CN104863834B - A dishwasher washing pump and AC speed control system and method - Google Patents

A dishwasher washing pump and AC speed control system and method Download PDF

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Publication number
CN104863834B
CN104863834B CN201510178691.9A CN201510178691A CN104863834B CN 104863834 B CN104863834 B CN 104863834B CN 201510178691 A CN201510178691 A CN 201510178691A CN 104863834 B CN104863834 B CN 104863834B
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speed
low
power supply
li
ac
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CN201510178691.9A
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CN104863834A (en
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肖战龙
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佛山市顺德区美的洗涤电器制造有限公司
美的集团股份有限公司
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02BCLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B40/00Technologies aiming at improving the efficiency of home appliances
    • Y02B40/40Technologies aiming at improving the efficiency of home appliances relating to dish washers
    • Y02B40/42Motor speed control of pumps

Abstract

本发明属于洗碗机控制技术领域,提供了一种洗碗机及其交流洗涤电泵调速控制方法和系统。 The dishwasher of the present invention belongs to the field of control technology, there is provided a dishwasher washing pump and AC speed control system and method. 本发明通过将洗碗机中的交流洗涤电泵的泵体与水杯连接,在交流洗涤电泵中的电机定子绕组包括两个主相绕组和一个副相绕组时,控制高速供电开关和低速供电开关交替导通,以使交流洗涤电泵按照高档转速和低档转速交替运行;在交流洗涤电泵中的电机定子绕组包括三个主相绕组和一个副相绕组时,循环控制高速供电开关、中速供电开关及低速供电开关依次导通,以使交流洗涤电泵按照高档转速、中档转速及低档转速依次运行的方式进行循环工作;从而可在降低成本的同时,通过高低转速交替运转或高中低三档转速依次循环运转使交流洗涤电泵的噪音和能耗得到减小。 The present invention is AC dishwasher washing pump and the pump is connected by glass, in a stator winding of the alternating current washing pump includes two primary windings and a secondary phase winding of the phase, the control switch and the low-speed power supply switch alternately turned on to pump the washing operation alternately the AC speed and low speed according to grade; AC motor stator windings in the washing pump comprises three primary phase windings and a phase winding, the high-speed loop power control switch, in low-speed power supply switch and the power supply switch is turned on sequentially, so that the washing pump to circulate alternating manner grade working speed, mid-range speed and low speed operation sequence; thereby reducing costs at the same time, by alternating high and low speed operation or high low third gear speed washed sequentially pump cycle operation of the AC noise and power consumption reduced.

Description

一种洗碗机及其交流洗涤电泵调速控制方法和系统 A dishwasher washing pump and AC speed control system and method

技术领域 FIELD

[0001] 本发明属于洗碗机控制技术领域,尤其涉及一种洗碗机及其交流洗涤电栗调速控制方法和系统。 [0001] The present invention belongs to the technical field control dishwasher, in particular, it relates to a dishwasher and washing electrically Li AC speed control system and method.

背景技术 Background technique

[0002]目前,洗碗机作为一种餐具洗涤设备被广泛用于餐厅、饭店、家庭等需要使用各类餐具的场所,以对餐具进行批量洗涤,提高了餐具洗涤效率,并且还可清除餐具上的细菌,有益于人们的身体健康。 [0002] Currently, as a dishwasher dishwashing equipment is widely used in restaurants, hotels, home and other places need to use all kinds of dishes to wash batch of tableware, cutlery improved washing efficiency, and can also clearing dishes bacteria, good for people's health.

[0003] 现有的洗碗机通常是采用交流单速电栗技术,洗涤电栗的转速被设计成单高速运行,为了提高洗涤电栗的效率,在50Hz交流供电时,洗涤电栗的转速被设计在2800r/m (转/分钟)以上,而在60Hz交流供电时,洗涤电栗的转速被设计在3200r/m以上。 [0003] The conventional dishwasher typically AC power single-speed technology chestnut, chestnut electrical rotational speed is washed designed as a single high-speed operation, in order to improve the electrical efficiency of the washing of Li, at the time of 50Hz AC power supply, the rotational speed of the washing power Li It is designed in 2800r / m (revolutions / min) or more, and in the 60Hz AC power supply, the rotational speed is washed electrically Li designed 3200r / m or greater. 洗涤电栗在单纯按照高速进行运转时,其水流压力大且水流量大,容易产生振动且噪音大。 Li washed in pure electric operated at high speed according to which the water pressure and water flow, noisy and vibration prone. 如果是在控制洗涤水量的情况下,由于洗涤电栗处于高速运转,所以在水量较少时会因水回流不及时而处于空载或半空载状态,从而导致洗涤电栗的运行状态不稳定且振动噪音更大,并有可能产生刺耳的异常声响;同时,在洗碗机执行洗涤操作的过程中,洗涤电栗中的电机的功率一直处于大功率状态,进而导致能耗增加,能效较低。 If in the case of the control of the amount of washing water, since the washing is high speed electric Li, so when the amount of water is less due to backflow of water in the unloaded not timely or overload condition the air, resulting in the operating state washed electrically unstable Li noisier and vibration, and it may produce abnormal noise harsh; while performing a washing operation in the dishwasher, the washing power of the motor in the electric Li has been in a state of high-power, leading to increased power consumption, more energy efficiency low.

[0004] 针对上述洗涤电栗在单高速运转时所存在的噪音大问题,现有技术通过在洗碗机的内胆和底部加贴大量沥青阻尼,并在洗碗机的外面包裹隔音和吸音棉材料,以达到降噪的目的。 [0004] For the above-described problem of large noise in the isoelectric wash Li single high-speed operation exists, a large number of prior art pitch damping by affixing the liner and the bottom of the dishwasher, and wrapped in insulation and sound absorbing outside of the dishwasher cotton material, to achieve the purpose of noise reduction. 但这种方式不仅增加了洗碗机整机成本,而且由于沥青阻尼会大量吸热,所以会造成整机能耗增加,同时也会降低具备自然干燥功能的洗碗机对餐具的干燥效果。 However, this approach not only increases the overall cost of a dishwasher, and because a large number of heat-absorbing asphalt damping will be, it will cause an increase in overall energy consumption, but also reduce the drying effect with natural drying function dishwasher for cutlery.

[0005] 为了同时解决洗涤电栗在单高速运转时所存在的噪音大和能耗高的问题,现有技术在洗涤电栗中采用无刷直流电机,并通过直流变频调速系统控制该无刷直流电机,洗涤电栗中的无刷直流电机可以根据预先设定的程序进行调速设计,可在合理的转速范围内使洗碗机在运行过程中保持小噪音和低能耗,但由于直流变频调速系统较为复杂且成本高,所以其无法在低成本的前提下使洗涤电栗的噪音减小和能耗降低。 [0005] In order to simultaneously solve large noise and high energy consumption in the isoelectric wash Li in the presence of single high-speed operation, the prior art brushless DC motor in washing power Li, and controlling the variable speed system by a DC brushless DC motor, electrical Li washed in speed brushless DC motor can be designed according to a preset program, so that the dishwasher can be within a reasonable range of speeds and low power consumption remains low noise during operation, but the DC inverter speed control system more complex and costly, so it can not make noise reduction and washing electrically Li reduce energy consumption under the premise of low cost.

发明内容 SUMMARY

[0006] 本发明的目的在于提供一种洗碗机的交流洗涤电栗调速控制方法,旨在解决现有技术无法在低成本的前提下使洗涤电栗的噪音减小和能耗降低的问题。 [0006] The object of the present invention is to provide a dishwasher AC electrical Li washed speed control method, to solve the prior art can not make Li electrical noise reduction and washed to reduce energy consumption at low cost premise problem.

