Abstract: A sugar-free soluble tea extract tablet and a method for preparing it that includes the steps of providing a sweetener blend, a natural binder, and a tea extract, in a proportion of five grams of sweater blend and one gram of natural binder for every one gram of tea extract. Then, heating the sweetener blend to melt into a liquid at a temperature ranged between 100 to 300 degrees Celsius, adding the tea extract and the natural binder to the melted sweetener blend to form a mixture, stirring the mixture thoroughly and pouring it into molds for cooling. The sweetener blend includes Erythritol and Monkfruit or stevia sweetener, and the natural binder is an organic gum fiber blend such as organic guar gum, organic gum arabic, organic agave fiber, organic rice hulls, or organic agave syrup.

Abstract: A soluble tea extract tablet that consists of homogenous mixture of dried tea extract and sugar and a method of manufacturing this soluble tea extract tablet that use the following equipment and materials and the following steps: providing tea leaves, sugar, water and a container. Pouring the water into the container and putting the tea leaves and the sugar inside the container. Heating the container and evaporating the water. Removing the tea leaves and continuing the heating until obtaining a homogenous viscous mixture of tea extract and sugar. Creating pieces from the viscous mixture and drying them for forming the soluble tea extract tablets.

Abstract: A method of manufacturing a sponge with inner capsule that contains soap. The method includes: Providing a scouring pad coating sleeve, a first and second strip of inner sponge, and a nylon sleeve which is divided into a serial of capsules. Providing a tray that ended with a hollow pipe and placing on it the first strip, then the nylon sleeve and then the second strip. Dressing up the scouring sleeve on the hollow pipe. Pushing the strips together with the nylon sleeve inside the hollow pipe until their front goes out through the hollow pipe, holding them together and pulling them outside of the hollow pipe until they are positioned inside the scouring sleeve. Welding and cutting the scouring sleeve to pieces according the size of the capsules.

Abstract: A wash sponge with a pliable, inner capsule that contains soap and has several holes. When the capsule is squeezed it discharges soap into the sponge. The holes, which are in fact cuts made in the sides of the capsule, serve as a kind of valve system that controls the flow of soap from the capsule into the sponge. The cuts are made in such a way that the entire circumference of the hole is not cut, and a flap if formed that remains attached to the capsule. When horizontal pressure is applied to the sponge (and the capsule), the holes open and the soap can flow out into the sponge; however, when incidental, vertical pressure is applied to the sponge (and capsule), the holes do not open significantly and soap does not flow out through the holes.