the basic steps in the process of one embodiment of the present invention include : ( 1 ) cracking harvested garlic bulbs into individual cloves that are then peeled and washed ( process - ready cloves ); ( 2 ) slicing and / or dicing the peeled and washed cloves into garlic bits of generally similar thickness ; ( 3 ) reducing the bitterness and strength of the garlic flavor from the bits ; and ( 4 ) frying the reduced bits into garlic pieces . referring to fig1 , process 11 is initiated by step 12 which transforms harvested bulbs of garlic into skinned and washed garlic cloves . in ways known to those skilled in the art , the harvested garlic bulbs are cracked into individual cloves and the bulb &# 39 ; s outer skins and root crowns removed . an air process can be used to remove the skins from the individual cloves , leaving skinned cloves which are then washed . cloves with obvious defects are discarded . in step 13 a , the process - ready cloves are cut into bits of a desired thickness as by a slicer . while the thickness can vary depending on the desired shape and size of the final product , pieces cut to a thickness of between approximately one - sixteenth and three - sixteenths of an inch have been found to produce excellent results . regardless of the thickness selected , the best results are achieved when the bits have a generally uniform thickness so that later processing of the bits has a uniform effect . it will be understood by those skilled in the art that “ generally uniform thickness ,” as used with reference to sliced garlic cloves , can include variations within a range that still produces generally uniform results . by step 13 b , the garlic is diced . process - ready cloves from step 12 or sliced bits from step 13 a can be fed to a dicer where they are chopped into smaller size bits . thus , in one embodiment of the invention , bits are formed by step 13 a alone . in yet another embodiment , process step 13 b follows process step 13 a . in yet another embodiment , process step 13 b follows step 12 and step 13 a is not employed . in all of the embodiments , however , garlic bits of generally uniform thickness result . slicing and dicing garlic cloves is known to those skilled in the art , as is the equipment for doing so and , thus , need not be described in further detail herein . the garlic bits produced by step 13 a and / or step 13 b are then processed by step 14 in which the strength of the garlic flavor and the bitterness of the raw garlic bits are reduced . because the bits have a generally uniform thickness , the reducing step will have a uniform effect on all of the bits . in one embodiment of the invention , process step 14 is performed by blanching the garlic bits with heated water . the garlic bits can be blanched by immersion in a vat of heated water or by being carried on a conveyor where heated water is applied to the garlic bits . when immersed in a vat of heated water , the bits are retained in water at a temperature from approximately 170 to 195 degrees f . for 30 to 120 seconds . in some instances , boiling water can be used . because garlic can vary in flavor strength and bitterness , depending on a number of factors including the season when they are harvested , the time between harvesting and processing and the variety of garlic , the optimal time and temperature will vary . when blanching by applying heated water to garlic bits on a conveyor , the several variables mentioned above will dictate how long the bits are exposed to the heated water . in most cases , 30 to 120 seconds will suffice . in another embodiment of the invention , step 14 is carried out by applying steam to the bits for 10 to 120 seconds . as used herein , “ heated water ” includes steam . before being fried by step 16 , it is advantageous for the blanched garlic bits to be dried to remove any water remaining from the blanching process . this can be accomplished by exposure to ambient conditions for a few minutes , the use of warm air applied to the blanched garlic bits , shaking the garlic bits or any other method effective to remove moisture remaining from the reducing step 14 . in another embodiment of the invention , step 14 reducing the bitterness and strength of the garlic flavor of the raw garlic bits is performed by baking rather than blanching . in this embodiment , garlic bits are placed on a conveyor that travels through an oven where the garlic bits are exposed to heat in the range of 200 to 600 degrees f . for a time period of 10 to 180 seconds . the particular temperature and time will depend on the factors mentioned above , as well as the desired characteristics of the finished product . for most applications , the baking process will not remove all of the moisture from the bits . because the bits have been formed to have a generally uniform thickness , the reducing step 14 , whether by blanching or baking , will operate generally uniformly on all of the bits to produce bits having substantially the same strength of garlic flavor and reduced bitterness . if , by contrast , the blanching process is applied to whole , process - ready cloves before they are formed into bits of generally uniform thickness , two adverse effects have been observed . cloves , even from the same bulb , vary so much in size that blanching or baking them for the same time and temperature results in widely varying degrees of effectiveness in reducing the bitterness and the strength of garlic flavor . also , in order to penetrate to the center of the cloves , the process would have to be carried out for so long and / or at such an elevated temperature that the outer portions of the cloves would be structurally broken down into a pulpy mass that could not be readily sliced and / or diced . after step 14 , the garlic bits can be processed by step 16 in which they are fried . frying the garlic bits transforms them into crispy , roasted - flavor pieces of garlic that are ready to use . the following are two methods for carrying out step 16 . in one embodiment of the invention , garlic bits are placed in cooking oil at between 300 and 400 degrees f . the bits are left in the oil for 30 seconds to two and one - half minutes , depending on the size of the bits , the temperature of the oil , the degree of crispiness desired and the amount of roasted - flavor desired . in one embodiment , the bits are fried in oil at approximately 340 degrees f . for about one minute . the oil used can be any oil typically used to fry foods . safflower oil has the advantages of economy , a near neutral flavor and low absorption . olive oil can add a more complex flavor . other vegetable oils used for frying foods can also be used . in another embodiment , step 16 is performed by applying frying oil to garlic bits while they are transported on a conveyor . the time that the frying oil is applied to the garlic bits will depend on such variables as the temperature of the oil , the size of the garlic bits , the degree of crispiness desired and the strength of roasted - flavor desired . in one embodiment , the garlic bits are exposed to the frying oil at between 300 and 400 degrees f . for 30 to 180 seconds , and preferably 340 degrees f . for 60 seconds . in step 17 , any excess oil on the garlic bits is drained away and the bits cooled to room temperature . this step can be carried out by transporting the bits from the fryer on a three - layered belt chamber where the bits pass back and forth , removing excess oil and drying . the bits can then be conveyed into a cooling tunnel where ambient temperature air is blown on the bits to further cool and dry them . in step 18 , the fried garlic bits can be sized by passing them through a screen of a selected size . in an alternative embodiment , step 13 a is performed to create garlic bits that are slices of process - ready cloves of a selected thickness ( e . g ., one - eighth of an inch ). these slices are processed by steps 14 , 16 and 17 , as described above , to create fried , crispy , roasted - flavor garlic pieces . before these garlic pieces are sized by step 18 , however , step 19 is performed in which the fried garlic slices ( pieces ) are chopped into smaller random - size garlic pieces . referring to fig2 , the process 11 a is the same as process 11 previously described through step 14 . in process 11 a , the garlic bits are fried at a lower temperature , between 250 degrees f . and 300 degrees f ., and preferably 280 to 285 degrees . by frying at the lower temperatures , the risk of burning some of the bits ( especially any that are smaller than the rest ) is essentially eliminated . the garlic pieces from the frying step 16 a are then baked in step 21 at between 200 degrees f . and 250 degrees f ., and preferably at between 220 degrees f . and 230 degrees f . in the preferred embodiment , the baking step 21 is advantageously carried out by placing the garlic pieces onto a tiered conveyor in an oven so they make a plurality of passes through the oven before they are removed , as is well known in the art . other known baking procedures that produce the desired results are within the scope of the invention . by frying the garlic bits at a lower temperature , the number of bits that are burnt is greatly reduced , if not eliminated altogether . by baking the garlic pieces after the frying step , essentially all of the pieces become crisp and crunchy ( fully cooked ) without being burnt . in addition , the bitterness and the strong garlic flavor that might survive the reducing step 14 and the frying step 16 a are reduced even further by the baking step 21 . of course , various changes , modifications and alterations in the teachings of the present invention may be contemplated by those skilled in the art without departing from the intended spirit and scope thereof . as such , it is intended that the present invention only be limited by the terms of the appended claims .
a form of garlic and process for making same in which cloves of garlic are cut into bits , blanched or baked to reduce the strength of the garlic flavor and bitterness , and then fried to produce ready - to - use , crunchy , roasted - flavor garlic pieces that can be conveniently stored and dispensed from a shaker .