[0007] 本发明是这样实现的,一种洗碗机的交流洗涤电栗调速控制方法,所述交流洗涤电栗的栗体与洗碗机中的水杯连接; [0007] The present invention is achieved, electrical AC Li washed speed control method for a dishwasher, washing said AC electrical Li Li is connected to the body of the dishwasher cups;

[0008] 所述交流洗涤电栗中的电机的定子绕组包括第一主相绕组、第二主相绕组及副相绕组,所述第一主相绕组的第一端与所述第二主相绕组的第一端以及所述副相绕组的第一端共接于所述洗碗机中的高速供电开关,所述第一主相绕组的第二端连接地线,所述第二主相绕组的第二端连接所述洗碗机中的低速供电开关,所述副相绕组的第二端连接火线,所述高速供电开关和所述低速供电开关连接零线;所述火线和所述零线连接交流电源; [0008] The stator winding of the AC machine comprises Li electrical washed first primary winding phase, a main phase winding and a second secondary phase winding, a first end of the first primary winding and the second phase of the main phase winding a first end of the secondary phase winding of the first power supply terminal commonly connected to a high-speed switching of the dishwasher, the first end of the primary phase winding of the second ground connection, the second main phase a second end connected to a low-speed winding of the power supply switch of the dishwasher, the phase winding is connected to a second end of the firing line, a high speed switching power supply and said power supply switch connecting the low-speed zero line; the line and the AC neutral connection;

[0009] 所述交流洗涤电栗调速控制方法为: [0009] Li washed speed control method of the power exchanges:

[0010] 在所述洗碗机的运行过程中,控制所述高速供电开关和所述低速供电开关交替导通,以使所述交流洗涤电栗按照高档转速和低档转速交替运行; [0010] During operation of the dishwasher, for controlling the power supply switch and said low-speed power supply switch is turned on alternately, so that the alternating electric Li washed alternately operating speed and low speed according to grade;

[0011] 所述高档转速大于所述低档转速。 The [0011] speed is greater than the low speed grade.

[0012] 本发明还提供了一种洗碗机的交流洗涤电栗调速控制系统,所述交流洗涤电栗的栗体与洗碗机中的水杯连接;所述交流洗涤电栗调速控制系统包括高速供电开关、低速供电开关以及开关控制t旲块; [0012] The present invention further provides AC power for a dishwasher Li washed speed control system, said AC electrical washed chestnut Castanea body cups connected to the dishwasher; washing speed control of the AC power Li The system includes a high-speed power switching, low power supply switch and a switch control block Dae t;

[0013] 所述交流洗涤电栗中的电机的定子绕组包括第一主相绕组、第二主相绕组及副相绕组,所述第一主相绕组的第一端与所述第二主相绕组的第一端以及所述副相绕组的第一端共接于所述高速供电开关,所述第一主相绕组的第二端连接地线,所述第二主相绕组的第二端连接所述低速供电开关,所述副相绕组的第二端连接火线,所述高速供电开关和所述低速供电开关连接零线;所述火线和所述零线连接交流电源; [0013] The stator winding of the AC machine comprises Li electrical washed first primary winding phase, a main phase winding and a second secondary phase winding, a first end of the first primary winding and the second phase of the main phase a first end and a first end of the secondary phase winding of the winding commonly connected to said high power supply switch, the first end of the primary phase windings connected to a second ground line, a second main terminal of the second phase winding connecting said low power supply switch, the phase winding is connected to a second end of the firing line, a high speed switching power supply and said power supply switch connecting the low-speed zero line; the line and the neutral wire connection AC power;

[0014] 在所述洗碗机的运行过程中,所述开关控制模块控制所述高速供电开关和所述低速供电开关交替导通,以使所述交流洗涤电栗按照高档转速和低档转速交替运行;所述高档转速大于所述低档转速。 [0014] During operation of the dishwasher, the switch control module controls the power supply switch and said low-speed power supply switch is turned on alternately, so that the alternating electric Li washed alternately speed and low speed according to grade operation; the speed is greater than the low speed grade.

[0015] 此外,本发明还提供了另一种洗碗机的交流洗涤电栗调速控制方法,所述交流洗涤电栗的栗体与洗碗机中的水杯连接; [0015] Further, the present invention also provides another AC electrical washed Li speed control method of a dishwasher, washing of the AC electric Li Li is connected to the body of the dishwasher cups;

[0016] 所述交流洗涤电栗中的电机的定子绕组包括第一主相绕组、第二主相绕组、第三主相绕组及副相绕组,所述第一主相绕组的第一端与所述第二主相绕组的第一端以及所述副相绕组的第一端共接于所述洗碗机中的高速供电开关,所述第一主相绕组的第二端连接地线,所述第二主相绕组的第二端与所述第三主相绕组的第一端共接于所述洗碗机中的中速供电开关,所述第三主相绕组的第二端连接所述洗碗机中的低速供电开关,所述副相绕组的第二端连接火线,所述高速供电开关、所述中速供电开关及所述低速供电开关均连接零线;所述火线和所述零线连接交流电源; [0016] The stator winding of the AC machine comprises washing a first electrical Li primary phase winding, a second primary winding phase, a main phase winding and a third secondary phase winding, a first end of the first primary winding and the phase the second end of the primary winding of the first phase and the secondary phase winding of the first power supply terminal commonly connected to a high-speed switching of the dishwasher, the first end of the primary phase winding of the second ground connection, a second terminal of the second primary winding of phase with the third phase winding of the first main terminal connected to the common power supply switching speed of the dishwasher, a second terminal connected to the third main phase winding the low power supply switch of the dishwasher, a second end of the secondary phase winding is connected FireWire, said high speed switching power supply, the power switch and the speed switching power supply are connected to the low-speed zero line; the line and the neutral wire AC power supply;

[0017] 所述交流洗涤电栗调速控制方法为: [0017] Li washed speed control method of the power exchanges:

[0018] 在所述洗碗机的运行过程中,循环控制所述高速供电开关、所述中速供电开关及所述低速供电开关依次导通,以使所述交流洗涤电栗按照高档转速、中档转速及低档转速依次运行的方式进行循环工作; [0018] During operation of the dishwasher, the high-speed loop control of the power switch, the power switch and the speed low power supply switch is turned on sequentially, so that the alternating electric Li washed according to speed grade, mid-range speed and low speed mode operation is performed sequentially work cycle;

[0019] 所述高档转速大于所述中档转速,所述中档转速大于所述低档转速。 The [0019] speed is greater than the mid speed grade, the mid-range speed is greater than the low speed.

