CN100458619C - 用于对具有带有多日编程的图形用户接口的控制器进行编程的方法 - Google Patents
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Abstract
公开了一种配备了具有多日编程能力的用户接口的控制器(52,68,136),包括对这样的装置进行编程的方法。用户接口可包括一个或多个菜单或屏幕,所述菜单或屏幕可用来对在该周期间的一个或多个选定日的日程安排进行编程。一种对控制器进行编程的说明性方法可包括下述步骤:进入日程安排程序,选择用于日程安排修改的多日,改变在选定日期间一个或多个时段的日程安排参数,以及然后退出日程安排程序。
Description
技术领域
本发明一般而言涉及用于住宅和/或建筑物及其相关区域的可编程控制器领域。更具体而言,本发明涉及用于具有多日(multiple-day)编程能力的上述控制器的简化接口。
背景技术
在用于控制住宅和/或建筑物及其相关区域中各种功能的各种各样的装置和系统中使用控制器。一些控制器具有日程安排(schedule)编程,其修改装置参数例如设定点以作为日期和/或时间的函数。一些这种装置或系统控制器利用了用于控制住宅和/或建筑物及其相关区域中各种功能的日程安排编程,它们包括例如HVAC控制器、热水器控制器、软水器控制、安全系统控制器、草地喷灌器控制器、以及照明系统控制器。
在典型的HVAC应用中,例如可利用这种控制器进行监测,并且必要时控制在住宅或办公楼内出现的各种环境条件。控制器可包括微处理器,该微处理器与系统中其他部件交互以调节在一个或多个位置处出现的温度、湿度、通风、和/或空气质量。可利用位于控制器内的内部传感器和/或一个或多个遥感器来检测何时温度和/或湿度水平达到某个阈值水平,从而使控制器发送信号以启动或停用系统中的一个或多个部件。
该控制器可配备有用户接口,该用户接口允许用户监测并调整控制器的各种参数。对于更现代的设计,用户接口通常包括嵌入控制器外壳内的液晶显示器(LCD)或发光二极管(LED)显示器,该控制器外壳包含微处理器或类似部件、I/O接口、以及控制器的其他部件。用户接口可包括菜单驱动接口,其允许用户滚动一个或多个菜单或屏幕以调整控制器上的不同设置。在一些情况中,控制器内的程序提示用户在每个菜单或屏幕上向接口中输入各种命令以调整控制器设置。
在某些设计中,用户接口可以被配置成允许用户对控制器进行编程以运行某个日程安排。例如,控制器可包括日程安排程序,其允许用户调整在特定日期间一个或多个时段(period)的热和冷设定点以便保存能量。一旦对用于该日的参数进行了编程,那么用户就可重复该过程来改变其他剩余日的设置。对于一些设计,控制器可包括以下特征,即允许用户编制用于工作日和周末使用的分开的日程安排,或复制用于特定日的设置并向该周内的其它日应用那些设置。
与用户接口的交互通常证明可能是困难的,从而阻碍许多用户试图对控制器进行编程以运行日程安排。虽然一些现代的控制器允许用户将设置从一日复制到另一日,但是通常认为,对控制器进行编程通常所需的多个步骤太复杂或太耗时。在一些情况中,用户接口可能不允许用户选择在正常工作日/周末方案之外的多日。因此,本领域目前需要的是减少与对控制器进行编程以运行多日日程安排相关的时间和复杂性。
发明内容
本发明涉及具有多日编程能力的用于控制器的简化接口。在一个说明性实施例中,一种在配备有用户接口的控制器中编制多日日程安排的方法包括以下步骤:进入日程安排程序,为日程安排修改选择多日,为选定日期间的一个或多个时段改变日程安排参数,以及然后退出日程安排程序。用户可选择或可不选择要在日程安排程序中的任何点上进行修改的该周内的日,包括在某些预先选定的时间。在一些实施例中,可对控制器进行编程以如用户所期望的运行任何日或几日的组合的日程安排。
控制器可包括用户接口,该用户接口可用于显示和修改控制器内的各种参数。例如,用户接口可包括触摸屏、显示板/键盘、或任何其它适于传输到控制器和来自控制器的各种命令的合适的装置。多个机械和/或软按钮(例如可变功能、软件配置的)可被配置成接受来自用户的输入命令。在某些实施例中,用户接口可包括菜单驱动接口,其允许用户通过一个或多个菜单或屏幕进行导航以修改控制器中各种操作设置。菜单驱动接口可包括多个图标(例如图形按钮),其提示用户例如用触摸屏或键盘来输入各种命令。利用该接口,用户可对控制器进行编程以运行一日或多日的特定日程安排,而不必复制来自一个特定日的设置并且然后将那些设置应用于该周的其他日。
附图说明
图1是用于在配备有用户接口的控制器上进行多日日程安排编程的一种说明性方法的流程图;
图2是用于在配备有用户接口的控制器上进行多日日程安排编程的另一种说明性方法的流程图;
图3是采用具有多日编程能力的控制器的说明性HVAC系统的框图;
图4是配备有触摸屏接口的一个说明性HVAC控制器的平面图;
图5A-5J是示出利用图4的触摸屏接口进行多日日程安排编程的说明性方法的示图;
图6是配备有显示板和键盘接口的另一个说明性HVAC控制器的平面图;
图7A-7J是示出利用图6的显示板和键盘接口进行多日日程安排编程的说明性方法的示图;
图8是示出用于改变日程安排上设定点的一个说明性实施例的示意图;
图9是示出用于改变日程安排上设定点的另一个说明性实施例的示意图;
图10是示出用于改变日程安排上设定点的又一个说明性实施例的示意图;
图11是示出用于改变日程安排上选定时段的设定点的说明性实施例的示意图;
图12是示出用于显示控制器的日程安排的多个装置参数的一个说明性实施例的示意图;
图13是示出用于显示控制器的日程安排的多个装置参数的另一个说明性实施例的示意图;
图14是示出用于显示控制器的日程安排的多个装置参数的又一个说明性实施例的示意图;以及
图15是示出用于显示控制器的日程安排的多个装置参数的另一个说明性实施例的示意图。
具体实施方式
以下说明应该参考附图进行阅读,其中相同的元件在不同的图中以相同的方式编号。这些附图未必是按照比例绘制的,它们描绘说明性实施例,并且不打算限制本发明的范围。虽然在不同视图中说明各种编程和操作步骤的实例,但是本领域技术人员将认识到,所提供的多个实例具有可以利用的合适的替代。虽然在此所说明的各种装置、系统和方法是专门相对于HVAC控制器进行描述的,但是应该理解,可将本发明用于其中实施多日日程安排的其它应用中,例如包括热水器系统、软水器系统、安全系统、照明系统、洒水或滴水系统、音频/视频(A/V)系统等等。
