A label for a bottle where the label is comprised of a laminate where an outer layer (3) is a material susceptible to losing opaqueness when made wet, and an inner layer (5) behind this first layer which is a material that is opaque, and such that it will maintain such opaqueness when wet.

Examples disclosed herein relate to a flexible living hinge for an identification pull tab. The flexible living hinge has a first shot area with a first portion of a first material and a second portion of a second material. The first portion has a first spring tail and a second sprint tail for attachment to a surface of a product and the second portion has a flat surface. A second shot area of a third flexible material is connected to the first portion and the second portion of the first shot area.

A tray for displaying products in a bakery is disclosed. The tray for displaying products in a bakery includes: a display plate having a holder formed at an end portion thereof; and a perforated plate placed on an upper side of the display plate, wherein the display plate includes side plates on front, rear, left, and right sides thereof so that the perforated plate is seated on the upper side of the display plate, to form a space for accommodating the perforated plate, and at least one of the side plates on the front and rear sides of the display plate is provided with a holder in which a name card is to be inserted.

A tray for displaying products in a bakery is disclosed. The tray for displaying products in a bakery includes: a display plate having a holder formed at an end portion thereof; and a perforated plate placed on an upper side of the display plate, wherein the display plate includes side plates on front, rear, left, and right sides thereof so that the perforated plate is seated on the upper side of the display plate, to form a space for accommodating the perforated plate, and at least one of the side plates on the front and rear sides of the display plate is provided with a holder in which a name card is to be inserted.

An ID placard receptacle formed in a beam of a pallet storage rack structure has dimensions slightly larger than a magnetic-backed a pallet rack label placard used to identify pallets stored within the structure. The receptacle has protruding edges that bound the pallet rack label placard, helping to prevent damage or inadvertent removal of the placard. The protruding edges are formed by pressing the metal of the beam one way, and the receptacle is formed by pressing the metal of the beam the other way. Pressing the beam's metal rather than stamping it tends to strengthen the beam rather than weaken it.

An ID placard receptacle formed in a beam of a pallet storage rack structure has dimensions slightly larger than a magnetic-backed a pallet rack label placard used to identify pallets stored within the structure. The receptacle has protruding edges that bound the pallet rack label placard, helping to prevent damage or inadvertent removal of the placard. The protruding edges are formed by pressing the metal of the beam one way, and the receptacle is formed by pressing the metal of the beam the other way. Pressing the beam's metal rather than stamping it tends to strengthen the beam rather than weaken it.

Method and apparatus are disclosed for magnetically connecting a placard to a rearview mirror of a motor vehicle. The apparatus includes a magnetic hanger which connects to the stem of the rearview mirror. A magnetic placard adapter removably receives a hanging portion of a standard placard. The magnetic placard adapter is removably connectable to the magnetic hanger. The magnetic placard adapter is magnetically connected to the magnetic hanger. In other embodiments, the placard itself is formed with a magnetic portion to form a magnetic placard that magnetically couples to the magnetic hanger, directly without the need for the magnetic placard adapter.

Method and apparatus are disclosed for magnetically connecting a placard to a rearview mirror of a motor vehicle. The apparatus includes a magnetic hanger which connects to the stem of the rearview mirror. A magnetic placard adapter removably receives a hanging portion of a standard placard. The magnetic placard adapter is removably connectable to the magnetic hanger. The magnetic placard adapter is magnetically connected to the magnetic hanger. In other embodiments, the placard itself is formed with a magnetic portion to form a magnetic placard that magnetically couples to the magnetic hanger, directly without the need for the magnetic placard adapter.

A method for penetrating a material with a fastener dispensing needle includes the steps of partially penetrating the material using a first penetration stroke, partially withdrawing the needle from the material using a first withdrawal stroke and, in turn, fully penetrating the material using a second penetration stroke. Once fully penetrated, a plastic fastener is dispensed from the fastener dispensing needle. Thereafter, the fastener dispensing needle is fully withdrawn from the material. Additional partial penetration and withdrawal strokes could be incorporated into the needle penetration cycle in a repeating pattern, as needed, with each penetration stroke preferably having a stroke length which is twice the length of each withdrawal stroke. The use of an oscillating, back-and-forth, linear needle penetration cycle serves to minimize the risk of lateral needle deflection which can result in bending or breakage of the needle as well as damage to the penetrated material.

A method for penetrating a material with a fastener dispensing needle includes the steps of partially penetrating the material using a first penetration stroke, partially withdrawing the needle from the material using a first withdrawal stroke and, in turn, fully penetrating the material using a second penetration stroke. Once fully penetrated, a plastic fastener is dispensed from the fastener dispensing needle. Thereafter, the fastener dispensing needle is fully withdrawn from the material. Additional partial penetration and withdrawal strokes could be incorporated into the needle penetration cycle in a repeating pattern, as needed, with each penetration stroke preferably having a stroke length which is twice the length of each withdrawal stroke. The use of an oscillating, back-and-forth, linear needle penetration cycle serves to minimize the risk of lateral needle deflection which can result in bending or breakage of the needle as well as damage to the penetrated material.