CN101932884A - Hvac控制器 - Google Patents
Hvac控制器 Download PDFInfo
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- CN101932884A CN101932884A CN2008801260600A CN200880126060A CN101932884A CN 101932884 A CN101932884 A CN 101932884A CN 2008801260600 A CN2008801260600 A CN 2008801260600A CN 200880126060 A CN200880126060 A CN 200880126060A CN 101932884 A CN101932884 A CN 101932884A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/30—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B13/00—Adaptive control systems, i.e. systems automatically adjusting themselves to have a performance which is optimum according to some preassigned criterion
- G05B13/02—Adaptive control systems, i.e. systems automatically adjusting themselves to have a performance which is optimum according to some preassigned criterion electric
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B15/00—Systems controlled by a computer
- G05B15/02—Systems controlled by a computer electric
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D23/00—Control of temperature
- G05D23/19—Control of temperature characterised by the use of electric means
- G05D23/1902—Control of temperature characterised by the use of electric means characterised by the use of a variable reference value
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D23/00—Control of temperature
- G05D23/19—Control of temperature characterised by the use of electric means
- G05D23/1917—Control of temperature characterised by the use of electric means using digital means
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/52—Indication arrangements, e.g. displays
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
- F24F11/63—Electronic processing
- F24F11/65—Electronic processing for selecting an operating mode
Abstract
描述了一种HVAC控制器(10;20),相比于惯有的HVAC控制器,该HVAC控制器被配置成编程和操作更加直观且用户界面友好。在一些示例中,HVAC控制器(10;20)可以包括触摸屏界面(14),其在给用户显示信息和/或从用户请求信息方面提供更好的灵活性。
Description
相关申请
本申请主张申请号为60/991,626,题目为“HVAC控制器”的美国临时申请的优先权,在此通过引用将该临时申请整体并入。
技术领域
本公开一般涉及HVAC控制器(HVAC controller)。
背景技术
供热、通风、和/或空气调节(HVAC)系统通常被用来控制建筑物或其他结构内的舒适等级。许多HVAC控制器包括控制器(controller),其激活并去激活HVAC系统的一个或多个HVAC组件,以影响并控制建筑物内的一个或多个环境条件。这些环境条件可以包括但不限于温度、湿度、和/或通风。在很多情况下,这样的HVAC控制器可以包括或接入一个或多个传感器,并可以使用由一个或多个传感器所提供的参数来控制一个或多个HVAC组件,进而获得所期望的被编程或被设置的环境条件。由于这样的现代HVAC控制器的复杂性的增加,编程和/或操作这样的装置可被认为是困难和/或让人困惑的,尤其对于新手和/或者非专业用户。因此,存在对更直观且用户界面友好以便编程和操作的HVAC控制器的需求。
发明内容
本公开涉及被配置地更直观且用户界面更友好以便编程和操作的HVAC控制器。在一些示例中,本公开涉及包括触摸屏界面的HVAC控制器,其在向用户显示相关信息和/或从用户请求信息方面提供更好的灵活性,尽管这不是必需的。
