Fractures Clause Samples
The 'Fractures' clause defines the responsibilities and procedures related to the identification, reporting, and management of fractures in a given context, such as construction materials or delivered goods. Typically, this clause outlines how parties should inspect for fractures, the timeframe for reporting any discovered damage, and the steps required for repair or replacement. Its core function is to ensure that any fractures are promptly addressed, thereby maintaining safety, quality, and accountability between the parties involved.
Fractures. If during a Period of Insurance and Effective Time an Accident occurs and causes Bodily Injury to an Insured Person which directly results in Fractures, Chubb will pay the Benefit Amount stated in the Schedule of Benefits. Four fused vertebrae at the bottom of the spine.
Fractures. Where Bodily Injury results in a Fracture that does not result in a claim payment under item 3 Permanent Disabling Injuries (Full or Specified) the Insurer will pay the Policyholder the amount shown for the following Fractures:
1. Hip or pelvis (excluding coccyx or thigh) – GBP1,000
2. Femur or heel – GBP500
3. Skull (excluding jaw and nose), lower leg, collar bone, ankle, elbow, upper or lower arm (including the wrist, but not a colles’ fracture) – GBP500
4. Spine (vertebrae, but excluding coccyx) – GBP1,500 Up to the maximum amount shown in the Schedule of Benefits for all Fractures. A payment under this extension will only be paid once during the lifetime of the Policy if osteoporosis is diagnosed prior to or as a result of the Accident.
Fractures. There is no Benefit Amount payable under this Section in respect of Insured Persons described in Categories C & D (School Governors, Volunteers, Helpers / Assistants). If during a Period of Insurance and Effective Time an Accident occurs and causes Bodily Injury to an Insured Person which directly results in Fractures, Chubb will pay the Benefit Amount stated in the Schedule of Benefits. Four fused vertebrae at the bottom of the spine.
Fractures. Fracture statistics used for the DFN model are extracted from ▇▇▇▇▇▇▇▇▇▇ et al., 1998 (Table 2). A truncation length of 2m has been defined for the DFN model as small fractures are discarded in UDEC.
Fractures. The rib fractures included in the survey were identified from an institutional database of adult patients who were admitted and treated for thoracic injury at a level-1 trauma center. The research team selected the final images during a consensus meeting. No clinical information was provided. The selected 11 fractures were from 11 different patients. A set of three images from the chest CT in the axial, sagittal, and coronal plane was uploaded to the internet platform on a single page for every fracture (Figure 1). At least one fracture for each permutation of type, displacement, and location was included. Upon login the observers were asked about their demographics, professional background, number of patients with rib fractures treated by them and their institution, and the details of their clinical practice location. Observers were asked to classify the type of rib fracture, anatomical sector, and dislocation pattern for all cases using the CWIS taxonomy (Figure 1D). The option to leave comments was provided at the end of the survey. The observers could complete the study at their own time and pace.