Robert T. Rhode

Robert T. Rhode
Robert T. Rhode
Showing posts with label molasses. Show all posts
Showing posts with label molasses. Show all posts

Sunday, May 26, 2019

31. The Past ... THE FARM EAST OF PINE VILLAGE




In 1956, the National Safety Council, working with automobile associations, reached agreement on a standard size of automobile license plate with mounting holes in the same places on all plates. Those plates issued in Indiana in 1955 complied with the new regulations. When Robert was in third grade, the Indiana Bureau of Motor Vehicles began issuing plates with a one- or two-digit prefix assigned to each county alphabetically, with the large-population counties of Marion and Lake receiving additional prefixes. Robert’s home county, Warren, was 86. Letters of the alphabet after the prefixes represented further refinements in coding the locations, as in 86A or 86B.

When Robert was in the fourth grade, the postal service began recommending the use of two-letter abbreviations representing the various states, but most people continued to use “Ind.” The abbreviation “IN” was not in common use until sometime after the Zone Improvement Plan, or ZIP Codes, became mandatory for bulk mail in 1967. Robert did not like the two-letter abbreviation because he thought the way he formed his handwritten I looked confusing with his handwritten N. He resorted to printing the “IN”—which he thought looked strange when the rest of the address was written in his longhand, or cursive.

In the 1960s, dialing only numbers became the common method for using a telephone to call someone. The dialing was done, in fact, with a dial, which had holes to accept the fingertip used to spin the dial the correct length for each number. To accommodate more than one party on the same line, the ring pattern indicated which house was being called; for example, with two parties, the phone would ring with long rings in rhythmic succession to indicate one home and with two short rings followed by slight pauses to indicate the other home.

By the early 1970s, men’s hair had become long. In the early 1960s, the Beatles had begun to change attitudes about men’s haircuts, but it was not until 1971 and 1972 that the hairstyles of men in such rural communities as Pine Village had made the full transition into long hair. In the decade after Robert graduated from high school, the caboose would vanish from the train while the pump would switch to self-serve gasoline. 

Such changes as license plate sizes, license plate numbering, state abbreviations, ZIP Codes, dialing phone numbers, and men’s hairstyles were noticeable. Other changes were less so.

In the 1930s, metallic oxides, such as rust, were used by paint manufacturers to make a cheap—but poor quality—paint for barns and outbuildings. When Robert was small, several barns in rural Indiana were painted cheaply, and the color was nearly a dark orange with much of the wood grain showing through, as if the building were stained, rather than painted. Joe referred to the orange hue as “turkey blood” because, when the earliest painting of barns occurred, some milk-based paints had been mixed with blood to form a red color. Throughout the years that Robert was in the Pine Village School, fewer and fewer barns were coated with the rusty orange paint.

In 1900, when the U.S. population was a fraction of what it would become, more than twenty million gallons of sorghum were produced. Sorghum is a cereal grain that is harvested for human consumption in some parts of the world. Benjamin Franklin wrote about using sorghum straw for brooms, but not until a century later was sorghum widely cultivated in the U.S. The Fourteenth Annual Report of the Ohio State Board of Agriculture (1859, published in 1860) announced that the state fair had witnessed “many samples of syrup of the Sorgho, or Chinese Sugar Cane.” As late nineteenth-century homes had gallon containers of sorghum syrup (a.k.a. sorghum molasses) to pour on buckwheat pancakes, to sweeten baked beans, to make cookies, and to flavor bread, there was widespread interest in techniques for boiling the juice from the crushed sorghum stalks to transform into syrup. According to the Report of the Commissioner of Agriculture for the Year 1867, 6,698,181 gallons of sorghum molasses were recorded in the census for 1860. Indiana, Illinois, Iowa, and Missouri were responsible for approximately half the total production in 1867. When Robert was small, fields of sorghum were not uncommon. By the time he was in high school, sorghum had virtually vanished. During his years in the Pine Village School, more and more farm families quit using molasses. Syrups were readily available in grocery stores.

Molasses could be added to livestock feed; for example, Joe often asked the Pine Village Feed Store to add molasses to the ground feed that he purchased to serve his Holsteins on Christmas Day. Joe wanted his cows to have a special treat. Ground feed was usually a light sandy color; the molasses feed looked like light brown sugar. Over the course of Robert’s childhood, farms were gradually becoming larger and less diversified; accordingly, fewer farms raised livestock. Incrementally, livestock fences were torn down, and fields of corn and soybeans were planted right up to the roadside ditches. Molasses and fields of sorghum became relics of the past.

Little by little, the old ways were disappearing. Joe told Robert that Don Akers and he had once put a floor in a bridge over the dredge ditch on the Thomason place. Three trees, fourteen inches in diameter, served as beams, and planks were laid at right angles over the trees. “It was almost dark by the time we got those last planks in place,” Joe said. He and Don dipped 60-penny nails in a can of grease and pounded them down. A new moon came up. “If the old-timers are right,” Joe said to Don, “the nails will pop up.” ... and, sure enough, every month, the nails kept working up, according to Joe. Such a notion—even one unsupported by scientific inquiry—was a thing to be appreciated, as it contributed to the spice of life, if nothing else.

There were jobs to be done during a new moon, when the light of the moon was absent from the sky at night, and jobs to be done during a waxing moon. Activities for the new moon included planting root crops, such as potatoes, and making sauerkraut. Those for the waxing moon included planting vegetables that are harvested above ground and butchering hogs. Pork produced during a new moon would shrink and turn tough when cooked.

