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    • 1. 发明申请
    • Control System for Single-Phase Induction Motor and Control Method for Single-Phase Induction Motor
    • US20120056577A1
    • 2012-03-08
    • US13255750
    • 2010-03-10
    • Marcos Schwarz
    • Marcos Schwarz
    • H02P1/42
    • H02P1/42H02M2001/0006H02P25/04
    • The present invention refers to a control system for a single-phase induction motor comprising at least one electronic control circuit (6), at least a main switch (3), at least an auxiliary switch (4), at least one voltage conditioner block (5), the main switch (3) being electrically associated to the main winding (21) of the single-phase induction motor (2), the auxiliary switch (4) being electrically associated to the auxiliary winding (22) of the single-phase induction motor (2), the electronic control circuit (6) being electrically associated to the voltage conditioner block (5) by way of first and second power terminals (9,10), the electronic control circuit (6) being electrically associated to the main and auxiliary switches (3,4) by way of first and second command terminals (13,14), the main and auxiliary switches (3,4) being turned on or off by the electronic control circuit (6), in order to energize or de-energize the main (21) and auxiliary (22) windings, the control system for a single-phase induction motor and the single-phase motor (2) being electrically associable to an alternating voltage source (1), the voltage conditioner block (5) is associated in parallel to the auxiliary switch (4) by way of first and second connection terminals (7,8), the voltage conditioner block (5) being capable of accumulating electric energy when the auxiliary switch (4) is turned off, the voltage conditioner block (5) being arranged to supply electrical power greater than a minimum electrical voltage value (Vmin) to the electronic control circuit (6), by way of the first and second power terminals (9,10), for at least a start-up time (tp), by way of the energy accumulated in the voltage conditioner block (5), when the main (3) and auxiliary (4) switches are turned on.
    • 2. 发明申请
    • Starting system for a single-phase induction motor
    • 单相感应电机起动系统
    • US20070164700A1
    • 2007-07-19
    • US10596354
    • 2004-12-09
    • Marcos Schwarz
    • Marcos Schwarz
    • H02P1/16
    • H02P1/42
    • A starting system for a single-phase induction motor, comprising: a stator having a running coil (11) and a starting coil (12); a power source (F) which supplies current to said running coil (11) and said starting coil (12); a running switch (S1) and a starting switch (S2), respectively connecting the running coil (11) and the starting coil (12) to the power source (F) when in a closed condition; and a control unit (30) which is programmed to operate the running switch (S1) so as to cause a delay in the supply of the current supplied to the running coil (11) in relation to the supplied of the to the starting coil (12), during the motor start for a determined time interval which is previously defined and considered from the zero-crossing moment of the current supplied to the stator.
    • 一种用于单相感应电动机的启动系统,包括:具有运行线圈(11)和起动线圈(12)的定子; 电源(F),其向所述运行线圈(11)和所述起动线圈(12)提供电流; 在闭合状态下分别将运转线圈(11)和起动线圈(12)连接到电源(F)的运行开关(S1)和起动开关(S2) 以及控制单元(30),其被编程为操作所述行驶开关(S1),以便相对于提供给所述起动线圈的所述提供给所述行驶线圈(11)的电流的供应延迟 (12),在电动机启动期间,确定的时间间隔是从提供给定子的电流的过零点预先定义和考虑的。
    • 3. 发明授权
    • Control system for single-phase induction motor and control method for single-phase induction motor
    • 单相感应电动机控制系统及单相感应电动机控制方法
    • US08847540B2
    • 2014-09-30
    • US13255750
    • 2010-03-10
    • Marcos Schwarz
    • Marcos Schwarz
    • H02P3/18
    • H02P1/42H02M2001/0006H02P25/04
    • A control system for a single-phase induction motor including at least: one electronic control, a main switch, an auxiliary switch, one voltage conditioner block, the main switch being electrically associated to the main winding and the auxiliary switch to the auxiliary winding, the control circuit being electrically associated to the voltage conditioner block and to the switches, the switches being turned on or off by the control circuit, the control system and the motor being electrically associable to an alternating voltage source, the conditioner block is associated in parallel to the auxiliary switch, the conditioner block being capable of accumulating energy when the auxiliary switch is turned off, the conditioner block being arranged to supply electrical power greater than a minimum value to the control circuit, for at least a start-up time, by way of the energy accumulated in the conditioner block, when the switches are turned on.
