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    • 3. 发明授权
    • Thermally activated initiator assembly
    • 热活化引发剂组合
    • US08230682B1
    • 2012-07-31
    • US12587315
    • 2009-09-24
    • Matthew J. SanfordVictoria L. Beam
    • Matthew J. SanfordVictoria L. Beam
    • F01B29/10F02G1/04H01H71/20
    • F16K31/002
    • A thermally activated initiator assembly uses a first bar that experiences a change in length as a function of temperature. The first bar is coupled to a first support. A second support is pivotally coupled to the first support and to the first bar so that the second support may move relative to the first support when the first bar experiences the change in length. An initiator is coupled to the second support adjacent to the high side of a ramp on the second support. A second bar is rigidly coupled to the first support. The second bar rests on the low side of the ramp prior to the first bar experiencing the change in length. When the first bar experiences the change in length, the second support moves relative to the first support causing the second bar to slide along the ramp until it falls off the ramp's high side to strike the initiator.
    • 热活化的引发剂组合使用经历长度变化作为温度的函数的第一条。 第一条连接到第一支架。 第二支撑件枢转地联接到第一支撑件和第一杆,使得当第一杆经历长度变化时,第二支撑件可相对于第一支撑件移动。 起动器与邻近第二支架上的斜坡的高侧的第二支撑件联接。 第二杆刚性地联接到第一支撑件。 在第一个酒吧经历长度变化之前,第二个酒吧就位于坡道的低侧。 当第一杆经历长度变化时,第二支撑相对于第一支撑移动,使得第二杆沿着斜坡滑动,直到它从斜坡的高侧掉落以撞击起动器。
    • 4. 发明授权
    • Mechanical water sensor
    • 机械水传感器
    • US06182507B2
    • 2001-02-06
    • US09206940
    • 1998-12-08
    • Matthew J. SanfordKeith B. Lewis
    • Matthew J. SanfordKeith B. Lewis
    • G01N1910
    • G01M3/042G01N19/10
    • A water sensor includes a housing that has at least one inlet port formed therein for allowing water to pass therethrough when submerged in water. A drive piston is mounted in the housing for sliding engagement therein. A water-activated driver is coupled to the drive piston and is in communication with the inlet port(s). The water-activated driver is inert in air and reactive with water to exert pressure on the drive piston and so that the drive piston moves in the housing. A movable indicator is mounted relative to the housing and is positioned to be responsive to movement of the drive piston. The movable indicator moves from a first position to a second position in response to movement of the drive piston.
    • 水传感器包括壳体,其具有形成在其中的至少一个入口端口,用于当浸没在水中时允许水通过。 驱动活塞安装在壳体中用于在其中滑动接合。 水驱动的驱动器联接到驱动活塞并与入口连通。 水驱动的驱动器在空气中是惰性的并且与水反应以在驱动活塞上施加压力,并且驱动活塞在壳体中移动。 可移动指示器相对于壳体安装并且被定位成响应于驱动活塞的移动。 响应于驱动活塞的移动,可移动指示器从第一位置移动到第二位置。
    • 6. 发明授权
    • Recoilless launching
    • 无重力发射
    • US07841267B1
    • 2010-11-30
    • US12587326
    • 2009-09-22
    • Matthew J. Sanford
    • Matthew J. Sanford
    • F41A1/08
    • F41A1/08F41A1/10
    • An arrangement for recoilless launch including a non-gaseous reaction mass having a weight in a range of about 25% to about 75% of a weight of a projectile. For the same projectile energy, less propellant is required than a rocket, which minimizes backblast and reduces before-launch weight. The recoilless launching is adapted to shoulder-launched projectiles in a confined space. The reaction mass may be particles associated with a propellant so as to be released concurrently as the propellant turns into gas and accelerated by and with the propellant gas in a nozzle.
