The company’s success lies in understanding its situation and the differences in its own business and in creating original, and functioning innovation management system. The main task of the owner and management of the company is to create conditions for the creativity of its employees through the created method of providing financial resources and systematic creation of the research team. Innovation and its successful management and implementation helps to overcome the challenges of globalization. The paper aims to evaluate innovation activities, especially concerning the type of implemented innovation activities, initiator, way of development, obstacles, and type of protection of intellectual property. At the same time, the evaluation of innovation activity management is carried out according to the model of Wolcott and Lippitz (2007), which takes into account two parameters, namely the power of authority and organizational responsibility. Data on innovation activities of enterprises are obtained through a proper questionnaire survey carried out by selected innovative companies. The results of the questionnaire survey are evaluated using the IBM SPSS Statistics 21 statistical program. Cluster analysis is also used to identify categories of innovative enterprises.
The aim of this paper is to define the importance of innovation in terms of a sustainable entrepreneurship in environment. The framework is based on a typology of sustainable entrepreneurship, and the application of an entrepreneurial approach in meeting societal goals and changing market contexts, and is related to sustainability innovation. The framework provides guidance to managers on how to implement sustainability innovations and strive for sustainable business.
In the context of the development of continuous improvement, increasing the level of quality, safety and protection of the ecological environment, it is necessary to deal with the sensitive phases of the production process and to evaluate the efficiency in terms of time and cost. In the paper, the quality of production in milling (method that is using rotary cutters to remove material) of shaped surfaces is pursued. The quality of the production process leads to the satisfaction of customer needs, and it is essential to focus on the quality/price ratio due to non-conformities. In the paper, the authors use the quality method to provide effective solutions and improve production activities, processes, and systems. This approach stands for a quality management system applied as a perpetual improvement tool, where individual activities consist of four steps: Plan, Do, Check, and Action, with returned stages developing a cycle. This cycle starts with minor to examine potential effects on systems and progresses to more extensive and precise improvements. The results of the implementation of effective solution method can be practiced for constant improvement and as a working model in developing a process or system in an organization. The different stages of the method are applied to set the path tolerance in relation to precision in 3-axis milling. The paper describes area computer numeric control milling center programming during 3-axis finishing milling. The article is focusing on setting the tolerance of tool paths during finishing milling in Computer Aided Manufacturing systems to recommend specific tolerance settings in computer aided Manufacturing systems concerning achieved accuracy, machining time, surface roughness, and quantity of blocks of machine tool control program. Finding suitable tool paths during finishing is very time-consuming and can be expensive. The aim is also to compare the practical results of machining with predicted simulation. The methodology for evaluating this problem is based on the following steps: experimental sample design for production, accuracy prediction of machined samples, production of samples using Computer Numeric Control milling center, analysis of accuracy, and surface roughness for the shape of the workpiece. The result is the variance of the shape accuracy deviations from the specified computer-aided design model of the workpiece, focusing on individual areas of its shape. The workpiece (aluminium alloy), focusing on individual areas of its shape. The research results show milled surface errors depending on the tool path tolerances. Using the effective solution method, it is possible to efficiently set up individual processes to improve the quality of production processes for time and cost.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.