A magnetized item retention assembly comprising at least one magnetized element at least partially embedded with a formed non-magnetic body adapted for integration or attachment to a power tool or portable power pack for the power tool. The magnetized element(s) are placed and retained within cavities formed within an interior of the body. The body can be fabricated as a unitary molded component or an assembly comprising a plurality of molded components. The multiple part design would include an assembly step for joining the separate components. The magnetized element(s) are used to temporarily retain magnetic objects, such as screws, drill bits, driver bits, etc. The body can have a planar shape, an inverted U shape, or any other suitable shape. The assembly can be attached to the drill using any suitable adhesive. The legs of the inverted U shape protect the objects, while supporting the tool when not in use.

A storage and dispensing container comprises a housing including a bottom end and a peripheral wall upstanding on the bottom end and having an opening, the bottom end and the peripheral wall defining, in a combination with each other, a generally open top end and a hollow interior of the housing; one or more compartments defined within the hollow interior and having a bottom wall thereof spaced apart from an interior surface of the bottom end; a tray member movable between a retracted position and an extended position; and a writing implement holder being sized and shaped to receive a writing implement therewithin.

A cable tie (1) having a material strip (11), a fastening head (2) that has a first opening (30) provided with a ratchet (34) and protrudes with respect to the longitudinal axis of material strip (11), an insertion element (15) arranged to be introduced in the fastening head (2), first opening (30) passing longitudinally through the fastening head (2) between an entry (31), at a free end of fastening head (2), and an exit (32), ending towards a junction area (16) between material strip (11) and fastening head (2). The fastening head (2) has a second opening (40) that passes transversely therethrough and arranged between junction area (16) and the first opening (30) so that, during a tying position of the cable tie (1), the exit (32) of first opening (30) ends inside of the loop and faces towards second opening (40).

A cable tie (1) having a material strip (11), a fastening head (2) that has a first opening (30) provided with a ratchet (34) and protrudes with respect to the longitudinal axis of material strip (11), an insertion element (15) arranged to be introduced in the fastening head (2), first opening (30) passing longitudinally through the fastening head (2) between an entry (31), at a free end of fastening head (2), and an exit (32), ending towards a junction area (16) between material strip (11) and fastening head (2). The fastening head (2) has a second opening (40) that passes transversely therethrough and arranged between junction area (16) and the first opening (30) so that, during a tying position of the cable tie (1), the exit (32) of first opening (30) ends inside of the loop and faces towards second opening (40).

A lifesaving kit is disclosed. The kit includes a body that can be attached to a cellular phone. A compartment is disposed on the body and contains an article of medical paraphernalia. The compartment has a closed condition and an open condition. An electronics system is configured to provide instructions on how to utilize the medical paraphernalia. A method of using the lifesaving kit is also disclosed.

A display system includes a plurality of packets that each include a cavity containing flowable material and a body portion that defines the cavity. The packets each include a header portion and a connector tab, with an aperture established through the header portion. The connector tab of each packet includes a neck portion and a retaining portion, which has a wider cross dimension than the neck portion. The retaining portion of one packet, when received through an aperture of a product or another packet, limits retraction from the aperture to join the packet with the product or other packet.

A display system includes a plurality of packets that each include a cavity containing flowable material and a body portion that defines the cavity. The packets each include a header portion and a connector tab, with an aperture established through the header portion. The connector tab of each packet includes a neck portion and a retaining portion, which has a wider cross dimension than the neck portion. The retaining portion of one packet, when received through an aperture of a product or another packet, limits retraction from the aperture to join the packet with the product or other packet.

Novel tools and techniques are provided for implementing a medical kit, and, more particularly, to methods, systems, and apparatuses for implementing a medical kit for cleaning endoscopes. In some aspects, a medical kit may comprise an outer bag capable of being vacuum sealed, at least one inner bag contained within the outer bag, at least one solution container comprising a solution contained within the outer bag, at least one absorbent pad contained within the outer bag, and/or the like. The air from the outer bag may be evacuated to form a vacuum seal surrounding the at least one inner bag, the at least one solution container, and the at least one absorbent pad. In an additional aspect, the medical kit may comprise an absorbent pad and solution contained within a bag capable of being vacuum sealed. In yet another aspect, a dispenser may be implemented to dispense medical kits.

Methods and systems for a drug supply with an associated dosing regimen are described. Sachets may to store at least one pharmaceutical drug. A dosing bag holds at least one sachet and stores a specific pharmaceutical dose. Dosing bag assemblies are formed from one or more than one dosing bag and can be connected together to form a package. A book may be formed to include a plurality of drug containing bags or bag assemblies, which may form pages in the booklet. The dosing bags may be removed from the pages to allow the patient to take the specific pharmaceutical dose with them. alternatively, the dosing bag may be opened in the booklet and the specific pharmaceutical dose may be taken.

Disclosed is a multi-part functional gauge. A platform or single package, such as a shipping stand for shipping parts can incorporate the multi-part functional gauge. The shipping stand can also include mounts that are also a functional gauge for checking the specifications of the part. A method of manufacture which includes employing a shipping stand having multiple mounts for multiple parts, the multiple parts mounted to the shipping stand so that the first part needed in the manufacturing process can be removed from the shipping stand without having to remove the other parts attached to the shipping stand. A first part is mounted to a first set of attachment points and a second part is mounted or attached to a second set of attachment points. The first part corresponds to the first part needed in an assembly process.