现在参考图1,示出了在配备有用户接口的控制器上进行多日日程安排编程的说明性方法的流程图。总体用附图标记10表示的该编程方法可以以下述步骤开始,即对控制器中日程安排程序进行初始化,这允许用户看到并且如果期望的话修改日程安排中的各种参数。在住宅中使用的说明性的HVAC系统中,例如控制器可被配置成初始化日程安排程序,其允许用户看到并修改在该日期间的一个或多个时段,所述时段对应于在该日期间用户醒来、离开家、返回家和睡觉的时间。例如,控制器可包括独立的“醒来”时段、“离开”时段、“返回”时段、以及“睡眠”时段,当用户离开家或睡着时,为了保存能量而可以在日程安排中对这些时段进行编程。“醒来”时段、“离开”时段、“返回”时段、以及“睡眠”时段仅是实例,并且可以预料到可根据应用来利用任何合适的日程安排。
在各个时段内,控制器可包括各种事件时间和设定点参数,它们可被用来调节特定空间内的各种环境条件。例如,在某些实施例中,控制器可包括热设定点参数和冷设定点参数,它们可被用来调节在住宅内出现的供热量和/或制冷量。控制器还可进一步包括风扇模式参数,该参数可被设定以在各个时段期间以特定的方式来运转风扇。例如,控制器可被配置成在各个选定时段期间不断地运转风扇(即“开启模式”),或在各个选定时段期间按需要自动地运转风扇(即“自动模式”)。还可通过控制器如所期望的那样对其他参数例如通风、湿度水平、霜冻水平、空气质量等进行调节。当然,由控制器所调节的特定参数将根据其中使用装置的系统的类型进行改变。
从总体由块12表示的正常控制器操作模式中,用户可对控制器内的日程安排程序进行初始化,这允许用户看到存储在存储器内的当前日程安排参数,并且如果期望的话修改一个或多个参数以创建一个新的日程安排。为了初始化日程安排程序,用户可通过用户接口将请求发送给控制器,从而使控制器启动日程安排回顾(review)模式,其在用户接口上显示当前设置。例如,当用户按下触摸屏或键盘上的按钮、讲出命令、或向控制器发送信号时,可以发生日程安排回顾模式的初始化。
当启动日程安排回顾模式时,控制器可被配置成在用户接口上显示日程安排的当前日和时段设置,总体用块14来表示。例如,如果当前时间和日是星期三7:00AM,那么控制器可被配置成一启动日程安排回顾模式就显示用于星期三的“醒来”时段参数。
为了看到当前日程安排内的其他选定日和/或时段,用户可选择每个日和/或时段,从而使控制器在用户接口上显示用于该选定日和/或时段的参数,总体用块16来表示。用户可在日程安排回顾模式中单独地选择每日,以看到未修改的各个时段的日程安排参数。如果例如用户当前正看到用于星期三“醒来”时段期间的日程安排参数,那么用户可选择该周的其他单独的日(例如星期二),以看到用于该天“醒来”时段的日程安排参数。在选定的每个单独的日内,用户可选择各个时段来显示在该日发生的日程安排好的参数。在日程安排回顾模式期间的任何点上,用户可向控制器发送信号以终止日程安排程序,并回到由块12表示的正常控制器操作模式。
在一个说明性实施例中,用户可通过启动控制器内的编辑模式来修改一个或多个日程安排参数。用户可以通过下述来启动编辑模式:例如在触摸屏、键盘或其他输入装置上按下“编辑”按钮,向控制器发送启动编辑模式的信号。
一旦启动编辑模式,用户接口就可被配置成显示提示用户选择要在日程安排中修改的一日或多日的消息。例如,如由块18所表示的,控制器可被配置成在用户接口上显示消息“可以挑选多日”或其他类似的文本或图形,从而提示用户选择在日程安排中要修改的那些日。用户然后可按照期望在日程安排中选择要修改的每一日。
当选定第一日时,在用户接口上然后会显示日程安排中的各个时段,总体用块20表示。在这个步骤中,用户可选择该周内的一日或多日以修改该日程安排。例如,用户可选择在该周的替换日、仅在工作日或周末、或任何其他期望的组合期间运行该日程安排。控制器可被配置成利用例如在用户接口上的复选标记、闪烁文本、和/或其他合适的指示符来向用户通知所选定的每日或日的组合。
控制器可被配置成一旦选择了第一日就缺省为时段之一,从而在用户接口上显示用于该特定日和时段的日程安排参数。例如,如果用户将星期一选为第一日来在日程安排中进行修改,那么控制器可被配置成在用户接口上显示用于“醒来”时段的参数。在某些实施例中,控制器可被配置成缺省为在日程安排中最后修改的时段,或缺省为跟在日程安排中最后修改时段后面的时段。在其他实施例中,可以显示用于该选定日的所有时段。
一旦用户已在日程安排中选定了将要修改的一日或多日,那么控制器就可被配置成显示为每个单独时段所安排的日程安排参数,总体用块22来表示。然后用户可按照期望为每个选定的时段修改一个或多个参数,从而使控制器在用户接口上显示新的参数,总体用块24来表示。
为了修改其他时段的日程安排参数,用户可单独地选择每个期望的时段,并且然后再次重复该过程,直到日程安排中的所有期望时段都已被修改为止。在一些情况中,用户可同时选择多于一个的时段,以便同时修改在选定时段上和选定日中的至少一些参数,例如设定点。在此过程的任何时刻,用户都可选择或不选择该周的一日或多日,以包含/排除所修改的参数。例如,如果用户在最初修改该周的选定日的一个或多个时段的日程安排参数之后作出决定,那么用户可选择附加日以包括已修改的日程安排参数。如果期望的话,用户可通过在用户接口上敲击“取消”按钮或其他类似命令来选择取消已修改的参数,从而使控制器终止日程安排程序,丢弃已修改的参数,并回到用块12所示的正常控制器操作模式。
可以容易地将为每个时段选择参数的过程应用于在该周内的一个或多个选定日,而不必首先复制来自一个特定日的设置,并且然后再将那些设置应用于其他选定日。例如,如果用户先前仅选定了星期一和星期三,但后来决定将星期五添加到日程安排中,那么用户可向控制器发送信号,以在编辑程序期间的任何步骤中选择星期五,从而为星期五应用已修改的日程安排参数。由于通过用户接口可容易地选定或不选定日,所以不需要用户复制特定日的设置并且然后将那些设置应用于其他日。此外,由于用户可通过用户接口选择任何日或日的组合,所以为创建定制的日程安排提供了更大的灵活性。
在用户已完成了对日程安排的修改之后,用户可向控制器发送信号,以保存或丢弃已修改的设置。正如总体用块26所表示的,控制器可被配置成在用户接口上显示文本“保存更改”或其他类似消息,以通知用户该控制器已保存了已修改的日程安排参数。一旦已保存或删除了已修改的日程安排参数,那么控制器就可被配置成终止日程安排程序,并恢复到由块12所示的正常控制器操作模式。可替换地,以及如虚线28所示,控制器可恢复回到例如块18,以允许用户按照期望选择另一日或另一组日。一旦进行了保存,控制器就可被配置成自动地运行已修改的日程安排。
