Abstract: A blister pack display holder for holding a plurality of blister packs arranged vertically comprising a back plate adapted to be hung on a vertical structure, a frame with an open top end arranged adjacent to the back plate with a slight gap therebetween, wherein the back plate and right and left edges of the frame sandwich margins horizontally separated at sides of the blister pack respectively from the front and back so that the packs are slidably held vertically on a front surface of the back plate.

Abstract: A blister pack display holder for holding a plurality of blister packs arranged vertically comprising a back plate adapted to be hung on a vertical structure, a frame with an open top end arranged adjacent to the back plate with a slight gap therebetween, wherein the back plate and right and left edges of the frame sandwich margins horizontally separated at sides of the blister pack respectively from the front and back so that the packs are slidably held vertically on a front surface of the back plate.

Abstract: A zinc anode can is formed of a zinc based alloy material including 0.004-0.800 wt % of indium, 0.001-0.25 wt % of titanium or 0.002-0.500 wt % of zirconium, without containing significant amounts of harmful substances such as mercury, cadmium, or lead, is provided. A method of manufacturing of such zinc anode can enabling addition of up to 0.800 wt % of indium includes hot rolling of the zinc base alloy in a temperature range of 270-370.degree. C. A manganese dry battery includes a separator on which is coated a paste having 0.1-8 wt % of InCl.sub.3. The separator is disposed on the inner surface of the zinc can. An interior of the separator is filled with a cathode mixture containing conductive carbonaceous material such as manganese dioxide, and acetylene black and electrolyte with a ZnCl.sub.2 concentration of 35-50 wt %. A carbon rod as a collector is inserted into the center of the cathode mixture.