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STEPS TO HELP CUT WORKERS COMPENSATION COSTS The most effective time to cut workers compensation costs is in the first 24 hours after an injury. Given that, it is important for employers to intervene quickly, so the injured employee can be given reassurance, directed to proper medical care, and encouraged to immediately return to work in an alternate position, notes Martin McGavin.1 McGavin s compendium of articles and special supplements produced by the Workers Comp Report gives many valuable techniques for cutting workers comp costs. The first 24 hours is the best time to conduct an investigation to determine compensability and appropriate preventive actions, the report notes. Although taking all these steps in the first 24 hours may seem arduous, they are critical to cost control: Step 1: Get the employee medical attention. Take the employee to a quality medical provider. It is best to take the employee rather than allowing him or her to drive, he advises. It is also imperative to have made advance arrangements with a medical provider who is familiar with the jobs in your facility and with your return-to-work program. Step 2: Take the employee s statement. Get a written statement from the injured worker immediately after the accident is reported and before important details are forgotten. This report, the compendium notes, will be the basis for corrective safety actions. In claims that are not legitimate, it documents the employee s description of the injury and the extent of injuries. The employee cannot later change an accident account to improve the chances of getting benefits.

This UML sequence diagram shows the interactions that are necessaryfor moving an object from one machine to another. The m o v e operation first obtains a factoryfinder. To enable the factory finder to find a suitable factory, the criteria passed to the move operation are passed through to the factoryfinder. The factoryfinder returns a reference to a factory. The move operation then requests creation of a new object of type P l a y e r from that factory. Finally, it transfers values of attributes and instance variables to the new copy and then assigns its object reference to the newly-created object using the object adapter, before destroying itself.

Even though size is very important, other aspects should, and in some cases are, also taken into account by many consumers (Amhed & Anderson, 1994; Nielsen et al, 1997) Rigor mortis (or rigor) is the term used to describe the stiffening of muscle tissue that occurs shortly after an organism has died It occurs in all vertebrates but length of time before onset of rigor and the duration of rigor are in uenced by a number of intrinsic and extrinsic factors In sh, the species, size of individuals, condition and method of capture all in uence the rapidity of the onset of rigor (Burgess et al, 1965; Hultin, 1984) Once rigor has ended, tissue decomposition is accelerated The manipulation of the conditions which affect rigor in sh has a pronounced effect on sh quality.

(1.68)

for every convex polygon S and all [0, 2 ) (P1 (S, ) denotes the l1 perimeter of S after rotation of an angle ). The equality (12.1) could be satis ed for some nonconvex polygons as well (see c Fig. 12.1), but a deeper observation (see the work by Zuni and Rosin [70]) shows that for any nonconvex polygonal shape S there is an angle such that the strict inequality P1 (S, ) > P2 (R(S, )) (12.2)

The RACE mobile programme concluded its activities in 1995 but by then the European Fourth Framework Programme was supporting the next phase of collaborative mobile R&D into ACTS. This new programme while capitalising on the RACE experience, was conceived as a demand-driven R&D programme of demonstration trials that would prepare the ground for a European-wide, internationally competitive, broadband telecommunications infrastructure that naturally had a mobile communication dimension. The ACTS mission was to articulate potential solutions to those remaining technological issues seen to be impeding evolution to the wide-scale use of advanced digital broadband communications throughout Europe. Within the ACTS programme, the mobile and wireless communication dimension related to the need to provide seamless service across various radio-environments and operational conditions for a range of user-de ned and customised advanced multimedia services. Key issues included system and service integration with the relevant xed network to ensure continuity of multimedia service provision. Three particular aspects namely, services, platforms and technologies were considered as prime objectives of the ACTS programme in the area of mobile and satellite communications. Services: the demonstration and proving of new novel services and applications taking into account the full implications of user environment, system characteristics and service provision and control. Platforms: demonstration of the viability of a major system or service-provision architecture using technology demonstrators that would consider issues such as: feasibility, acceptability, quality of service, general t-for-purpose, interworking and integration capability of the demonstrated radio system or integrated network. Technologies: proving the validity of new, or novel, components or sub-system technologies, including multi-mode transceivers, tools for network planning, methods to achieve secure communications and system concepts.