图2是用于在配备有用户接口的控制器上进行多日日程安排编程的另一种说明性方法的流程图。总体由附图标记30所示的该编程方法可从对控制器内日程安排程序进行初始化的步骤开始,这允许用户看到并且如果期望的话修改日程安排内的各种参数。如同图1的说明性实施例一样,用户可从正常操作模式32启动日程安排程序,从而使控制器在用户接口上显示用于该日程安排的当前日和时段的设置,总体用块34来表示。为了看到当前日程安排内的其他选定日和/或时段,用户可在用户接口上选择每个日和/或时段,从而使控制器在用户接口上显示用于该选定日和/或时段的参数,总体用块36来表示。
在一个说明性实施例中,用户可通过启动控制器内的编辑模式来修改一个或多个日程安排参数。用户可通过下述来启动编辑模式:例如按下触摸屏、键盘或其他输入装置上的“编辑”按钮,向控制器发送启动编辑模式的信号。
一旦启动了编辑模式,用户接口就可被配置成显示提示用户选择在日程安排中要修改的一日或多日和/或一个或多个时段的消息。正如用块38所表示的,例如控制器可被配置成在用户接口上显示消息“可以挑选一个或多个时段和/或日”或类似的文本或图形,从而提示用户按照期望选择在日程安排中要修改的一个或多个日和/或时段。
当选定了第一时段和/或日时,然后在用户接口上显示要修改的各种时段和/或日,总体用块40来表示。在此步骤中,用户可按照期望选择日和/或时段的任何组合来修改日程安排。例如,用户可为某个时段、具有多个时段的一日、或对于选定的每日具有多个时段的多日来选择在多日上运行日程安排。控制器可被配置成利用例如用户接口上的复选标记、闪烁文本、和/或其他合适的指示符来向用户通知所选定的每一日和/或时段。
一旦用户已在日程安排中选定要修改的一个或多个时段和/或日,控制器就可被配置成显示为选定的时段和/或日安排好的日程安排参数,总体用块42表示。用户然后可按照期望修改一个或多个日程安排参数,从而使控制器在用户接口上显示新的参数,总体用块44表示。在此过程期间的任何时刻,用户都可选择或不选择该周的一个或多个时段和/或日,以运行该日程安排而不修改日程安排参数。如果期望的话,用户可通过在用户接口上敲击“取消”按钮或其他类似命令来选择取消已修改的参数,从而使控制器终止日程安排程序,丢弃已修改的参数,并回到由块32所示的正常控制器操作模式。
一旦用户已经完成日程安排的修改,该用户就可向控制器发送信号以保存已修改的设置,总体用块46表示。在某些实施例中,控制器可被配置成在用户接口上显示文本“保存更改”或其他类似信息,以通知用户该控制器已经保存了已修改的日程安排参数。一旦已修改的参数已经被保存或被删除了,那么控制器就可被配置成终止日程安排程序,并恢复到由块32所示的正常控制器操作模式。可替换地,以及如虚线48所示,控制器可恢复回到例如块38,以允许用户按照期望选择一个或多个附加的时段和/或日。一旦进行了保存,控制器就可被配置成自动地运行已修改的日程安排。
图3是采用具有多日编程能力的控制器52的说明性HVAC系统50的框图。说明性控制器52包括处理器54(例如微处理器/CPU)、存储器56、时钟58、以及I/O接口60,该I/O接口60将控制器52电连接到其他系统部件62上。在住宅中使用的说明性HVAC系统中,控制器52可被电连接到空气调节器单元、加热器单元、通风单元、和/或加湿器/减湿器单元,它们可被有选择地启动或停用以调节住宅内的温度、湿度和空气质量水平。也可按照期望将其他部件例如过滤单元、UV灯、除霜器和烟道挡板连接到控制器52上。内部传感器64可位于控制器52内部,并可用于不断地测量建筑物内出现的温度和/或湿度水平。在某些设计中,控制器52可包括一个或多个遥感器(未示出),其被配置成测量住宅外部或在远离控制器52的位置处的温度和湿度水平。
控制器52可配备有用户接口66,该用户接口66可用于传输到控制器52以及来自控制器52的信号。用户接口66可包括触摸屏、LCD板和键盘、点阵显示器、计算机(例如PDA)、或任何其他用于向控制器52发送信号以及接收来自控制器52信号的合适的装置。在某些实施例中,用户接口66可包括菜单驱动接口,其允许用户通过一个或多个菜单或屏幕进行循环以观看并且如果期望的话修改控制器52内的各种操作设置。例如,可对控制器52进行预先编程,以运行独立的程序来调整当前温度或湿度水平、改变控制器52上的时钟或日期设置、在控制器52上设置在用户离开时可以运转的假期(vacation)模式、或检查连接到控制器52上的各种系统部件的状态。与特定程序对应的菜单或屏幕可被组织从一般到更具体,从而仅向用户提供程序中每一步骤的相关信息。
图4是说明配备有用户接口70、适合于编制多日日程安排的一个示例性HVAC控制器68的平面图。如图4所示,用户接口70可包括触摸屏72,该触摸屏72被配置成显示信息并向控制器68传输信号以及传输来自控制器68的信号。供控制器68使用的合适的触摸屏的一些例子可以包括电阻性的、电容性的、红外的或表面声波(SAW)类型的触摸屏。虽然图4的触摸屏72被示出为嵌入或凹进到控制器外壳74内,但其他结构也是可能的。在一些实施例中,触摸屏72可以被提供为单独元件,以供个人数字助理(PDA)、PC计算机、或其他远程装置使用。在某些实施例中,触摸屏72可以被提供为液晶显示器(LCD)面板、阴极射线管、或其他合适的显示装置的一部分。
图5A-5J是示出利用图4的控制器68和用户接口70进行多日日程安排编程的说明性方法的示图。在图5A所示的第一视图中,控制器68可被配置成在触摸屏72上显示主菜单屏幕76,从而向用户提供关于控制器68的当前操作状态的基本信息。主菜单屏幕76可以是在最初启动控制器68时、在已发生功率损失之后、或在由用户接口70检测到在某个时间段内没有活动之后(例如在没有活动1分钟之后)在触摸屏72上出现的缺省屏幕。
在说明性实施例中,控制器68被配置成在触摸屏72上显示当前内部温度参数78(以℉或℃为单位)、当前外部温度参数80(以℉或℃为单位)、日时参数82、以及周的日参数84。也可在触摸屏72上显示当前热/冷设定点参数86,其表示当前设置控制器68保持的温度。可以提供在触摸屏72上所显示的字母数字消息88以通知用户该控制器68当前是否遵循该日程安排。
如果期望的话,可按下在触摸屏72上所显示的上/下按钮组90,以将当前热/冷设定点参数86临时改变为与日程安排中所包含的不同的设置。在触摸屏72上所显示的风扇模式按钮92和系统模式按钮94允许用户看到并且如果期望的话修改风扇和系统设置。例如,在说明性实施例中,可反复地按下风扇模式按钮92,以使风扇按照期望在“开启模式”、“自动模式”、以及其他模式之间循环,从而允许用户控制风扇的运转。以类似方式,可反复地按下系统模式按钮94,以使控制器68按照期望在备种供热和制冷模式之间循环。
