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    • 2. 发明授权
    • Systems and methods of LED color overlap
    • LED颜色重叠的系统和方法
    • US09392662B2
    • 2016-07-12
    • US13189490
    • 2011-07-23
    • Dan MorganPaulo Pinheiro
    • Dan MorganPaulo Pinheiro
    • G05F1/00H05B33/08G03B21/20G03B33/06
    • H05B33/0857G03B21/2033G03B33/06H04N9/3158H05B33/0815H05B33/0827H05B33/086
    • The disclosed systems and methods emphasize driving LEDs in series and in parallel with the same LED driver chip and a single inductor. For creating overlap, the systems and methods of LED color overlap disclosed herein take advantage of the fact that green and blue LEDs have the same voltage. Thus, green and blue LEDs can be driven in parallel as needed. LED suppliers can screen parts for sufficiently close voltage matching between green and blue LEDs. This is especially true when using green LED die based on a blue die with a green phosphor. Cyan may be produced by driving a green LED and a blue LED in parallel. White may produced by driving a green LED and a blue LED in parallel and a red LED in series with this green and blue parallel pair.
    • 所公开的系统和方法强调与同一LED驱动器芯片和单个电感器串联驱动LED并联。 为了产生重叠,本文公开的LED颜色重叠的系统和方法利用绿色和蓝色LED具有相同的电压的优点。 因此,绿色和蓝色LED可以根据需要并行驱动。 LED供应商可以屏蔽部分,以便在绿色和蓝色LED之间进行足够紧密的电压匹配。 当使用具有绿色荧光体的蓝色裸片的绿色LED管芯时尤其如此。 青色可以通过并行驱动绿色LED和蓝色LED来制作。 白色可以通过驱动绿色LED和平行的蓝色LED和与这个绿色和蓝色平行对串联的红色LED来产生。
    • 3. 发明授权
    • Reusable beer keg
    • 可重复使用的啤酒桶
    • US08777056B2
    • 2014-07-15
    • US13138789
    • 2010-04-01
    • Thomas W. BatesDan MorganJay P. Hendrickson
    • Thomas W. BatesDan MorganJay P. Hendrickson
    • B67B7/00B65D35/54B65D35/56B65D35/14
    • B67D1/0406B65D7/045B67D1/0462B67D1/0801B67D1/0804B67D1/0832B67D2001/0824B67D2001/0825B67D2001/0827Y02W30/807
    • A reusable beer keg is disclosed comprising a hollow beer keg body with a dispenser tube assembly having a dispenser valve, dispenser tube, and a disposable bladder. The dispenser valve is releasably attached to a top portion of the keg body and the dispenser tube and bladder extend into the interior of the keg body. When beer flows through the open dispenser valve and into the bladder, the beer causes the bladder to unfurl until it contacts the inside surface of the keg body. When the beer keg has been emptied it can be returned to the brewery for reuse by cleaning the dispenser valve, dispenser tube and disposing of the used bladder. The beer keg body does not need to be cleaned, however, because the beer only comes in contact with the disposable bladder and not the keg body. The beer keg parts can then be reassembled, using a new bladder in place of the used bladder.
    • 公开了一种可重复使用的啤酒桶,其包括具有分配器管组件的中空啤酒桶体,所述分配器管组件具有分配器阀,分配器管和一次性囊。 分配器阀可释放地附接到小桶体的顶部,并且分配器管和囊延伸进入小桶体的内部。 当啤酒流过打开的分配阀并进入膀胱时,啤酒使膀胱展开,直到其接触小桶体的内表面。 当啤酒桶已经排空时,可以通过清洁分配器阀,分配器管和处理用过的气囊而将其返回到啤酒厂以供再利用。 然而,啤酒桶体不需要清洁,因为啤酒只与一次性膀胱而不是桶体接触。 然后可以重新组装啤酒桶部件,使用新的膀胱代替用过的膀胱。
    • 4. 发明授权
    • Reusable beer keg
    • 可重复使用的啤酒桶
    • US08646660B2
    • 2014-02-11
    • US13317556
    • 2011-10-21
    • Thomas W. BatesDan MorganLeslie W. Ross
    • Thomas W. BatesDan MorganLeslie W. Ross
    • B65D83/00
    • B67D1/0462B65D7/045B67D1/0832B67D1/0884Y02W30/807
    • A reusable beer keg is disclosed including a hollow beer keg body with a dispenser tube assembly having a dispenser valve, dispenser tube, and a disposable bladder. The dispenser valve is releasably attached to a top portion of the keg body and the dispenser tube and bladder extend into the interior of the keg body. When beer flows through the open dispenser valve and into the bladder, the beer causes the bladder to expand until it contacts the inside surface of the keg body. When the beer keg has been emptied it can be returned to the brewery for reuse by cleaning the dispenser valve, dispenser tube and disposing of the used bladder. The beer keg parts can then be reassembled, using a new bladder in place of the used bladder.