以上总结并非意在描述每个所揭示的实施方式或者本公开中的每个实现。以下说明书更具体地举例说明了不同的示意性的实施方式。
附图说明
以下描述应参考附图阅读,附图中,不同附图中的相同单元被以同样形式标号。附图不是必需按比例的,其描述了所选择的实施方式而且并非旨在限制本公开的范围。结合所附附图考虑以下不同实施方式的详细描述,可以更加充分地理解本公开,附图中:
图1是示意性但非限制性的HVAC控制器的示意图;
图2是示意性但非限制性的HVAC控制器的前视图;
图3至图11提供示意性但非限制性的主屏幕的示例,主屏幕可以显示在图1和图2的HVAC控制器上;
图12至图17提供示意性但非限制性的关于使用图1和图2的HVAC控制器来改变和/或查看增湿和除湿设置的屏幕示例;以及
图18至图21提供示意性但非限制性的关于使用图1和图2的HVAC控制器来改变和/或查看偏好(preference)信息的屏幕示例。
虽然本发明服从不同的改变和替代形式,其详述已经通过示例方式在附图中示出并且将被详细地描述。然而,应当理解到目的不在于将本发明限制在所描述的具体实施方式。相反地,目的在于覆盖落在本发明的精神和范围内的所有修改、等同和替代。
具体实施方式
通常地,本公开涉及到用于具有编程能力的控制器的简化界面。这些控制器可以用在各种系统诸如,例如,HVAC系统、水加热器系统、水软化器系统、洒水器系统、安全系统、照明系统,等等。附图示意了HVAC控制器。尽管本发明不限于此,但通过对以下所提供的示例的讨论,将获得对本发明的不同方面的理解。
图1是示意性的HVAC控制器10的示意图。在一些情况下,HVAC控制器10可以被认为是自动调温器,但是这不是必需的。HVAC控制器10包括处理器或者控制器(controller)12以及用户界面14。控制器12可以适于依照控制或者至少部分地控制HVAC系统的一个或多个组件的算法运行。在一些例子中,该算法可以包括多个运行参数。可以被控制器12所控制的组件的例子包括炉子、用于热水加热或水汽加热的锅炉(boiler)、热泵、空气调节单元、增湿器(humidifier)、除湿器(dehumidifier)、空气交换器、空气清洁器等等中的一个或多个。控制器12可以例如根据提供温度设置点、起始和/或结束时间等等的算法来运行。
用户界面14可以是任何合适的界面,该界面允许控制器12显示和/或请求信息以及允许用户输入诸如温度设置点、湿度设置点、起始时间、结束时间等数据。在一些情形下,用户界面14可以包括显示器和独立的键盘。显示器可以为任何合适的字母数字显示器。在一些示例中,显示器可以包括或者可以为液晶显示器(LCD)。如果需要,用户界面14可以是用作显示器和键盘二者的触摸屏LCD板。在一些示例中,触摸屏LCD板可以适用于为多个运行参数请求值和/或适用于接收所述值。
HVAC控制器10可以包括存储器块16,存储器块16可以被认为是电性连接至控制器12。存储器块16可以被用于存储任何期望的信息,诸如以上所提及的控制算法、设置点等等。控制器12可以在存储器块16中存储信息并可以随后取回所存储的信息。存储器块16可以是任何适当类型的存储装置,诸于RAM、ROM、EPROM、闪存驱动(flash drive)、硬驱动(hard drive)等等。
如所示意的,在一些情况下,HVAC控制器10可以包括数据端口18。数据端口18可以被配置以与控制器12通信,并且如果需要,数据端口18可以用来向控制器12上传信息或者从控制器12下载信息。可以被上传或者下载的信息可以包括运行参数值。在一些示例中,数据端口18可以被用来将之前建立的自动调温器配置上传至HVAC控制器10中,从而加速编程过程。在一些情况下,数据端口18可以用来下载已经使用HVAC控制器10建立的自动调温器配置,使得自动调温器配置可以被用在其它自动调温器。在一些情况下,数据端口18可以被用来上传和/或下载关于HVAC代理商(dealer)或者承包商(contractor)的信息。
数据端口18可以是比如蓝牙(BluetootTM)端口或者任何其它无线协议的无线端口。在一些情况下,数据端口18可以是诸如串行端口、并行端口、CAT5端口、USB(通用串行总线)端口或类似的无线端口。在一些示例中,数据端口18可以是USB端口并可以被用于从USB闪存驱动下载和/或上传信息。需要时,也可以采用其它存储装置。
图2是示意性的HVAC控制器20的前视图。在一些情况下,HVAC控制器20可以代表HVAC控制器10(图1)的外在表现形式,但这不是必需的。HVAC控制器20包括置于外壳24中的显示器22。在一些情况下,显示器22可以为触摸屏LCD显示器。如果需要,显示器22可以为点阵触摸屏LCD显示器。点阵触摸屏LCD显示器是触摸屏LCD,其允许诸如字母、数字、图形及类似物的图像被显示在LCD上的任何位置,而不限于被预先定义的位置,诸如具有固定段码LCD的情形。外壳24可以由任何合适的材料形成,诸如聚合物材料。
在一些情况下,HVAC控制器20可以被配置以提供丰富的显示和/或编程功能。图3至图11提供可以由HVAC控制器20显示的主屏幕(home screen)的示例。在一些情况下,主屏幕可以包括可通过顶层导航菜单访问的屏幕。在一些情况下,主屏幕可以是作为默认显示或者当没有其它数据输入在进行时,由HVAC控制器20所显示的屏幕。如果需要,主屏幕可以显示一个或多个涉及环境条件的参数,诸如室内和/或室外温度和/或湿度、预计的天气情况、和/或任何至少部分地被HVAC控制器20所控制的设备的状态。
在图3中,HVAC控制器20正在显示器22上显示主屏幕24,该主屏幕24包括可被认为是提供顶层导航的导航条26。在一些情况下,如果需要,导航条26可以包括主(HOME)按钮28、风扇(FAN)按钮30、加热/制冷(HEAT/COOL)按钮32和/或菜单(MENU)按钮34中的一个或多个。导航条26内的每个按钮的功能将被依次展示。图3是屏幕在用户已经按压了主按钮28后可以被显示的屏幕示例。
