BS ISO 13405-1:2015 pdf free.Prosthetics and orthotics – Classification and description of prosthetic components Part 1: Classification of prosthetic components. This part of Iso 13405 specifies a means of classifying the components of limb prostheses and their construction. 2 Terms and definitions For the purposes of this document, the following terms and definitions apply. axial stabilization attribute of interface components which relates to the transmission of longitudinal [proximally directed) forces from the prosthesis to the body 2.2 transverse stabilization attribute of interface components which relates to the transmission of transversely directed forces between the prosthesis and the body Note ito entry: Three forms of stabilization are required: anteroposterior, mediolateral, and rotational. 2.3 suspension attribute of interlace components concerned with the retention o1 the prosthesis on the body, i.e. the transmission of longitudinal (distally directed) forces from the prosthesis to the body 2.4 adjustable component prosthetic component whose features can be changed before use by the manufacturer, prosthetist, or user 2.5 adaptable component prosthetic component whose features can be changed by the user to make it suitable for different situations 2.6 auto-adaptive component prosthetic component whose features change automatically in response to varying situations 2.7 liner removable lining worn between the…

BS ISO 21064:2017 pdf free.Prosthetics and orthotics – Foot orthotics – Uses, functions classification and description. Foot orthotic devices may be used to achieve the following clinical objectives: a) to relieve pain; b) to promote balanced standing and walking; c) to manage deformities which are: 1) reducible (flexible) (e.g. pes planus); 2) irreducible (ixed) (e.g fixed equinus); d) to control joint instability (e.g ankle ligament insufficiency); e) to compensate for abnormal limb length and/or foot length or shape; f) to protect tssues (e.g. diabetic neuropathy and iflammatory arthropathy); g) to promote healing (e.g. foot ulcer); h) to stimulate motor-sensory feedback. 5 Functions The function of the device may be: a) for deformities: 1) to reduce or correct a deformity (ie. to move a reducible (flexible) deformity into an improved alignment and hold the correction obtained]; 2) to hold a deformity (i.e. to prevent a fixed deformity from increasing); b) to control the alignment of a joint; c) to control the motion of a joint; d) to compensate for abnormal limb length and/or foot shape and size; e) to reduce or redistribute the load on the foot; f) to apply increased pressure on a specific area(s) of the foot surface. 6…