    • 一种用于单相感应电动机的控制系统,至少包括:一个电子控制,主开关,辅助开关,一个电压调节器块,主开关与主绕组和辅助开关电连接到辅助绕组, 所述控制电路与所述电压调节器块和所述开关电气相关联,所述开关由所述控制电路接通或断开,所述控制系统和所述电动机可电连接到交流电压源,所述调节器块并联 辅助开关,当辅助开关关闭时,调节器块能够积累能量,调节器块被布置成将至少一个起动时间的电力大于最小值提供给控制电路,至少起动时间由 当开关打开时,在调节器块中累积的能量的方式。
    • 5. 发明申请
    • Starting device and starting method for a single-phase induction motor
    • 单相感应电动机的启动装置和启动方法
    • US20060273752A1
    • 2006-12-07
    • US10595302
    • 2004-10-08
    • Ronaldo DuarteMarcos SchwarzLuiz Medeiros Neto
    • Ronaldo DuarteMarcos SchwarzLuiz Medeiros Neto
    • H02P1/42
    • H02P1/44
    • A starting device and starting method for a single-phase induction motor, comprising: a stator (B) having a running coil (B1) and a starting coil (B2); a running switch (S1) and a starting switch (S2) which is conducted to an open condition upon completion of the motor start. The starting device comprises: a starting circuit (10) including a control unit (11) which receives, from a current sensor (RS), signals representative of the current level being supplied to the stator (B), said control unit (11) being connected to the running and the starting switches (S1 and S2), for instructing the open and closed conditions thereof, the open condition of the starting switch (S2) being defined when the ratio (K) between the present current level (Ia) supplied to the stator (B) and the starting current level (Ip), upon the closing of the starting and the running switches (S1 and S2), reaches a predetermined value (Km).
    • 一种用于单相感应电动机的启动装置和启动方法,包括:具有运行线圈(B 1)和起动线圈(B 2)的定子(B); 运行开关(S1)和启动开关(S2),其在马达启动完成时被导通到打开状态。 起动装置包括:启动电路(10),包括控制单元(11),其从电流传感器(RS)接收代表正在提供给定子(B)的电流电平的信号,所述控制单元(11) 连接到运行和启动开关(S1和S2),用于指示其开启和关闭状态,启动开关(S2)的打开状态被定义为当前电流水平之间的比(K) 在启动和运行开关(S1和S2)关闭时,提供给定子(B)的电流(Ia)和起动电流电平(Ip)达到预定值(Km)。
    • 6. 发明申请
    • SYSTEM FOR PROGRAMMING GENERAL USE DEVICES COMMANDED REMOTELY AND METHOD FOR PROGRAMMING GENERAL USE DEVICES COMMANDED REMOTELY
    • 用于编程远程使用的一般使用设备的系统和远程编程一般使用设备的方法
    • US20100185302A1
    • 2010-07-22
    • US12691013
    • 2010-01-21
    • Marcos Schwarz
    • Marcos Schwarz
    • G05B11/01
    • G08C23/04G08C17/02
    • The present invention refers to a system for programming general use devices commanded remotely, said system being able to store one or more function codes sent by any master device, and execute, in sequence, the function corresponding to the function code stored.Said system comprises at least a command device (3), at least a sensor element (2) and a remote control device (5), the sensor element (2) being electrically associated to the command device (3), the command device (3) being able to process a control signal (4) sent by the remote control device (5) by way of the sensor element (2), the command device (3) being able to store a first function code (100) sent by the remote control device (5) in a programming time (tp) less than a cut time (t1) and able to store a second function code (200) sent by the remote control device (5) after an off-on cycle of the command device (3) in a programming time (tp) less than a cut time (t1).