可利用位于主菜单屏幕76上的“日程安排”按钮96来初始化控制器68内的日程安排程序,以修改当前日程安排内的一个或多个参数。当按下“日程安排”按钮96时,控制器68可被配置成启动日程安排回顾模式,从而使控制器68访问当前日程安排参数并将它们显示在触摸屏72上。例如,如图5B所示,控制器68可被配置成访问用于当前日程安排的事件时间参数98、热设定点参数100、以及冷设定点参数102,然后在触摸屏72上将这些参数显示为字母数字的文本。
在说明性实施例中,位于触摸屏72顶部的一组按钮104对应于周的日,并可按下它们以向控制器68发送信号来为日程安排中的每个独立的日显示日程安排参数。在触摸屏72上可以显示图标、闪烁文本或其他合适的指示符,以用于通知用户所选定的当前日。例如,在图5B中所说明的示图中,可在触摸屏72上显示图标106(例如复选标记),从而通知用户当前正在显示星期三的日程安排参数。
控制器68可被配置成在启动日程安排回顾模式时缺省为该周的当前日。例如,如果当前时间和日是星期三7:00AM,那么控制器68可被配置成在触摸屏72上显示用于星期三的“醒来”时段参数。为了看到该周的其他日的日程安排参数,用户可按下触摸屏72上适当的日按钮104,从而使控制器68显示所选定日的相应参数。
在每个选定日内,用户可按下触摸屏72上的一个或多个时段按钮,从而使控制器68显示为该日安排的参数。触摸屏72可包括例如“醒来”按钮108、“离开”按钮110、“返回”按钮112、以及“睡眠”按钮114,它们分别与控制器68内所编制的独立的“醒来”时段、“离开”时段、“返回”时段和“睡眠”时段相对应。在图5B中所描绘的示图中,例如已按下“离开”按钮110(通常用粗体字表示),从而使控制器68显示与“离开”时段对应的事件时间参数98(即8:00AM)、热设定点参数100(即62℉)和冷设定点参数102(即85℉)。
虽然在图5中具体说明了四个时段,但是应该理解,如果期望的话,控制器68可被编程以用于更多或更少数量的时段。当然,时段的数量将根据其中采用控制器68的特定应用而改变。
一旦用户完成了观看每个日和/或时段的期望的日程安排参数,那么用户就可通过按下触摸屏72上所显示的“执行”按钮116或“取消”按钮118来终止日程安排回顾模式,从而使控制器68终止日程安排程序,并回到图5A的主菜单屏幕76。
为了修改日程安排中的一个或多个参数,用户可通过按下触摸屏72上的“编辑”按钮120来启动控制器68内的编辑模式。如图5C所示,例如如果用户按下“编辑”按钮120,那么在触摸屏72上就可呈现陈述例如“可以挑选多日”的字母数字消息122,从而通知用户可选择多日。除了或取代图5C中所示的字母数字消息122,还可呈现其他消息变化。例如,控制器68可被配置成在触摸屏72上显示文本“请选择至少一日进行修改”或其他类似消息。用户然后可以利用适当的日按钮104来选择一日或多日以修改日程安排,或按下“取消”按钮118以终止日程安排程序,并回到图5A的主菜单屏幕76。
图5D是示出利用触摸屏72上的“MON”、“TUE”和“THU”按钮104选择星期一、星期二和星期四的示图。如图5D所示,当按下至少一个日按钮104时,控制器68可被配置成显示日程安排中时段之一的当前已编制的事件时间参数98、热设定点参数100、以及冷设定点参数102。可利用上/下按钮组124来将日程安排中的事件时间参数98按照期望修改为较早或较晚的时间。可利用类似的上/下按钮组126、128来为该选定时段按照期望分别将热设定点参数100和冷设定点参数102调整到更高或更低的温度水平。
利用图标、闪烁文本或其他指示符方式,控制器68可被配置成表示用户正在触摸屏72上看到的特定时段。在图5D中,例如用于“醒来”按钮108的文本可被配置成间断地闪烁(通常用粗体字表示),以表示用户当前正在观看用于“醒来”时段的设置。
如果用户期望为选定时段修改一个或多个日程安排参数,那么用户可利用适当的上/下按钮组124、126、128来修改参数。如图5E所示,例如,用户可利用位于事件时间参数98附近的上/下按钮组124将事件时间参数98从6:00AM修改为6:30AM。以类似的方式,用户可利用适当的上/下按钮组126、128来将热设定点参数100从70℉调整到72℉,并将冷设定点参数102从78℉调整到76℉。
为了显示其他时段的参数,用户可按下触摸屏72底部适当的时段按钮,从而使控制器68显示用于该选定时段的日程安排参数。为了显示“离开”时段的设置,例如,用户可按下触摸屏72上的“离开”按钮110,从而使控制器68在触摸屏72上显示用于“离开”时段的事件时间参数98、热设定点参数100、以及冷设定点参数102,如图5F所示。一旦进行了选择,就可按下适当的上/下按钮组124、126、128,以按照期望来修改日程安排参数。如同上面相对于图5E所述的“醒来”按钮108一样,“离开”按钮110可包括指示符方式(例如闪烁文本)来表示用户当前正在现看用于“离开”时段的设置。
图5G和5H是示出分别对应于日程安排的“返回”和“睡眠”时段的日程安排参数的示图。在图5G中,例如已经选择了“返回”按钮112(通常用粗体字表示),从而使控制器68在触摸屏72上显示事件时间参数98(即6:00PM)、热设定点参数100(即70℉)、以及冷设定点参数102(即78℉)。在图5H中,以类似的方式已经选定了“睡眠”按钮114,从而使控制器68在触摸屏72上显示用于“睡眠”时段的事件时间参数98(即11:00PM)、热设定点参数100(即62℉)、以及冷设定点参数102(即82℉)。一旦进行了选择,用户然后就可利用触摸屏72上适当的上/下按钮组124、126、128按照期望调整日程安排参数。
在说明性实施例中,在编辑模式期间的任何时刻,用户都可利用位于触摸屏72上适当的日按钮104来选择或不选择一日或多日。在图5H的说明性视图中,例如,用户可能期望将“星期三”添加到日列表中以运行已修改的日程安排参数。为了做到这点,用户可按下触摸屏72上的“WED”按钮104,从而使控制器68将该日添加到已修改的日程安排中。相反,如果用户期望从已修改的日程安排中删除一日或多日,那么用户可简单地按下触摸屏72上的适当日按钮104,从而使控制器68从已修改的日程安排中删除那些日。
