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The Lembu Sora Building Monument and the Pure Milk Monument are monuments located in Boyolali Regency, Central Java which will be used as ready to wear motifs with the aim of introducing the area as the largest producer of cow's milk in Central Java. Taking pictures of the motifs uses deformation techniques and distortion techniques which are realized by polyflex screen printing techniques on ready to wear. Based on the problems and objectives, this study aimed to determine the application of the image of the Lembu Sora Building Monument and Pure Mil Monument as a motif on ready to wear with Polyflex Screen Printing Technique. The research methods used were observation, documentation, and literature review. This final project was completed by: creating designs, preparing tools and materials, conducting trials on selecting fabrics and polyflex types, determining sizes, creating ready-to-wear patterns, cutting fabrics, pressing the coating material, carrying out the polyflex screen printing process, ready-to-wear sewing process, and completion. Furthermore, the polyflex screen printing process on ready-to-wear included the following steps: creating polyflex screen printing designs, printing designs with a cutting machine, peeling polyflex (polyflex cleaning), gluing polyfex on the fabric, and finishing, which was the process of removing the masking from the polyflex sheet. Researchers suggest that during the pressing process on polyflex, it is required to alter the temperature and time with the type of polyflex. According to the recommendation that can be utilized, the pressing process on polyflex for temperature and duration must be adjusted to the type of polyflex.

Remote temperature monitoring is needed in hazardous area conditions or fast data retrieval is needed without being limited by distance. This condition can be overcome by monitoring and measuring the temperature from a remote location using internet technology that is currently developing, namely the Internet of things. There are many implementations of remote temperature monitoring systems, but the measurement results of these sensors sometimes have very significant differences even for measuring the temperature of the same object. This study aims to analyze the implementation of an effective and efficient remote temperature monitoring system. The temperature measurement process uses the LM35 and MLX 90614 sensors based on Internet of things technology using the Message Queue Telemetry Transport (MQTT) protocol. After obtaining the results of temperature measurements using different sensors, the measurement results are analyzed and compared with standard temperature measuring instruments to obtain an effective and efficient implementation. Based on the analysis, the results of temperature measurements using the MLX 90614 sensor are effective and efficient sensors.

This research was carried out by comparing the DS18B20 sensor and the MLX 90614 sensor to detect the accuracy of detecting human body temperature which is used to detect Covid 19 symptoms. In this experiment, 10 trials were carried out with different human segments detected using the sensor. In the experiment, it was found that the MLX90614 sensor is more suitable to be used for development with an IoT-based system because it does not need to come into contact with the skin of the human body. The MLX90614 sensor will detect the temperature and change it to one Celsius unit then send it to the firebase database which will then be picked up by the android application which is held by the security officer so that the temperature can be known remotely. When the temperature is more than 38.5 Celsius it will turn on the buzzer sound which can be heard from a distance which indicates the temperature is above 38.5 Celsius and on android will also display a danger sign

Based on the data ofNabire District Health Office concerning findings of cases in 2009 which are recorded as TB type patients: Positive BTA Pulmonary TB 209, Positive BTA relapsed TB 3, Negative BTA but positive Rontgen about 625 cases, Extra Pulmonary Pediatric patients 72 and 175 with total number for all cases of each type of TB patients about 1083 persons. The aim of this study is to analyse the risk factors of home environment Pulmonary Tuberculosis related Prevention Practices in Nabire Regency. The research design was observasionally retrospective study with case control study design. All of the patients who had been diagnosed as Positive BTA Pulmonary TB through microscopic examination both in the hospitaJ or Community Health Center (Puskesmas) laboratory were taken as the sample of the study, in January - July 2010 periode. Matching separation that based on age and gender, the control group member is each person who more or less has the same characteristic with the case group, live at Nabire district and 15 years of aged, as part of the case group neighbours but does not suffer pulmonary TB. The results indicate a signicantly relationship between occupation density (p = 0,001); OR= 4,376), in room ventilation (p = 0,001; OR = 3,541), in house ventilation (p = 0,017; OR= 2,637), in room lighting intensity (p = 0,017; OR= 2,615), in house lighting intensity (p = 0,002; OR= 3,455), in room hwnidity (p = 0,037; OR = 2,406), in house humudity (p = 0,001 ; OR = 4,376), presence of window in room (p= 0,002; OR= 3,500), in room temperature (p = 0,131; OR= 2,143), in house temperature (p = 0,001; OR= 3,984) with incidence of Pulmonary Tuberculosis. There is no relationship between floor type (p = 0,001; OR = 4,376) and separation room (p = 0,851;OR = 0,869) with the incidence of Pulmonary Tuberculosis. It is suggested to attempt the increment of Pulmonary tuberculosis findings, improvement of house environtment condition with emphasized on sanitation aspect of healthy house at the time of build, and increase clean and healthy behaviours.