    • 本发明涉及一种用于编程远程命令的一般使用设备的系统,所述系统能够存储由任何主设备发送的一个或多个功能代码,并且依次执行与所存储的功能代码相对应的功能。 所述系统至少包括命令装置(3),至少传感器元件(2)和遥控装置(5),所述传感器元件(2)与指令装置(3)电连接,所述指令装置 3)能够通过传感器元件(2)处理由遥控装置(5)发送的控制信号(4),命令装置(3)能够存储由第一功能码(100)发送的第一功能码(100) 所述远程控制装置(5)在编程时间(tp)小于切断时间(t1)并能够存储由所述遥控装置(5)在所述遥控装置(5)的断开周期之后发送的第二功能码(200) 指令装置(3)的编程时间(tp)小于切断时间(t1)。
    • 7. 发明申请
    • Temperature Set Point Adjusting and a Temperature of an Environment Measuring System for a Cooling System, a Method of Adjusting the Temperature Set Point and Measuring the Temperature of an Environment and a Sensing Assembly
    • 温度设定点调整和冷却系统环境测量系统的温度,调整温度设定点和测量环境温度和感应组件的方法
    • US20070252011A1
    • 2007-11-01
    • US10580489
    • 2004-11-24
    • Rogerio FerreiraMarcos Schwarz
    • Rogerio FerreiraMarcos Schwarz
    • G05D23/02
    • G05D23/20G05D23/1902G05D23/24
    • A system of adjusting the temperature set point of a cooling system and measuring the temperature of an environment, a temperature sensing assembly (1) for monitoring, a method of measuring and adjusting the temperature set point are described. The a temperature set point adjusting and a temperature of an environment measuring system for a cooling system comprises a sensing assembly (1), a processing unit (20), the sensing assembly (1) comprising a ser of winding turns (2), an interaction element (3) detachably associable with the set of turns (2), the set of turns (2) being subjected to a sampling voltage (Vp) and having a resistance (RS) and the system (10) measuring the temperature of the environment (Ts) from the alteration of the resistance (Rs) of the set of turns (2). The adjustment of the temperature set point of the environment (Ts) is effected from the displacement of the interaction element (3) at the set of turns (2), this adjustment of set point being monitored by the processing unit (20) from the alteration of the variable inductance (Lx) of the set of turns (2).
    • 描述了一种调节冷却系统的温度设定点和测量环境温度的系统,用于监测的温度检测组件(1),测量和调节温度设定点的方法。 温度设定点调节和用于冷却系统的环境测量系统的温度包括感测组件(1),处理单元(20),感测组件(1)包括一组绕组匝(2) 相互作用元件(3)可与该组匝(2)可拆卸地相关联,匝数(2)经受采样电压(Vp)并具有电阻(RS),并且系统(10)测量温度 环境(Ts)从匝数(2)的电阻(Rs)的改变。 环境温度设定点(Ts)的调整是从匝数(2)的相互作用元件(3)的位移来实现的,该设定点的调整由处理单元(20)从 该组匝数(2)的可变电感(L x x SUB)的变化。
    • 8. 发明申请
    • Systems and process for energizing loads through a control unit
    • 通过控制单元为载荷通电的系统和过程
    • US20070185589A1
    • 2007-08-09
    • US11568682
    • 2005-05-05
    • Ronaldo DuarteMarcos Schwarz
    • Ronaldo DuarteMarcos Schwarz
    • G05B11/01
    • F25D29/00F25D2400/40Y10T307/25Y10T307/445Y10T307/766Y10T307/826
    • A system and a process for energizing loads through a control unit, said loads being energized from a power network, said system comprising: connecting elements, each including a processing unit operatively connected to a respective power switch so as to lead the latter to opening and closing conditions, de-energizing and energizing a respective adjacent load that is electrically coupled to the connecting element; a pair of electrical conductors connected to a power network for energizing the loads and which are disposed so as to define an energizing means which is common to the connecting elements and to the control unit; and a signal conductor not galvanically insulated from the power network and which is common to the processing units and to the control unit, connecting them so as to allow the control unit to instruct, through the processing units and through coded electrical signals, the opening and closing of each respective power switch.
    • 一种用于通过控制单元激励负载的系统和过程,所述负载从电力网络被激励,所述系统包括:连接元件,每个连接元件包括可操作地连接到相应的电源开关的处理单元,以将其引导到打开和 关闭条件,使与相连的元件电耦合的相应相邻负载断电和激励; 一对电导体,其连接到电力网络,用于对负载供能,并且被设置成限定通向连接元件和控制单元的通电装置; 以及与电力网络没有电绝缘并且是处理单元和控制单元共同的信号导体,连接它们以允许控制单元通过处理单元和通过编码的电信号指示开口和 关闭每个相应的电源开关。