Design Of Bag Research Articles

Gen Z's Passion for Apparel Products in East Kalimantan, Indonesia

Gen Z has different characteristics from previous generations, such as millennial, Generation X as well as baby boomers. In addition to having a negative side where Gen Z does not have the strength to survive in his work, it also has several good characteristics including having financial literacy knowledge, having independence, having an understanding of Pancasila values, maintaining local culture, developing quality in the face of global competition in the 5.0 era., generation Z in Indonesia which is considered to uphold a collectivist culture, happiness is closely associated with the achievement of goals, happiness felt by relatives, especially with parents. With the demographic bonus and the potential possessed by Gen Z, it is also necessary to know what order is purchased by Gen Z to meet his needs so that it can be used as a reference to take business or business opportunities. Fashion products are included in the category of products most purchased by Gen Z, which is 37.40%. It is necessary to see how Gen Z chooses fashion products, especially in choosing the right bags. The method used in this study was a qualitative descriptive method. From the results of the analysis, it was found that Gen Z in choosing sling bags and tote bags was different in terms of emotional appeal, design and function. The design of the sling bag has many decorations, it gives less pride and is less comfortable to carry things. Tote bags provide their own versatility, simple design and strong enough to carry goods.

Research Driven by User Demand for the Design of a Cross-Border Travel Credential Bag

Cross-border travel often presents challenges in document storage, which can burden travelers. This study addresses the issue by designing a credential bag that enhances safety, convenience, and environmental sustainability. Utilizing design research, we applied the KANO model to categorize user needs, employed analytic hierarchy process to prioritize these needs, and used quality functional deployment to translate them into specific design elements. The KANO model has identified a total of 18 demand indicators, including “must-be”, one-dimensional, and attractive. An analytic hierarchy process analysis of the secondary indicators found that demands for the security of anti-theft, partition storage of documents, a variety of carrying methods and green sustainability have relatively high weight. The innovative solutions derived from the KANO-AHP-QFD model improve design practices and user experience in document storage. This approach offers a scientific and practical reference for the sustainable development of travel supplies and the luggage industry.

Facility layout design of bag and apparel factory with systematic layout planning and computerized relative allocation of facilities technique method

The high market attractiveness index and competitive position made Dewi Media Lestari invest in building a new factory. The factory specifically is used to produce convection products and apparel. Development is carried out using a systematic layout planning and computerized relative allocation of facilities technique. The objective of this research is to obtain an ideal layout that can minimize the distance between departments. As a result, there are nine departments with a total area of 385 m2 consisting of 18 m2loading dock department, 36 m2 raw material department, 86 m2cutting department, 42 m2 branding department, 21 m2 screen printing department, 105 m2 sewing department, 28 m2 finishing department, 28 m2 packing department, and 21 m2 warehouse department. Material handling costs for the initial layout produced using the systematic layout planning method are IDR 29,808.95 per day. After adjusting with Computerized Relative Facility Allocation Technique, the most ideal final layout was produced with minimal material handling costs of IDR 24,411.40 per day.

A Design of Digital Bag for Pilgrim's Safety

The study aimed to design digital bags that comply with the functional requirements of Hajj and Umrah pilgrims in the light of ergonomics and then to identify the differences between specialists in achieving design patterns of bags made for pilgrims' safety. It also aimed to measure the extent to which Hajj and Umrah pilgrims are satisfied with the proposed designs. The research employed a mixed-methods approach, with a study sample of (301) individuals who had participated in Hajj and Umrah pilgrimages. The study's findings indicated statistically significant variations, at a significance level of (0.01) among the six suggested designs for smart bags, based on the feedback from Hajj and Umrah pilgrims. When testing the direction of significance, the two researchers found that design no. 1 was the best among all designs, followed by design no. 3, then design no. 6. Results also showed statistically significant differences at the level of (0.01) among the six suggested designs for smart bags based on the experts' assessments. When testing the direction of significance, the researchers found that design no. 1 stood out as the optimal choice, followed by design no. 6, then design no. 2. The study concluded that the ergonomic standards should be applied in the smart design, taking into consideration the safety factor, as the two researchers followed the ergonomic standards within the framework of designing smart bags through several elements, namely locating the bag, combating thefts, and enabling bags with RFID technology to identify the user's identity. The study provided an overview of recent trends in the ergonomic field to improve human performance and achieve product development. It resulted in a practical guide to understanding the ergonomic guidelines in smart design. The two researchers recommended considering the ergonomic aspects of fashion design and its supplements, especially the smart ones. They also recommended conducting several studies dealing with the impact of ergonomic considerations on fashion design and its supplements.

