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    • 2. 发明授权
    • Medical dual lens camera for documentation of dermatological conditions with laser distance measuring
    • 医用双镜头相机用于记录激光距离测量的皮肤病学条件
    • US08606345B2
    • 2013-12-10
    • US12872357
    • 2010-08-31
    • John David TaylorGregory Allen YotzMichael Dave ShawRobert Samuel BurkhalterJames Michael BurgessRichard Kent Richardson
    • John David TaylorGregory Allen YotzMichael Dave ShawRobert Samuel BurkhalterJames Michael BurgessRichard Kent Richardson
    • A61B5/05
    • A61B5/0059A61B5/445A61B5/446
    • An imaging apparatus in accordance with the present invention comprises a hand-held, battery powered imaging device that provides: (1) an Identification Picture wherein an image of the patient's face is captured for identification purposes; (2) an Area of Interest picture wherein an image of the general area of interest on the patient is captured; and (3) a Subject of Interest picture wherein an image of the subject lesion of interest is captured. Two digital imaging systems, including a wide-angle (e.g. fisheye) imaging system and a macro (close-up) imaging system, are provided to allow for the simultaneous capture of AOI and SOI images thereby capturing an image that identifies the location of the lesion on the body and an image that comprises a close-up view of the lesion. A light source or flash provides illumination during the image capture phase. A laser range finding configuration including spaced first and second lasers are angularly disposed so as to cast beams that intersect at a desired distance from the imaging apparatus thereby allowing the user to quickly position the imaging apparatus at a predetermined distance from the patient when capturing images. Audible output provides the user with input to assist in properly capturing the images, and a trigger-type actuator is provided to initiate image capture.
    • 根据本发明的成像装置包括手持式电池供电的成像装置,其提供:(1)识别图像,其中捕获患者脸部的图像用于识别目的; (2)感兴趣区域图像,其中捕获患者的一般感兴趣区域的图像; 和(3)感兴趣的主题图片,其中捕获感兴趣的受试者损伤的图像。 提供两个数字成像系统,包括广角(例如鱼眼)成像系统和宏(特写)成像系统,以允许同时捕获AOI和SOI图像,从而捕获识别位置的图像 身体上的病变和包括病变的特写视图的图像。 光源或闪光灯在图像捕获阶段提供照明。 包括间隔开的第一和第二激光器的激光测距配置被成角度地设置成铸造与成像设备相距一定距离的光束,从而允许用户在拍摄图像时将成像设备快速地定位在离病人预定距离处。 声音输出为用户提供了有助于正确捕获图像的输入,并提供触发式执行器来启动图像捕获。
    • 3. 发明授权
    • Gripping assembly and gripping members for a grapple attachment
    • 用于抓钩附件的夹紧组件和夹紧构件
    • US08567836B2
    • 2013-10-29
    • US12794877
    • 2010-06-07
    • Jason LaValleyRoger LaValleyMarvin LarsonLawrence D. KilpoMichael Burgess
    • Jason LaValleyRoger LaValleyMarvin LarsonLawrence D. KilpoMichael Burgess
    • B66C1/42E21B19/20
    • E21B19/155E21B19/14
    • A gripping assembly with gripping members, as part of a grapple attachment, used to grasp and manipulate elongated objects, for example pipe, is described. Due to the gripping action of the gripping members and tilt control capabilities of the grapple attachment, total positive control of the pipe is maintained, even if the gripping assembly picks up pipe off center. The gripping members are used at least in pairs and are mounted on a common main beam structure so that they are separated from each other. The gripping members are interchangeable with other gripping members to permit the grapple attachment to grasp different sized objects, thereby providing modularity to the grapple attachment. In one embodiment, the gripping members include a support member having a main beam structure opening extending laterally therethrough that is configured to receive a main beam structure of the gripping assembly.