在一些情况下,主屏幕24可以被认为具有两个或多个区域。例如,主屏幕24可以包括第一区域36和第二区域38。在一些示例中,第一区域36可被认为显示主要信息或另外提供主要信息,而第二区域38可被认为显示次要信息或另外提供次要信息。在一些情况下,主要信息可以被认为是比次要信息更重要、更有趣和/或更有用的信息。为了示意,第一区域36可以显示当前温度读数、当前室内湿度、进度表(schedule)状态、及类似物中的一个或多个。第二区域38可以显示日期和时间、室外温度读数、室外湿度读数、设备状态、及类似物中的一个或多个。
主屏幕24可以包括第三区域40,其可以用于显示和/或调整诸如在被显示在主屏幕24的第一区域36中的参数的参数值。在一些情况下,例如,第三区域40可以包括参数42、向上箭头44和向下箭头46。必要时,可以使用向上箭头44和/或向下箭头46来增加或者下调参数42的值。
如示意的,第二区域38可以是指主屏幕24的左手边区,第三区域40可以是指主屏幕24的右手边区,并且第一区域36可以是指主屏幕24位于第二区域38和第三区域40之间的中心区。然而,在一些示例中,需要时,第一区域36、第二区域38和/或第三区域40中的一个或多个可以替代地在主屏幕24内被垂直地在其它区域的上方或下方对准。
在图4中,HVAC控制器20正在显示器22上显示主屏幕48,该主屏幕48在许多方面类似于主屏幕24(图3)。然而,主屏幕48包括可以用来显示和/或调节两个不同的参数值的第三区域50。例如,如所示的,第三区域50可以显示加热温度设置点和冷却温度设置点两者,但这不是必需的。第三区域50可以包括第一参数52、第一向上箭头54和第一向下箭头56。第三区域50可以包括第二参数58、第二向上箭头60和第二向下箭头62。合适时,可以使用第一向上箭头54和/或第一向下箭头56来向上或向下调整第一参数52。需要时,可以使用第二向上箭头60和/或第二向下箭头62来向上或向下调整第二参数58。
在一些示例中,按向上箭头44和/或向下箭头46(图3)可以使HVAC控制器20在显示器22上显示图5所示的主屏幕64。如所示的,主屏幕64可以包括沿着显示器22的一部分被显示的保持条(hold bar)66。保持条66可以包括可调整时间按钮68、重新开始进度表按钮(resume schedule button)70、持久保持按钮(permanent hold button)72以及完成按钮(done button)74中的一个或多个。可调整时间按钮68可以包括向上箭头76以及向下箭头78。合适时,用户可以通过按向上箭头76和/或向下箭头78来调整温度保持的结束时间。如果用户改变他们的想法,并且相反地希望返回至被编程的进度表,他们可以简单地通过按重新开始进度表按钮70来这样做。一旦他们已经根据需要调整了结束时间,他们可以按完成按钮74。
图6类似于图5,但包括关于图4中起初所讨论的第三区域50。图6示出了如果用户已经按了第一向上箭头54、第一向下箭头56、第二向上箭头60和/或第二向下箭头62中或者一个或者多个来调整温度设置点,则可以被HVAC控制器显示的主屏幕80。
图7提供了如果按风扇按钮30则可以被显示的示意性的主屏幕116。在一些情况下,帮助按钮118可以例如被显示在第二区域38中。通过按帮助按钮118,屋主或者其他个人可以获得关于他们正请求做出的选择的额外信息(即上下文相关的帮助(context sensitive help)信息)。第一区域36可以包括一个或多个风扇按钮,可按风扇按钮以指示HVAC控制器20怎样运行出现在HVAC设备中的风扇。风扇按钮可以包括例如持续运行按钮120、自动按钮122、间歇按钮124和/或以进度表运行的风扇按钮126中的一个或多个。因为可能存在比在第一区域36内同时所能显示的按钮更多的风扇按钮,故第三区域40可以包括向上滚动按钮128和向下滚动按钮130以便滚动经过可用的风扇按钮。
图8提供如果屋主或其它个人按屏幕116中(图7)的帮助按钮118,则可以由HVAC控制器20提供的示意性帮助屏幕132。第二区域38可以包括一旦他们已阅读并理解了帮助屏幕132中所提供的信息,则允许个人返回至先前屏幕(例如图7)的返回按钮133。在示意性的实施方式中,第一区域36包括上下文相关的文本信息(context sensitive textual information),其向个人提供关于屏幕116内出现的风扇选择的信息。也即,所提供的具体帮助信息优选地是与在手边的具体任务上下文关联。如果必要,第三区域40包括向上滚动按钮128以及向下滚动按钮130以便向上和向下滚动经过第一区域36内所提供的文本。
图9提供了如果按加热/制冷按钮32,可以被显示的示意性主屏幕134。在某些情况下,可以在第二区域38中显示帮助按钮136。通过按帮助按钮136,屋主或其他个人可以获得关于他们正请求做出的选择的额外信息。第一区域36可以包括一个或多个被按压以指示HVAC控制器20怎样运行HVAC设备的选择按钮。选择按钮可以包括例如加热按钮138、制冷按钮140、自动按钮142、关闭按钮144和/或紧急加热按钮146中的一个或多个。由于可以存在比在第二区域38内同时所能显示的按钮更多的选择按钮,第三区域40可以包括向上滚动按钮128和向下滚动按钮130以便滚动经过可用的选择按钮。