Smart Wearable for Women Safety

The design of a smart wearable bag that provides security for women is presented in this paper. The GSM Module, Touch Sensor, Emergency Switch, LCD, GPS Module, and Node MCU are all included in the smart bag. Shaking the device initiates the system. Automatic alert messages and alert calls with the location and the circumstances are sent to pre-registered cell phone numbers when an alarming situation is identified.

Design and application of a special auricular acupoint treatment tool bag

Design and application of a special auricular acupoint treatment tool bag

Web-Based Bag and Luggage Sales Information System

This study aims to design and create a web-based information system that functions to help manage the sales process at CV. Purnama. This research was conducted in March 2020 at the Informatics Laboratory, University of Muhammadiyah Sidoarjo and CV. Purnama. This research was conducted using the waterfall method, data were collected through interviews, literature study, and problem analysis. The results of this study are the design and manufacture of Web-Based Bag and Suitcase Sales Information Systems at CV. Purnama which aims to increase promotion and facilitate the operational management in CV. Purnama. This information system has two actors, namely admin as manager of information systems and customers as consumers. Based on this research, the conclusion is that with the sales system (e-commerce), CV. Purnama can facilitate the conventional transaction process to become more modern with the availability of online transactions.

Design and fabrication of solar bag for isolated areas

The project aims at creating a bag which could harness energy from sunlight and store it for future usage, here for lighting the lamp .The main purpose of the project is to make the utilization of solar energy compact and portable. Moreover, this project is one way to apply green technology to an everyday problem for the rural areas of the country. The backpack would collect energy from solar cells placed on its exterior (front portion of the bag and shoulder straps), and will be stored in the battery concealed within the bag. The need for powering things with non-conventional source of energy is rising exponentially, as since non-renewable energy sources, such as coal and oil, are being depleted quickly. The objective of this project is to learn more about circuit designs, mainly on building a circuit that can store energy and then use this energy later on to an electronic device in controlled amounts so that the device does not undergo any wastage or leak of energy. The solar cells are placed in such a way that maximum energy is utilized with minimum damage.

Web-Based Bag And Luggage Sales Information System At CV. Purnama

This study aims to design and create a web-based information system that functions to help manage the sales process at CV. Purnama. This research was conducted in March 2020 at the Informatics Laboratory, University of Muhammadiyah Sidoarjo and CV. Purnama. This research was conducted using the waterfall method, data were collected through interviews, literature study, and problem analysis. The results of this study are the design and manufacture of Web-Based Bag and Suitcase Sales Information Systems at CV. Purnama which aims to increase promotion and facilitate the operational management in CV. Purnama. This information system has two actors, namely admin as manager of information systems and customers as consumers. Based on this research, the conclusion is that with the sales system (e-commerce), CV. Purnama can facilitate the conventional transaction process to become more modern with the availability of online transactions.

Numerical study of section geometry of flexible bag of air cushion vehicle subjected to slamming loads

A coupled control volume (CV) and arbitrary Lagrangian–Eulerian (ALE) model was developed to analyse the section geometry of a flexible bag of an air cushion vehicle (ACV) subjected to slamming loads. The model was validated using benchmark tests. The effects of the initial velocity, Young's modulus of the flexible bag, ballast weight, in addition to bag-to-cushion pressure ratio on the section geometry were investigated. Subsequently, an empirical equation was proposed to predict the section geometry in the ultimate state. The results obtained herein can serve as a guide for the design of a flexible bag and driver assistance system of an ACV.

Design and Analysis of Aircraft Lift Bag

Design and Analysis of Aircraft Lift Bag

A Combination Design of Bag, Chair, Charger, Tables Made with Hazardous Waste Raw Materials in Tackling Environmental Pollution in the 4.0 Revolution Era

The design of bags, chairs, chargers and tables is intended for commuter workers who carry out mobility activities every day. Design works that help to support commuter worker activities use a multi-functional system. The multi-function system is indicate by the shape and features attached. This product design method uses several stages including; 1) problem identification; 2) literature study: 3) design sketches, and: 4) design. The design results are turned into chairs, tables for lesehan (sitting on the floor) and bags. In addition, the other things are the storage box to store equipments for commuter workers while doing mobility and a solar cell which functions to capture sunlight which will be converted into electrical energy for energy sources to charge cellphones. Design works can be used in accordance with their respective functions. Design works carry the principle of multifunction, easy use, strong, lightweight and flexible. It is hoped that the design for this multi-functional products can be practical in use in the development of creative industries, and can overcome environmental pollution problems. From a theoretical perspective, it can be a reference for academics and science.

