Standards

This Code of Practice specifies hygienic and safety practices for the processing, packaging, storage, and transport of rice for human consumption.

This Code of Practice specifies general hygienic practices for the primary production and packing of fresh fruits and vegetables (cultivated for human consumption) in order to produce a safe and wholesome product, particularly for those intended to be consumed raw. Specifically, this Code is applicable to fresh fruits and vegetables grown in the field (with or without cover) or in protected facilities (hydroponic systems, greenhouses). It concentrates no microbial hazards and addresses physical and chemical hazards only in so far as these relate to Good Agricultural Practices (GAPs) and Good Manufacturing Practices (GMPs). This Code does not provide recommendations for handling practices to maintain the safety of fresh fruits and vegetables at wholesale, retail, food services or in the home. It excludes food products for which there is a specific Codex Alimentarius Code of Hygienic Practice. This Code shall be read in conjunction with the latest version of GYS 13, “Specification for food hygiene”.

This standard is intended to satisfy the demand for basic safety information which should be understood by each paintball game participant prior to the start of the player's first game on the day of play. The information specifies rules of personal conduct, which might affect the safety of persons who are in close proximity to a paintball marker or a propellant gas storage vessel.

This practice establishes minimum safety requirements for the operation of paintball playing fields, and provides for certain materials and procedures required.

This standard applies to Watermelon, Cirtullus lanatus (Thunb) to be supplied fresh to the consumer.

This part of ISO 15489 provides guidelines on managing records 1 of originating organizations, public or private, for internal and external clients. All the elements outlined in this part of ISO 15489 are recommended to ensure that adequate records according to the principles and elements outlined in this part ISO 15489 are provided in ISO /TR 15489-2 (Guidelines).

This part of ISO 15489 is an implementation guide to ISO 15489-1 -1 for use by record management professional and those charged with management records in their organizations. It provides one methodology that will facilitates the implementation of ISO 15489-1 in all organization that have a need to manage their records. It gives an overview of the processes and factors to consider in organization wishing to comply with ISO 15489-1.

This standard outlines minimum requirements for performance, labelling, construction and testing of non-medical face masks. These non-medical face masks are intended to reduce the risk of general transmission of infectious agents but do not fall under the ambit of personal protective equipment (PPE).

This standard is applicable to non-medical face masks made out of paper, plastic, fabric or any other breathable materials, synthetic or natural, that are disposable or reusable. It also applies to non-medical face masks that are stitched or bonded by any other methods.

This standard does not apply to the following types of face masks:

a)     folded without stitching;

b)     medical; and

c)      elastomeric particulate respirators.

This standard does not address flame resistance, high-heat, electrical arc or related hazards.

This part of ISO/IEC 9314 specifies the Media access control (MAC) , the middle sublayer of the data link layer (DLL) for fiber distributed data interface (FDDI) .FDDI (ISO/IEC 9314) provides a high -bandwidth (100 Mbit/s).general - purpose interconnection among information processing systems, subsystems and peripheral equipment , using fiber optics or other transmission media. FDDI can be configured to support a sustained data transfer rate of at least 80 Mbit/s (10 Mbytes/s). FDDI provides connectivity for many nodes distributed over distances of many kilometers in extent . Certain default parameter values for FDDDI (e.g. timer settings) are calculated on the basis of up to 1000 transmission links or up to 200 km total fiber path length (typically corresponding to 5000 nodes and 100 km of dual fiber cable, respectively), however, the FDDI protocols can support much larger networks by increasing these parameter values.

This part of ISO/IEC 18026 provides an overview of different techniques of security gateways, of components and of different types of security gateway architectures, it also provides guidlines for selection and configuration of security gateways.