如果用户期望从日程安排中取消特定时段,那么用户可选择适当的时段按钮108、110、112、114,然后按下触摸屏72上的“取消时段”按钮130。如图5I中所示,例如,当用户在“醒来”时段时按下“取消时段”按钮130时,控制器68可被配置成将该时段的事件时间参数98、热设定点参数100、和/或冷设定点参数102取消或归零。通常位于“醒来”按钮108上方的图标132可被配置成从触摸屏72上消失,从而向用户指示已经取消该特定时段的日程安排参数。当随后运行已修改的日程安排时,控制器68可被配置成向已取消的时段应用先前时段的设置,直到下一个日程安排的时段出现。
在用户已经完成修改日程安排之后,用户可按下“执行”按钮116以在日程安排中保存已修改的参数,或按下“取消”按钮118以丢弃已修改的更改而不保存。如图5J中所示,控制器68可被配置成在控制器68保存已修改的设置时或在该时间附近在触摸屏72上临时显示字母数字的消息134,例如“保存更改”。控制器68还可被配置成在触摸屏72上临时显示该周的日,以确认在日程安排中已修改的选定日。在一些实施例中,控制器68可被配置成恢复回到图5A的主菜单屏幕,并且如果期望的话自动地运行已修改的日程安排。
图6是说明配备有用户接口138、适合于进行多日日程安排编程的另一个说明性HVAC控制器136的平面图。在图6的说明性实施例中,用户接口138包括显示板140和配备有多个按钮的键盘142,这些按钮可由用户按下以滚动在显示板140上可显示的各种菜单或屏幕。显示板140可包括任何数量的合适的显示装置,例如包括背光LCD板或LED屏幕。
图7A-7J是示出利用图6的控制器136和接口138进行多日日程安排编程的说明性方法的示图。在图7A中所描绘的第一视图中,类似于上面相对于图5A所述的,控制器136可被配置成在显示板140上显示主菜单屏幕144。例如,控制器136可被配置成显示当前内部温度参数146(以℉或℃为单位)、日时参数148、以及周的日参数150。控制器136还可被配置成在显示板140上显示当前设定点参数152,其指示当前设置控制器136保持的温度。可利用在键盘142上的上/下按钮组154滚动在显示板140上所显示的各种日程安排参数。可利用位于显示板140下部的第二组按钮156、158、160来在显示板140上可显示的一个或多个菜单或屏幕上导航。
为了初始化控制器136内的日程安排程序,用户可按下位于紧接在显示板140上文本“日程安排”下方的按钮158。当按下该按钮时,控制器136可被配置成启动日程安排回顾模式,从而使显示板140显示该周的每日,如图7B中所示。利用上/下按钮154,用户可在该周的每日之间向上或向下滚动。当选择了每日时,控制器136可被配置成发生闪烁,或以其他方式指示已选定该周的该日。然后用户可按下位于显示板140上文本“返回”下方的按钮156,以回到前一屏幕(即主菜单屏幕144),或是按下按钮158或160,以分别启动控制器136内的编辑模式和日程安排回顾模式。
图7C是示出在利用上/下按钮154选定了“星期一”之后并在已按下按钮160之后的显示板140的示图。如图7C所示,例如控制器136可被配置成显示用于日程安排中每个单独时段的事件时间参数162和热/冷设定点参数164。在图7C中,例如通过反复按下键盘142上的上/下按钮154可以在显示板140上显示用于各个时段的各种日程安排参数,从而使控制器136在显示板140上滚动每个单独时段。当用户已完成对该特定日的日程安排参数的观看时,用户可按下按钮156以回到前一屏幕(参见图7B),或按下按钮160以回到主屏幕(参见图7A)。
为了修改日程安排中的一个或多个参数,用户可启动控制器136内的编辑模式。用户可在日程安排回顾模式内逐日地单独修改日程安排,或者通过绕过日程安排回顾模式而直接经由图7B所示的屏幕。
为了逐日地编辑参数,在处于日程安排回顾模式时,用户可选择该周的单个日进行修改,然后按下位于显示板140上文本“编辑”下方的按钮158(参见图7C)。对于在图7C中选定的日“星期一”,例如用户可在观看用于“醒来”时段的各种参数时按下按钮158,从而使控制器136启动编辑模式并显示用于该特定日的参数,如图7D所示。复选标记166、闪烁文本、或其他合适的指示符可被配置成出现在显示板140上,从而指示用户已选定修改星期一的参数。
控制器136可被配置成通过在显示板140上闪烁已选定日程安排参数的文本来提示用户循环用于每个时段的备种日程安排参数。例如,图7D中的事件时间参数162可被配置成间断地闪烁,从而指示用户可利用键盘142上的上/下按钮154修改该特定参数。用户然后可通过反复按下上/下按钮154中适当的一个按钮直到6:30AM出现在显示板140上为止,从而将事件时间参数162修改为例如6:30AM。
为了更改该选定时段的其他参数,用户可按下位于显示板140上紧接在文本“下一步”下面的按钮158,从而使控制器136循环到该时段的下一日程安排参数。当用户循环通过每个日程安排参数时,控制器136可被配置成在显示板140上闪烁适当的文本,如图7E-7F所示。当用户已经循环通过该选定时段的每个日程安排参数时,用户可再次按下按钮158,从而使控制器136循环到该日程安排中的下一时段。然后可按照期望重复选择和修改日程安排参数的过程,直到已选择了用于每个时段的所有参数为止。在该过程期间的任何时刻,用户都可通过按下位于显示板140上文本“执行”下面的按钮160来保存已修改的设置,从而使控制器136保存已修改的日程安排参数。
在说明性实施例中,为了选择多日以同时进行编程,用户可通过按下位于显示板140上文本“编辑”下面的按钮158来直接从图7B所示的屏幕直接启动编辑模式。当按下按钮158时,控制器136可被配置成在按钮156上方显示文本“选择日”,从而提示用户在日程安排中选择要修改的一日或多日。例如如在图7G中所示,利用上/下按钮154和“选择日”按钮156,用户可滚动通过周的每日,并且如果期望的话在日程安排中单独选择出要修改的周的每日(例如星期一、星期二和星期四)。复选标记168、闪烁文本或适合的指示符可被配置成紧跟在每个选定日之后在显示板140上进行显示,从而指示在日程安排中要修改的周的那些日。
一旦用户已选定了用来修改日程安排的期望的一日或多日,用户就可按下“下一步”按钮158,从而使控制器136显示用于一个时段的日程安排参数。如图7H所示,例如控制器136可被配置成在显示板140上闪烁文本“醒来”(通常用粗体字表示),其指示利用上/下按钮154和“下一步”按钮158可修改用于“醒来”时段的参数,这与前面相对于图7D-7F所述的类似。如图7I所示,用户可反复按下按钮158,直到显示板140指示(通过闪烁文本)已选定了冷设定点参数164为止。利用上/下按钮154,用户然后可按照期望将冷设定点参数164修改为更高或更低的值。