图10提供如果屋主或其它个人按主屏幕134中(图9)的帮助按钮136,则可以被HVAC控制器20所提供的示意性帮助屏幕148。第二区域38可以包括一旦他们已阅读并且理解帮助屏幕132中所提供的信息,就允许个人返回先前屏幕(例如图9)的返回按钮133。如上所讨论,第一区域36可包括上下文相关的文本信息,上下文相关的文本信息向个人提供关于主屏幕116内出现的选择挑选(selection choice)的信息。第三区域40包括向上滚动按钮128以及向下滚动按钮130以便向上和向下滚动经过所显示的文本。
应当理解到,尽管这里示出的帮助屏幕132和148向用户提供关于风扇设置(帮助屏幕132)和加热/制冷设置(帮助屏幕148)的信息,HVAC控制器20可被配置以提供上下文相关的帮助屏幕,该帮助屏幕实际上关于HVAC控制器20可以显示从用户请求挑选或设置的任何屏幕。例如,HVAC控制器20可以提供关于设备选择和设备参数、制进度表(scheduling)和其它屏幕上编程等等的上下文相关的帮助屏幕。HVAC控制器20可以被配置以在需要时,在任何包括用户选择和/或设置的屏幕上包括帮助按钮(类似帮助按钮118或136)。
可见,HVAC控制器诸如自动调温器(20)可以被配置以控制HVAC系统的一个或多个组件。HVAC控制器(20)可以包括被配置以运行至少部分地控制HVAC系统的一个或多个组件的算法的控制器(12)。该算法可以包括多个运行参数。在一些示例中,HVAC控制器可以包括耦接于控制器(12)的触摸屏点阵显示器(22),但这不是必需的。当提供该触摸屏点阵显示器(22)时,触摸屏点阵显示器(22)可以被配置以显示多个运行参数中的一个或多个以及为所显示的运行参数请求值。在一些示例中,控制器(12)也可以在触摸屏点阵显示器(22)上显示帮助按钮(118;136),帮助按钮如果按压,控制器(12)显示提供涉及所显示的运行参数的信息的上下文相关的帮助屏幕(132;148)。在一些情况下,代替所显示的运行参数而显示帮助信息,但这不是必需的。需要时,所显示的运行参数可以涉及循环风扇运行、系统运行、制进度表、增湿、除湿、通风设置、维护提醒、设备设置,和/或任何其它合适的运行参数(一个或多个)中的一个或多个。
在一些示例中,帮助屏幕(132;148)可以包括返回按钮(133),如果按压返回按钮,则使控制器向后回至包括先前已显示运行参数的先前屏幕。同样,如果必要,设想到帮助屏幕(一个或多个)(132;148)可以包括可以用来上下滚动经过帮助信息的滚动按钮(128;130)。
为帮助提高有用性并增加帮助信息的内容,设想到的是帮助屏幕(132;148)中所显示的信息可以包括嵌入变量。嵌入变量的当前值可以被并入到所显示的帮助信息内。
在一些情况下,HVAC控制器(20)可以被配置以显示具有一个或多个菜单屏幕(116;134)的菜单结构,每个菜单屏幕具有两个或两个以上菜单选项。设想的是对于具有两个或两个以上菜单选项的菜单屏幕(116;134)中的至少一个,控制器也可以显示帮助按钮(118;136),如果按压帮助按钮,则使得控制器(12)显示提供至少涉及一些所显示的菜单选项的信息的上下文相关的帮助屏幕(132;148)。在一些情况下,上下文相关的帮助屏幕代替菜单屏幕(116;134)被显示。同样,帮助屏幕(132;148)可以包括返回按钮(133),如果按该返回按钮,其使得控制器向后回复到菜单屏幕(116;134),但是这不是所有实施方式中所必需的。
图11提供如果按菜单按钮34便可以被显示的示意性主屏幕150。HVAC控制器20可以在第一区域36和/或第二区域38中显示各种菜单项。在示意性的实施方式中,如果必要,第三区域40包括向上滚动按钮128和向下滚动按钮130以上下滚动所显示的菜单项。这些菜单项可以允许屋主或其它个人设置HVAC控制器20的各种参数。
在一些情况下,主屏幕150可以包括例如建立/编辑进度表按钮152、假期模式按钮154、增湿按钮156、除湿按钮158、通风按钮160、系统信息按钮162、日期/时间按钮164、偏好按钮166、临时进度表变化按钮168、风扇进度表按钮170、南方除湿模式(Southern Dehumidification Mode)按钮172、查找远程按钮(Find Remote Button)174、屏幕清除按钮176、安全设置按钮178和/或安装者设立按钮180中的一个或多个。随后的图将提供示意性的屏幕,响应于屋主或者其他个人选择这些菜单项中的一个或多个,这些屏幕可以通过HVAC控制器20被显示。
图12至17提供示意性的但非限制性的关于在HVAC控制器内改变和/或查看增湿和除湿设置且可以通过HVAC控制器20所显示的屏幕的示例。具体地,图12-15提供示意性的屏幕,该屏幕响应于某人按压或者另外选择增湿按钮156(图11)而可以通过HVAC控制器20被显示,而且图16-17提供示意性的屏幕,该屏幕响应于某人按压或者另外选择除湿按钮158(图11)而可以通过HVAC控制器20被显示.
图12提供可以包括指示用户选择或设定他们的除湿设置的文本524的示意性的屏幕522。HVAC控制器20可以例如将增湿设置使用在控制比如整个房屋的增湿器等的增湿器中。HVAC控制器20可以例如显示用在调整诸如增湿等运行参数中的参数调整单元。参数调整单元可以包括至少对运行参数的当前设置提供定性指示的指示器。
为了示意性说明,屏幕552包括具有标度528、显示530、向左箭头532以及向右箭头534的滑条(slider bar)526。标度528可被看作包括以比如“干”、“舒适区”和“湿”等相对或定性的术语来描述增湿设置的文本。这些具体的术语仅是代表性的,因为其它术语同样也可以使用。更通常地,标度528可以向特定的湿度值(例如42%)提供定性的内容,使得不熟悉湿度值的用户仍能够选择适当的湿度设置。
如所示意的,显示530可以提供提示,该提示是正被显示的室内湿度设置以及当前室内湿度设置或者当前室内湿度读数。图13提供具有显示538的示意性屏幕536,显示538提供对当前室内湿度设置或读数以及防霜已被激活的指示的显示,如将被相对于随后的图所讨论的一样。