[0020] 本发明还提供了另一种洗碗机的交流洗涤电栗调速控制系统,所述交流洗涤电栗的栗体与洗碗机中的水杯连接;所述交流洗涤电栗调速控制系统包括高速供电开关、中速供电开关、低速供电开关以及开关控制模块; [0020] The present invention further provides AC power Li washed with another speed control system of the dishwasher, the washing alternating electrical Li Li is connected to the body of the dishwasher cup; washing said AC electric governor Li the control system comprises a high speed switching power supply, the power supply switch speed, low power switch and a switching control module;

[0021] 所述交流洗涤电栗中的电机的定子绕组包括第一主相绕组、第二主相绕组、第三主相绕组及副相绕组,所述第一主相绕组的第一端与所述第二主相绕组的第一端以及所述副相绕组的第一端共接于所述高速供电开关,所述第一主相绕组的第二端连接地线,所述第二主相绕组的第二端与所述第三主相绕组的第一端共接于所述中速供电开关,所述第三主相绕组的第二端连接所述低速供电开关,所述副相绕组的第二端连接火线,所述高速供电开关、所述中速供电开关及所述低速供电开关均连接零线;所述火线和所述零线连接交流电源; [0021] The stator winding of the AC machine comprises washing a first electrical Li primary phase winding, a second primary winding phase, a main phase winding and a third secondary phase winding, a first end of the first primary winding and the phase the second end of the primary winding of the first phase and the secondary phase winding of the first end commonly connected to said high speed switching power supply, the first end of the primary phase windings connected to a second ground, the second main a second phase winding terminal and the third main phase winding connected to a first end of said co-speed power switch, a third main phase winding is connected to a second end of said low power supply switch, the subphase the second end of the winding is connected to the line of fire, the high speed switching power supply, the power switch and the speed switching power supply are connected to the low-speed zero line; the line and the neutral wire connection AC power;

[0022] 在所述洗碗机的运行过程中,所述开关控制模块循环控制所述高速供电开关、所述中速供电开关及所述低速供电开关依次导通,以使所述交流洗涤电栗按照高档转速、中档转速及低档转速依次运行的方式进行循环工作;所述高档转速大于所述中档转速,所述中档转速大于所述低档转速。 [0022] During operation of the dishwasher, the switch control module controls said high-speed loop power switch, the power switch and the speed low power supply switch is turned on sequentially, so that the alternating electric washing Li cyclic manner grade working speed, mid-range speed and low speed operation sequence; high-end speed is greater than the rotational speed of the mid-range, mid-range speed is greater than the said low speed.

[0023] 本发明还提供了一种洗碗机,其包括交流洗涤电栗、水杯以及上述其中一种交流洗涤电栗调速控制系统。 [0023] The present invention further provides a dishwasher comprising a washing alternating electrical Li, cups and said one of the alternating electric Li washed speed control system.

[0024] 本发明通过将洗碗机中的交流洗涤电栗的栗体与水杯连接,在交流洗涤电栗中的电机定子绕组包括两个主相绕组和一个副相绕组时,控制高速供电开关和低速供电开关交替导通,以使交流洗涤电栗按照高档转速和低档转速交替运行;在交流洗涤电栗中的电机定子绕组包括三个主相绕组和一个副相绕组时,循环控制高速供电开关、中速供电开关及低速供电开关依次导通,以使交流洗涤电栗按照高档转速、中档转速及低档转速依次运行的方式进行循环工作;从而可在降低成本的同时,通过高低转速交替运转或高中低三档转速依次循环运转使交流洗涤电栗的噪音和能耗得到减小,解决了现有技术无法在低成本的前提下使洗涤电栗的噪音减小和能耗降低的问题。 [0024] The present invention is washed by the AC electrical Li Li body in the cup of the dishwasher is connected, the motor stator windings AC power Li washing the phase windings includes two primary windings and a secondary phase, high-speed power control switch and the low power supply switch is turned alternately to the AC power Li washed alternately operating speed and low speed according to grade; AC motor stator winding electrical Li washing comprises three primary phase windings and a phase winding, the high-speed power control loop switches, speed power supply switch and the low-speed power supply switch are sequentially turned on, so that the AC washed electrically Li circulating working manner grade speed, mid-range speed and low speed are sequentially operated; thereby reducing costs while alternately operating by low speed High speed or low grades in turn washing cycle operation of the AC power chestnut noise and energy consumption be reduced, so that can not be solved in the prior art noise reduction and chestnut wash electric energy consumption problem under the premise of cost.

附图说明 BRIEF DESCRIPTION

[0025]图1是本发明实施例一和实施例二所涉及的交流洗涤电栗的栗体与洗碗机的水杯的连接示意图; [0025] FIG. 1 is a schematic diagram of a cup and is connected to the dishwasher body and Li Example washed two AC electric Li according to the embodiment of the present invention;

[0026]图2是本发明实施例一所涉及的交流洗涤电栗中的电机的定子绕组的结构示意图; [0026] FIG. 2 is a schematic view of an embodiment of a stator winding of an electrical alternating washed with Li according to the embodiment of the present invention is a motor;

[0027]图3是本发明实施例一提供的交流洗涤电栗调速控制方法的步骤细化流程图; [0027] FIG. 3 is a flowchart of one embodiment of a AC electric washed Li provided in step speed control method of the present invention;

[0028]图4是本发明实施例一提供的交流洗涤电栗调速控制系统的结构示意图; [0028] FIG. 4 is a schematic view of exchange of Li washed electrical speed control system according to a first embodiment of the present invention;

[0029]图5是本发明实施例二所涉及的交流洗涤电栗中的电机的定子绕组的结构示意图; [0029] FIG. 5 is a schematic view of a stator winding according to two AC power Li washed according to the embodiment of the present invention is a motor;

[0030]图6是本发明实施例二提供的交流洗涤电栗调速控制方法的步骤细化流程图; [0030] FIG. 6 is a detailed flowchart of AC power according to a second washing step of Li speed control method of the present invention;

[0031]图7是本发明实施例二提供的交流洗涤电栗调速控制系统的结构示意图。 [0031] FIG. 7 is a schematic view of exchange of Li washed electrical speed control system according to a second embodiment of the present invention.

具体实施方式 Detailed ways

[0032] 为了使本发明的目的、技术方案及优点更加清楚明白,以下结合附图及实施例,对本发明进行进一步详细说明。 [0032] To make the objectives, technical solutions and advantages of the present invention will become more apparent hereinafter in conjunction with the accompanying drawings and embodiments of the present invention will be further described in detail. 应当理解,此处所描述的具体实施例仅仅用以解释本发明,并不用于限定本发明。 It should be understood that the specific embodiments described herein are only intended to illustrate the present invention and are not intended to limit the present invention.

[0033]以下结合具体实施例对本发明实施例提供的洗碗机及其交流洗涤电栗调速控制方法和系统进行详细说明: [0033] The following specific examples in conjunction with the dishwasher and washing electrically Li AC speed control method and system provided by embodiments of the present invention is described in detail:

[0034] 实施例一: [0034] Example a:

[0035] 在本实施例中,如图1所示,交流洗涤电栗的栗体I与洗碗机中的水杯2连接。 [0035] In the present embodiment, as shown in FIG member Li I Li dishwasher AC electrical washed in 1 cup 2 is connected. 具体的,栗体I的入水口11与水杯2的圆柱形流道21连接,栗体I直接从水杯2获得供水,从而可在无连接管的情况下减少水流量损失和压力损失。 Specifically, Li body 11 and the inlet I of the cylindrical cup 21 is connected to the flow channel 2, I Li body water obtained directly from the cup 2, thereby reducing the loss of water flow and pressure loss at the connection pipe without a case.

[0036] 如图2所示,交流洗涤电栗中的电机的定子绕组包括第一主相绕组M1、第二主相绕组M2及副相绕组A,第一主相绕组Ml的第一端与第二主相绕组M2的第一端以及副相绕组A的第一端共接于洗碗机中的高速供电开关Kh,第一主相绕组Ml的第二端连接地线COM,第二主相绕组M2的第二端连接洗碗机中的低速供电开关Kl,副相绕组A的第二端连接火线L,高速供电开关Kh和低速供电开关Kl连接零线N;火线L和零线N连接交流电源。 [0036] As shown, the stator windings of the motor AC electrical Li washed major phase comprises a first winding M1, M2 and the second main-phase winding phase winding A 2, a first main phase winding and the first end Ml the second main terminal of the first phase winding and the first end M2 of the a phase winding of the high-speed power supply switch Kh is commonly connected to the dishwasher, the first main terminal of the second phase winding Ml is connected to the COM ground, the second main a second terminal of the power supply switch Kl low phase winding M2 is connected to the dishwasher, a second end of phase winding a live wire L is connected, the power supply switch Kh-speed and low-speed power supply switch Kl connected to neutral wire N; live wire L and a neutral wire N connected to AC power. 此外,第一主相绕组Ml的第二端与副相绕组A的第二端之间连接有电容。 Further, the first main-phase winding capacitance between Ml and second ends of the second phase winding A is connected.

