首页> 外国专利> Braking (or coasting) - energy use in braking thrust and / or only recovery by pump pressure braking, in compression heat (which is multiplied by the heat pump effect) as a heat source for Anergie drive circuits (inter alia, the 'NZPG')

Braking (or coasting) - energy use in braking thrust and / or only recovery by pump pressure braking, in compression heat (which is multiplied by the heat pump effect) as a heat source for Anergie drive circuits (inter alia, the 'NZPG')

机译:制动(或滑行)-制动推力中的能量消耗和/或仅通过泵压力制动来恢复的能量,以及作为Anergie驱动回路(尤其是“ NZPG”)的热源的压缩热(乘以热泵效应) )

摘要

The "braking (or coasting)" energy usage in brake boost and / or only recovery by (single wheel) pump pressure brakes, in compression heat (which is multiplied by the heat pump effect) as the heat source for anergy drive circuits (among others, e.g. B. "NZPG") "is generally characterized in that the energy recovered from linear and / or rotational motion is amplified by transmission of kinetic energy 1.1. Pump pressure brakes, or in vehicles on single-wheel pump pressure brakes 1.1.1 or when using pumps with free-rotating paddle wheel 1.1.2 or when using compressors z. B. with freely rotating spiral, 1.1.3 so that the material abrasion, up to the material abrasion (the energy loss corresponds) on the ball bearings (preferably ceramic ball bearings), not or hardly takes place 1.2.1 and the pumps / compressors either additionally separately separately 1.2.1.1 only compressed air in an open (without heat exchanger of the air expansion refrigeration) air compression circuit, 1.2.1.2 or compress gas (refrigerant) in a closed heat pump cycle, 1.2.2 or the pumps / compressors directly the pumps / compressors from the anergy (or hydroanergy, the ...
机译:制动助力和/或仅通过(单轮)泵压力制动器的“制动(或惯性停车)”能耗,在压缩热(乘以热泵效应)中作为无能驱动回路的热源(其中包括)通常,其特征在于,通过传递动能1.1泵压力制动器或在单轮泵压力制动器1.1的车辆中,放大了从线性运动和/或旋转运动中回收的能量。 1或使用带自转桨叶轮1.1.2的泵或使用带自转螺旋的压缩机z。B. 1.1.3时,材料的磨损直至球上的材料磨损(能量损失相对应)轴承(最好是陶瓷球轴承)没有或几乎没有发生1.2.1,而泵/压缩机则另外单独分开1.2.1.1仅在开放式(无空气膨胀制冷的热交换器)空气压缩回路中压缩空气,1.2。 1.2或com在一个封闭的热泵循环中压入气体(制冷剂)1.2.2或将泵/压缩机直接从无能(或水能)中抽出。

著录项

  • 公开/公告号DE202009007803U1

    专利类型

  • 公开/公告日2010-11-25

    原文格式PDF

  • 申请/专利权人 SAMAK NABIL;

    申请/专利号DE202009007803U1

  • 发明设计人

    申请日2009-06-04

  • 分类号B60T1/10;

  • 国家 DE

  • 入库时间 2022-08-21 17:47:07

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