Broadening the antimicrobial spectrum of nisin-producing Lactococcus lactis subsp. Lactis to Gram-negative bacteria by means of active packaging

Cast films obtained from polyvinyl alcohol (PVOH) blended with casein hydrolysates (HCas) in a weight ratio of 1:1 were employed to carry nisin-producing L. lactis and phytic acid in order to broaden the antimicrobial spectrum of L. lactis to Gram-positive and Gram-negative spoilage and pathogen bacteria. For this purpose, the effect of the antimicrobial activity of various film formulations and combinations of films on the growth of E. coli at 37 °C for 24 h was studied. The film system that showed antimicrobial activity against Gram-negative bacteria consisted of phytic acid and L. lactis incorporated in separate films. When the active agents were in the same film the viability of L. lactis decreased considerably and it did not exert antimicrobial activity against the bacterium. Therefore, the combination of L. lactis and phytic acid in separate films was chosen as the reliable system, and the effect of its activity on the growth of Gram-negative bacteria (E. coli, Salmonella enterica, and Pseudomonas fluorescens) and Gram-positive bacteria (Listeria monocytogenes) in liquid culture medium was tested at refrigeration temperature (4 °C), and with simulated breaks in the cold chain (14 °C and 24 °C). The survival of L. lactis in coexistence with these bacteria was also studied. The film system exerted an antimicrobial effect against the Gram-negative bacteria tested, and the activity depended on the bacteria and the temperature assayed. With regard to the antimicrobial activity against L. monocytogenes, phytic acid improved the antimicrobial capacity of L.lactis. The survival of L. lactis was maintained at 7–8 log (CFU/mL) culture in liquid medium throughout the storage period.The films developed were intended to be used as coatings in the design of a double-sided active bag for a non-fermented dairy product. The bags were filled with homemade preservative-free pastry cream, and the microbiological shelf life and evolution of pH of the packaged ready-to-eat food stored at 4 °C was studied for 20 days. The results showed a reduction in the growth of spoilage bacteria and therefore an increase in the shelf life of the packaged product. The films developed could be applied in the design of packages for perishable dairy foods in order to increase their microbiological shelf life.

Design of a new breast vacuum bag to reduce the global and local setup errors and to reduce PTV margin in post-mastectomy radiation therapy.

To design a new breast vacuum bag to reduce global and local setup errors in post-mastectomy radiation therapy (PMRT). A total of 24 PMRT patients were immobilized with an old vacuum bag and 26 PMRT patients were immobilized with a new vacuum bag. The registration results were analysed using four regions of interest (ROI): the global ROI [including the whole region of the planning target volume (PTV), GROI], the supraclavicular area (SROI), the ipsilateral chest wall region (CROI) and the ipsilateral arm region (AROI). The global and local setup errors of the two groups were compared. The global setup errors of the new vacuum group were significantly smaller than those in the old vacuum group with the exception of yaw axes (P < 0.05). The systematic error (Σ) and random error (σ) ranged from 1.21 to 2.13 mm. In the new vacuum group, the local setup errors in the medial-lateral (ML) direction and roll axes for CROI (the Σ and σ ranged from 0.65 to 1.35 mm), and the local setup errors in ML and superior-inferior (SI) directions for SROI were significantly smaller than those in the old vacuum group. The total required PTV margins for the chest wall in ML, SI, and anterior-posterior (AP) were 4.40, 3.12 and 3.77 mm respectively. The new vacuum bag can significantly reduce the global setup errors and local setup errors in PMRT. The respiratory motion of the chest wall was negligible, and the 5 mm PTV margin could cover the local setup errors in PMRT using the new vacuum bag with cone beam CT (CBCT) correction.

Conceptual Design of a Body Bag for Preventing Infections and Safe Disposal of Deceased from COVID-19 Virus.

The Covid-19 virus pandemic is leading to a large number of deaths. There are forecasts that there will be an exponential increase in the number of such deaths across the globe because of this deadly virus. To arrest the spread of the virus in this situation, the supply of medical materials including PPE and body bags (also known as human remains pouch or cadaver bag) should be designed to stop the spread of the Covid-19 virus. Conventional body bags have shortcomings, which need to be addressed by a refined redesigning and use of appropriate materials to adequately match the requirements in the current Covid-19 situation. Current designs of the body bags do not allow the family member’s sentiments towards the deceased and to cater to the desire of the family members to view the face of the deceased without exposing them to a strong possibility of infection from the cadaver. This is, therefore, a very traumatic experience to the family and in many cases, the cadaver is not handled with respect due to the unavailability of safe design body bags, which also exposes health workers to avoidable risk from the infections. Technopark@iitk has proposed an integrated 5-layer body bag to tackle this situation for Covid-19 deceased such that it is (1) leak-proof, (2) impermeable/water-proof, (3) strong enough for the purpose, (4) ergonomically designed, and (5) has provision to view the face of the dead body for family viewing before cremation/burial. This new design would keep the handling of the deceased body to a minimum during transportation from the hospital/site of death to a mortuary, and then to the home of the deceased/burial ground/crematorium, where it may be disposed-off along with the body in it, in a respectable manner, without putting people involved to the risk of infection.

