The invention relates to a discharging apparatus for discharging loose and in particular pulverulent material that is hazardous to health from rigid or flexible containers (12), in particular bags and barrels (13), comprising a discharge chamber (2) which has a discharge opening (5) for discharging the material after removal from a container (12) and which additionally has an insertion opening (3) for at least partial insertion of a container (12) into the discharge chamber (2). According to the invention, the discharge chamber (2) has a ventilation opening (4) which is arranged at a side of the discharge chamber (2) opposite the insertion opening (3) and which is connected to pump means (10) in such a way that an air stream can be generated inside the discharge chamber (2), which causes a laminar air flow starting from the insertion opening (3) and leading in the direction of the ventilation opening (4).

A hand-held cutting device configured to safely, easily, and reliably remove the plastic tip of the plastic packaging of a Freeze Pop is disclosed. The device includes a housing with a slot into which the tip of the unopened Freeze Pop is inserted. Inside the slot is an internal cutting mechanism which produces a curved cut to remove the tip of the Freeze Pop. The tip then falls into a collection chamber which may be opened for easy disposal of plastic scraps. The entire device is storable on a magnetic surface via a removable magnetic component.

The ergonomic thermoluminescent dosimeter adapter provides ergonomic design that reduces the risk of repetitive motion injury. The ergonomic thermoluminescent dosimeter adapter includes a form fitting hand trigger and a handle portion mounted on a base. The handle portion has a slot adapted to receive the TLD tool. The TLD tool inserts into the adapter and fastening devices secure the TLD tool to the adapter. In operation, the adapter base is positioned on a flat surface such as a table and adjusted to a comfortable working height until the hand trigger is in a comfortable gripping position. The adapter is held with one hand and the hand trigger is squeezed with the other hand until the targeted TLD holder opens.

The ergonomic thermoluminescent dosimeter adapter provides ergonomic design that reduces the risk of repetitive motion injury. The ergonomic thermoluminescent dosimeter adapter includes a form fitting hand trigger and a handle portion mounted on a base. The handle portion has a slot adapted to receive the TLD tool. The TLD tool inserts into the adapter and fastening devices secure the TLD tool to the adapter. In operation, the adapter base is positioned on a flat surface such as a table and adjusted to a comfortable working height until the hand trigger is in a comfortable gripping position. The adapter is held with one hand and the hand trigger is squeezed with the other hand until the targeted TLD holder opens.

A method of loading stacked strainers in a dispenser while minimizing strainer contamination is disclosed. The method includes providing a stack of strainers that is enclosed in a protective material to form a pod, placing the pod within a dispenser, and removing the protective material from the pod of strainers while the strainers are in the dispenser. The strainers dispensed from the thus loaded dispenser avoid being contamination during loading. The protective material may be perforated to facilitate removal from the stack, and include an extended portion to be grasped during removal from the dispenser.

A method of loading stacked strainers in a dispenser while minimizing strainer contamination is disclosed. The method includes providing a stack of strainers that is enclosed in a protective material to form a pod, placing the pod within a dispenser, and removing the protective material from the pod of strainers while the strainers are in the dispenser. The strainers dispensed from the thus loaded dispenser avoid being contamination during loading. The protective material may be perforated to facilitate removal from the stack, and include an extended portion to be grasped during removal from the dispenser.

A plastic tube designed for pressing out a liquid to pasty mass, comprising a discharge opening, a supply space designed to be compressed, and a tube neck, which connects the supply space to the discharge opening, wherein a mass line having a line cross-section through which mass can flow extends through the tube neck, which cannot be used to press out the mass by means of a manual force of a user. In order to design a plastic tube of the type in question in an improved manner in such a way that a residual amount of mass remaining in the tube neck is minimized after the mass has been pressed out of the supply space, the tube neck is designed, with regard to a free space that can be filled with mass as mass is pressed out, in such a way that a volume of the mass located in the tube neck during the pressing out corresponds to a third or less of a volume that is given by the dimensions of the tube neck.

A process for unloading a container containing an oxidizable compound having a melting point T.sub.m greater than 15° C. is described. This process comprises the steps consisting in heating the container using a heating means until the oxidizable compound is liquid, the temperature of the heating means remaining less than or equal to T.sub.m+105° C., and then unloading the oxidizable compound in the liquid state. A process for handling such an oxidizable compound, comprising this unloading step, and also a device enabling this process to be carried out, are also proposed.

The package opening device generally comprises a body portion, neck portion, and cutting member. In a preferred embodiment, the body portion comprises an elongated ovular configuration. The body portion comprises an upper surface and a lower surface. The neck portion is narrower than the body portion and extends from the proximal end of the body portion. The cutting member is fixed to the body portion and comprises an elongated configuration and is aligned along a central longitudinal axis of the body portion. The cutting member extends downward from the neck portion and body portion and comprises a cutting edge adapted to penetrate a portion of a package.

According to embodiments of the present invention, a material transfer station provides a base frame equipped with a table member, a container tipper, an operator interface, and a connection to a power source. In operation, a destination container is positioned beneath the table member, and the container tipper holds a supply container. Solid matter may be conveyed from the supply container into the destination container through an opening in the table member. Modules may be attached to provide additional functionality, such as a receiving module, a containment module, a vibratory screener, a flexible film isolator, and a nitrogen purge system.