回到图12,滑条526可以被看作包括指示器按钮540,需要时,可以使用向左箭头532和/或向右箭头534来向左和/或向右移动指示器按钮540。指示器按钮540可以相对于标度528提供相对的或定性的湿度设置的可视化指示并且如果需要,可以包括与标度528相互配合的指针(pointer)。对于所显示的参数,标度528可以提供数字上限和/或数字下限。在一些示例中,指示器按钮540可以包括室内湿度设置的数字表示。
在一些情况下,指示器按钮540可以响应于用户按压向左箭头532或向右箭头534而向左或向右移动规定的距离。在一些情况下,指示器按钮540移动的距离可以至少部分地为向左箭头532和/或向右箭头534被按压的次数的函数。在一些示例中,指示器按钮540移动的距离可以至少部分地为向左箭头532和/或向右箭头534被用户按压住的时间的函数。在一些情况下,指示器按钮540可以为触摸敏感(touch-sensitive)按钮,并且可以通过用户触摸指示器按钮540以及将他们的手指向左或向右拖拉而将指示器按钮540向左或向右移动。
屏幕552可以包括禁止增湿按钮542。在一些情况下,用户也许不希望向HVAC控制器20提供增湿设置。例如,温暖的气候中,用户也许不想要或不需要运行通过HVAC控制器20所控制的比如整个房屋增湿器的增湿器。在一些情况下,用户的HVAC设备可以不包括任何增湿设备。在诸如这些的环境中,用户可以通过按压禁止增湿按钮542来去激活该功能。图14提供类似于屏幕522(图12)的示意性的屏幕552,但是图14示出了因为用户已经按压了禁止增湿按钮542,HVAC控制器20已经将滑条526变灰显示(gray out)。可以看出,文本524已经表述了增湿被禁止。在一些情况下,屏幕552可以包括使能增湿按钮554。
回到图12,屏幕522可以包括窗户防霜设置按钮544,其将在以下结合图15和16被讨论。帮助按钮546如果被按压,可以进一步提供上下文相关的帮助信息,该上下文相关的帮助信息解释例如增湿、提供关于选项的说明(clarification regarding option)等等。取消按钮548如果被按压,可以使得HVAC控制器20回复到屏幕150(图11)而不保存已经做出的任何改变。完成按钮550如果被按压,则通知HVAC控制器20已经完成了增湿设置,而作为结果,HVAC控制器20可以回复到屏幕150(图11)并且保存任何改变。
按窗户防霜设置按钮544(图12)可以让HVAC控制器20显示示意性的屏幕556,如图15所示的。在一些方式中,选择室内增湿设置类似于选择窗户防霜设置,因为窗户结露(condensation)的风险(尤其在寒冷天气)至少部分地是室内空气湿度的函数。然而,窗户结露也至少部分地是房屋或者其它建筑内的窗户的有效性的函数。
旧式的,比如单窗玻璃(single-pane)窗户等低效的窗户可以将相对冷的玻璃表面呈现给建筑物内热的空气。这种情况下更可能结露。相反地,较新的比如双重窗玻璃(double-pane)窗户或者甚至三重窗玻璃(triple-pane)窗户等更有效的窗户将把相对更暖和的玻璃表面呈现给建筑物内热的空气。从而,有效的窗户可以容忍相对较高的室内湿度而没有过度的窗户结露。当然,应该认识到室外温度同样可以有影响。在一些情况下,HVAC控制器20可以与外部温度传感器通信并且可以被编程以相应地调整湿度设置和/或窗户防霜设置。
屏幕556可以包括告知用户他们将选择窗户防霜设置的文本558。屏幕556包括具有标度562、显示564、向左箭头532以及向右箭头534的滑条560。标度562可以包括以相对或定性术语(诸如“较低效率”和“较高效率”)描述窗户防霜设置的文本。将认识到这是指建筑物内窗户的相对有效性。如示意的,显示564可以提供提示,该提示是正被显示的是窗户能量有效性设置。
滑条560可被看作包括指示器按钮563,需要时,可以使用向左箭头532和/或向右箭头534来向左和/或向右移动指示器按钮563。指示器按钮563可以相对于标度562提供相对的或定性的湿度设置的可视化指示并且如果需要,可以包括与标度562相互配合的指针。在一些示例中,指示器按钮563可以包括窗户防霜设置的数字表示。
可以使用向左箭头532或向右箭头534来移动指示器按钮563。在一些情况下,指示器按钮563移动的距离可以至少部分地是向左箭头532和/或向右箭头534被按压的次数或者被按压的时间的函数。在一些情况下,指示器按钮563可以是触摸敏感按钮,并且其可以通过用户触摸指示器按钮563以及将他们的手指向左或向右拖拉而简单地向左或向右移动。如果用户希望回到屏幕522(图12)以改变增湿设置,则可以按压增湿设置按钮565。取消按钮548如果被按压,则可以让HVAC控制器20回复至屏幕150(图11)而不保存已经做出的任何改变。完成按钮550如果被按压,则通知HVAC控制器20窗户防霜设置已经被完成,而作为结果,可以回复至屏幕150(图11)并保存设置。
图16示出了可以包括指示用户选择或设置他们的除湿设置的文本568的示意性屏幕566。HVAC控制器20可以例如使用除湿设置来控制除湿器或者空气交换器的运行。屏幕566包括具有标度572、显示574、向左箭头532和向右箭头534的滑条570。标度572可被看作包括以比如“干”、“舒适区”、“湿”等相对或定性的术语来描述除湿设置的文本。这些具体的术语仅是代表性的,因为其它术语同样也可以被使用。更通常地,标度527可以给特定的湿度值(例如42%)提供定性的内容使得不熟悉湿度值的用户仍能够选择合适的湿度设置。
