Bunc V, Heller J
Výzkumný ústav tĕlovýchovný Univerzity Karlovy, Praha.
Cas Lek Cesk. 1991 Dec 13;130(24-25):696-8.
When evaluating the standard of functional fitness, state of training or work capacity of subjects, when diagnosing loads, when assessing training of healthy subjects and sportsmen and locomotor rehabilitation of patients usually two types of ergometers are used--a pedalling ergometer and a treadmill. Each of these ergometers has its specific properties, advantages and shortcomings. For the practical use of results of functional examination in the laboratory, where the majority of our diagnostic departments possesses only a pedalling ergometer it is necessary to convert the load intensity from the bicycle to a treadmill and to the field where physical training is usually implemented. Based on our measurements in groups women with different grades of training, differing as to age, it is possible to elaborate a general equation which relates the load intensity on the pedalling ergometer P/W.kg-1 and the speed of running on the treadmill with a zero gradient v/km.h-1 in the form v = 3,695.P-1,419. This relationship can be used with an error of cca 12% in the zone of submaximal load intensities (up to 90% of the maximal load intensity). For P lower than 3.9 W.kg-1 this equation can be used for direct conversion to flat ground. For higher load intensities there is the relationship v = 3,156.P + 0.446 which has the same error of 12% as for even ground.
在评估受试者的功能适应性标准、训练状态或工作能力时,在诊断负荷时,在评估健康受试者和运动员的训练以及患者的运动康复时,通常会使用两种类型的测力计——踏板测力计和跑步机。这些测力计中的每一种都有其特定的特性、优点和缺点。为了在实验室中实际应用功能检查的结果,由于我们大多数诊断科室仅拥有一台踏板测力计,因此有必要将自行车上的负荷强度转换为跑步机上的负荷强度,并转换到通常进行体育训练的场地。基于我们对不同训练水平、不同年龄的女性群体的测量,可以推导出一个通用方程,该方程将踏板测力计上的负荷强度P/W.kg-1与零坡度跑步机上的跑步速度v/km.h-1联系起来,形式为v = 3,695.P-1,419。在次最大负荷强度区域(高达最大负荷强度的90%),这种关系的使用误差约为12%。对于P低于3.9 W.kg-1的情况,该方程可用于直接转换为平地。对于更高的负荷强度,存在关系v = 3,156.P + 0.446,其误差与平地情况相同,为12%。