当用户已循环通过特定时段的每个参数时,用户可再次按下按钮158,从而使控制器136循环到日程安排的下一时段。然后可按照期望重复选择和修改参数的过程,直到每个时段的所有参数都已选定和修改(如果期望的话)为止。在该过程期间的任何时刻,用户都可通过按下位于显示板140上文本“执行”下面的按钮160来保存已修改的设置,从而使控制器136保存已修改的日程安排参数。
如图7J所示,在控制器136保存已修改设置时或在该时间附近,控制器136可被配置成在显示板140上临时显示字母数字消息179,例如“保存”。控制器136还可被配置成在显示板140上临时显示周的日,以向用户确认在日程安排中所修改的周的特定日。在一些实施例中,控制器136可恢复回到图7A的主菜单屏幕144,并且如果需要的话自动运行已修改的日程安排。
图8是示出用于在日程安排上将选定设定点从当前值改变为新值的另一个说明性实施例的示意图。在180处示出用于HVAC控制器的说明性的一周日程安排,以及在182处示出说明性的用户接口。在说明性实施例中,允许用户利用当前设定点选择框186来选择当前设定点值以进行改变。还允许用户利用新设定点选择框186来选择新的设定点值。在说明性实施例中,HVAC控制器可搜索日程安排180中的设定点,并用新的设定点值来替换日程安排180中具有当前值的所有设定点,而不管日程安排180内的位置。
在一些实施例中,用户接口182还可允许用户选择某些日(和/或时段,例如醒来、离开、返回、睡眠),总体在190处所示。当这样设置时,HVAC控制器可搜索在日程安排180的选定日(和/或时段)上的设定点,并用新的设定点值来替换具有当前值的那些设定点。
在所示实例中,并参考用户接口182,用户通过当前设定点选择框184已选择了70度的当前设定点值,通过新的设定点选择框186已选择了72度的新的设定点值,并通过总体在190处所示的日选择框已选择了星期二、星期三、星期四和星期五。在响应中,HVAC控制器可用72度的新值来替换具有70度的值的日程安排180中星期二、星期三、星期四和星期五上的所有设定点,而不考虑时段(例如醒来、离开、返回和睡眠时段)。在本实例中要更新为72度的设定点在日程安排180中用圆来突出显示。如上所述,在一些实施例中,用户接口182可允许用户按照期望选择一个或多个时段(例如醒来、离开、返回和睡眠时段)而不是若干日,或者除了若干日之外。无论如何,图8的说明性实施例都可减少或消除滚动通过日程安排的每一日和/或时段并对设定点进行单独改变的需要。
图9是示出用于改变日程安排上设定点的另一个说明性实施例的示意图。图9示出用于HVAC控制器的说明性的一周日程安排200、用于设置热设定点的说明性用户接口202、以及用于设置冷设定点的说明性用户接口204。虽然用户接口202和204被示出为独立的接口,但是可以预料到,如果期望的话它们可被组合成一个用户接口。
在这个说明性实施例中,将日程安排200中的设定点设置为标记或指针值,而不是温度值。例如,将日程安排200中的设定点设置为高“H”、中“M”或低“L”的标记或指针值,它们分别与高设定点值、中设定点值和低设定点值相对应。然后可以利用诸如用户接口202之类的用户接口来分配和/或改变与每个标记或指针值相关的温度值。在图9的说明性用户接口202中,将73度的值分配给高“H”热设定点,将71度的值分配给中“M”热设定点,以及将68度的值分配给低“L”热设定点。在说明性实施例中,以类似方式可以利用用户接口204来分配冷设定点。当根据日程安排200进行操作时,HVAC控制器可读取适当的标记或指针值,并将当前设定点设置为对其分配的温度。
通过利用标记或指针值,而不是利用日程安排200中设定点的温度值,用户可更为容易地改变日程安排上的设定点。例如,在说明性实施例中,通过将分配给高“H”热设定点206的值从73度改变为75度,可以改变在日程安排200上所有具有高“H”的标记或指针值的热设定点。这会有助于减少或消除滚动通过日程安排的每一日和/或时段并对设定点进行单独改变的需要。
图10是示出用于改变日程安排上设定点的又一个说明性实施例的示意图。图10示出用于HVAC控制器的说明性的一周日程安排210和在212处的说明性的用户接口。在此说明性实施例中,用户接口212允许用户输入补偿值214。利用补偿值214可补偿日程安排210中的至少一些设定点值。在一些实施例中,利用规定量来补偿日程安排210中的所有设定点值。在其他实施例中,按照期望仅对那些在选定日216上和/或选定时段(例如醒来、离开、返回和睡眠时段)内的设定点进行补偿。而且在一些实施例中,根据应用,可能仅向“热”设定点或者仅向“冷”设定点应用补偿214。再者,这会有助于减少或消除滚动通过日程安排的每一日和/或时段并对设定点进行单独改变的需要。
图11是示出用于在日程安排上改变已选定时段的设定点的说明性实施例的示意图。图11示出用于HVAC控制器的说明性的一周日程安排220和在222处的说明性的用户接口。在此说明性实施例中,用户接口222允许用户从日程安排220中选择期望的时段(例如醒来、离开、返回和睡眠时段)以及新的设定点值226。在一些实施例中,用户接口222还可允许用户选择日程安排的一日或多日,如在228处所示。一旦进行了选择,可将用于选定时段以及可能用于选定日的设定点更新为新的设定点值。在所示实例中,在224处已选定了“醒来”时段,在226处已选定了73度的新的热设定点值,并在228处已选定了星期二到星期六的日。在此实例中,可将星期二到星期六的“醒来”时段的热设定点改为73度。在此实例中将更新为73度的设定点在日程安排220中用圆来突出显示。正如可以看到的,这也会有助于减少或消除滚动通过日程安排的每一日和/或时段并对设定点进行单独改变的需要。
在一些情况下,可能期望在单个或有限数量的屏幕上显示日程安排的一些、许多或所有的参数。这会有助于用户得到日程安排的更完整图像,而不必经过许多不同的显示屏幕。图12是示出用于显示控制器的日程安排的多个参数的说明性实施例的示意图。说明性显示器250包括多个日程安排时段行,所述时段行包括“醒来”时段行252、“离开”时段行254、“返回”时段行256和“睡眠”时段行258。应该认识到,这些仅是说明性的日程安排时段,并且按照期望可以利用任何合适的日程安排时段。