如所示意的,显示574可以提供及当前室内湿度设置或者当前室内湿度读数。滑条570可被看作包括指示器按钮576,需要时,使用向左箭头532和/或向右箭头534可以向左和/或向右移动指示器按钮576。指示器按钮576可以相对于标度528提供除湿设置的可视化指示并且如果需要,指示器按钮576可以包括与标度574相互配合的指针。在一些示例中,指示器按钮576可以包括室内湿度设置的数字表示。
可以使用向左箭头532或者向右箭头534来移动指示器按钮576。在一些情况下,指示器按钮576移动的距离可以至少部分地是向左箭头532和/或向右箭头534被按压的次数或者被按压的时间的函数。在一些情况下,指示器按钮576可以是触摸敏感按钮,并且其可以通过用户触摸指示器按钮562并且将他们的手指向左或向右拖拉而被向左或向右移动。
如示意的,屏幕566可以包括禁止除湿按钮578。按压禁止除湿按钮578可以使HVAC控制器20显示示意屏幕580,如图17中所示的。可以看到屏幕580中,滑条570已经被变灰显示。文本568也可以包括提示用户除湿已被禁止的消息。如果例如用户的HVAC设备不包括除湿器或空气交换器,那么用户也许希望禁止除湿。在一些情况下,屏幕580可以包括使能除湿按钮582。
回到图16,取消按钮548如果被按压,则可以使HVAC控制器20回复到屏幕150(图11)而不保存已经做出的任何改变。完成按钮550如果被按压,则通知HVAC控制器20除湿设置已被完成,并因此可以回复屏幕150(图11)并且保存改变。
图18至图21提供示意性的但非限制性的关于查看和/或改变HVAC控制器20内的偏好且可以通过HVAC控制器20被显示的屏幕的示例。特别地,图18提供示意性的屏幕700,显示屏幕700响应于按压或另外选择偏好按钮166(图11),可以被HVAC控制器20显示以便查看和/或改变偏好信息。
屏幕700包括导航条702,其向用户提供关于他们在菜单结构中所在位置的信息。如果需要,上级菜单(previous menu)按钮704允许用户返回上级菜单。在一些情况下,按上级菜单按钮704可以使HVAC控制器20回复至屏幕150(图11)。屏幕700可以包括多个可以为其选择偏好的菜单项。在一些情况下,可以存在比能同时显示在屏幕700上的菜单项更多的菜单项。因此在一些情况下,屏幕700可以包括向上箭头按钮730和向下箭头按钮732,使得用户可以向上和/或向下滚动经过菜单项。在图18中,示出不同的菜单项,其包括被显示在屏幕700外部的一些菜单项。应当理解到,这只是示意性的,并且向上箭头按钮730和/或向下箭头按钮732可以被用来在屏幕700上滚动经过这些不同的菜单项。
在一些示例中,屏幕700可以显示提示按钮706、华氏/摄氏按钮708、12小时/24小时时钟按钮710、显示选项按钮712、语言选项按钮714、进度表选项按钮716、自适应智能恢复按钮718、恢复能源之星设置按钮(Restore Energy Star Setting button)720、未住人(unoccupied)设置按钮722、通风设置按钮724、无线装置管理器按钮726以及白天省时按钮728中的一个或多个。
例如,如果用户按压显示选项按钮712,HVAC控制器20可以显示图19中所示的示意性屏幕776。导航条702给用户提供其在等级菜单结构中的位置的指示。上级菜单按钮704允许用户回复至先前屏幕。屏幕776可以包括例如背光按钮778、对比度按钮780以及屏幕保护按钮782中的一个或多个。这些是能被定制或者能够由用户另外修改的显示选项。
按图19中的背光按钮778可以使HVAC控制器20显示如图20中所示的示意性屏幕784。屏幕784可以包括指示用户设置他们的惰性(inactive)背光等级的文本786。滑条788包括标度790、显示792、向左箭头794以及向右箭头796。标度790可以提供比如暗淡和明亮等相对的或定性的术语。如所示的,显示792可以提供提示,该提示是正被设置的背光等级。滑条788包括指示器798,需要时,可以使用向左箭头794和/或向右箭头796来将指示器798向左和/或向右移动。指示器按钮798可以相对于标度790提供相对或定性的背光等级的可视化指示并且如果需要,可以包括与标度790相互配合的指针。在一些情况下,指示器按钮798可以包括背光等级设置的数字表示。在一些情况下,数字表示的范围可以从0至10、或者也许从1至10。
在一些情况下,指示器按钮798移动的距离可以至少部分地是向左箭头794和/或向右箭头796被按压的次数或时间的函数。在一些情况下,指示器按钮798可以为触摸敏感按钮,并且可以通过用户触摸指示器按钮798并且向左或向右拖拉他们的手指而将指示器按钮798简单地向左或向右移动。帮助按钮744可以给用户提供进一步的信息。如果需要,用户可以使用取消按钮762来进行取消。按完成按钮752可以使HVAC控制器20保存做出的任何改变和/或回复到先前屏幕。
暂时回到图19,按压对比度按钮780可以使HVAC控制器20显示如图21中所示的示意性屏幕800。屏幕800可以包括指示用户设置他们的对比度等级的文本802。滑条803包括标度804、显示806、向左箭头808和向右箭头810。标度804可以提供比如较低对比度和较高对比度的相对或定性的术语。如所示的,显示806可以提供提示,该提示是正被设置的是对比度等级。滑条803包括指示器812,需要时,可以使用向左箭头808和/或向右箭头810来将指示器812向左和/或向右移动。指示器按钮812可以相对于标度804提供相对或定性的背光等级的可视化指示并且如果需要,指示器按钮812可以包括与标度804相互配合的指针。在一些示例中,指示器按钮812可以包括对比度等级设置的数字表示。
