。该图像本质上可以是视频和/或图形。该端口允许在机器人位置处的某人使用机器人作为便携式网络出口。电子装置72提供的图像可以由投影仪60投影。
图2和3显示了机器人12的实施例。每个机器人12可包括高级控制系统150和低级控制系统152。高级控制系统150可以包括连接到总线156的处理器154。总线56分别通过输入/输出(I/O)端口158和160耦合到摄像机40和42。监视器44通过串行输出端口160和VGA驱动162耦合到总线156。监视器44可包括触摸屏功能,其允许患者通过触摸监视器屏幕进入输入。
扬声器48通过数模转换器164耦合到总线156。麦克风46通过模数转换器166耦合到总线156。高级控制器150也可包含均耦合到总线156的随机存取存储器(RAM)装置168、非易失性RAM装置170和大容量存储装置172。大容量存储装置172可包含患者的医学文件,该医学文件可以由在远程控制站16的用户访问。例如,大容量存储装置172可包括患者的图片。用户,尤其是健康护理提供者,可以取回旧图片,并在监视器24上与摄像机40提供的患者的当前视频图像做并排比较。机器人天线48可被耦合到无线收发器174。举例来说,无线收发器174可根据IEEE 802.11b发送和接收信息。
机器人12可包括I/O端口175,例如USB,(多个)辅助VGA或Y-视频音频端口。端口175可被连接到外部装置,例如计算机或者数字相机。诸如视频、图形、文本等的信息可通过机器人12的I/O端口175被发送到远程站。举例来说,计算机72的屏幕(见图1)可由投影仪60投影。
控制器154可用LINUX OS操作系统运行。控制器154也可连同视频、摄像机和音频驱动一起运行MS WINDOWS以与远程控制站16通信。可以采用MPEG CODEC压缩技术收发视频信息。软件可以允许用户发送电子邮件给患者,反之亦然,或允许患者访问因特网。一般而言,高级控制器150用于控制机器人12和远程控制站16之间的通信。
远程控制站16可包括类似于高级控制器150的计算机。该计算机可具有处理器、存储器、I/O、软件、固件等用于产生、发送、接收和处理信息。
高级控制器150可通过串行端口176和178被链接到低级控制器152。该低级控制器152包括处理器180,其通过总线186耦合到RAM装置182和非易失性RAM装置184。每个机器人12包括多个马达188和马达编码器190。马达188可致动移动平台并移动机器人的诸如监视器和摄像机的其他部分。编码器190提供关于马达188的输出的反馈信息。马达188可通过数模转换器192和激励放大器194耦合到总线186。编码器190可通过解码器196耦合到总线186。每个机器人12还有若干接近传感器198(也见图1)。位置传感器198可通过信号调节电路200和模数转换器202耦合到总线186。
低级控制器152执行机械致动机器人12的软件例程。例如,低级控制器152提供指令以致动移动平台来移动机器人12。低级控制器152可从高级控制器150接收移动指令。可以作为来自远程控制站或另一机器人的移动命令接收该移动指令。尽管显示了两个控制器,可以理解的是每个机器人12可以具有一个控制器或多于两个控制器,以控制高级和低级功能。
每个机器人12的各种电气装置可由(多个)电池204供电。电池204可由电池再充电座206(也见图1)再充电。低级控制器152可包括感测电池204的功率水平的电池控制电路208。低级控制器152可感测功率何时降到阈值以下然后向高级控制器150发送消息。
系统10可以与由受让人California,Santa Barbara的InTouch-Health公司提供的名为RP-6的机器人系统相同或相似。该系统也可与在2005年8月2日授予Wang等人的美国专利No.6,925,357中公开的系统相同或相似,该专利在此引入以供参考。
图4示出可以在远程站16显示的显示用户界面(“DUI”)220。DUI220可包括机器人视区(view field)222,其显示机器人的摄像机提供的视频图像。投影仪60也可以显示在机器人视区222中示出的图像。DUI220还可以包括站视区224,其显示远程站16的摄像机提供的视频图像。DUI220可以是由远程站16的计算机22存储和运行的应用程序的一部分。
