Body Posture Plays Significant Role in Ergonomic Design身体姿势起着重要的作用，符合人体工程学的设计
Body posture affects the amount of force that must be exerted to move and maneuver industrial carts and equipment.体位影响金额的力量，必须施加的动议和机动工业车和设备。 The human musculoskeletal system functions like a complex system of mechanical levers.人体肌肉骨骼系统的功能就像一个复杂的系统，机械杠杆。 Posture determines the positioning of our joints which, in turn, determines the reach of each muscle and the force needed to exercise it.姿态确定的定位，我们的关节，这反过来确定达到每个肌肉和力量，需要行使。 Ergonomic design seeks to produce maximum force from each exertion by optimizing body posture.人体工学设计的目的，产生最大的力量从每消耗，通过优化体位。 In creating a more efficient piece of equipment, the goal of ergonomic design is to minimize wear and tear and the threat of injury to the human body.在创造一个更有效率的设备，目标人体工学设计，是尽量减少磨损和威胁，伤害人体。
Optimal body posture generally changes a piece of equipment is moved.最佳体位的变化，一般一块设备是感动。 The horizontal force necessary to put equipment in motion gives way to a more upright stance as less force is needed to keep it in motion.横向部队必须把设备的议案给予的方式，以更正派的立场，少力量是需要保持它在议案。 Handle placement can affect the amount of horizontal push a worker is able to supply.处理安置可以影响的金额水平推向一个工人能够供应。 Any angle above or below the horizontal plane will diminish the amount of force a worker can produce.任何角度高于或低于水平面将会减少的数额，迫使工人可以生产。 The greater the angle, the less direct force can applied to horizontal movement.更大的角度来看，那么直接的力量可以适用于水平运动。 Due to variations in worker size, adjustable handles or multiple handholds will allow optimal force production for a greater percentage of your workforce.由于变化，工人的大小，可调处理或多重handholds将允许最优的力量生产有更大的百分比您的劳动人口。
Foot positioning can also have a significant impact on the amount of force a worker can produce.足部的定位也可以有重大影响的金额，迫使工人可以生产。 The greatest push force is generated when the body is in a lunging posture with feet separated, one foot some distance ahead of the other.最大的推动力量是时所产生的身体是在一个lunging的姿态，与英尺分开，一只脚有一段距离，走在其他。 Because this position places the rear foot beyond the body’s center of gravity, it unbalances the body, placing workers at increased risk for falls and injury.因为这地方的立场，后方足超越了身体的重心，它unbalances身体，把工人的风险增加，瀑布和损伤。 The risk of serious injury increases if push force must be executed on either an incline or decline.的风险，严重伤害增加，如果推力必须执行的，不论是倾斜或下降。
The use of使用 electronic or motorized carts电子或电动车 eliminates the burden of force and the risk of potential injury from your workforce.消除的负担，部队和风险的潜在损伤从您的劳动人口。 Equipment rather than the worker’s body provides the push force to necessary initiate and maintain movement.设备，而不是工人的身体提供了推力，以必要的启动和保持运动。 Optimal force can be applied regardless of worker size and strength, maximizing the efficient use of your workforce and optimizing task completion.优化部队可以适用，不论工人的规模和实力，最大限度地有效利用您的劳动人口和优化任务完成。
