A heated liquid sampling probe (10) for an automated sampling apparatus includes a sampling tube (22) for drawing up a volume of liquid from a reservoir (50).
Present invention refers to the rotary soil sampling probe assembly and the single probe (1) used within the rotary probe.
A sampling probe for use with the particle collecting unit is also disclosed.
A formation testing tool is described herein, including a formation probe assembly having an extendable sampling probe (96) surrounded by a cylindrical sleeve (94).
The device facilitates an interface between the circulatory system of an animal and a suitable sampling probe such as, for example, a solid phase microextraction (SPME) probe.
The sonde includes a sample probe insertable into the formation and a drawdown pump in fluid communication with the sample probe.
The sample handling apparatus may include a robotic assembly for moving a sample probe device and a sample probe supported by a guide of the sample probe device.
The controller may determine an extraction rate of the first sample probe based on an ON time of the engine during a sampling period.
The partial flow sampling system (10) includes a system inlet (50) for receiving an exhaust sample flow from a sample inlet probe and transfer line.
More particularly, the method and apparatus relate to control of motion of an optical sample probe interface relative to a tissue sample site.
A sample dispensing device (1) in which clogging of a sample probe is more reliably detected even if the sucked amount of a sample varies.
Viewed from above, the track loop of the cartridge table (101) and the track loop of the cup table (103) intersect at two points: a location m and the moving location of a sample probe (107).