A liquid injection attachment and device are provided. A cylindrical attachment body includes a through-hole, an insertion opening receiving a distal end of a liquid injecting implement inserted thereinto is included on a rear end side of the through-hole, and an outlet discharging liquid from the liquid injecting implement outside of the attachment body is included on a front end side, a plate shaped annular rib projecting inward in the through-hole leaving the outlet is provided at a front end of the attachment body, an annular receiving face is included on the annular rib and faces the rear end side of the through-hole, the annular receiving face receiving a load from the liquid injecting implement in an axial direction during injection, and an annular lip around the outlet is provided where the load received by the annular receiving face of the annular rib acts in an axial direction.

Measurement arrangement for determining a constituent substance or quality parameter of water by thermal decomposition in a reaction module, delivery of the reaction product to a detector in a carrier gas flow, and evaluation of a detector signal for deriving a value of the constituent substance or quality parameter, wherein the reaction module is a vessel of vertical orientation during operation having an internal resistance heating or infrared heating, and has a head section into which the sample is introduced, a reaction zone, where the thermal decomposition is performed, as well as a foot section, from which the reaction product is output in the carrier gas flow, wherein the head section of the reaction module has an injection port for temporarily introducing an injection needle or permanently supporting a small supply tube, which injection port comprises an O-ring which is internally spring-loaded by a silicon padding or an inserted spring.

Measurement arrangement for determining a constituent substance or quality parameter of water by thermal decomposition in a reaction module, delivery of a reaction product to a detector, and evaluation of a detector signal for deriving a value of the constituent substance or quality parameter, wherein the reaction module is an elongated vessel having internal heating, and has a head section into which the sample is introduced, a reaction zone, as well as a foot section, from which the reaction product is output, wherein the reaction module, the heating, and means for the supply of samples and carrier gas are configured such that during the operation of the measurement arrangement an outer head temperature is T.sub.H80 C., and an outer foot temperature is T.sub.F150 C. at a maximum temperature in the reaction zone of T.sub.MAX1150 C.

A device for the sampling and extraction of a granular solid in a pack of granular solids, containing a sampling probe (1), a sample collector (2) connected to said sampling probe (1), and a controller (3), the sampling probe (1) comprising a sampling tube (4) and at least one transfer tube (5), the sampling tube (4) and transfer tube (5) containing at least one central conduit and at least two lateral conduits, wherein the central conduit (6a) of the sampling tube (4) contains a collection chamber (10) containing a system (11) for retaining the granular solid, and the lateral conduits (7a, 7b) of the sampling tube (4) and transfer tube (5) are connected to a source of gaseous fluid (12) which is capable of extracting the granular solid retained in the collection chamber (10) via the lateral conduits (8a, 8b) of the sampling tube (4) and transfer tube (5).

A device and method for recovering a metal-bearing solution from a leaching system is provided. The method includes collecting, using the collector of a solution sampling device, a metal-bearing solution from a leaching system, storing, using the storage reservoir of the solution sampling device, the metal-bearing solution, pressurizing, using an air pressure line of the solution sampling device, the storage reservoir, and discharging, using a solution sampling line of the solution sampling device, the metal-bearing solution from the storage reservoir.

A portable, hand-held sampler for collection of aquatic biotic samples. A pump with an exhaust tube and a water intake tube is attached to a frame. A battery is attached to the frame and electrically connected to the pump. A handle is attached to the bottom of the frame for an operator to hold the sampler in one hand. A switch is electrically connected to the pump and to the battery and attached to the frame near the handle for the operator to control activation of the pump with the same single hand. A venturi tube assembly with a sample intake tube is attached to the exhaust tube. The pump draws water into the water intake tube and sample material into the sample intake tube and the venturi tube diverts the sample material away from the pump and into a sample collection reservoir to prevent damage to the sample material.

A method for fills and/or cleans the measurement cell of a measuring instrument, namely a viscometer and/or density measuring instrument, in particular of a rotational viscometer. A sample is introduced via a sample line into the measurement cell by a pump, and wherein a dynamic viscosity and/or density of the sample is determined in the measurement cell. A funnel-shaped, reversibly openable receiving container, in particular a filling funnel, for the sample, is arranged in the sample line, between the pump and the measurement cell. The receiving container is opened and the sample is introduced into the receiving container. The receiving container is connected to the pump via a pressure line in such a way that, when pressure is applied into the receiving container, a proportion of the sample is dispensed out of the receiving container and introduced into the measurement cell.

Disclosed is a chamber for inspecting a liquid substance, the chamber being inserted into a tester for use, and the chamber includes: a chamber sheet comprising a sheet body, an injection groove, and an air outlet formed in a longitudinal direction in the sheet body; and a chamber plate comprising a grip portion and an inserting portion extending in the longitudinal direction from the grip portion. A fastening space to receive and fasten the chamber sheet is formed as a recess in the insertion portion, and wherein where a sample section in which a liquid substance sample is injected and retained is formed in the fastening space.

An injector includes an injection device and a round turret provided on a front side of the injection device. A sampler is provided with a vial holder and a conveyance arm. The injector has an accessible structure in which a moving path of the conveyance arm of one sampler arranged on the side of the two injectors for accessing the round turret of each of the two injectors is secured regardless of the size of the round turret, when two injectors are arranged so that the back sides of the injection devices face to each other.

A urine analysis station includes a case, configured to be placed entirely within a toilet bowl and to receive a stream of urine, the case being configured to receive therein at least one analysis region adapted to receive urine for analysis, a urine reservoir, configured to receive urine from a user's urination, a fluidic circuit within the case for the circulation of urine in the station from the urine reservoir to an analysis region, an analyzer, mounted within the case, and configured to obtain data relating to the urine in the analysis region.