A closing/locking mechanism for a sterile container includes an actuation lever, a tension bow or claw coupled to the actuation lever, and an engagement element forming an undercut and with which the tension bow or claw can be brought into operative engagement to apply a tensile force to the engagement element. The tension bow or claw is mounted for sliding transversely to the tensile force to be applied. A spring is arranged in an operative position relative to the tension bow or claw in such a way that, when a predefined actuation position of the actuation lever and a predefined/predefinable sliding position of the tension bow or claw are reached, in which position the tension bow or claw already reaches behind the engagement element, the spring applies a compressive force to the tension bow or claw in the direction of the tensile force.

A closing/locking mechanism for a sterile container includes an actuation lever, a tension bow or claw coupled to the actuation lever, and an engagement element forming an undercut and with which the tension bow or claw can be brought into operative engagement to apply a tensile force to the engagement element. The tension bow or claw is mounted for sliding transversely to the tensile force to be applied. A spring is arranged in an operative position relative to the tension bow or claw in such a way that, when a predefined actuation position of the actuation lever and a predefined/predefinable sliding position of the tension bow or claw are reached, in which position the tension bow or claw already reaches behind the engagement element, the spring applies a compressive force to the tension bow or claw in the direction of the tensile force.

A camera housing includes a simplified draw latch for securing a first portion and a second portion of the camera housing together. The draw latch can include a draw hook and a wireform mid-linkage. The draw latch enables a user to easily open and close a camera housing, and to establish an air-tight or water-tight seal between the housing portions for use in various activities, including scuba diving.

A camera housing includes a simplified draw latch for securing a first portion and a second portion of the camera housing together. The draw latch can include a draw hook and a wireform mid-linkage. The draw latch enables a user to easily open and close a camera housing, and to establish an air-tight or water-tight seal between the housing portions for use in various activities, including scuba diving.

A blow molding toolbox has a casing, a cover, and multiple reinforcing elements. The casing has multiple connecting recesses, multiple guiding slots, and multiple positioning recesses. The connecting recesses are deposited on an external surface of the casing at corners of the casing. The cover is pivotally connected to the casing and has a same structure as the casing. Each one of the reinforcing elements is connected to the casing at one of the corners of the casing to cover a corresponding connecting recess of the casing or is connected to the cover at one of the corners of the cover to cover a corresponding connecting recess of the cover, and each reinforcing element has a body, at least one fixing tube, and at least one tapping screw. The reinforcing elements may increase the structural strength of the blow molding toolbox.

A blow molding toolbox has a casing, a cover, and multiple reinforcing elements. The casing has multiple connecting recesses, multiple guiding slots, and multiple positioning recesses. The connecting recesses are deposited on an external surface of the casing at corners of the casing. The cover is pivotally connected to the casing and has a same structure as the casing. Each one of the reinforcing elements is connected to the casing at one of the corners of the casing to cover a corresponding connecting recess of the casing or is connected to the cover at one of the corners of the cover to cover a corresponding connecting recess of the cover, and each reinforcing element has a body, at least one fixing tube, and at least one tapping screw. The reinforcing elements may increase the structural strength of the blow molding toolbox.

A storage container having a sensor unit and a refrigerator having the same. The storage container includes a container body; a container cover coupled to the container body; a sensor module disposed at least at one of the container body or the container cover; and a coupling member provided as to accommodate at least a portion of the sensor module, and detachably coupled to at least one of the container body or the container cover. The sensor unit is detachably coupled to the storage container, and thus a replacement of the sensor unit may be easily performed.

A mechanical closure for includes a cap hinged in an oscillating manner about an axis, a pair of tie-rods respectively articulated at their first end on opposite sides of the cap with respect to the axis and hinged at their opposite second end on a corresponding first end of a respective arm. Each arm is provided at its second opposite end with a respective pin, the pins being coaxial and intended to hinge the arms on a neck of a bottle. An arc connects the arms to one another so that the arms may be jointly actuated to rotate about the respective pin. The mechanical closure includes a tamper indicator provided to indicate the first opening of the mechanical closure includes a band which interconnects the arms and/or the tie-rods on the side opposite the arc so as to prevent the arms from oscillating about the respective pins.

A crate has an arrangement of fastening holes for mounting crate components, as well as various mounts and accessories to the outer and inner surface of the crate. The fastening holes are blind holes that do not breach, penetrate or pass-through panels defining the crate so that the crate remains watertight or sealed or leakproof. The fastening holes may be arranged to provide points of intersection for rules or guides that define a grid to aid in mounting components, mounts and accessories at desired locations. Outer fastening holes are provided in a repeating pattern and superimposed on inner fastening holes. The fastening holes provide for ease of customization without the need for drilling.

A crate has an arrangement of fastening holes for mounting crate components, as well as various mounts and accessories to the outer and inner surface of the crate. The fastening holes are blind holes that do not breach, penetrate or pass-through panels defining the crate so that the crate remains watertight or sealed or leakproof. The fastening holes may be arranged to provide points of intersection for rules or guides that define a grid to aid in mounting components, mounts and accessories at desired locations. Outer fastening holes are provided in a repeating pattern and superimposed on inner fastening holes. The fastening holes provide for ease of customization without the need for drilling.