Technical Field

The invention applies to the field of food or beverage preparation, where the device is used for human tasting of the liquid food or beverage under preparation, while maintaining the sanitary condition at the source of the food or beverage being tasted.

Background Art

High standards of sanitation and cleanliness are normal requirements in the preparation of food or beverages at households or in commercial establishments such as restaurants, hotels, catering services, other food outlets and culinary schools. In many countries, strict health and sanitation regulations are enforced by authorities particularly in the operation of commercial food outlets, requiring the observance of certain methods or procedures to prevent human contamination of the food or beverage under preparation. Tasting the food or beverage is a procedure that usually takes place multiple times in the course of preparation, a procedure that also calls for stirring it in order to thoroughly blend the ingredients of the liquid before it is tasted.

Ordinary spoons or ladles once used for human tasting can not be dipped into the source again without contaminating the food, unless the utensil is first washed, or replaced altogether with a new spoon. Alternative procedures such as the transfer of the liquid to a second utensil or receptacle for tasting is not efficient. Devices such as those with a baffle or separator in the scoop or spoon may not effectively prevent contamination from human breath because of proximity between the segments of the scoop. Such baffled scoop is also inconvenient or difficult to use for stirring of the food before a subsequent tasting due to the risk that the tasting segment of the scoop could be accidentally dipped because the segments are only minutely separated from each other. Devices such as those with spoons or scoops at opposite ends of the handle and ordinarily connected to each other by a tube or channel for transfer of liquid by gravity, do not prevent the backflow of contaminated liquid from the tasting scoop to the other. Devices with two scoops equipped with a finger activated separating gate are not immune to natural or accidental leaks, and also call for the immediate dumping of the excess liquid in the tasting scoop. Devices with a mechanical gate also require a certain manual dexterity to operate in coordination with the flow of the liquid, have the disadvantage of possible leaks from imperfect or worn out parts, and need to have the mechanism unobstructed at all times from solid food particles that may come with the liquid.

Disclosure of the Invention

The invention is a device with a dipping scoop at one end, connected by a handle with a channel to a tasting cup at the other end, wherein the channel to the tasting cup protrudes as a spout over the upper middle section of the tasting cup. Liquid to be tasted is collected with the use of the scoop and transferred by gravity through the channel and to the spout, and falls freely into the tasting cup from which it can be sipped. The rate of flow of liquid through the channel is controlled by the user through its angle of tilt, though this is also regulated by the design of the channel which is narrow at the scoop end and wide at the tasting end. The volume of the tasting cup is made significantly larger than that of the scoop to prevent any spillage of liquid. The isolated overhang spout prevents any backflow of liquid from the cup to the channel or scoop or food under preparation, even with changes in position of the utensil. The hygienic taster can thus be used for stirring and tasting the food as many times as necessary in the course of preparation, without need to wash the utensil each time between each tasting. It is an improvement over the device with a baffle within the scoop, and the device with two scoops ordinarily connected by a channel or having a mechanical gate that closes the channel between the two scoops. The hygienic taster has no moving parts and does not require skills to operate, or any special cleaning or maintenance.

Brief Description of Drawings

Fig.1 shows the top view of the invention, while Fig.2 shows the side view with the scoop (1) which is used for stirring and collecting the liquid. The channel (2) which passes through the handle (3) is where the liquid runs through when transferred by gravity by tilting the device upward. The overhang spout (4) is where the liquid finally passes through to enable it to fall freely into the tasting cup (5). The broken line in Fig.2 represents the inside surface of parts of the hygienic taster. Fig.3 is an isometric view of the scoop showing the narrow intake channel. Fig.4 is an isometric view showing the overhang spout which prevents the liquid collected in the tasting cup from flowing back to the opposite direction. Best Mode for Carrying Out the Invention

The invention will be best manufactured through an injection molding process of a non-toxic resin material that is heat resistant and dishwasher safe, such as melamine or other comparable resins.

Industrial Applicability

The invention would have a number of industrial applications such as use in establishments engaged in food and beverage preparations, namely: hotels, restaurants, catering services, fast food outlets, bars and pubs, culinary schools, breweries, wineries, the blending and packaging of juices, in addition to common household use.