说明性显示器250还示出多个日列。在说明性显示器250上仅示出星期一列260和部分星期二列262。然而,在说明性实施例中,日程安排还可包括用于周的其他日的日列。在每个日列下面示出多个日程安排参数。例如,星期一列260包括“时间”列264、“H”列266、“C”列268和“风扇”列270,该“时间”列264示出对应日程安排时段开始的时间,该“H”列266示出对应日程安排时段的热设定点,该“C”列268示出对应日程安排时段的冷设定点,该“风扇”列270示出对应日程安排时段的风扇模式。在说明性实施例中,如果期望的话,用于周的其他日的日列(未示出)可包括相同或相似的日程安排参数列。应该认识到,这些日程安排参数列仅是说明性的,并可按照期望利用不同编程的日程安排参数。
在一个说明性实施例中,显示器250允许用户可利用滚动或平移(pan)按钮280和282在控制器日程安排上滚动或平移。例如,用户可按下右滚动或平移按钮282在相对于控制器日程安排向右的方向上移动该显示,以显示例如星期二的日列262的剩余部分。当发生这种情况时,星期一的日列260的一些或全部可能离开显示的左侧,并且不再进行显示。用户可再次按下右滚动或平移按钮282以显示星期三的日列(未示出)的全部或部分。这可进行重复以观看控制器的整个日程安排。在任何时刻,用户都可按下滚动或平移按钮280以按照期望在向左的方向上向回滚动或平移日程安排。利用滚动或平移按钮280和282的每次推动而使显示相对于控制器日程安排移动的量可以取决于应用,并且在一些情况下由用户设置。例如,利用滚动或平移按钮280和282的每次推动,显示可移动一部分日列、整个日列、或多于一个的日列。
在一些实施例中,在按下滚动或平移按钮280和282时,部分显示可保持不动。例如,在252、254、256和258处所示的“醒来”、“离开”、“返回”和“睡眠”指示符可在显示器250上保持不动。同样,滚动或平移按钮280和282可保持不动,以及按照期望其他控制按钮也可保持不动。
在一些实施例中,用户可选择用于修改的特定参数或参数组。在说明性实施例中,用户可选择例如用于星期一的醒来时段的热设定点290。用户可用许多方式来选择特定参数。例如,如果显示器250是触摸屏,那么用户可简单地触摸该特定参数。如果显示器250不是触摸屏,那么可利用一个或多个导航按钮(未示出)来经过并选择日程安排的各种参数。一旦进行了选择,如果期望的话用户可编辑该参数。例如在说明性实施例中,用户可按下编辑按钮292来进入编辑模式。然后,可以利用一个或多个上/下按钮(未示出)等等来改变已选定日程安排参数的值。
日程安排可呈现为从星期一延伸到星期日的一个连续的日程安排,其中显示器250呈现为仅显示部分日程安排的“窗口”。可利用滚动或平移按钮280和282来使显示“窗口”在日程安排上移动。可以认为这可提供直观的接口,该接口可帮助用户得到日程安排的更完整的图像,而不必经过许多不同的显示屏幕。
图13是示出用于显示控制器的日程安排的多个装置参数的另一个说明性实施例的示意图。在这个说明性实施例中,显示器300示出日程安排参数的子集,而不是所有的日程安排参数。参考图13,在该说明性实施例中,仅示出用于每个日程安排时段(例如醒来、离开、返回和睡眠)和用于每日的热和冷设定点。在一些情况中,此数量的信息可安装到控制器的单个屏幕上。虽然热和冷设定点可向用户提供当前编制好的日程安排的良好的全部图像,但是可以预料到,可选择显示日程安排参数的任何子集。而且在一些实施例中,用户可选择日程安排参数中的哪些子集被选择用于显示。
为了看到附加日程安排参数,在说明性实施例中,用户可选择特定的日程安排时段和日。例如,在图13内,用户已选定了星期一的“醒来”时段,正如用暗框302突出显示的。当选定时,说明性显示器可提供弹出窗口304,其显示用于该时段/日的一些或所有日程安排参数。在一些实施例中,可提供显示按钮308等等来使显示器提供弹出窗口304,尽管这并不是在所有实施例中所需要的或所期望的。
在一些实施例中,用户可在弹出窗口304内选择用于编辑的特定日程安排参数。例如,用户可选定醒来开始时间306来进行编辑。一旦进行了选择,用户可按照期望改变醒来开始时间的值。再者,可以认为这可提供直观的接口,其可帮助用户得到日程安排的更完整的图像,而不必经过许多不同的显示屏幕。
图14是示出用于显示控制器的日程安排的多个装置参数的又一个说明性实施例的示意图。在这个说明性实施例中,以图形形式示出控制器日程安排。日的时间从左向右延伸,从1AM开始到12AM结束。在说明性实施例中,提供垂直延伸的虚线来示出该日的每个小时的开始。
沿该图的左侧示出一周的七日的每一日。虽然示出七日,但是可以预料到,可以提供更少或更多的日,或者根据应用可提供日的组、或其他时间段。七日中的每日均包括线形图,其指示多个日程安排时间段中的每个何时开始。在说明性实施例中,对于每日均可使用“醒来”、“离开”、“返回”和“睡眠”时间段。然而,应该认识到,如果期望的话可利用其他日程安排时间段。
参考用于星期一的线形图330,“睡眠”时间段在如在330a处所示的12:00AM开始,“醒来”时间段在如在330b处所示的4:00AM开始,“离开”时间段在如在330c处所示的8:00AM开始,以及“返回”时间段在如在330d处所示的6:00PM开始。在说明性实施例中,线形图的高度仅指示相对温度(例如相对于能量节约温度的舒适温度),而不指示实际的温度设定点。代之以,在每个或选定的日程安排时段中邻近于线形图也可示出热设定点、风扇设置和其他参数。例如,在说明性实施例中,在“睡眠”时段期间邻近于线形图提供标记“68”“A”。标记“68”指示将热设定点设定为68度,而标记“A”指示将风扇模式设定为自动。如所示,可为“醒来”、“离开”和“返回”时间段提供类似的标记。虽然没有明确示出,但是在显示器上也可提供冷设定点和/或其他日程安排参数。而且,在一些实施例中,线形图的高度可提供例如设定点温度的量度。也就是,线形图330的水平线可沿为线形图330所提供的垂直温度刻度而被定位,以使每个水平段的垂直位置提供日程安排的热设定点或某一其他日程安排参数的指示。可替换地或者另外地,图形段的颜色也可提供日程安排参数(例如设定点温度)的值的指示。可以认为,这个实施例还可提供直观的接口,其可帮助用户得到日程安排的更完整的图像,而不必经过许多不同的显示屏幕。
图15是示出用于显示控制器的日程安排的多个装置参数的另一个说明性实施例的示意图。与上面相似,在此说明性实施例中,以图形形式示出控制器日程安排。日的时间从左向右延伸,从1AM开始到12AM结束。在说明性实施例中,提供垂直延伸的虚线来表示该日的每个小时的开始。
沿图形的左侧示出一周的七日的每一日。虽然示出了七日,但是可以预料到,可提供更少或更多的日,或者根据应用可提供日的组、或其他时间段。在说明性实施例中,七日的每日都包括两个线性线形图,每个图具有多个段。上线性线形图对应于已编制的冷设定点,以及下线性线形图对应于已编制的热设定点。在两个线性线形图之间示出风扇设置指示符。虽然在图15中示出用于每日的两个线性图,但是可以预料到,可按照期望使用更多的或更少的线形图。