[0037] 交流洗涤电栗调速控制方法为: [0037] AC power Li washed Speed ​​Control method:

[0038] 在洗碗机的运行过程中,控制高速供电开关Kh和低速供电开关Kl交替导通,以使交流洗涤电栗按照高档转速和低档转速交替运行;高档转速大于低档转速。 [0038] During operation of the dishwasher, the controlled high-speed low-power switching power supply switch Kh and Kl are alternately turned on, so that the AC power Li washed alternately operating speed and low speed according to grade; low speed greater than the speed grade.

[0039]具体的,如图3所示,控制高速供电开关Kh和低速供电开关Kl交替导通的步骤包括以下步骤: [0039] Specifically, as shown in FIG. 3, the high-speed power control switch Kh and Kl low power switch alternately conducting step comprises the steps of:

[0040] S1.在高速运转时间内控制高速供电开关Kh导通; . [0040] S1 operation time in the high-speed power control switch Kh is turned on;

[0041] S2.在低速运转时间内控制低速供电开关Kl导通,并返回继续执行步骤SI。 [0041] S2. Kl control low power supply switch is turned on in the low speed operation time, and proceed to return to step SI.

[0042] 其中,上述的高速运转时间和低速运转时间可以相同或不同,可根据实际应用需求进行设定;当高速供电开关Kh导通时,交流洗涤电栗按照高档转速运行;当低速供电开关Kl导通时,交流洗涤电栗按照低档转速运行。 [0042] wherein the above-mentioned low-speed operation time and operation time may be the same or different, can be set according to actual needs; Kh when the high power supply switch is turned on, the AC power washed according to the grade Li rotational speed; low speed when the power switch when turned on Kl, washed with alternating run in low speed electrical Li. 通过交替执行上述步骤SI和步骤S2,可使交流洗涤电栗按照高档转速和低档转速交替运行,在此过程中,功率也会呈现高低交替变化,从而可降低洗碗机运行过程中的噪音和能耗。 By alternately performing the above steps SI and step S2, can exchange electrical Li washed alternately operating speed and low speed according to the high-end, in the process, will exhibit low power alternating, thereby reducing noise during operation of the dishwasher and energy consumption.

[0043] 在本实施例中,上述交流电源所输出的交流电的频率为50Hz或60Hz。 [0043] In the present embodiment, the frequency of alternating current output from the AC power supply of 50Hz or 60Hz. 当交流电源所输出的交流电的频率为50Hz时,上述高档转速的取值范围为2650转/分钟至2850转/分钟;上述低档转速的取值范围为2100转/分钟至2350转/分钟。 When the AC power frequency AC output of 50Hz, the above-described high-end speed in the range of 2650 rev / min to 2850 rev / min; the above-described low rotation speed range of 2100 rev / min to 2350 rev / min. 当交流电源所输出的交流电的频率为60Hz时,上述高档转速的取值范围为2950转/分钟至3250转/分钟;上述低档转速的取值范围为2300转/分钟至2550转/分钟。 When the AC power frequency AC output of 60Hz, the above-described high-end speed in the range of 2950 rev / min to 3250 rev / min; the above-described low rotation speed range of 2300 rev / min to 2550 rev / min.

[0044] 在本实施例中,通过将交流洗涤电栗的栗体I与洗碗机中的水杯2连接,栗体I直接从水杯2获得供水,可在无连接管的情况下减少水流量损失和压力损失,并且交流洗涤电栗中的电机的定子绕组采用包括第一主相绕组M1、第二主相绕组M2及副相绕组A组成的T型设计方式,可使电机在不同转速条件下均处于低噪音、低能耗及高能效的状态,同时配合控制高速供电开关Kh和低速供电开关Kl交替导通,以使交流洗涤电栗按照高档转速和低档转速交替运行,可在按照低档转速运行时起到水量回流缓冲的作用,便于在切换为高档转速运行时能够从水杯获得足够的水量,避免了交流洗涤电栗在洗涤水量较少时出现空载或半空载状况,从而可降低洗碗机运行过程中的噪音和能耗,并提高能效。 [0044] In the present embodiment, the body I by Li and Li dishwasher AC power in the washing cup 2 is connected, I Li body water obtained directly from the cup 2, can reduce the water flow in the case where no connection pipe loss and the pressure loss, and the stator windings of the motor AC electrical Li is washed using a main phase comprising a first winding M1, M2 and the second main winding phase T phase winding design embodiment a composition, enables different rotational speed condition of the motor We are in the low noise, high efficiency and low power consumption state, while the high-speed control with low power switching power supply switch Kh and Kl are alternately turned on, so that the AC power Li washed alternately operating speed and low speed according to the high-end, according to the low rotational speed can be play a role in the amount of water running buffer at reflux, to facilitate access to enough water from the cup when the rotational speed is switched to the high-end, to avoid the exchange of Li occurs washed electrical load or an overload condition when the air small amount of washing water, thereby reducing the dishwasher running noise and energy consumption and improve energy efficiency.

[0045] 本实施例还提供了与上述交流洗涤电栗调速控制方法对应的交流洗涤电栗调速控制系统,如图4所示,交流洗涤电栗调速控制系统包括高速供电开关KH、低速供电开关Kl以及开关控制模块100。 [0045] The present embodiment further provides AC power Li washed speed control system with the AC power Li washing speed control method corresponding to FIG. 4, the AC power Li washed speed control system comprises a high speed switching power supply KH, Kl low power supply switch 100 and the switch control module.

[0046] 在洗碗机的运行过程中,开关控制模块100控制高速供电开关Kh和低速供电开关Kl交替导通,以使交流洗涤电栗按照高档转速和低档转速交替运行;高档转速大于低档转速。 [0046] During operation of the dishwasher, the switch control module 100 controls the high-speed low-power switching power supply switch Kh and Kl are alternately turned on, so that the AC power Li washed alternately operating speed and low speed according to grade; low speed greater than the speed grade .

[0047] 在交流洗涤电栗调速控制系统中,开关控制模块100控制高速供电开关Kh和低速供电开关Kl交替导通的过程具体为: [0047] Li the AC electric washing speed control system, the high-speed switch control module 100 controls the power supply switch Kh and Kl are alternately during low-speed power supply switch is turned on is specifically:

[0048] 开关控制模块100在高速运转时间内控制高速供电开关Kh导通,随后在低速运转时间内控制低速供电开关Kl导通,并返回继续在高速运转时间内控制高速供电开关Kh导通。 [0048] The switch control module 100 controls the high-speed power supply switch in a high speed operation time Kh is turned on, and then controls the low-speed power supply switch Kl turned on in the low speed operation time, and return to continue to control the high-speed power supply switch Kh is turned on in the high speed operation time. 由此便可使交流洗涤电栗按照高档转速和低档转速交替运行,在此过程中,功率也会呈现高低交替变化,从而能够降低洗碗机运行过程中的噪音和能耗。 Thus can the AC power Li washed alternately operating speed and low speed according to the high-end, in the process, will exhibit low power alternating, can be reduced during operation of the dishwasher noise and power consumption.

