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Apart from being a living fence, the benefits of the soka plant are that the flowers can be used as a relatively cheap aromatherapy ingredient because the soka plant is easy to find, especially on the side of the road, and has a fragrance almost like ylang-ylang flowers. Data collection uses Observation, Literature, Experimentation, Documentation, Interviews, Questionnaires, and data analysis uses descriptive qualitative methods. The results of the sensory test assessment of aspects of color, texture, aroma and ease of use, as many as 3 expert validators preferred experimental product 3 with a total rating of 17 (very suitable). The results of the public test showed that people's acceptance was at the highest level of liking in experiment 3 with a total average with color aspects of 4.123 which means like it, texture 3.775 which means quite like it, aroma 4.4 which means like it, ease of use 4.65 which means like it , and a pack of 4,825 which means likes, so that it can become an entrepreneurial opportunity. The conclusion from research on the use of soka flowers is that the resulting aromatherapy oil can be used as a mixture in aromatherapy candles, used in reed diffusers, humidifiers and aromatherapy furnaces. And from the results of research on the use of soka flowers to make aromatherapy oil, it is hoped that it can later be used as other forms of aromatherapy such as candles and soap, and can be developed for further research.

Based on the experimental study about corncob conducted before, this village has managed to create a new breakthrough production of processed foods such as corn chips since 2003. The foods that use raw materials of corn is the only one in Probolinggo. Corn chips production as small industries is run by 7 women farmers starting in 2008. (Wahmuda, 2013). The problem of this industrial activity is unbalancing the marketing area with market demand that obstruct continues to increase. This causes decrease on the productivity of the industry. In addition corncob waste left over from a small industrial activities corn chips squashed every day as much as 60 kg. This would be a major obstacle when marketing targets to reach market demand. As a result of waste corn cobs will be more numerous and uncontrolled, even less the corn cob waste is only used as cooking fuel. This research includes experiments on corn cobs process is divided into several stages, namely the process of forming, heating, curing, mixing and merging material, as well as coloring. From the research-based experiments, it turns out corn cobs to have a variety of characteristics. The uniqueness and characteristics process of corncobs, can give some variant forms such as cubes, cylinders, triangles, and a chopped form. Of these forms can be created several patterns of merger between a very interesting form to be used as a hanging lamp shade products. In the manufacture of a hanging lampshade required supporting materials such as iron chandelier hook pipe diameter of 16 mm and an iron plate with a thickness of 3 mm. Innovation alternative these products will continue at the stage of the development process of product design by using corn cobs as raw material products with the hope to utilize more leverage on how to process forms such a way into a useful product in terms of people's needs, aesthetic value and become friendly products environment.

Based on the experimental study about corncob conducted before, this village has managed to create a new breakthrough production of processed foods such as corn chips since 2003. The foods that use raw materials of corn is the only one in Probolinggo. Corn chips production as small industries is run by 7 women farmers starting in 2008. (Wahmuda, 2013). The problem of this industrial activity is unbalancing the marketing area with market demand that obstruct continues to increase. This causes decrease on the productivity of the industry. In addition corncob waste left over from a small industrial activities corn chips squashed every day as much as 60 kg. This would be a major obstacle when marketing targets to reach market demand. As a result of waste corn cobs will be more numerous and uncontrolled, even less the corn cob waste is only used as cooking fuel. This research includes experiments on corn cobs process is divided into several stages, namely the process of forming, heating, curing, mixing and merging material, as well as coloring. From the research-based experiments, it turns out corn cobs to have a variety of characteristics. The uniqueness and characteristics process of corncobs, can give some variant forms such as cubes, cylinders, triangles, and a chopped form. Of these forms can be created several patterns of merger between a very interesting form to be used as a hanging lamp shade products. In the manufacture of a hanging lampshade required supporting materials such as iron chandelier hook pipe diameter of 16 mm and an iron plate with a thickness of 3 mm. Innovation alternative these products will continue at the stage of the development process of product design by using corn cobs as raw material products with the hope to utilize more leverage on how to process forms such a way into a useful product in terms of people's needs, aesthetic value and become friendly products environment.    

The use of young jackfruit which has low prices and abundant production is only as a basic ingredient for making traditional foods. Considering the benefits and nutritional content of young jackfruit, it is necessary to innovate the manufacture of young jackfruit cream soup with fusion techniques. The research objectives are 1) to know the process of making young jackfruit cream soup using fusion technique; 2) knowing the formula and thickening agent for young jackfruit cream soup; 3) find out the community's acceptance of young jackfruit soup cream. The experiment was carried out three times by making cream soup with 3 different thickeners, namely wheat flour with a roux system, pumpkin and potatoes. The experiment was carried out to obtain the best formula. The experimental results show how to make young jackfruit with fusion food processing techniques, starting with material selection, weighing ingredients, boiling young jackfruit, making spices, sauteing spices, boiling all ingredients, sorting bones, thickening with, wheat flour/ pumpkin/potatoes and blending. soup, filter soup. The right formula for young jackfruit cream soup is young jackfruit 120 g, pumpkin thickener 40 g(531)/roux flour 20 gr (351)/ potato 40 gr (253), 50 ml liquid milk, 2 g salt, 10 g onion, 4 g granulated sugar, 5 g margarine, 500 cc water and 140 g claws. The three experimental products were tested hedonic by 10 semi-trained people and code 531 was preferred because it has the characteristics of creamy soup with a creamy texture, savory taste, light brown color, and has the aroma of young jackfruit mixed with milk.