在说明性实施例中,每个线性线形图包括多条线段。每条线段对应于一个日程安排时间段。例如,第一段可对应于“睡眠”时间段,第二、第三和第四段可分别对应于“醒来”、“离开”和“返回”时间段。如上所述,应该认识到,如果期望的话可利用其他日程安排时间段。如果特定日程安排时间段的开始时间发生变化,那么相应线段的长度和位置也可改变以对应于变化的开始时间。
如图15所示,可以以提供相应日程安排参数的值的指示的方式来显示每条线段。在图15中,线越暗,则设定点温度越冷。可替换地或另外地,可按照期望利用颜色或任何其他适合的视觉可辨别的指示符来提供相应日程安排参数的值的指示。在一些实施例中可提供将段显示特征与日程安排参数值相关联的刻度(未示出)。例如,可提供将特定颜色与设定点特定温度相关联的彩色刻度。通过使用彩色刻度,用户能够简单地通过观看图15中所示的线段的显示特征来确定日程安排参数的值。可以认为,该实施例还可提供直观的接口,其可帮助用户得到日程安排的更完整的图像,而不必经过许多不同的显示屏幕。
在以上述方式对本发明的若干实施例进行了说明后,本领域技术人员将容易理解,可以进行并使用落入在此所附的权利要求书的范围内的其他实施例。由本文件所覆盖的本发明的许多优点已在前面说明中进行了阐述。可以理解,本公开在许多方面仅是说明性的。可相对于在此所述的各种元件进行改变而不超出本发明的范围。
Claims (13)
1、一种用于根据可编程日程安排来控制住宅或建筑物的HVAC系统的可编程温度调节装置(52,68,136),该可编程温度调节装置(52,68,136)的特征在于:
温度传感器(64),用于测量在可编程温度调节装置(52,68,136)中或其附近周围的温度;
触摸屏显示器(66,72);
存储单元(56),用于存储一组日程安排参数,至少一个已日程安排好的参数与由温度传感器(64)测量的温度相关;
处理器(54),其与触摸屏显示器(66,72)、存储单元(56)和温度传感器(64)通信;
该处理器(54)被配置成运行编辑程序,以用于对存储单元(56)中的日程安排进行编程;
其中编辑程序在触摸屏显示器(66,72)上提供可视的指示(122),该可视的指示(122)向用户指示可同时选择周的不止一日,并进一步显示多个日指示符(104,150),每个日指示符与周的一日对应;
编辑程序进一步允许用户触摸该触摸屏显示器(66,72)以同时选择周的两个或更多个日,并为选定的日编辑一个或多个日程安排参数,从而产生修改的日程安排;编辑程序在触摸屏显示器(66,72)上提供日选择指示符(106,166,168)以识别选定日;以及
该处理器进一步被配置成将已修改的日程安排保存到存储单元中,并进一步产生控制信号,该控制信号适于根据已修改的日程安排来控制住宅或建筑物的HVAC系统。
2、权利要求1所述的可编程温度调节装置(52,68,136),其中在触摸屏显示器(66,72)上的固定位置处显示多个日指示符(104,150)的每个。
3、权利要求1所述的可编程温度调节装置(52,68,136),其中所选定的周的两日或更多日是通过在触摸屏显示器(66,72)上的相应日指示符(104,150)处或其附近进行触摸来单独选择的。
4、权利要求1所述的可编程温度调节装置(52,68,136),其中编辑程序允许用户利用触摸屏显示器(66,72)上的单个屏幕来选择周的两日或更多日。
5、权利要求1所述的可编程温度调节装置(52,68,136),其中编辑程序在触摸屏显示器(66,72)上的固定位置处显示选定日的一个或多个日程安排参数,并且在编辑时,在触摸屏显示器(66,72)上相应的同一固定位置处显示已改变的一个或多个日程安排参数。
6、权利要求1所述的可编程温度调节装置(52,68,136),其中日程安排包括用于至少一些日的一个或多个时段。
7、权利要求6所述的可编程温度调节装置(52,68,136),其中所述一个或多个时段是从醒来时段、离开时段、返回时段、以及睡眠时段中选择的。
8、权利要求1所述的可编程温度调节装置(52,68,136),其中选定的周的两日或更多日是不连续的周的日。
10、权利要求1所述的可编程温度调节装置(52,68,136),其中一个或多个日程安排参数是从事件时间参数、热设定点参数、冷设定点参数、风扇模式参数和湿度水平参数中选择的。
11、权利要求1所述的可编程温度调节装置(52,68,136),其中日程安排包括供热日程安排。
12、权利要求1所述的可编程温度调节装置(52,68,136),其中日程安排包括制冷日程安排。
13、权利要求1所述的可编程温度调节装置(52,68,136),其中日程安排包括通风日程安排。
14、权利要求1所述的可编程温度调节装置(52,68,136),其中日程安排包括风扇日程安排。
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US20100145528A1 (en) | 2010-06-10 |
US7114554B2 (en) | 2006-10-03 |
US20130018486A1 (en) | 2013-01-17 |
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US7604046B2 (en) | 2009-10-20 |
US20070016311A1 (en) | 2007-01-18 |
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US20050119765A1 (en) | 2005-06-02 |
US20060030954A1 (en) | 2006-02-09 |
US7693582B2 (en) | 2010-04-06 |
CN1914571A (zh) | 2007-02-14 |
US20070008116A1 (en) | 2007-01-11 |
US20110160915A1 (en) | 2011-06-30 |
US7636604B2 (en) | 2009-12-22 |
WO2005057307A1 (en) | 2005-06-23 |
US8620460B2 (en) | 2013-12-31 |
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