    • 描述了作为用于抓握和操纵细长物体(例如管道)的作为抓斗附件的一部分的夹持构件的夹持组件。 由于抓握构件的夹持动作和抓斗附件的倾斜控制能力,即使夹紧组件从中心取出管,也能保持管子的全面正面控制。 夹持构件至少成对使用并且被安装在共同的主梁结构上,使得它们彼此分离。 夹持构件可与其他夹持构件互换,以允许抓钩附接抓住不同尺寸的物体,从而为抓斗附件提供模块化。 在一个实施例中,夹持构件包括支撑构件,该支撑构件具有横向穿过其延伸的主梁结构开口,该主梁结构开口构造成容纳夹紧组件的主梁结构。
    • 5. 发明申请
    • PORTABLE MEDICAL IMAGING APPARATUS FOR DOCUMENTATION OF DERMATOLOGICAL AREAS AND SUBJECTS OF INTEREST
    • 便携式医疗成像装置用于文献区域和利益主体
    • US20110054310A1
    • 2011-03-03
    • US12872357
    • 2010-08-31
    • John David TaylorGregory Allen YotzMichael Dave ShawRobert Samuel BurkhalterJames Michael BurgessRichard Kent Richardson
    • John David TaylorGregory Allen YotzMichael Dave ShawRobert Samuel BurkhalterJames Michael BurgessRichard Kent Richardson
    • A61B6/00
    • A61B5/0059A61B5/445A61B5/446
    • An imaging apparatus in accordance with the present invention comprises a hand-held, battery powered imaging device that provides: (1) an Identification Picture wherein an image of the patient's face is captured for identification purposes; (2) an Area of Interest picture wherein an image of the general area of interest on the patient is captured; and (3) a Subject of Interest picture wherein an image of the subject lesion of interest is captured. Two digital imaging systems, including a wide-angle (e.g. fisheye) imaging system and a macro (close-up) imaging system, are provided to allow for the simultaneous capture of AOI and SOI images thereby capturing an image that identifies the location of the lesion on the body and an image that comprises a close-up view of the lesion. A light source or flash provides illumination during the image capture phase. A laser range finding configuration including spaced first and second lasers are angularly disposed so as to cast beams that intersect at a desired distance from the imaging apparatus thereby allowing the user to quickly position the imaging apparatus at a predetermined distance from the patient when capturing images. Audible output provides the user with input to assist in properly capturing the images, and a trigger-type actuator is provided to initiate image capture.
    • 根据本发明的成像装置包括手持式电池供电的成像装置,其提供:(1)识别图像,其中捕获患者脸部的图像用于识别目的; (2)感兴趣区域图像,其中捕获患者的一般感兴趣区域的图像; 和(3)感兴趣的主题图片,其中捕获感兴趣的受试者损伤的图像。 提供两个数字成像系统,包括广角(例如鱼眼)成像系统和宏(特写)成像系统,以允许同时捕获AOI和SOI图像,从而捕获识别位置的图像 身体上的病变和包括病变的特写视图的图像。 光源或闪光灯在图像捕获阶段提供照明。 包括间隔开的第一和第二激光器的激光测距配置被成角度地设置成铸造与成像设备相距一定距离的光束,从而允许用户在拍摄图像时将成像设备快速地定位在离病人预定距离处。 声音输出为用户提供了有助于正确捕获图像的输入,并提供触发式执行器来启动图像捕获。
    • 6. 发明申请
    • DEPLOYMENT SYSTEM
    • 部署制度
    • US20100047040A1
    • 2010-02-25
    • US12301721
    • 2007-05-21
    • Trevor Michael BurgessMauro Zaccaria
    • Trevor Michael BurgessMauro Zaccaria
    • B63B27/00B63B35/00B65G67/60
    • B63B35/003B63B27/02B63B27/30B63B27/36B63B2027/165
    • A deployment system (12) for deploying equipment from a vessel (10), such as sea going vessel, comprises a support structure (18) adapted to be mounted on the deck (14) of a vessel (10) and a cradle (20) mounted on the support structure (18) and adapted to be support equipment (16) to be deployed, wherein the cradle (20) is configurable between storage configuration and a deployment configuration. A carriage (22) is mounted on the cradle (20) and is adapted to engage equipment (16) to be deployed, wherein the carriage (22) is translatable relative to the cradle (20) to move equipment (16) between stored and deployed positions. In one disclosed embodiment, the deployment system (12) is arrangement for use in deploying an elongate structure, such as a subsea well intervention system, for a sea going vessel (10).
    • 用于从诸如海上船只的船舶(10)部署设备的部署系统(12)包括适于安装在容器(10)和托架(20)的甲板(14)上的支撑结构(18) )安装在所述支撑结构(18)上并且适于被配置的支撑设备(16),其中所述支架(20)可在存储配置和部署配置之间配置。 托架(22)安装在托架(20)上并且适于接合待部署的设备(16),其中托架(22)可相对于托架(20)平移,以将设备(16)移动到存储和 部署职位。 在一个公开的实施例中,展开系统(12)是用于展开用于海上运输船(10)的细长结构(例如海底井介入系统)的布置。