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    • 31. 发明授权
    • Electronic thermostat for heating and cooling system
    • 用于加热和冷却系统的电子恒温器
    • US4635708A
    • 1987-01-13
    • US602221
    • 1984-04-19
    • Michael R. Levine
    • Michael R. Levine
    • G05D23/19F23N5/20
    • G05D23/1904
    • A programmable electronic thermostat for use in a building having a furnace and an air conditioning system adapted to generate energizing signals for the furnace and the air conditioner. An operator programs the thermostat with a series of desired temperatures over a repetitive heating or cooling cycle. During the winter, relatively high temperatures will typically be programmed during the period when the building is occupied and relatively low temperatures during unoccupied periods. The thermostat includes a clock that interrogates the program to generate the desired temperature for the present time which is compared to the measured temperature within the building to generate control signals for the furnace. In order to energize the air conditioning system during occasional periods of occurrence of high temperature, a control temperature is derived for the air conditioner. The derived control temperature is either a first, relatively low control temperature if the heating program indicates that the building is generally occupied during that time, or a second, relatively higher control temperature if the program indicates that the building is unoccupied. If one of either the furnace or air conditioner has been energized within a predetermined time period, the control temperature is not changed and the other of the furnace or air conditioner will not be energized. Under complementary circumstances, if the thermostat is programmed to control the air conditioner, control temperatures to control the furnace are selected depending whether the building is generally occupied or unoccupied.
    • 一种用于建筑物中的可编程电子恒温器,其具有炉和适于产生用于炉和空调器的激励信号的空调系统。 操作员可以通过重复的加热或冷却循环对恒温器进行一系列所需温度的程序。 在冬季,通常在建筑物占用期间和空闲时段内相对较低的温度期间将编程较高的温度。 恒温器包括询问程序以产生当前时间的期望温度的时钟,其与建筑物内的测量温度进行比较以产生用于炉的控制信号。 为了在偶然的高温发生期间对空调系统通电,空调器的控制温度得以实现。 如果加热程序指示建筑物在该时间内通常占用,则导出的控制温度是第一个相对较低的控制温度,或者如果程序指示建筑物未被占用,则为第二个相对较高的控制温度。 如果炉子或空调器中的一个在预定时间段内被通电,则控制温度不改变,并且炉子或空调器中的另一个将不被通电。 在互补的情况下,如果恒温器被编程为控制空调,则根据建筑物是否被占用或空闲占用来选择控制炉的控制温度。
    • 32. 发明授权
    • Control for humidifier of the type used with thermostatically controlled
furnace
    • 控制用于恒温控制炉的加湿器
    • US4595139A
    • 1986-06-17
    • US670166
    • 1984-11-13
    • Michael R. Levine
    • Michael R. Levine
    • F24C15/00F24F11/00B01F3/02
    • F24C15/003F24F11/0009F24F11/0012F24F11/0015F24F2011/0013
    • A control system for an electrically energized humidifier used with a hot-air furnace including an electric time-delay circuit and control means for manually adjusting the time delay. Each time the thermostat for the system energizes the furnace the humidifier is energized for the predetermined time delay or until the furnace is de-energized, whichever occurs first. The time delay is manually adjusted so that it is longer than the energization cycle of the furnace in warm weather and shorter than the energization cycle of the furnace in cold weather. It is also manually adjusted so that in cold weather at the maximum energization cycle, the humifidier does not produce condensation within the building. The relative humidity of the conditioned air thus decreases proportionately to increases in the atmospheric temperature.
    • 一种电加热器的控制系统,其与包括电时延电路的热风炉一起使用,以及用于手动调节时间延迟的控制装置。 每当系统的恒温器为炉激活时,加湿器通电预定的时间延迟或直到炉被断电,以先到者为准。 手动调整时间延迟,使其在寒冷的天气下比炉的通电周期长,并且比在寒冷天气下的炉的通电周期短。 也可以手动调节,使得在最高通电周期的寒冷天气下,嗡嗡声器不会在建筑物内产生冷凝。 因此,调节空气的相对湿度随着大气温度的升高而成比例地减小。
    • 33. 发明授权
    • Thermostat with dead zone seeking servo action
    • 恒温器与死区寻求伺服动作
    • US4410132A
    • 1983-10-18
    • US414185
    • 1982-09-02
    • Michael R. Levine
    • Michael R. Levine
    • G05D23/20F24D5/10F23N5/20
    • G05D23/20G05D23/1909G05D23/1917
    • An electric thermostat operative to be connected to a furnace or other temperature modifying apparatus to control its state of operation includes means for generating a desired temperature set-point signal and means for measuring ambient temperature at the thermostat. When the ambient temperature falls sufficiently below this set-point, the furnace is energized until the ambient temperature rises to a stored temperature level, also below the set-point. The system then monitors the peak ambient temperature reached during the following temperature overshoot resulting from the inertia of the furnace. The temperature differential between this limiting temperature obtained and the set-point is then added to the stored temperature value if the system did not obtain the set point temperature or substracted from the stored temperature value if the system exceeded the set-point value. The system also stores a second predetermined temperature value below the set point to establish a "dead zone" and similar control is exercised over the temperature at which the energizing signal for the furnace is initiated so that the system adaptively maintains a temperature range exactly limited by the dead zone independent of environmental temperature changes.