    • 一种无后坐力发射装置,包括非气态反应物料,其重量在射弹重量的约25%至约75%的范围内。 对于相同的射弹能量,需要比火箭更少的推进剂,这可以最大限度地减少反弹并减少发射前的重量。 无后坐力发射适用于在密闭空间内肩扛射弹。 反应物料可以是与推进剂相关联的颗粒,以便随着推进剂变成气体并在喷嘴中被推进剂气体加速和加速,同时释放。
    • 8. 发明授权
    • Water-activated locking mechanism
    • 水启动锁定机构
    • US06519941B1
    • 2003-02-18
    • US10067149
    • 2002-02-01
    • Matthew J. Sanford
    • Matthew J. Sanford
    • F01K100
    • F42C3/00
    • A water-activated locking mechanism has a housing with a chamber formed therein. Compressed water-absorbent fiber pellets are housed in the chamber. Ports in the housing allow water to enter the chamber when the housing is immersed in water. Mounted in the housing is a slidable piston assembly that is biased towards the chamber with a first end of the piston assembly residing in the chamber. A pin assembly is slidably mounted in the housing at an angle relative to the piston assembly. The pin assembly is biased towards the piston assembly with one end of the pin assembly contacting an indented portion of the piston assembly to define a first position of the pin assembly. When the housing is immersed in water, the fiber pellets expand and apply a force to the first end of the piston assembly. The piston assembly then slides within the housing with the indented portion thereof moving past the pin assembly. When the larger diameter first end of the piston assembly aligns with the end of the pin assembly, the pin assembly is moved against its bias and locked in a second position.
    • 水启动锁定机构具有壳体,其中形成有腔室。 压缩的吸水纤维颗粒容纳在室中。 当外壳浸入水中时,外壳中的端口允许水进入腔室。 安装在壳体中的是可滑动的活塞组件,其被朝向腔室偏压,活塞组件的第一端位于腔室中。 销组件相对于活塞组件以一定角度可滑动地安装在壳体中。 销组件被偏压朝向活塞组件,其中销组件的一端接触活塞组件的凹入部分以限定销组件的第一位置。 当壳体浸入水中时,纤维颗粒膨胀并向活塞组件的第一端施加力。 然后活塞组件在壳体内滑动,其凹入部分移动经过销组件。 当活塞组件的较大直径的第一端与销组件的端部对准时,销组件抵抗其偏压而移动并锁定在第二位置。
    • 9. 发明授权
    • Ball lock mechanism
    • 球锁机构
    • US6152645A
    • 2000-11-28
    • US211002
    • 1998-12-15
    • Matthew J. Sanford
    • Matthew J. Sanford
    • F16D41/066B25G3/18
    • F16D41/064Y10T403/592Y10T403/599Y10T403/604
    • A ball lock mechanism has a shaft with an annular groove formed therearou A first sleeve fitted on the shaft defines at least one channel between the first sleeve and the shaft. An opening facing away from the shaft is formed at the end of each channel. Ball bearings fill each channel so that, when the channels and annular groove are misaligned, one of the bearings extends partially through each channel's opening. A second sleeve is fitted over the first sleeve and the openings for retaining the bearings in the channels. The second sleeve is configured and movable with respect to the first sleeve to push the one bearing extending partially through each channel's opening into the channel when the channels and annular groove are aligned. As a result, another of the bearings is pushed into the annular groove while remaining partially in each channel to inhibit axial movement of the shaft relative to the first sleeve.
    • 球锁机构具有在其周围形成有环形槽的轴。 安装在轴上的第一套筒限定了在第一套筒和轴之间的至少一个通道。 在每个通道的末端形成有远离轴的开口。 球轴承填充每个通道,使得当通道和环形槽不对准时,其中一个轴承部分延伸穿过每个通道的开口。 第二套筒安装在第一套筒上以及用于将轴承保持在通道中的开口。 当通道和环形槽对准时,第二套筒被构造成可相对于第一套筒移动并推动部分延伸通过每个通道的开口进入通道的一个轴承。 结果,另一个轴承被推入环形槽中,同时部分保持在每个通道中,以阻止轴相对于第一套的轴向运动。