会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • HEATER FOR A VEHICLE POWERED BY AN INTERNAL-COMBUSTION ENGINE
    • 加热器驱动的BY燃烧的汽车的汽车
    • WO1996006305A1
    • 1996-02-29
    • PCT/DE1995001019
    • 1995-08-01
    • FIRMA J. EBERSPÄCHERLANGEN, HerbertREISER, PeterBRENNER, DirkPFISTER, WolfgangBLASCHKE, WalterBURNER, Erwin
    • FIRMA J. EBERSPÄCHER
    • F23K05/04
    • B60H1/2203B60H2001/2284F23K5/04
    • The vehicle heater described has a burner supplied from a tank through a fuel line to which a pressure-controlled fuel pump (2) and a solenoid valve (24) are connected. The solenoid valve offers a relatively high resistance to the flow of fuel. The pressure in the pump delivery line thus drops relatively slowly. If vapour/gas forms in the fuel line (L2, L3, L4) due to overheating, it must be driven out of the line as rapidly as possible when the heater is switched on. The solenoid valve (24) offers only a low resistance to air/vapour/gas, resulting in a rapid drop in pressure at the pump delively outlet and hence an increase in pump frequency (i.e. pump performance). The gas is therefore driven very rapidly out of the line between the pump and the burner, thus avoiding any interruptions in operations due to gas/vapour which has collected in the fuel line.
    • 在车辆加热器,燃烧器是从罐经由燃料管线,其中,压力控制的燃料泵(2)和电磁阀(24)被插入进料。 电磁阀形成用于燃料具有相对高的流动阻力。 因此,在泵的出口处的压力相对缓慢地降低。 已形成由于在燃料管线(L2,L3,L4)的蒸汽/气体过热,所以它必须相对快速地从管道当加热器再次接通排出。 电磁阀(24)仅具有低电阻,使得这些增加的泵送能力(增加的泵送频率)被激发,由于在泵(2)的空气/蒸汽/气体的出口处的随后的迅速的压降。 其特征在于该气体迅速地从所述泵和所述燃烧器之间的线路中排出,从而使由于在燃料管线中的气体/蒸气积累故障可以避免。
    • 3. 发明申请
    • VEHICLE HEATER
    • 汽车加热器
    • WO1996023179A1
    • 1996-08-01
    • PCT/DE1996000044
    • 1996-01-09
    • FIRMA J. EBERSPÄCHERBURNER, ErwinHUMBURG, MichaelMOHRING, FritzREISER, PeterSAILER, HaraldSTEIERT, EdwinWACKER, Heinrich
    • FIRMA J. EBERSPÄCHER
    • F24H09/02
    • B60H1/2209B60H1/032B60H2001/2268F24H9/02F24H9/14F24H9/148
    • A vehicle heater with a burner, a blower, a heat exchanger and a control device is to be of compact construction and form an auxiliary heater which can be mounted on a complete main heater independent of the engine. To this end, the vehicle heater in its embodiment as an auxiliary heater is fitted in a basic housing (1) of substantially cubic or semicylindrical shape with a substantially regular continuous upper housing surface. The basic housing (1) is axially divided into a first end section (2) containing the burner, a central housing section (3) containing the blower and a second end section (4) containing the control device. The inlet and outlet stubs (6) of the heat exchanger lie inside the upper surface of the basic housing (1). The vehicle heater in its auxiliary heater form can be converted into one which is independent of the engine by the fitting of an additional control device (8). A complete main heater can be made from the auxiliary heater simply by fitting a cover casing (14). The novel vehicle heater requires roughly the same installation space in both its forms, that of an auxiliary or main heater.
    • 在一个紧凑的设计将要形成有燃烧器,鼓风机,热交换器和控制装置的机动车加热器,以形成一个完整的独立于发动机的辅助加热器升级辅助加热器。 为了这个目的,车辆加热器被布置在长方体或半圆筒的大致形状与在其执行作为基本壳体(1)内的辅助加热器的大致平面连续的上壳体表面。 基座壳体(1)沿轴向划分成位于一第一端,所述炬接收第一壳体端部(2),中间,含有该鼓风机壳体部件(3)和控制单元包围第二壳体端部(4)。 热交换器的供给和排出管(6)是基本的壳体(1)的上部外壳表面内。 于发动机独立的辅助加热器,所述车辆加热器中Zuheizerausführung通过使用额外的控制单元(8)的是umfunktionierbar。 一个完整的停车加热器可以从辅助加热器通过简单地将附接外壳(14)来制备。 新车加热器需要大约两个版本相同的安装空间Zuheiz-或辅助加热器。