A measuring system associable with a group of products wrappable with a plastic film to form a palletized load. The system includes a supporting frame provided with a supporting plane for the group, first and second detecting modules housed inside the supporting frame and provided with first and second sensor units to detect and measure first and second physical quantities acting on the palletized load when it is moved and/or transported, a processing module having first and second computing units and first and second memory units positioned on the supporting plane, inserted among the products and having dimensions and weight comparable to that of one of the products. The first and second computing units, first and second memory units and first and second detecting modules form first and second measurement chains of the first and second physical quantities.

According to some embodiments, systems and methods for applying labeling or indicia upon expandable slit sheet cushioning material is provided, including, in some examples, a) providing one or more unslit region within the expandable slit sheet material, b) providing one or more label or the like that is adhered or connected to a region of the expandable slit sheet material, and/or c) providing an over-layer sheet around the expandable slit sheet material.

According to illustrative embodiments, a novel pallet wrap is provided. In some preferred embodiments, the pallet wrap includes: an expandable slit sheet paper having a slit pattern including a plurality of slits extending in a cross direction that forms a plurality of open cells upon expansion in a machine direction. In some embodiments, the pallet wrap includes a novel expandable slit sheet paper adapted for enabling wrapping of a pallet assembly. In some embodiments, the pallet wrap includes an expandable slit sheet paper and a support wrap, wherein the expandable slit sheet paper is configured to be wrapped around a pallet assembly and the support wrap is configured to surround at least a portion of the expandable slit sheet paper wrapped around the pallet assembly.

According to some embodiments, systems and methods for applying labeling or indicia upon expandable slit sheet cushioning material is provided, including, in some examples, a) providing one or more unslit region within the expandable slit sheet material, b) providing one or more label or the like that is adhered or connected to a region of the expandable slit sheet material, and/or c) providing an over-layer sheet around the expandable slit sheet material.

According to some embodiments, systems and methods for applying labeling or indicia upon expandable slit sheet cushioning material is provided, including, in some examples, a) providing one or more unslit region within the expandable slit sheet material, b) providing one or more label or the like that is adhered or connected to a region of the expandable slit sheet material, and/or c) providing an over-layer sheet around the expandable slit sheet material.

A measuring system associable with a group of products wrappable with a plastic film to form a palletized load. The system includes a supporting frame provided with a supporting plane for the group, first and second detecting modules housed inside the supporting frame and provided with first and second sensor units to detect and measure first and second physical quantities acting on the palletized load when it is moved and/or transported, a processing module having first and second computing units and first and second memory units positioned on the supporting plane, inserted among the products and having dimensions and weight comparable to that of one of the products. The first and second computing units, first and second memory units and first and second detecting modules form first and second measurement chains of the first and second physical quantities.

The present disclosure relates to a stretch hood arrangement (200) enclosing a stack of articles (201) arranged on a pallet (203) in multiple layers including a base layer (207), a top layer (209) and one or more intermediate layers, said stretch hood arrangement (200) comprising: a polymer film tubular band (215) stretched around at least the base layer (207) of the stack; a polymer film stretch hood (213) enclosing the top and sides of the stack; characterized in that the polymer film of the tubular band (215) has a higher elasticity than the polymer film of the stretch hood. The present disclosure further relates to the use of a the stretch hood arrangement for collection and transport of a stack of articles (201), preferably for collection and transport of a stack of bottles arranged on a pallet (203) in multiple layers.

A transportable container for flowable bulk goods includes a bottom support and a stretch wrap spirally wrapped around the bottom support and extending vertically in relationship to the bottom support. Bulk goods are disposed within the stretch wrap and at least of portion of the bulk goods are disposed in direct contact with the stretch wrap to squeeze the bulk goods together and generate hoop forces for stabilizing the bulk goods in the transportable container. The transportable container has a shape that varies radially in vertical relationship to the bottom support for adjusting the hoop forces vertically along the transportable container. The varied shape of the transportable container can be, for example, tapered, hour-glass shaped, or pumpkin shaped.

This disclosure includes various uses of extensible papers, for example to improve products typically made with conventional papers or as an alternative to plastic in products typically made with plastic. Examples of such products include bags such as retail shopping bags; primary product packaging; product bundle wraps; shipping products such as envelopes, pallet wrap, blocking, bracing, and cushioning; personal protection equipment (PPE) and medical products; food service products such takeaway wrappers for food; construction and landscape materials; and industrial and agricultural bags. In at least some of the present embodiments and configurations, the extensible paper has a machine direction (MD) extensibility of 10% or greater, and a cross-direction (CD) extensibility of 6% or greater.

The present invention relates to a device for wrapping a piece item stack, which is formed of a plurality of piece item parts that are disposed on top of one another, with a tubular film, wherein the device has a tubular film stock, a conveyor device for pulling a predetermined length of tubular film out of the tubular film stock, a cutting device for cutting the pulled-off tubular film for the formation of a tubular hood and a fitting device, which is arranged downstream of the cutting device in the conveying direction of the tubular film, for pulling the tubular hood over the piece item stack, as well as a method for changing the tubular film stock in such a device. For enhanced safety and guarantee of a disturbance-free operation, a discharge device, which can discharge a length piece (L) of the tubular film, is proposed with the present invention as a part of the device for wrapping the piece item stack. In the method for changing the tubular film stock according to the invention, a lagging end of a consumed tubular film stock is connected to the leading end of a new tubular film stock, wherein the leading end and the lagging end are conveyed in the direction onto the cutting device in order to laterally discharge a length section (L) that bears the leading and the lagging end on top of an intake area for the piece item stack.