在一些情况下,指示器按钮812移动的距离可以至少部分地为向左箭头808和/或向右箭头810被按压的次数或时间的函数。在一些情况下,指示器按钮812可以为触摸敏感按钮,并且可以通过用户触摸指示器按钮812并且向左或向右拖拉他们的手指而将指示器按钮812简单地向左或向右移动。帮助按钮744可以给用户提供进一步的信息。如果需要,用户可以使用取消按钮762来取消。按完成按钮752可以使HVAC控制器20保存做出的任何改变和/或回复至先前屏幕。
如可见的,HVAC控制器(10;20)可以被配置以控制HVAC系统的一个或多个组件。HVAC控制器(10,20)可以包括任何合适的显示器,该显示器包括例如,触摸屏点阵显示器(22)。HVAC控制器(10;20)可以进一步包括与触摸屏点阵显示器(22)通信的控制器(12)。控制器(12)可以被配置以运行至少部分地控制HVAC系统中的一个或多个组件的算法,其中该算法包括(例如参考)至少一个运行参数。
在一些示例中,控制器(12)可以被配置以在触摸屏点阵显示器(22)上显示参数调整单元(526;560;570;788;803)以便用在调整运行参数之一。参数调整单元(526;560;570;788;803)可以包括指示器(528;562;572;790;804),其至少对运行参数的当前设置提供定性指示。在一些示例中,如果需要,参数调整单元(526;560;570;788;803)也可以指示运行参数的当前设置的定量的值、运行参数的允许范围、和/或运行参数的当前设置的数值。
在一些情况下,参数调整单元(526;560;570;788;803)可以包括滑动器控制(slider control)(540,563,576;798;812)以及对于运行参数的当前设置提供定性指示的指示器(528;562;572;790;804)。设想的是滑动器控制(540,563,576;798;812)可以允许用户通过在滑动器控制(540,563,576;798;812)的左端和右端(或者上端和下端)之间移动滑动器(540,563,576;798;812)来改变运行参数的值。
在一些示例中,滑动器控制(540,563,576;798;812)可以包括横条(horizontal bar)以及在横条上可滑动的滑动器按钮(540,563,576;798;812)。在这样提供时,用户可以通过将滑动器按钮(540,563,576;798;812)向左移动来减小运行参数的值,以及通过将滑动器按钮(540,563,576;798;812)向右移动来增大运行参数的值。
本公开不应被认为限定于以上所描述的具体示例,而相反应当理解为覆盖如所附权利要求中所陈述的本发明的所有方面。根据对直接说明的回顾,各种修改、等同处理、以及很多能够应用于本发明的结构对本领域技术人员而言将是显而易见的。
Claims (23)
1.一种被配置以控制HVAC系统的一个或多个组件的HVAC控制器(10;20),所述HVAC控制器(10;20)包括:
触摸屏点阵显示器(22);
与所述触摸屏点阵显示器(22)通信的控制器(12),该控制器(12)被配置以运行至少部分地控制所述HVAC系统的所述一个或多个组件的算法,该算法包括运行参数;以及
控制器(12),其被配置以在触摸屏点阵显示器(22)上显示用于使用在调整运行参数中的参数调整单元(526;560;570;788;803),所述参数调整单元(526;560;570;788;803)包括至少为所述运行参数的当前设置提供定性指示的指示器(528;562;572;790;804)。
2.如权利要求1所述的HVAC控制器(10;20),其中为所述运行参数的当前设置提供所述定性指示的所述指示器(528;562;572;790;804)指示特定运行参数的舒适区。
3.如权利要求1所述的HVAC控制器(10;20),其中所述参数调整单元(526;560;570;788;803)进一步指示所述运行参数的当前设置的定量值。
4.如权利要求1-3所述的HVAC控制器(10;20),其中所述参数调整单元(526;560;570;788;803)进一步指示对于所述运行参数的允许范围。
5.如权利要求2所述的HVAC控制器(10;20),其中所述参数调整单元(526;560;570;788;803)指示所述运行参数的当前设置的数值。
6.如权利要求1所述的HVAC控制器(10;20),其中所述参数调整单元(526;560;570;788;803)包括滑动器控制(540,563,576;798;812)以及为所述运行参数的当前设置提供定性指示的指示器(528;562;572;790;804),所述滑动器控制(540,563,576;798;812)允许用户通过在所述滑动器控制(540,563,576;798;812)的左端和右端之间移动滑动器(540,563,576;798;812)来改变运行参数设置的值。
7.如权利要求6所述的HVAC控制器(10;20),其中所述滑动器控制(540,563,576;798;812)包括横条以及在所述横条上可滑动的滑动器按钮(540,563,576;798;812)。
8.如权利要求7所述的HVAC控制器(10;20),其中用户可以通过向左移动所述滑动器按钮(540,563,576;798;812)来减小所述运行参数的值,以及通过向右移动所述滑动器按钮(540,563,576;798;812)来增大所述运行参数的值。
9.如权利要求8所述的HVAC控制器(10;20),其中通过用户触摸所述触摸屏点阵显示器上的所述滑动器按钮(540,563,576;798;812)并将滑动器按钮(540,563,576;798;812)向左和向右拖拉,可以将滑动器按钮(540,563,576;798;812)左右移动。
10.一种用于帮助调整HVAC控制器(10;20)的运行参数的方法,该方法包括:
在显示器上显示参数调整单元(526;560;570;788;803),参数调整允许用户在允许的范围内调整所述运行参数的当前设置;以及
