Nowadays, there are more and more apps in our mobile phones, and a simple and clear software is more popular with users; but some software has many functions and sections, how can users make complicated functions simple? The author of this article shared his thoughts on complex and simple design, let’s take a look together.
A set of reliable plastic mold design is mainly reflected in the quality of the molded plastic products (appearance quality and dimensional stability), convenient, rapid, and concise processing and manufacturing, which saves money and manpower, and leaves room for correction and improvement. It is safe, stable, easy to maintain, has a short molding cycle and …
The information below addresses some key elements for the hygienic design of food processing equipment. It is important for the hygienic design team to determine when a piece of equipment, or component, is rendered inoperable due to age, particularly as coatings on equipment can chip, creating rough surfaces, and constant equipment repairs can result in unreachable gaps. New designs and technologies are always emerging to help with food safety solutions, but hygienic design of equipment should always be front and center to a facility’s food safety plan as it can significantly reduce the prevalence of Listeria monocytogenes (Lm).
The governing bodies and regulatory agencies overseeing sanitary and hygienic design for food equipment have certain differences due to their sphere of influence. All agree in general on the need for prioritizing food safety above all else.
Many, like the 3-A Sanitary Standards, provide certifications designating that equipment meets the proper standards for a particular industry. All have their own systems of reporting violations and targeting any food equipment manufacturers seeking to find shortcuts that put the safety of the public at risk.
Any manufacturer caught falsifying approvals from the FDA or other oversight organizations run the risk of being shut down and permanently barred from the industry.
In the food industry, medical technology and the pharmaceutical industry, product safety and consumer protection are becoming increasingly important. Due to their specific properties, standard parts in Hygienic Design can assist the production process in these sensitive areas and facilitate the manufacturing of products free from preservatives that have long shelf life.
Hygienic and sanitary design is the integration of design and engineering with the full food and beverage production environment to minimize contamination risk and enable effective cleaning and sanitation.
Sanitary and hygienic design take into account all the machinery and related infrastructure involved in processing food for public consumption. Different places use different methods depending on the type of product produced or served. But there are common standards and best practices that all manufacturers should be following to prevent accidental contamination of food sources.
This document describes the principles for hygienic design of equipment and factories intended for foodmanufacturing.The fundamental reason for applying hygienic design principles is to prevent contaminationof food products.Equipment and factories of poor hygienic design are difficult to clean.
These guidelines aid the identification of design criteria needed to continuously improve the cleanability of processing equipment. This document is not intended to critique specific equipment or to ensure compliance with applicable regulations.
Zoning or segregation of food processing areas presents a unique environment for the food processors to identify area of potentially risk for microbiological cross-contamination. The facility design outlines offers risk-based hazard assessment to determine potential sources of contamination, traffic patterns, employee hygienic practices, and suitable preventive control measure for these areas.
There are many ways to express the visual hierarchy, such as the use of repetition, negative space, texture effects, spacing, metaphors, etc. In the next article, I will share the second half of the visual hierarchy. I hope everyone can gain every day!
Generally we believe that all sheet metal materials with uniform thickness are collectively called sheet metal. Commonly used sheet metal materials include stainless steel, galvanized steel, copper, aluminum, and iron. In actual industrial applications, sheet metal products are mainly used in industrial products such as standard cabinets, self-service terminal products, and non-standard customized appearance products. …
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1. The resistance selection needs to meet the power derating at least 70%, and use a larger package on the premise that the power derating meets the requirements. 2. The ground network symbol in the schematic diagram needs to display the network name. 3. The capacitor selection needs to meet the rated voltage derating of …
Learning theoretical knowledge when there is no actual work experience often finds it very obscure and boring. After working for a few years, I have accumulated a certain amount of practical experience. When I look back at the relevant theories, I will feel a bit late.
The diameter of the drill bit selected in this table is aimed at easily knowing the diameter of the drill bit during tapping processing . It is selected based on the standard drill bit sold in the market. When using the drill bit, due to the shape, size and accuracy of the drill bit, The material being drilled, etc., has a great influence on the size and accuracy of the drilled hole. Therefore, use the drill diameter in this table. If there is any improper point, the drill diameter should be changed appropriately in the actual situation.
