A galvanic cell, and a method for making it, having a resealable vent closure consisting of a resilient elastomeric sponge gasket disposed and compressed between the cover of the cell and the upper wall of the cell's container and designed such that gas buildup within the cell in the range of about 5 to 75 psi will vent along the cover-gasket interface and/or container-gasket interface.
Miniature Galvanic Cell Having Optimum Low Surface Area Conductive Collector
A miniature galvanic cell employing a cup-insulating member-current collector assembly, preferably a plastic insulating member and low surface area current collector, to prevent or minimize the formation of gases, such as hydrogen, on the current collector member. A process for producing such a cell is also disclosed.
Pressure Relief Flapper Vent Valve For Galvanic Cells
A galvanic dry cell having a resealable subseal comprising a cup-shaped flapper vent valve having an opening at its center for receiving and contacting the cell's current collector rod and a peripheral edge segment contacting and conforming to the inner wall of the cell's container and adapted for deflecting upwardly thereby providing a resealable vent path at the valve-container interface.
Galvanic Cell Having A Primary Radial Seal And A Secondary Resealable Vent Closure
A galvanic cell having a primary radial type seal in conjunction with a secondary resealable vent closure, said resealable vent closure comprising a resilient elastomeric sponge gasket disposed and compressed between the upper surface of the cell's cover and the rim of the cell's container, which is turned over the upper surface of the cover, so as to facilitate the venting of any high pressure gases that may escape past the radial seal while retaining liquid.
Miniature Galvanic Cell Having Optimum Internal Volume For The Active Components
A miniature galvanic cell tube employing a cup-tube assembly, preferably a shrunk tube, in which the tube occupies a minimum volume so that the internal volume of the cell can be maximized to contain the acting components of this cell and a process for producing the galvanic cell.
atoes not only for ketchup, but in tomato sauces and other products.) Oh, and the famous 57 Varieties on ketchup bottles? It means nothing. Henry Heinz thought it was a lucky number, so he used it in advertising and put it on the companys products, which now number into the thousands.
Date: Mar 26, 2015
Category: Business
Source: Google
Heinz brand, family ties, ubiquitous in Pittsburgh
Henry Heinz was born near Pittsburgh in 1844 to immigrants from Bavaria and began selling his mother's garden leftovers at age 8 and his own bottled horseradish at 15. He founded Heinz & Noble Co. with a friend in 1869 and, though it went bankrupt, it was the precursor to the company that would