COFFEEPOT GUARD

Brand Owner Address Description
COFFEEPOTGUARD 1 Group 6377 West 29th Street Parma OH 44134 COFFEEPOT GUARD;Coffee maker covers; coffee maker inserts; coffee maker liners; coffee filters; kettle covers; kettle inserts; kettle liners; kettle filters; apparatus to prevent spills of beverages; apparatus for preventing spills resulting from the use of coffee makers, tea kettles/pots, and/or beverage makers; apparatus for preventing damage resulting from the use of coffee makers, tea kettles/pots, and/or beverage makers; apparatus for preventing injury resulting from hot liquid; apparatus for preventing injury resulting from liquid; apparatus for preventing spilling liquid;insultaed cups, mugs, glasses, and/or containers; Stove burner covers; oven covers; oven liners; appliance covers; counter covers; fridge covers; blender covers; sink covers; toaster oven covers; toaster oven inserts; faucet covers; bathtub covers; bathtub liners; shower covers; shower liners; table covers; chair covers; dishwasher covers; dishwasher inserts; dishwasher liners; shelf liners; garage liners; garage covers; TV covers; desk covers; closet inserts; closet covers; fixture covers; covers for household appliances; liners and inserts for household appliances; drainboards; dish racks; sponge holders; splatter liners; faucet handle drip trays; sink splash liners; splash liners; splash liners for household appliances; splash liners for home fixtures; splash guards for consumer products;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A passively guarded, fillable injection syringe includes an adapter for holding the proximal end of a hollow needle. An inverted plunger is slidingly mounted on the adapter to establish a medicament chamber that is in fluid communication with the needle. Also, a substantially cylindrical needle guard is positioned on the needle for reciprocal axial movement under the influence of a spring which biases the guard and adapter in opposite axial directions. A mechanism is provided such that plunger movements that are required in a typical fill and inject procedure also function to control the position of the guard relative to the needle. Initially, the guard is locked covering the needle tip. A plunger movement unlocks the guard and retracts the guard for syringe filling and injection. Depressing the plunger to complete the injection releases the guard for distal movement under the spring force into a needle protecting position.