机器人视区222可显示由机器人的摄像机系统提供的非变焦图像。如图5和6所示,用户可以高亮显示非变焦图像的一部分以显示对应于高亮显示区域226的变焦图像。举例来说,可通过左点击鼠标而启动该高亮显示区域226。随后用户可以在保持左点击压下(hold down)的同时拖动光标228以创建高亮显示区域226。当用户释放左点击时,远程站发送命令以移动机器人摄像机指向高亮显示区域226的中心并提供对应于该区域的变焦图像。可选地,用户可以点击鼠标且以光标为中心的变焦区域将被显示。通过操纵图形图标228以将滑条移动到极左位置,用户可以切换回非变焦图像。该特征允许用户在机器人摄像机系统提供的变焦和非变焦图像之间容易地切换。从而用户可以在移动机器人时采用非变焦图像,并且采用变焦图像特征以更近地观看视野中的人或物体。
远程控制站可以存储摄像机位置从而使得用户可以容易地到达期望的摄像机位置。举例来说,可通过按下键盘上的键来存储摄像机位置。可以按下F4键来存储摄像机位置。如图7所示,可以显示可见指示230以向用户指示摄像机位置已经被存储。随后按下该键会导致远程站发送(多个)命令将机器人摄像机系统移动到期望的位置。例如F5到F12的其他键可被用于创建9个潜在的存储的摄像机位置。通过按下键F4-F12中的一个并保持其压下可以存储新的摄像机位置。
鼠标32可被用于移动机器人的摄像机。鼠标32的移动可以导致摄像机的相应移动。鼠标移动和摄像机移动之间的比例可以由用户改变。鼠标的移动也可以导致系统显示变焦和非变焦图像。
在操作中,机器人12可以被放置在家中或一个或多个患者要被监视和/或帮助的设施中。该设施可以是医院或护理所。举例来说,机器人12可被放置在家中,在那健康护理提供者可监视和/或帮助患者。同样,朋友或家庭成员可与患者通信。位于机器人和远程控制站的摄像机和监视器允许患者和位于(多个)远程站的人之间进行电话会议。
通过操纵位于远程站16的输入装置32,可以在家中或设施中移动机器人12。机器人10可被若干不同用户控制。为了适应此,机器人可具有仲裁系统。该仲裁系统可以被集成到机器人12的操作系统中。例如,仲裁技术可以被嵌入到高级控制器150的操作系统中。
举例来说,用户可以被分为包括机器人自己、本地用户、护理者、医生、家庭成员或者服务提供者的各类。机器人12可以忽略与机器人操作相冲突的输入命令。例如,如果机器人撞上墙,该系统会不理会在墙的方向上继续的所有其他命令。本地用户是物理上与机器人在一起的人。机器人可以具有允许本地操作的输入装置。例如,机器人可以合并语音识别系统,其接收和解释可听命令。
护理者是远程监视患者的某人。医生是医学专业人员,其能够远程控制机器人并可以访问包含在机器人存储器中的医学文件。家庭和服务用户远程访问该机器人。服务用户可通过例如升级软件或设置操作参数来维护该系统。
机器人12可以两个不同模式之一运行:独占模式,或者共享模式。在独占模式中仅一个用户对机器人具有访问控制。该独占模式可具有分派给每类用户的优先级。举例来说,该优先级的顺序可以是本地、医生、护理者、家庭然后是服务用户。在共享模式中,两个或更多用户可以共享对机器人的访问。例如,护理者可以访问机器人,然后护理者可以进入共享模式以允许医生也可以访问机器人。护理者和医生可以与患者同时进行电话会议。
仲裁方案可以为四种机制中的一种:通知,超时,排队和回话。通知机制可告知当前用户或者请求用户另一个用户在访问或想要访问机器人。超时机制给予某些类型的用户指定的时间量来完成对机器人的访问。排队机制是访问机器人的有序等待列表。回话机制告知用户可以访问机器人。举例来说,家庭用户可以接收能使用机器人的电子邮件消息。表I和II示出了该机制如何解决来自各种用户的访问请求。
表I
用户 | 访问控制 | 医学记录 | 忽略命令 | 软件/调试访问 | 设置优先级 |
机器人 | 否 | 否 | 是(1) | 否 | 否 |
本地 | 否 | 否 | 是(2) | 否 | 否 |
护理者 | 是 | 是 | 是(3) | 否 | 否 |
医生 | 否 | 是 | 否 | 否 | 否 |
家庭 | 否 | 否 | 否 | 否 | 否 |
服务 | 是 | 否 | 是 | 是 | 是 |
表II
在站16和机器人12之间传送的信息可被加密。此外,为了进入系统10用户可能必须输入密码。然后由站16给予所选择的机器人电子密钥。机器人12验证该密钥且向站16返回另一密钥。这些密钥用于加密会话中传送的信息。
机器人12和远程站16通过宽带网络18发送命令。该命令可由用户以各种方式产生。例如,可通过移动操纵杆32(见图1)产生移动机器人的命令。优选地,根据TCP/IP协议将这些命令组合到分组中。表III提供了在远程站产生的且通过网络发送到机器人的控制命令的列表。