DESAIN SARANA BAWA ALAT PERKEBUNAN

ABSTRACTGardening is an activity cultural ancestors which has been passed down from generation to generation that is on the face of this earth until humans are present. Gardening can not only be done on vast land but also in the yard of the house. The large number of garden tools such as sputters, chainsaws, sekateur, hand scrapers, hand forks, and machetes. carrying a special bag to make things easier bring the equipment is before the equipment is only placed in a backpack along with other equipment, so it must be unpacked when the equipment will be used. then often every time using gardening tools but after wearing it we sometimes forget to put and left behind after being used to scattered and cluttered everywhere.Therefore it is necessary to create special means to carry and tidy up the plantation equipment. The design method used is collecting data, analyze the data, determine the design concept, create alternative design, developing alternative designs, to final design. To that end, with the "design of plantation tool bag", users can carry and store gardening equipment, with a more ergonomic design, and aesthetically modern.Keywords: gardening, bag, take, tools.

Desain Travel Bag Dengan Menggunakan Konstruksi Bambu Laminasi

With the large availability of bamboo in Indonesia which has several advantages in terms of material characteristics in its application to products, this research activity aims to explore the potential of bamboo with lamination techniques, so as to find the potential of laminated bamboo which is suitable for application to traveling bag products. will be appointed as a concept in the product of the means of carrying that will be designed. The purpose of this study is to present a novel design on a travel bag by combining natural and artificial materials by analyzing concrete data regarding the characteristics and techniques of processing bamboo materials that are suitable for the design of a travel bag. The study was conducted as a reference / source of information / theoretical study / data analysis in working on project design 5 and Professional Work. In this study, the method used is qualitative and quantitative methods by conducting observations, surveys and research on traveling activities and research carried out related to activities, characteristics, and means of carrying used when traveling. If the application and processing techniques of bamboo material are used in the right type of travel bag, there will be a novelty in the design of the travel bag

Design of Express Recyclable Packaging Bag Based on Green Environmental Packaging Material

With the increasing number of parcels in China’s express industry, how to make express packaging Green has become a critical issue for the development of the express industry. This paper analysed the current situation of express packaging materials, PEST analysis and SWOT analysis were carried out on the use of Green Express packaging materials, and a green shared express packaging bag was designed, which provided a way for the “green development” of express packaging materials.

Design of genital organ traction bag and its application in radiotherapy

Objective To investigate clinical application of self-designed organ traction bag in male genital immobilization during radiotherapy. Methods The male patients in the Department of Radiation Oncology, Suzhou Municipal Hospital from August 2018 to June 2019 were immobilized by using organ traction bag. Clinical effect was evaluated by subjective and objective ways which were the location relationship between contents and reference field under visual observation and fluoroscopy, and setup errors by CBCT images. Results A total of 11 patients were selected, including 3 seminoma, 2 low rectal carcinoma, 2 prostatic carcinoma, 4 pelvic lymph nodes and bone metastases, with mean age 57.18 years old. Patients received 273 times of treatment and 55 times of CBCT verifications in all. Analysis results that the setup errors of the whole group in upper and lower (Vrt), head and foot (Lng), left and right (Lat) directions are less than 0.5 cm, within acceptable clinical threshold. The contents under visual observation and fluoroscopy were not in reference field and were fixed well. Conclusions Organ traction bag provides stable effect on male genital immobilization while taking patients’ privacy and clinical operability into account. It has high clinical application value in radiotherapy involving male genital protection. Key words: Genitalia; Radiotherapy; Immobilization; Radiotherapy dosage

Design of a multifunctional urine bag

At present, there are many monitoring devices for vital signs parameters for clinical selection, but urine monitoring has not received enough attention. The traditional manual visual measurement, intermittent measurement of urine pH value, and other methods are still in use, so the authors designed a multifunctional urine bag. The urine bag can set up an alarm system per unit time according to patient's age and condition as well as set up urine pH value detection area in hard plastic measuring bottle. This device can not only accurately monitor urine volume per unit time, but also hopefully realize the alarm automation of abnormal urine volume per unit time, as well as real-time dynamic monitoring of urine pH value. It is helpful for medical staff to make accurate judgment on patients' condition changes, to guide the formulation and modification of clinical treatment plans, and to reduce the workload of clinical nursing staff to a certain extent.