[0049] 本实施例还提供了一种洗碗机,其包括交流洗涤电栗、水杯以及上述的交流洗涤电栗调速控制系统。 [0049] The present embodiment further provides a dishwasher, which comprises an alternating electrical Li washing, washing cups and said AC electrical Li speed control system.

[0050] 综上所述,本实施例通过将洗碗机中的交流洗涤电栗的栗体与水杯连接,交流洗涤电栗中的电机定子绕组包括两个主相绕组和一个副相绕组,并在洗碗机运行过程中控制高速供电开关和低速供电开关交替导通,以使交流洗涤电栗按照高档转速和低档转速交替运行,从而可在降低成本的同时,通过高低转速交替运转使交流洗涤电栗的噪音和能耗得到减小,解决了现有技术无法在低成本的前提下使洗涤电栗的噪音减小和能耗降低的问题。 [0050] As described above, the present embodiment is electrically Li Li washed exchange body in the cup of the dishwasher by connecting, washed with AC electric motor stator windings Li includes two primary windings and a secondary phase winding phase, and controlling the dishwasher during high-speed operation and low power switching power supply switch is turned alternately to the AC power Li washed alternately operating speed and low speed according to the high-end, thereby reducing costs at the same time by the alternating high and low speed operation are alternately Li washed electrical noise and power consumption be reduced, so that solves the prior art can not reduce the noise of the chestnut and washed with electrical energy consumption under the premise of low-cost problem.

[0051] 实施例二: [0051] Example II:

[0052] 在本实施例中,与实施例一的图1所示相同,交流洗涤电栗的栗体I与洗碗机中的水杯2连接。 [0052] In the present embodiment, the same one shown in FIG. 1 embodiment, I Li body wash of the dishwasher AC power Li in the cup 2 is connected. 具体的,栗体I的入水口11与水杯2的圆柱形流道21连接,栗体I直接从水杯2获得供水,从而可在无连接管的情况下减少水流量损失和压力损失。 Specifically, Li body 11 and the inlet I of the cylindrical cup 21 is connected to the flow channel 2, I Li body water obtained directly from the cup 2, thereby reducing the loss of water flow and pressure loss at the connection pipe without a case.

[0053] 如图5所示,交流洗涤电栗中的电机的定子绕组包括第一主相绕组M1、第二主相绕组M2、第三主相绕组M3及副相绕组A,第一主相绕组Ml的第一端与第二主相绕组M2的第一端以及副相绕组A的第一端共接于洗碗机中的高速供电开关KH,第一主相绕组Ml的第二端连接地线C0M,第二主相绕组M2的第二端与第三主相绕组M3的第一端共接于洗碗机中的中速供电开关Km,第三主相绕组M3的第二端连接洗碗机中的低速供电开关KL,副相绕组A的第二端连接火线L,高速供电开关KH、中速供电开关Km及低速供电开关k均连接零线N;火线L和零线N连接交流电源。 [0053] FIG. 5, the stator windings of the motor AC electrical Li washed major phase comprises a first winding M1, the second main phase winding M2, M3, and the third main phase winding phase winding A, the first main phase Ml winding first end of the second main terminal of a first phase winding and the first end of phase winding a M2 is commonly connected to the high speed switching power supply KH dishwasher, a first main phase winding Ml is connected to the second end C0M ground, the second winding M2 of the main phase and the second end of the first end of the third main phase winding speed of the power switch M3 Km commonly connected to the dishwasher, the third main phase winding M3 is connected to a second end KL low power switch in the dishwasher, a second end of phase winding a live wire L is connected, a high speed switching power supply KH, medium-speed and low-speed power supply switch Km k are connected to the power supply switch neutral N; live wire L and neutral N-linked AC power supply. 此外,第一主相绕组Ml的第二端与副相绕组A的第二端之间连接有电容。 Further, the first main-phase winding capacitance between Ml and second ends of the second phase winding A is connected.

[0054] 交流洗涤电栗调速控制方法为: [0054] AC power Li washed Speed ​​Control method:

[0055] 在洗碗机的运行过程中,循环控制高速供电开关Kh、中速供电开关Km及低速供电开关Kl依次导通,以使交流洗涤电栗按照高档转速、中档转速及低档转速依次运行的方式进行循环工作;高档转速大于中档转速,中档转速大于所述低档转速。 [0055] During operation of the dishwasher, the power supply switch Kh-speed loop control, speed and low power supply switch power supply switch Kl Km sequentially turned on, so that the AC power washed according to the grade Li speed, mid-range speed and low speed operation sequentially with cycle work; mid speed greater than the speed of high-end, mid-range speed is greater than the low speed.

[0056] 具体的,如图6所示,循环控制高速供电开关Kh、中速供电开关Km及低速供电开关Kl依次导通的步骤包括以下步骤: [0056] Specifically, as shown in FIG, 6-speed loop control power supply switch Kh, step-speed and low-speed power supply switch Km switch Kl comprises sequentially conducting the following steps:

[0057] S1.在高速运转时间内控制高速供电开关Kh导通; . [0057] S1 operation time in the high-speed power control switch Kh is turned on;

[0058] S2.在中速运转时间内控制中速供电开关Km导通; . [0058] S2 in the medium speed velocity control time the power supply switch is turned on Km;

[0059] S3.在低速运转时间内控制低速供电开关Kl导通,并返回继续执行步骤SI。 [0059] S3. Kl control low power supply switch is turned on in the low speed operation time, and proceed to return to step SI.

[0060] 其中,上述的高速运转时间、中速运转时间及低速运转时间可以相同或不同,可根据实际应用需求进行设定;当高速供电开关Kh导通时,交流洗涤电栗按照高档转速运行;当中速供电开关Km导通时,交流洗涤电栗按照中档转速运行;当低速供电开关Kl导通时,交流洗涤电栗按照低档转速运行。 [0060] wherein the operation time of high-speed, low-speed operation time and operation time may be the same or different, can be set according to actual needs; Kh when the high power supply switch is turned on, the AC power washed according to Li rotational speed grade ; among speed when the power supply switch is turned on Km, washed with AC power Li run in mid-range speed; low speed when the power supply switch is turned on Kl, washed with AC power low speed operation according to Li. 通过循环依次执行上述步骤SI至步骤S3,可使交流洗涤电栗按照高档转速、中档转速及低档转速依次循环运转,在此过程中,功率也会循环呈现高中低依次变化的过程,从而可降低洗碗机运行过程中的噪音和能耗,并且可对餐具实现高速快洗、中速均匀洗涤以及低速浸泡洗涤的效果。 By sequentially performing the above steps SI loop to step S3, the washing can exchange electrical grade Li accordance speed, mid-range speed and low speed operation in cycles, in this process, the power circulation also exhibit low high school process is sequentially changed, thereby reducing during the dishwasher operation noise and power consumption, quick wash tableware and can achieve high-speed, uniform washing effect of low speed and immersion washing.

[0061] 在本实施例中,上述交流电源所输出的交流电的频率为50Hz或60Hz。 [0061] In the present embodiment, the frequency of alternating current output from the AC power supply of 50Hz or 60Hz. 当交流电源所输出的交流电的频率为50Hz时,上述高档转速的取值范围为2650转/分钟至2850转/分钟;上述中档转速的取值范围为2350转/分钟至2550转/分钟;上述低档转速的取值范围为2200转/分钟至2350转/分钟。 When the AC power frequency AC output of 50Hz, the above-described high-end speed in the range of 2650 rev / min to 2850 rev / min; above mid speed range of 2350 rev / min to 2550 rev / min; and the low speed range of 2200 rev / min to 2350 rev / min. 当交流电源所输出的交流电的频率为60Hz时,上述高档转速的取值范围为2950转/分钟至3250转/分钟;上述中档转速的取值范围为2650转/分钟至2850转/分钟;上述低档转速的取值范围为2300转/分钟至2550转/分钟。 When the AC power frequency AC output of 60Hz, the above-described high-end speed in the range of 2950 rev / min to 3250 rev / min; above mid speed range of 2650 rev / min to 2850 rev / min; and the low speed range of 2300 rev / min to 2550 rev / min.