    • 可操作地连接到炉或其他温度调节装置以控制其操作状态的电恒温器包括用于产生期望的温度设定点信号的装置和用于测量恒温器的环境温度的装置。 当环境温度足够低于该设定点时,炉子被通电,直到环境温度上升到储存的温度水平,也低于设定值。 然后,系统监测由于炉的惯性而导致的以下温度过冲期间达到的峰值环境温度。 如果系统没有获得设定点温度或者如果系统超过设定值,则从存储的温度值减去,则所获得的极限温度和设定值之间的温度差值被加到存储的温度值。 系统还存储低于设定点的第二预定温度值以建立“死区”,并且在启动炉的激励信号的温度下进行类似的控制,使得系统自适应地维持由 死区独立于环境温度变化。
    • 36. 发明授权
    • Low energy vacuum distillation method and apparatus
    • 低能真空蒸馏法和设备
    • US07431806B2
    • 2008-10-07
    • US11035339
    • 2005-01-13
    • Michael R. Levine
    • Michael R. Levine
    • B01D3/10C02F1/04
    • B01D1/16B01D1/0088B01D1/28B01D3/10C02F1/04C02F1/046C02F1/06C02F1/12Y02A20/128Y10S203/11
    • A sub-atmospheric pressure desalinating still employs a closed top, open bottom pipe filled with source water to be distilled, such as seawater, having a height greater than the height of a column of seawater that can be supported by the pressure at the bottom of the tank so that a subatmospheric pressure volume is formed at the top. Water from the source is also pumped into the subatmospheric volume and passed through an evaporator which enlarges its surface volume. A small percentage of the water is vaporized and the balance is cooled to provide the heat of vaporization and falls into the top of the seawater column, creating a downward flow. The vapor is drawn from the vacuum and condensed, preferably in a second subatmospheric volume above a column of fresh water.
    • 低于大气压的脱盐装置仍然采用封闭的顶部开放的底部管道,其中填充有待蒸馏的源水,例如海水,其高度大于海底的高度,该高度可以由底部的压力支撑 使得在顶部形成低于大气压的压力容积。 来自源的水也被泵送到低于大气压的体积中并且通过扩大其表面体积的蒸发器。 一小部分水被蒸发并且平衡被冷却以提供蒸发的热量并落入海水塔的顶部,产生向下的流动。 蒸气从真空中抽出并冷凝,优选在淡水列上方的第二低于大气压的容积中。
    • 37. 发明授权
    • VCR programmer
    • VCR程序员
    • US5915068A
    • 1999-06-22
    • US731401
    • 1996-10-18
    • Michael R. Levine
    • Michael R. Levine
    • H04N5/761H04N5/765H04N5/782H04N5/91H04N7/00
    • H04N5/765H04N5/782
    • A system for programming the automatic operation of a video recorder over an extended time period uses an associated television receiver as a display device for alphanumeric messages to the operator to provide a self-explanatory, interactive programming routine. The video recorder system includes a digital memory, a real time digital clock, and an alphanumeric character generator, all connected to a central digital controller. A keypad allows the operator to initiate a programming routine in which previously stored programming messages are called up from memory and generated on the TV receiver's display tube using the character generator. The operator's responses entered via the keypad are stored in the memory and are called up at future times to generate control signals for the video recorder. The video recorder system further includes a memory storing digital data representing a schedule of programming available for a future period. The video system permits this schedule to be recalled and displayed on the TV receiver for review by the user.
