A system and method for displaying items such as food allowing for an unobstructed view of the food item is disclosed. The system includes a backer card and a transparent film. The food item is stored in the transparent film allowing an unobstructed view of the food item. An upper portion of the transparent film is secured to the backer card leaving a portion of the transparent film below the point of attachment unsecured allowing the food item to move away from the backer card. Information pertaining to the food item is printed on the backer card leaving the view of the food item unobstructed.

The invention relates to a handling device for a valuable article that is usable as a means of payment and is of flat extent or punctiform. The handling device comprises a carrier element of flat extent that is foldable and bendable into a wave form and at least one valuable article fixed thereto. Moreover, the invention relates to a method for manufacturing a handling device for a valuable article.

The invention relates to a handling device for a valuable article that is usable as a means of payment and is of flat extent or punctiform. The handling device comprises a carrier element of flat extent that is foldable and bendable into a wave form and at least one valuable article fixed thereto. Moreover, the invention relates to a method for manufacturing a handling device for a valuable article.

A system for controlling a braking mechanism for a supply roll with wrapping material for a round baler that passes through a first phase wherein, after detection of sufficient crop material in the baling chamber, wrapping material is brought up to the baling chamber and introduced into the baling chamber. The braking mechanism provides a higher braking force during the wrapping operation than the first phase. The wrapping operation is started on detection of movement in the wrapping material. This prevents the braking mechanism from being activated prematurely and leaves sufficient time to deactivate the braking mechanism after the wrapping operation.

Packaging for axle assemblies having a pair of wheel end assemblies. Each wheel end assembly includes studs. A base bracket has a main body portion with a receiving surface to support a portion of a first axle assembly. A slot extends from the receiving surface to accept a stud. At least one end portion extends from the main body portion. An intermediate bracket includes a first receiving surface at a first end of the intermediate bracket. The first receiving surface engages a portion of the first axle assembly. A slot extends from the first receiving surface to accept a stud of the first axle assembly. A second receiving surface is located at a second end of the intermediate bracket. The second receiving surface supports a portion of a second axle assembly. A slot extends from the second receiving surface to accept a stud of the second axle assembly.

A hang tab and product tag assembly including a first panel, a second panel, and a. The first panel includes an aperture configured to engage with a retention mechanism, and the second panel includes an aperture that is configured to adjust to different dimensions.

A hang tab and product tag assembly including a first panel, a second panel, and a. The first panel includes an aperture configured to engage with a retention mechanism, and the second panel includes an aperture that is configured to adjust to different dimensions.

A hang tab and product tag assembly comprising a first panel, a second panel, and a third panel. The first panel includes an aperture configured to engage with a retention mechanism, the second panel includes an aperture that is configured to adjust to different dimensions.

A package assembly for packaging a replacement mower blade is provided. The package assembly includes a blade hang tab removably attached to an end of a mower blade. A shrink film tube is positioned about the mower blade and blade hang tab, wherein the shrink film is heated to shrink the shrink film and secure the blade hang tab to the mower blade. In another embodiment, the package assembly includes multiple blades encased within shrink film with a blade hang tab attached to one of the blades within the shrink film.

A process for producing a three-dimensional pressure-sensitive adhesive product (HKP) from radiation-induced reactive prepolymer composition (SRP), comprising the process steps: a. providing a negative mold (NF) for the pressure-sensitive adhesive product (HKP), b. filling the negative mold (NF) provided with the radiation-induced reactive prepolymer mass (SRP), c. radiation-induced chemical conversion of the prepolymer mass (SRP) to the pressure-sensitive adhesive product (HKP), and d. removal of the pressure-sensitive adhesive product (HKP) from the negative mold (NF).
In order to overcome the disadvantages of conventional technology, the negative mold (NF) is produced by a thermoforming process using a positive mold (PF), a casting process for the radiation-induced reactive prepolymer mass (SRP) is used to fill the negative mold (NF) provided, and cooling (K) takes place during the radiation-induced chemical conversion of the prepolymer mass (SRP) to the pressure-sensitive adhesive product (HKP).