[0062] 在本实施例中,通过将交流洗涤电栗的栗体I与洗碗机中的水杯2连接,栗体I直接从水杯2获得供水,可在无连接管的情况下减少水流量损失和压力损失,并且交流洗涤电栗中的电机的定子绕组采用包括第一主相绕组Ml、第二主相绕组M2、第三主相绕组M3及副相绕组A组成的T型设计方式,可使电机在不同转速条件下均处于低噪音、低能耗及高能效的状态,同时配合,循环控制高速供电开关KH、中速供电开关Km及低速供电开关Kl依次导通,以使交流洗涤电栗按照高档转速、中档转速及低档转速依次循环运行,可在按照中档转速和低档转速运行时起到水量回流缓冲的作用,便于在高档转速运行时能够从水杯获得足够的水量,避免了交流洗涤电栗在洗涤水量较少时出现空载或半空载状况,从而可降低洗碗机运行过程中的噪首和能耗,并提尚能效。 [0062] In the present embodiment, the body I by Li and Li dishwasher AC power in the washing cup 2 is connected, I Li body water obtained directly from the cup 2, can reduce the water flow in the case where no connection pipe loss and the pressure loss, and washed with alternating electrical stator windings of the motor using Li and T M3 comprises a first design embodiment of Ml main winding phase, the second phase main winding M2, the third secondary phase winding of the main winding phase a composed of allows the motor at different speeds are in the conditions of low noise, low power and energy efficient state, in conjunction with, the high-speed power switching loop control KH, medium-speed and low-speed power supply switch Km Kl power supply switch is turned on sequentially, so that alternating electrical washed Li accordance with the speed grade, mid-range speed and low speed operation in cycles, can function as a buffer in water at reflux run in the mid-range speed and low speed, the convenience can be obtained enough water from the cup while in the high speed operation, avoids washed exchange Li the air load or electrical overload condition occurs when small amount of washing water, thereby reducing noise during operation of the dishwasher and the first energy, and can still provide efficient.

[0063] 本实施例还提供了与上述交流洗涤电栗调速控制方法对应的交流洗涤电栗调速控制系统,如图7所示,交流洗涤电栗调速控制系统包括高速供电开关Kh、中速供电开关Km、低速供电开关Kl以及开关控制模块100。 [0063] The present embodiment further provides AC power Li washed speed control system with the AC power Li speed control method corresponding to washing, shown in Figure 7, the AC electric Li washed speed control system comprises a high speed power switch Kh, speed power supply switch Km, low power supply switch and a switch control module 100 Kl.

[0064] 在洗碗机的运行过程中,开关控制模块100循环控制高速供电开关Kh、中速供电开关Km及低速供电开关Kl依次导通,以使交流洗涤电栗按照高档转速、中档转速及低档转速依次运行的方式进行循环工作;高档转速大于中档转速,中档转速大于所述低档转速。 [0064] During operation of the dishwasher, the switch control module 100 cycles the power supply switch Kh-speed, medium-speed and low-speed power supply switch Km Kl power supply switch is turned on sequentially, so that the AC power washed according to the grade Li speed, mid-range speed and low speed operation mode sequentially circulating work; mid speed greater than the speed of high-end, mid-range speed is greater than the low speed.

[0065] 在交流洗涤电栗调速控制系统中,开关控制模块100循环控制高速供电开关KH、中速供电开关Km及低速供电开关Kl依次导通的过程具体为: [0065] Li the AC electric washing speed control system, the switch control module 100 controls the high-speed loop power switch KH, medium-speed and low-speed power supply switch Km sequentially turned on the power supply switch Kl process specifically comprises:

[0066] 开关控制模块100在高速运转时间内控制高速供电开关Kh导通,随后在中速运转时间内控制中速供电开关Km导通,接着在低速运转时间内控制低速供电开关Kl导通,并返回继续在高速运转时间内控制高速供电开关Kh导通。 [0066] The switch control module 100 controls in a high speed operation time high-speed power supply switch Kh is turned on, the speed of the power supply switch Km turned on then controls in the medium-speed operation time, and then controls the low-speed power supply switch Kl turned on in the low speed operation time, and return to continue to control the power supply switch in the high-speed operation time Kh is turned on. 由此便可使交流洗涤电栗循环按照高档转速、中档转速及低档转速依次运行,在此过程中,功率也会循环呈现高中低依次变化,从而能够降低洗碗机运行过程中的噪音和能耗。 Thereby can wash the AC power cycle in accordance with the grade Li speed, mid-range speed and low speed run sequentially, during this process, the cycle also exhibit high low power changed sequentially, thereby reducing noise during operation of the dishwasher and can consumption.

[0067] 本实施例还提供了一种洗碗机,其包括交流洗涤电栗、水杯以及上述的交流洗涤电栗调速控制系统。 [0067] The present embodiment further provides a dishwasher, which comprises an alternating electrical Li washing, washing cups and said AC electrical Li speed control system.

[0068] 综上所述,本实施例通过将洗碗机中的交流洗涤电栗的栗体与水杯连接,交流洗涤电栗中的电机定子绕组包括三个主相绕组和一个副相绕组,并在洗碗机运行过程中循环控制高速供电开关、中速供电开关及低速供电开关依次导通,以使交流洗涤电栗按照高档转速、中档转速及低档转速依次运行的方式进行循环工作;从而可在降低成本的同时,通过高低转速交替运转或高中低三档转速依次循环运转使交流洗涤电栗的噪音和能耗得到减小,解决了现有技术无法在低成本的前提下使洗涤电栗的噪音减小和能耗降低的问题。 [0068] As described above, the present embodiment is electrically Li Li washed exchange body in the cup of the dishwasher by connecting, washed with AC electric motor stator windings Li comprises three primary phase windings and a phase winding, during the dishwasher operation and circulating the high-speed power supply control switch, the power switch and low-speed power supply switch is turned on sequentially, so that the AC power washed according to the grade Li speed, mid-range speed and low speed mode operation sequentially circulating work; whereby can while reducing costs through low or high speed low grades operate alternately speed cycle operation is sequentially washed with the AC electric power consumption and noise chestnut be reduced, the prior art can not solve the washing power at a low cost premise Li noise reduction and energy consumption is reduced.

[0069]以上所述仅为本发明的较佳实施例而已,并不用以限制本发明,凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等,均应包含在本发明的保护范围之内。 [0069] The foregoing is only preferred embodiments of the present invention but are not intended to limit the present invention, any modifications within the spirit and principle of the present invention, equivalent substitutions and improvements should be included in the present within the scope of the invention.