Ida warned Robert never to thank anyone for a plant because doing so would cause the plant to wither away and perish. A common occurrence in the spring and fall was the trading of plants among rural women. Mrs. Bowen would pull into the driveway, open the trunk of her car, and haul out a bucket full of daisies in the springtime or a bucket full of iris tubers in the late autumn. “I thought you’d want some of these,” she would say to Ida, and Ida would stop whatever she had been doing and would gleefully take the time to choose a location and to plant the contents of the bucket—while sharing the latest news with Mrs. Bowen. In turn, Ida would dig peonies or poppies or crown imperials to take to Mrs. Bowen, as well as other women in the community, and no one ever said so much as a “thank you.” Such superstitions lent charm to living. While some superstitions persisted, many others gradually disappeared.
 



Saturday, August 5, 2017

Patents of Pine Village, Rainsville, and Independence, Indiana 1



Note: While this series of six blogs will focus on patents from Pine Village, Rainsville, and Independence, Indiana, several equally fascinating patents originated in other towns within Warren County, Indiana.

As fewer than a million gallons of sorghum syrup are produced annually in the United States today, it is easy to forget that, in 1900, when the U.S. population was only a fourth what it is today, more than twenty million gallons were produced. Sorghum is a cereal grain that is harvested for human consumption in some parts of the world. As it is free of gluten and full of nutrients, sorghum could enjoy a comeback in the U.S. one day. Benjamin Franklin wrote about using the straw for brooms, but not until a century later was sorghum widely cultivated in the U.S. Page 62 of the Fourteenth Annual Report of the Ohio State Board of Agriculture (1859, published in 1860) announced that the state fair had witnessed “many samples of syrup of the Sorgho, or Chinese Sugar Cane.” As late nineteenth-century homes had gallon containers of sorghum syrup (a.k.a. sorghum molasses) to pour on buckwheat pancakes, to sweeten baked beans, to make cookies, and to flavor bread, there was widespread interest in techniques for boiling the juice from the crushed sorghum stalks to transform into syrup.

Sorghum: An Important Crop in Samuel M. Williams' Day

According to page 32 of the Report of the Commissioner of Agriculture for the Year 1867, 6,698,181 gallons of sorghum molasses were recorded in the census for 1860. Indiana, Illinois, Iowa, and Missouri were responsible for approximately half the total production in 1867, when Samuel M. Williams, who lived on a farm just west of my hometown of Pine Village, Indiana, invented an improved evaporator system to change sorghum juice into “sirup,” as the word was often spelled back then.

Sorghum Mill for Mashing Juice from Stalks
Drawing by Eric Sloane
In Once Upon a Time: The Way America Was (1982)

If my genealogical work is correct, Samuel was the grandson of two early Hoosiers. Kenneth E. Kinman contributed this information to the Society of Indiana Pioneers: Samuel Williams, who was born around 1788 in Charles County, Maryland, was the eldest son of Jeremiah Williams, who was born possibly in the 1760s in Charles County, Maryland, and who died on the 31st of May in 1812 in Franklin County, Indiana, where the family had moved after residing in Scott County, Kentucky. In 1809, the same year that Abraham Lincoln and Edgar Allan Poe were born, Samuel married Susanna Hackleman, who was born a daughter of Johann Jacob Hackleman in South Carolina in 1787. The censuses of 1820 and 1830 recorded that Samuel and Susanna were living in Fayette County, Indiana. On the 8th of June in 1833, Samuel bought two hundred acres of land in Warren County, Indiana (the county where I grew up on a farm). Four years later, he added thirty-eight more acres. Although Samuel died on the 20th of March in 1839, his widow, Susanna, whom some documents call Susan, lived for many more years. She appeared in the censuses of 1840 and 1850 as a citizen of Warren County. She then moved across the state border to Iroquois County, Illinois, where she was buried.

Patent for Sorghum Juice Evaporator
By Samuel M. Williams
Pine Village, Indiana (1867)

I see an eight-year-old Samuel listed in the 1850 census (taken in September of that year), who is in Susanna’s household, where a daughter in her thirties was also living. I must guess that Samuel is Susanna’s grandson. They lived in Pine Township, which is immediately west of Pine Village and which includes Rainsville. I am virtually certain that I have identified the correct person as our inventor, but let me explain my slight hesitancy. The name “Samuel Williams” was common in the 1860s; there were several men by that name in Indiana. I believe that I can logically rule out the others and that Susanna’s grandson is the Samuel Williams of our story.

Samuel M. Williams’ Patent
For Sorghum Juice Evaporator
Reported in Scientific American for June 29, 1867

If I am right, Samuel was twenty-five years of age when he patented his evaporator system. Let us get the gist of his invention. Essentially, Samuel has one firebox to supply heat to three trays. When the sorghum juice has been reduced a third of the way in one of the trays, it is conducted into a second tray, and, when it has been reduced by a second third, it is finished in a third tray that is steam heated just above the firebox. Samuel opens and closes dampers to conduct heat from the fire to the tray of his choice.

Samuel also patented a rake with a screen that slides along the edges of the trays in such a way that it does not touch the unwanted sediment at the bottom of a tray but merely skims any unwanted scum off the surface of the syrup.

As with any patent about which not much can be known this many years later, I wonder if Samuel built and sold any of his evaporators. Apparently, his invention was novel enough to catch the attention of Scientific American, the leading magazine of its kind, which listed his evaporator patent. Other names associated with Samuel’s patent include witnesses William W. Sale and George W. Wakeman.