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    • 3. 发明申请
    • ELECTRONIC THERMAL-PROTECTOR FOR ELECTRIC WATER BOILERS
    • 电动锅炉电子热保护器
    • WO2005013028A1
    • 2005-02-10
    • PCT/IB2004/002489
    • 2004-07-21
    • THERMOWATT S.P.A.MERLONI TERMOSANITARI S.P.A.FIORONI, FaustoMORECI, RenatoLATINI, LucioSAMPAOLESI, Roberto
    • FIORONI, FaustoMORECI, RenatoLATINI, LucioSAMPAOLESI, Roberto
    • G05D23/19
    • F24H9/2021
    • It is described a control device (R) which can perform heat regulation and thermal protection procedures in electric water boilers. During regular operating conditions, the beat regulation procedure is in progress and the power supply to the electrical resistances (2) is enabled or cut off by means (3) capable of preventing the passage of current inside the electrical circuit (1). In the event of anomalous operating conditions, the thermal protection procedure is activated; it shuts the circuit (1) by opening the two relays (4). As per the invention, a single electronic device (7, 8, 9, 10) receives information from one or more temperature sensors l: (6), manages said heat regulation and thermal protection procedures and decides whether the heat regulation procedure is to be maintained or whether the thermal protection procedure is to be activated by opening both relays (4). A hardware logic circuit (8) performing the function pf watch-dog (8) supervising the correctness of the operations is featured. The invention also features the possibility for the user to reset the heat regulation procedure manually once the anomaly no longer subsists and up to a maximum number of reset attempts.
    • 描述了可以在电热水锅炉中执行热调节和热保护程序的控制装置(R)。 在常规操作条件下,节拍调节过程正在进行中,并且通过能够防止电路(1)内的电流通过的装置(3)使能或切断对电阻(2)的供电。 在运行条件异常的情况下,激活热保护程序; 它通过打开两个继电器(4)来关闭电路(1)。 根据本发明,单个电子设备(7,8,9,10)从一个或多个温度传感器l(6)接收信息,管理所述热调节和热保护程序,并且决定热调节过程是否为 保持或通过打开两个继电器(4)是否激活热保护程序。 特征在于执行监视操作正确性的功能pf看门狗(8)的硬件逻辑电路(8)。 本发明还具有用户一旦异常不再存在并且达到最大数量的复位尝试就手动重置热调节过程的可能性。
    • 4. 发明申请
    • METHOD FOR MINIMISING ENERGY CONSUMPTION OF A STORAGE WATER HEATER
    • 储存水加热器能源消耗最小化的方法
    • WO2010061268A2
    • 2010-06-03
    • PCT/IB2009/007524
    • 2009-11-17
    • ARISTON THERMO S.P.A.THERMOWATT S.P.A.FIORONI, FaustoFRATI, CarloSAMPAOLESI, RobertoPAOLINELLI, RobertoMANCINI, AngeloMORECI, Renato
    • FIORONI, FaustoFRATI, CarloSAMPAOLESI, RobertoPAOLINELLI, RobertoMANCINI, AngeloMORECI, Renato
    • F24D19/10G05D23/19G05D23/20
    • F24D19/1051
    • Method for managing a storage water heater (1) aimed at reducing thermal dispersions, characterised in that at short time intervals (δw), all the w drawings (Pl,..., Pi,..., Pw) are taken into account, the drawing start time (ti) whereof falls within a predetermined time window (Δtw) immediately following the current time; at said drawing start times (ti) comprised in said time window (Δtw), as many fictitious drawings (P' 1,..., P'i,..., P'w) are constructed, each having a fictitious drawing start temperature (T'set.i); for each of said fictitious drawings (P' I,..., P'i,..., P'w), the fictitious heating start time (t'ONi) is calculated; upon reaching the earliest of said heating start times (t'ONi), the target temperature (Ttarget) is set to the fictitious drawing start temperature value (T'set.i) of the corresponding fictitious drawing (P'i) provided that it is not higher than the maximum setup temperature (Tset.max) whereas before said earliest heating start time (t'ONi) is reached, the target temperature (Ttarget) is kept equal to the maintenance temperature (Tstand-by). The method keeps the temperature to the minimum values required to ensure the drawings.
    • 用于管理旨在减少热分散的存储热水器(1)的方法,其特征在于,在短时间间隔(dw)下,考虑所有w图(P1,...,Pi,...,Pw) ,绘图开始时间(ti)落​​在紧接当前时间的预定时间窗(△tw)之内; 在所述时间窗(Δtw)中包括的所述绘图开始时刻(ti),构造出许多虚构图(P'1,...,P'i,...,P'w),每个都具有虚构的 绘图开始温度(T'set.i); 对于每个虚构图(P'I,...,P'i,...,P'w),计算虚拟加热开始时间(t'ONi) 在到达所述加热开始时间(t'ONi)的最早期间,将目标温度(Ttarget)设定为相应虚拟绘图(P'i)的虚拟绘图开始温度值(T'set.i),条件是它 不高于最大设定温度(Tset.max),而在达到最早加热开始时间(t'ONi)之前,目标温度(Ttarget)保持等于维护温度(T-to-by)。 该方法将温度保持在确保图纸所需的最小值。