显示至少对于所述运行参数的当前设置,向用户提供定性指示的指示器(528;562;572;790;804)。
11.如权利要求10所述的方法,进一步包括:
显示所述运行参数的当前设置的定量的值。
12.一种被配置以控制HVAC系统的一个或多个组件的自动调温器(20),所述自动调温器(20)包括:
控制器(12),其被配置以运行至少部分地控制所述HVAC系统的一个或多个组件的算法,所述算法包括多个运行参数;以及
耦接于所述控制器(12)的触摸屏点阵显示器(22),所述触摸屏点阵显示器(22)被配置以显示多个运行参数中的一个或多个以及为所显示的运行参数请求值;
其中所述控制器(12)也在所述触摸屏点阵显示器(22)上显示帮助按钮(118;136),所述帮助按钮如果被按压,则使所述控制器(12)显示提供涉及所显示的运行参数的信息的上下文相关的帮助屏幕(132;148)。
13.如权利要求12所述的自动调温器(20),其中所述信息代替所显示的运行参数被显示。
14.如权利要求13所述的自动调温器(20),其中所述帮助屏幕(132;148)包括返回按钮(133),所述返回按钮如果被按压,则使所述控制器向后回复到包括所显示的运行参数的先前屏幕。
15.如权利要求12所述的自动调温器(20),其中所述帮助屏幕(132;148)包括滚动按钮(128;130),所述滚动按钮可以被用来上下滚动经过涉及所显示的运行参数的信息。
16.如权利要求12所述的自动调温器(20),其中在所述帮助屏幕(132;148)上所显示的信息包括嵌入变量,其中所述嵌入变量的当前值被显示在所述信息中。
17.如权利要求12所述的自动调温器(20),其中所显示的运行参数涉及循环风扇运行、系统运行、制进度表、增湿、除湿、通风设置、维护提醒、以及设备设置中的一个或多个。
18.一种被配置以控制HVAC系统的一个或多个组件的自动调温器(20),自动调温器(20)包括:
控制器(12),其被配置以运行至少部分地控制所述HVAC系统的一个或多个组件的算法;以及
耦接于所述控制器(12)的触摸屏点阵显示器(22),所述触摸屏点阵显示器(22)被配置以显示具有一个或多个菜单屏幕(116,134)的菜单结构,每个菜单屏幕具有两个或两个以上的菜单选项;
其中,在具有两个或两个以上的菜单选项的所述菜单屏幕(116;134)的至少一个上,所述控制器也在所述触摸屏点阵显示器(22)上显示帮助按钮(118;136),所述帮助按钮如果被按压,则使所述控制器(12)显示提供涉及在所述菜单屏幕(116;134)的至少一个上的所述菜单选项的上下文相关的帮助屏幕(132;148)。
19.如权利要求18所述的自动调温器(20),其中所述信息代替所述菜单屏幕(116,134)被显示。
20.如权利要求18所述的自动调温器(20),其中所述帮助屏幕(132;148)包括返回按钮(133),所述返回按钮如果被按压,则使所述控制器向后回复至所述菜单屏幕(116;134)。
21.一种用于给自动调温器(20)用户提供帮助的方法,该方法包括:
在触摸屏点阵显示器上显示具有两个或两个以上菜单选项的菜单屏幕(116;134);
在所述菜单屏幕(116;134)上显示帮助按钮(118;136);以及
按压帮助按钮(118;136),并且作为响应,显示提供涉及所述菜单屏幕(116;134)上的所述菜单选项的信息的上下文相关的帮助屏幕(132;148)。
22.如权利要求21所述方法,其中所述信息代替所述菜单屏幕(116;114)被显示。
23.如权利要求21所述方法,其中所述帮助屏幕(132;148)包括返回按钮(133),所述返回按钮如果被按,则使所述控制器向后回复至所述屏幕(116;114)。
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US8768521B2 (en) | 2014-07-01 |
US20090143880A1 (en) | 2009-06-04 |
US20120116593A1 (en) | 2012-05-10 |
US20150204565A1 (en) | 2015-07-23 |
EP2232158A2 (en) | 2010-09-29 |
US9964321B2 (en) | 2018-05-08 |
US8346396B2 (en) | 2013-01-01 |
US20090143918A1 (en) | 2009-06-04 |
WO2009073496A2 (en) | 2009-06-11 |
US20090143916A1 (en) | 2009-06-04 |
US8876013B2 (en) | 2014-11-04 |
EP2232158B1 (en) | 2017-10-18 |
US20090140062A1 (en) | 2009-06-04 |
US20090140056A1 (en) | 2009-06-04 |
EP2232158A4 (en) | 2012-01-11 |
US20090143879A1 (en) | 2009-06-04 |
US8091796B2 (en) | 2012-01-10 |
US8087593B2 (en) | 2012-01-03 |
US20140222221A1 (en) | 2014-08-07 |
US8032254B2 (en) | 2011-10-04 |
US8731723B2 (en) | 2014-05-20 |
US20130090768A1 (en) | 2013-04-11 |
WO2009073496A3 (en) | 2009-09-03 |
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