Claims (14)

1.一种洗碗机的交流洗涤电栗调速控制方法,其特征在于,所述交流洗涤电栗的栗体与洗碗机中的水杯连接; 所述交流洗涤电栗中的电机的定子绕组包括第一主相绕组、第二主相绕组及副相绕组,所述第一主相绕组的第一端与所述第二主相绕组的第一端以及所述副相绕组的第一端共接于所述洗碗机中的高速供电开关,所述第一主相绕组的第二端连接地线,所述第二主相绕组的第二端连接所述洗碗机中的低速供电开关,所述副相绕组的第二端连接火线,所述高速供电开关和所述低速供电开关连接零线;所述火线和所述零线连接交流电源; 所述交流洗涤电栗调速控制方法为: 在所述洗碗机的运行过程中,控制所述高速供电开关和所述低速供电开关交替导通,以使所述交流洗涤电栗按照高档转速和低档转速交替运行; 所述高档转速大于所述低档转速; 具 AC electrical Li washed speed control method for a dishwasher, wherein said alternating electric washing chestnut Castanea body connected to the dishwasher cups; Li a stator in the electric washing said AC motor primary winding comprises a first winding phase, a main phase winding and a second secondary phase winding, a first end of the first primary winding and the phase of the second primary winding of the first phase and the end of the first secondary phase winding terminal commonly connected to the high speed switching power supply of the dishwasher, a second end of the first primary winding is connected to a ground phase, the second phase winding of the second main terminal connected to the low-speed dishwasher the second end of the power supply switch, the phase winding is connected to the line of fire, the high speed switching power supply and the power supply switch connecting the low-speed zero line; live wire and the neutral wire of the AC power supply is connected; washing said AC electric governor Li control method: during operation of the dishwasher, for controlling the power supply switch and said low-speed power supply switch is turned on alternately, so that the alternating electric Li washed alternately operating speed and low speed according to grade; the grade low speed is greater than the rotational speed; with 的,所述栗体的入水口与所述水杯的圆柱形流道连接。 , Said Li body inlet flow passage connected to the cylinder of the cup.
2.如权利要求1所述的交流洗涤电栗调速控制方法,其特征在于,所述控制所述高速供电开关和所述低速供电开关交替导通的步骤包括以下步骤: 51.在高速运转时间内控制所述高速供电开关导通; 52.在低速运转时间内控制所述低速供电开关导通,并返回继续执行步骤SI。 2. The speed control method of the AC electrical Li washed claim 1, wherein said step of controlling said high speed switching power supply and the low-power switch alternately conducting includes the steps of: 51. In high speed controlling the time the high-speed power supply switch is turned on; the low power supply 52. ​​the control switch is turned on in the low speed operation time, and proceed to return to step SI.
3.如权利要求1所述的交流洗涤电栗调速控制方法,其特征在于,所述交流电源所输出的交流电的频率为50Hz,所述高档转速的取值范围为2650转/分钟至2850转/分钟;所述低档转速的取值范围为2100转/分钟至2350转/分钟。 3. Li AC electrical speed control method of the washing as claimed in claim 1, wherein the frequency of the AC power source AC outputs is 50Hz, the speed range of the high-end of 2650 rev / min to 2850 rev / min; the low speed range of 2100 rev / min to 2350 rev / min.
4.如权利要求1所述的交流洗涤电栗调速控制方法,其特征在于,所述交流电源所输出的交流电的频率为60Hz,所述高档转速的取值范围为2950转/分钟至3250转/分钟;所述低档转速的取值范围为2300转/分钟至2550转/分钟。 4. Li AC electrical speed control method of the washing of claim 1, wherein the frequency of the AC output of AC power source of 60Hz, the range of the speed grade of 2950 rev / min to 3250 revolutions / minute; the range of the low speed of 2300 rev / min to 2550 rev / min.
5.—种洗碗机的交流洗涤电栗调速控制系统,其特征在于,所述交流洗涤电栗的栗体与洗碗机中的水杯连接;所述交流洗涤电栗调速控制系统包括高速供电开关、低速供电开关以及开关控制t旲块; 所述交流洗涤电栗中的电机的定子绕组包括第一主相绕组、第二主相绕组及副相绕组,所述第一主相绕组的第一端与所述第二主相绕组的第一端以及所述副相绕组的第一端共接于所述高速供电开关,所述第一主相绕组的第二端连接地线,所述第二主相绕组的第二端连接所述低速供电开关,所述副相绕组的第二端连接火线,所述高速供电开关和所述低速供电开关连接零线;所述火线和所述零线连接交流电源; 在所述洗碗机的运行过程中,所述开关控制模块控制所述高速供电开关和所述低速供电开关交替导通,以使所述交流洗涤电栗按照高档转速和低档转速交替 5.- species dishwasher washing alternating electrical Li speed control system, characterized in that said AC electric washing chestnut Castanea member connected to the cup of the dishwasher; washing said AC speed control system comprises electrical Li High-speed power switching, low power supply switch and a switch control block Dae t; stator windings AC power Li washed in a first motor comprising a main winding phase, a main phase winding and a second secondary phase winding of the first main winding phase the first end and the second end of the primary winding of the first phase and the secondary phase winding of the first end commonly connected to said high speed switching power supply, the first end of the primary phase winding of the second ground connection, the second ends of the second phase winding is connected to the main power switch is low, the phase winding is connected to the line of fire, the high speed switching power supply and the power supply switch connecting the low-speed zero line; the line and the connected to said AC power line zero; during operation of the dishwasher, the switch control module controls the power supply switch and said low-speed power supply switch is turned on alternately, so that the alternating electric Li washed according to speed grade and a low speed alternately 运行;所述高档转速大于所述低档转速; 具体的,所述栗体的入水口与所述水杯的圆柱形流道连接。 Operation; the speed is greater than the low speed grade; Specifically, the Li body inlet flow passage connected to the cylinder of the cup.
6.如权利要求5所述的交流洗涤电栗调速控制系统,其特征在于,所述开关控制模块控制所述高速供电开关和所述低速供电开关交替导通的过程具体为: 所述开关控制模块在高速运转时间内控制所述高速供电开关导通,随后在低速运转时间内控制所述低速供电开关导通,并返回继续在高速运转时间内控制所述高速供电开关导通。 6. The AC electric Li washed speed control system according to claim 5, characterized in that the switching control module controls the power supply switch and said high-speed low-power switch alternately conducting a process is specifically: the switch High speed control module controls the power supply switch is turned on in a high speed operation time, then controls the low-speed power supply switch is turned on in the low speed operation time, and returns control to continue the high-speed power supply switch is turned on in the high speed operation time.
7.一种洗碗机,其包括交流洗涤电栗和水杯,其特征在于,所述洗碗机还包括如权利要求5或6所述的交流洗涤电栗调速控制系统。 A dishwasher, comprising washing the AC power Li and cups, characterized in that said dishwasher further comprising a wash electrically Li AC speed control system of claim 5 or claim 6.