表III
表IV提供了由机器人产生且通过网络发送到远程站的报告命令的列表。
表IV
机器人高级控制器150的处理器154可运行确定在时间间隔内机器人12是否接收到机器人控制命令的程序。例如,如果机器人12没有在2秒内接收到控制命令则处理器154向低级控制器150提供指令以停止机器人12。尽管描述了软件实施例,可以理解的是控制命令监视特征可以用硬件实现,或者硬件和软件的组合实现。该硬件可包括定时器,每次接收到控制命令,该定时器被重置并且产生或终止命令或信号以停止机器人。
远程站计算机22可监视由机器人摄像机提供的视频图像的接收。如果在时间间隔内远程站没有接收到或发送更新的视频图像,计算机22可产生并发送STOP命令到机器人。该STOP命令导致机器人停止。举例来说,如果在2秒内远程控制站没有接收到新的视频图像,计算机22可以产生STOP命令。尽管描述了软件实施例,可以理解的是该视频图像监视特征可以用硬件实现,或者硬件和软件的组合实现。该硬件可包括定时器,每次接收到新的视频图像,该定时器被重置并且产生或终止命令或信号以产生机器人STOP命令。
尽管在附图中已经描述且示出了某些示例性实施例,可以理解的是这些实施例仅仅是本宽泛发明的说明而不是其限制,且本发明不限于所示和所述的特定构造和布置,因为各种其他修改对于本领域普通技术人员是显而易见的。
Claims (16)
1.一种远程控制的机器人系统,包括:
移动机器人,其具有屏幕和捕获机器人图像的机器人摄像机;
发送命令以控制所述移动机器人的远程控制站,所述远程控制站包括显示由所述机器人摄像机捕获的机器人图像的监视器,所述远程控制站包括能捕获站图像的摄像机,该站图像由所述移动机器人屏幕显示;和,
投影仪,其耦合到所述远程控制站且对由所述机器人摄像机捕获的图像进行投影。
2.权利要求1的系统,其中所述投影仪被连接到所述远程控制站的I/O端口。
3.权利要求1的系统,其中所述机器人摄像机提供变焦图像和非变焦图像。
4.权利要求1的系统,其中所述机器人包括连接到电子装置的I/O端口。
5.权利要求1的系统,其中所述电子装置提供由所述投影仪投影的供给(feed)图像。
6.权利要求5的系统,其中所述供给图像是图形。
7.权利要求5的系统,其中所述供给图像是视频。
8.权利要求1的系统,其中所述移动机器人无线耦合到无线发送机。
9.权利要求8的系统,进一步包括耦合到所述无线发送机和所述远程控制站的宽带网络。
10.一种用于投影远程捕获的图像的方法,包括:
用移动机器人的机器人摄像机捕获机器人图像;
将由机器人摄像机捕获的机器人图像发送到用于控制移动机器人的移动的远程控制站;
在远程控制站的监视器上显示由机器人摄像机捕获的图像;
对由机器人摄像机捕获的图像进行投影;
用远程站的摄像机捕获站图像;
将站图像发送到移动机器人;且
在移动机器人的屏幕上显示站图像。
11.权利要求10的方法,其中机器人摄像机捕获变焦图像或非变焦图像。
12.权利要求10的方法,进一步包括将供给图像从连接到移动机器人的电子装置发送到远程控制站并投影该供给图像。
13.权利要求12的方法,其中所述供给图像是图像。
14.权利要求12的方法,其中所述供给图像是视频。
15.权利要求10的方法,其中通过无线发送机和宽带网络发送所述图像。
16.权利要求10的方法,进一步包括将移动命令从远程控制站发送到移动机器人并响应于该移动命令移动该移动机器人。
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Also Published As
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EP2027716A2 (en) | 2009-02-25 |
US20070291109A1 (en) | 2007-12-20 |
WO2008100272A3 (en) | 2008-10-23 |
US20070291128A1 (en) | 2007-12-20 |
JP2009540759A (ja) | 2009-11-19 |
WO2008100272A2 (en) | 2008-08-21 |
EP2027716A4 (en) | 2010-12-29 |
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