    • 用于在延长的时间段内编程视频记录器的自动操作的系统使用相关联的电视接收机作为操作员的字母数字消息的显示装置,以提供不言而喻的交互式编程例程。 录像机系统包括数字存储器,实时数字时钟和字母数字字符发生器,全部连接到中央数字控制器。 键盘允许操作员启动编程例程,其中先前存储的编程消息从存储器调用并且使用字符发生器在电视接收机的显示管上产生。 通过键盘输入的操作者的响应被存储在存储器中,并在将来被调用以产生用于录像机的控制信号。 视频记录器系统还包括存储数字数据的存储器,该数字数据表示可用于未来期间的编程时间表。 视频系统允许将该时间表调回并显示在电视接收机上以供用户查看。
    • 38. 再颁专利
    • VCR with cable tuner control
    • VCR带电缆调谐器控制
    • USRE35954E
    • 1998-11-10
    • US618905
    • 1996-03-20
    • Michael R. Levine
    • Michael R. Levine
    • H04N5/50H04N5/775H04N7/167H04N21/422H04N21/47H04B10/04H04B10/06H04H1/02
    • H04N7/167H04N21/42219H04N21/42221H04N5/50H04N5/7755
    • A single remote control transmitter can advantageously control three units including a cable tuner/descrambler, a video recorder/player and a television receiver. One of these three units, preferably the video recorder/player, is a master unit. It receives remote control signals from a hand held remote control transmitter. The master unit is initialized using on screen prompts to learn the remote control signals for the other units which are slaves. The prompts ask the user to operate various controls on the remote control transmitter of the proposed slave unit, while receiving and analyzing the remote control transmissions. This permits the master unit to build a translation table for control of the slave units. The master unit may include a read only memory of remote control codes for a number of possible slave units. The master unit can abort the initialization process if it recognizes the requested remote control transmission is according to one of the remote control codes stored in the memory. The system preferably separates control of the plural processes so that each one of the cable tuner/descrambler, the video recorder/player and the television receiver are employed for only certain functions.
    • 单个遥控发射机可以有利地控制三个单元,包括电缆调谐器/解扰器,录像机/播放器和电视接收机。 这三个单元中的一个,优选地是录像机/播放器,是主单元。 它从手持遥控发射器接收遥控信号。 使用屏幕提示对主单元进行初始化,以了解作为从站的其他单元的遥控信号。 在接收和分析遥控传输时,提示要求用户对所提出的从属单元的遥控发射机进行各种控制。 这允许主单元构建用于控制从单元的转换表。 主单元可以包括用于多个可能的从单元的遥控代码的只读存储器。 如果根据存储在存储器中的遥控代码之一识别所请求的遥控传输,则主单元可以中止初始化过程。 系统优选地分离多个处理的控制,使得电缆调谐器/解扰器,录像机/播放器和电视接收机中的每一个仅用于某些功能。
    • 40. 发明授权
    • Schedule display system for video recorder programming
    • 用于录像机编程的时间表显示系统
    • US5508815A
    • 1996-04-16
    • US527417
    • 1995-09-13
    • Michael R. Levine
    • Michael R. Levine
    • H04N5/761H04N5/765H04N5/782H04N5/76
    • H04N5/765H04N5/782
    • A system for programming the automatic operation of a video recorder over an extended time period uses an associated television receiver as a display device for alphanumeric messages to the operator to provide a self-explanatory, interactive programming routine. The video recorder system includes a digital memory, a real time digital clock, and an alphanumeric character generator, all connected to a central digital controller. A keypad allows the operator to initiate a programming routine in which previously stored programming messages are called up from memory and generated on the TV receiver's display tube using the character generator. The operator's responses entered via the keypad are stored in the memory and are called up at future times to generate control signals for the video recorder. The video recorder system further includes a memory storing digital data representing a schedule of programming available for a future period. The video system permits this schedule to be recalled and displayed on the TV receiver for review by the user.
    • 用于在延长的时间段内编程视频记录器的自动操作的系统使用相关联的电视接收机作为操作员的字母数字消息的显示装置,以提供不言而喻的交互式编程例程。 录像机系统包括数字存储器,实时数字时钟和字母数字字符发生器,全部连接到中央数字控制器。 键盘允许操作员启动编程例程,其中先前存储的编程消息从存储器调用并且使用字符发生器在电视接收机的显示管上产生。 通过键盘输入的操作者的响应被存储在存储器中,并在将来被调用以产生用于录像机的控制信号。 视频记录器系统还包括存储数字数据的存储器,该数字数据表示可用于未来期间的编程时间表。 视频系统允许将该时间表调回并显示在电视接收机上以供用户查看。