8.—种洗碗机的交流洗涤电栗调速控制方法,其特征在于,所述交流洗涤电栗的栗体与洗碗机中的水杯连接; 所述交流洗涤电栗中的电机的定子绕组包括第一主相绕组、第二主相绕组、第三主相绕组及副相绕组,所述第一主相绕组的第一端与所述第二主相绕组的第一端以及所述副相绕组的第一端共接于所述洗碗机中的高速供电开关,所述第一主相绕组的第二端连接地线,所述第二主相绕组的第二端与所述第三主相绕组的第一端共接于所述洗碗机中的中速供电开关,所述第三主相绕组的第二端连接所述洗碗机中的低速供电开关,所述副相绕组的第二端连接火线,所述高速供电开关、所述中速供电开关及所述低速供电开关均连接零线;所述火线和所述零线连接交流电源; 所述交流洗涤电栗调速控制方法为: 在所述洗碗机的运行过程中,循环控制所述高速 Li washed AC electrical speed control method of a dishwasher 8.- species, wherein said alternating electric washing chestnut Castanea body connected to the dishwasher cups; Li a stator in the electric washing said AC motor primary winding comprises a first winding phase, the second phase primary winding, and a third main phase winding phase winding, a first end of the first end and the second primary winding of the first phase winding and the main phase phase winding commonly connected to the first end of said high speed switching power supply of the dishwasher, a second end of the first primary winding is connected to ground phase, a second terminal of the second primary winding and the phase third main phase winding commonly connected to a first end of medium speed power switch of the dishwasher, said third primary phase winding is connected to a second end of the low-speed power supply switch of the dishwasher in the secondary the second terminal of the winding is connected FireWire, said high speed switching power supply, the power switch and the speed switching power supply are connected to the low-speed zero line; live wire and the neutral wire of the AC power supply is connected; said AC electric washing Li speed control method: during operation of the dishwasher, the high speed control loop 供电开关、所述中速供电开关及所述低速供电开关依次导通,以使所述交流洗涤电栗按照高档转速、中档转速及低档转速依次运行的方式进行循环工作; 所述高档转速大于所述中档转速,所述中档转速大于所述低档转速; 具体的,所述栗体的入水口与所述水杯的圆柱形流道连接。 The power switch, the power switch and the speed low power supply switch is turned on sequentially, so that the alternating electric Li washed according to speed and mid-range grade low speed mode operating speed sequentially circulating work; the rotational speed is greater than the high-grade said mid-range speed, the mid-range speed is greater than said low speed; specifically, the Li body inlet flow passage connected to the cylinder of the cup.
9.如权利要求8所述的交流洗涤电栗调速控制方法,其特征在于,所述循环控制所述高速供电开关、所述中速供电开关及所述低速供电开关依次导通的步骤包括以下步骤: 51.在高速运转时间内控制所述高速供电开关导通; 52.在中速运转时间内控制所述中速供电开关导通; 53.在低速运转时间内控制所述低速供电开关导通,并返回继续执行步骤SI。 9. The alternating current control method of washing Li speed according to claim 8, wherein said high-speed loop control of the power switch, the power switch and the speed step of the low power supply switch is turned on sequentially comprising the steps of: in the cache 51. the control operation time of the high-speed power supply switch is turned on; the speed control 52. the power supply switch is turned on in the medium-speed operating time; 53. the control in the low speed operation time of the low power switch turned on, and returns to proceed to step SI.
10.如权利要求8所述的交流洗涤电栗调速控制方法,其特征在于,所述交流电源所输出的交流电的频率为50Hz,所述高档转速的取值范围为2650转/分钟至2850转/分钟;所述中档转速的取值范围为2350转/分钟至2550转/分钟;所述低档转速的取值范围为2200转/分钟至2350转/分钟。 10. A method of AC electrical Li speed control of the washing as claimed in claim 8, wherein the frequency of the AC power source AC outputs is 50Hz, the speed range of the high-end of 2650 rev / min to 2850 revolutions / minute; the range of the mid-range speed of 2350 rev / min to 2550 rev / min; the low speed range of 2200 rev / min to 2350 rev / min.
11.如权利要求8所述的交流洗涤电栗调速控制方法,其特征在于,所述交流电源所输出的交流电的频率为60Hz,所述高档转速的取值范围为2950转/分钟至3250转/分钟;所述中档转速的取值范围为2650转/分钟至2850转/分钟;所述低档转速的取值范围为2300转/分钟至2550转/分钟。 11. Li AC electrical speed control method of the washing as claimed in claim 8, wherein the frequency of the AC output of AC power source of 60Hz, the range of the speed grade of 2950 rev / min to 3250 revolutions / minute; the range of the mid-range speed of 2650 rev / min to 2850 rev / min; the low speed range of 2300 rev / min to 2550 rev / min.
12.—种洗碗机的交流洗涤电栗调速控制系统,其特征在于,所述交流洗涤电栗的栗体与洗碗机中的水杯连接;所述交流洗涤电栗调速控制系统包括高速供电开关、中速供电开关、低速供电开关以及开关控制模块; 所述交流洗涤电栗中的电机的定子绕组包括第一主相绕组、第二主相绕组、第三主相绕组及副相绕组,所述第一主相绕组的第一端与所述第二主相绕组的第一端以及所述副相绕组的第一端共接于所述高速供电开关,所述第一主相绕组的第二端连接地线,所述第二主相绕组的第二端与所述第三主相绕组的第一端共接于所述中速供电开关,所述第三主相绕组的第二端连接所述低速供电开关,所述副相绕组的第二端连接火线,所述高速供电开关、所述中速供电开关及所述低速供电开关均连接零线;所述火线和所述零线连接交流电源; 在所述洗碗机的 12.- species dishwasher washing alternating electrical Li speed control system, characterized in that said AC electric washing chestnut Castanea member connected to the cup of the dishwasher; washing said AC speed control system comprises electrical Li high speed power switch, power supply switch speed, low power switch and a switching control module; Li said AC electric washing machine in stator winding comprising a first primary winding phase, the second phase primary winding, and a third main phase winding subphase winding the first phase winding of the first primary end and the second end of the primary phase winding and a first secondary phase winding of the first terminal commonly connected to said high power supply switch, the first main phase winding a second end connected to ground, the second end of the primary winding of the second phase and the third phase winding of the first main terminal connected to the common power supply switching speed, a third main phase winding a second terminal connected to the second end of the low-power switch, the phase winding is connected to the line of fire, the high speed switching power supply, the power switch and the speed switching power supply are connected to the low-speed zero line; the line and the said neutral connection AC power; in the dishwasher 运行过程中,所述开关控制模块循环控制所述高速供电开关、所述中速供电开关及所述低速供电开关依次导通,以使所述交流洗涤电栗按照高档转速、中档转速及低档转速依次运行的方式进行循环工作;所述高档转速大于所述中档转速,所述中档转速大于所述低档转速; 具体的,所述栗体的入水口与所述水杯的圆柱形流道连接。 During operation, the switching control module controls said high-speed loop power switch, the power switch and the speed low power supply switch is turned on sequentially, so that the alternating electric Li washed according to speed grade, mid-range speed and low speed sequentially circulating operation mode work; mid-range of the rotational speed greater than the speed grade, the mid-range speed is greater than said low speed; specifically, the Li body inlet flow passage connected to the cylinder of the cup.
13.如权利要求12所述的交流洗涤电栗调速控制系统,其特征在于,所述开关控制模块循环控制所述高速供电开关、所述中速供电开关及所述低速供电开关依次导通的过程具体为: 所述开关控制模块在高速运转时间内控制所述高速供电开关导通,随后在中速运转时间内控制所述中速供电开关导通,接着在低速运转时间内控制所述低速供电开关导通,并返回继续在高速运转时间内控制所述高速供电开关导通。 13. The AC electrical Li washed speed control system according to claim 12, wherein the switch control module controls said high-speed loop power switch, the power switch and the speed low power supply switch is turned on sequentially the specific process is: the switching control module controls the power supply switch is turned on high speed in a high speed operation time, then controls the power supply switch is turned on medium speed in a medium-speed operation time, then controls the operation time in the low speed low power supply switch is turned on, and continues to return the control operation time in the high-speed power supply switch is turned on.
14.一种洗碗机,其包括交流洗涤电栗和水杯,其特征在于,所述洗碗机还包括如权利要求12或13所述的交流洗涤电栗调速控制系统。 14. A dishwasher, comprising washing the AC power Li and cups, characterized in that said dishwasher further comprising a wash electrically Li AC speed control system of claim 12 or claim 13.
CN201510178691.9A 2015-04-14 2015-04-14 A dishwasher washing pump and AC speed control system and method CN104863834B (en)

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