The infrared detector (or IR detector) is an optoelectronic component and represents the core element of gas analyzers, flame sensors, devices of spectral analysis, as well as non-contact temperature measurement. pyroelectric infrared detectors work with  stabilization time  in a wide operating temperature range (-55 ... 85) °C, capable of measuring the slightest amounts of infrared radiation (as little as a fraction of a nW) with wavelengths between 1 µm and > 25 µm. The difference of the good pyroelectric or No good (NG) devices shown by graph of voltage offset operating that can check by manual using Digital Multi Meter or semi auto by using microcontroller One of importance measuring of IRD sensors  is Offset Voltage, stabilization of offset voltage indicate the sensor is stable with certain level value. Stabilization value measurement during measuring time means the average value not so much different with fluctuation value.  10 bit ADC on Atmega 328 that main microcontroller on Arduino Uno is capable to measure the Offset Voltage of IRD sensor and check the measurement values is within specification of IRD sensor.

Dry lips are caused by the effect of the epidermis tissue of the lips both in cold and hot temperatures. The lip scrub moisturizes and nourishes the lips, making them look fuller, healthier, and hydrated. This study aims 1) to determine and explain the process of making Sugar and Honey Scrub. 2) To find out how to use Sugar and Honey Scrub on dry lips. 3) To know the changes of dry lips after doing Sugar and Honey Scrub. The method used in this research is experimental research, literature, documentation and interviews. The experiment was carried out at the Laboratory of the Cosmetology Study Program of the Kartini Academy of Social Welfare, Jalan Sultan Agung, No.77, Gajahmungkur Village, Gajahmungkur District, Semarang City. The formula is 1) 17g sugar, 10g honey 2) 17g sugar, 7g honey 3) 11g sugar, 6g honey. Experimental research results show Sugar and Honey Scrub in the third experiment, 11g honey and 6g sugar produce pale yellow color, sugar aroma, soft texture. The public test was carried out to 30 Panelists. In the third experiment, the average color was 1.7, Aroma 2.4 and Texture 2.7. Changes After 1 time using the Sugar and Honey Scrub, the lips look moist, supple and healthier. Thus, it can be concluded that there is a new innovation opportunity, namely Sugar and Honey Scrub for treating dry lips.

The climatic chamber is a calibration medium for the thermohygrometer. This simple climatic chamber was built using the Arduino uno, DHT22 sensor, heater, and peltier. The climatic chamber was designed and manufactured well and cheaply. Climatic chamber testing of the design results is carried out to determine the success rate of the tool. Tests are carried out using the Madgetech data logger tool through monitoring or monitoring of temperature within a certain period of time. The results of temperature monitoring at two observed values, namely temperatures of 250C to 300C and temperatures of 300C to 350C, showed good results with the corresponding rhythm of temperature increase and temperature decrease. It's just that the decrease in temperature still takes longer than the increase in temperature. This shows that the heater can be said to be working optimally and the peltier is not fully working. So it is necessary to do further studies related to the peltier for the climatic chamber both in terms of number and characteristics.