    • 公开了一种可重复使用的啤酒桶,包括具有分配器管组件的中空啤酒桶体,其具有分配器阀,分配器管和一次性囊。 分配器阀可释放地附接到小桶体的顶部,并且分配器管和囊延伸进入小桶体的内部。 当啤酒流过打开的分配阀并进入膀胱时,啤酒使气囊膨胀直到其接触小桶体的内表面。 当啤酒桶已经排空时,可以通过清洁分配器阀,分配器管和处理用过的气囊而将其返回到啤酒厂以供再利用。 然后可以重新组装啤酒桶部件,使用新的膀胱代替用过的膀胱。
    • 5. 发明授权
    • Sequential color display system with spoke synchronous frame rate
conversion
    • 具有轮辐同步帧速率转换的顺序彩色显示系统
    • US6002452A
    • 1999-12-14
    • US659485
    • 1996-06-06
    • Dan Morgan
    • Dan Morgan
    • G02B26/10G03B21/00G09G5/18H04N9/12H04N9/31H04N9/30
    • H04N9/312G02B26/008H02P23/18H04N9/3114G09G2340/0435G09G2340/10
    • A sequential color display system (10) suited to receive data (20) at different rates without discarding or filtering video data. The mismatch of bandwidths between the input source video data and the output sequential color display is accommodated by retaining a modified synchronous operation. A color wheel (50) having a plurality of segments is utilized whereby the input frame rate in reference to the color wheel rate is always a ratio of integers. Using a digital micromirror device (44) spatial light modulator, no mixing of frame-to-frame bit planes is required during a colored segment. In the preferred embodiment, the ratio of integers is 7-to-6 for a 50 hertz input, such as a PAL system, or a 5-to-6 ratio for a 72 hertz input. The color wheel is maintained at about a 60 hertz rate.
    • 适用于以不同速率接收数据(20)而不丢弃或过滤视频数据的顺序彩色显示系统(10)。 通过保持修改的同步操作来适应输入源视频数据和输出顺序彩色显示之间的带宽不匹配。 利用具有多个段的色轮(50),其中参考色轮速率的输入帧速率总是整数比。 使用数字微镜器件(44)空间光调制器,在彩色片段期间不需要帧到帧位平面的混合。 在优选实施例中,对于50赫兹输入(例如PAL制式)或72赫兹输入的5比​​6,整数比为7比6。 色轮保持在大约60赫兹的速度。
    • 6. 发明申请
    • Reusable beer keg
    • 可重复使用的啤酒桶
    • US20120104035A1
    • 2012-05-03
    • US13317556
    • 2011-10-21
    • Thomas W. BatesDan MorganLeslie W. Ross
    • Thomas W. BatesDan MorganLeslie W. Ross
    • B67D7/06B65D25/14
    • B67D1/0462B65D7/045B67D1/0832B67D1/0884Y02W30/807
    • A reusable beer keg is disclosed comprising a hollow beer keg body with a dispenser tube assembly having a dispenser valve, dispenser tube, and a disposable bladder. The dispenser valve is releasably attached to a top portion of the keg body and the dispenser tube and bladder extend into the interior of the keg body. When beer flows through the open dispenser valve and into the bladder, the beer causes the bladder to expand until it contacts the inside surface of the keg body. When the beer keg has been emptied it can be returned to the brewery for reuse by cleaning the dispenser valve, dispenser tube and disposing of the used bladder. The beer keg parts can then be reassembled, using a new bladder in place of the used bladder.
    • 公开了一种可重复使用的啤酒桶,其包括具有分配器管组件的中空啤酒桶体,所述分配器管组件具有分配器阀,分配器管和一次性囊。 分配器阀可释放地附接到小桶体的顶部,并且分配器管和囊延伸进入小桶体的内部。 当啤酒流过打开的分配阀并进入膀胱时,啤酒使气囊膨胀直到其接触小桶体的内表面。 当啤酒桶已经排空时,可以通过清洁分配器阀,分配器管和处理用过的气囊而将其返回到啤酒厂以供再利用。 然后可以重新组装啤酒桶部件,使用新的膀胱代替用过的膀胱。
    • 7. 发明授权
    • Progressive compression suspension
    • 渐进式压缩悬挂
    • US07784805B2
    • 2010-08-31
    • US11283420
    • 2005-11-21
    • Dan Morgan
    • Dan Morgan
    • B60G7/00B60G3/18B60G3/20B60G3/12B60G3/00
    • B60G15/067B60G3/20B60G2200/14B60G2202/31B60G2204/422
    • A Progressive Compression Suspension is disclosed. The suspension operates to provide floating opposed mounting points for each end of the suspension's shock absorber. The bottom end of the shock absorber pivotally attaches to the lower suspension arm, and the upper end of the shock absorber pivotally attaches to a compression linkage. The compression linkage is pivotally attached to the vehicle frame or chassis, such that it rocks back forth when the suspension engages rough terrain and the top of the shock absorber works in opposition to the bottom of the shock absorber. The rocking of the compression linkage is created by an actuating linkage interconnecting the compression linkage and an eccentric arm extending inwardly towards the frame from the pivot point of the lower suspension arm. As a result of this geometry, if the lower suspension arm is driven upwardly by the terrain, it will (through operation of the eccentric arm, actuating linkage and compression linkage) cause the top mounting point of the shock absorber to be driven downwardly. By correctly calculating the dimensional relationships, the resultant effect progressive dampening that is responsive to suspension travel, rather than simple linear dampening.
    • 公开了逐步压缩悬架。 悬架操作以为悬架的减震器的每个端部提供浮动的相对的安装点。 减震器的底端枢转地附接到下悬架臂,并且减震器的上端枢转地连接到压缩连杆。 压缩联动装置可枢转地附接到车辆框架或底盘,使得当悬架接合崎岖的地形并且减震器的顶部与减震器的底部相对工作时,它向后摇摆。 压缩联动装置的摇摆通过将压缩联动装置和从下悬架臂的枢转点向框架向内延伸的偏心臂的致动连杆产生。 由于这种几何形状,如果下悬架臂被地形向上驱动,则(通过偏心臂的操作,致动联动装置和压缩联动装置)将使缓冲器的顶部安装点向下驱动。 通过正确计算尺寸关系,得到的响应于悬架行程的渐进阻尼,而不是简单的线性衰减。