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    • 1. 发明授权
    • Airpot beverage dispenser and method
    • Airpot饮料机和方法
    • US07798373B1
    • 2010-09-21
    • US10999283
    • 2004-11-30
    • Leszek M. WroblewskiBartosz SokolskiMichael W. LassotaChristopher P. MichalekZbigniew G. Lassota
    • Leszek M. WroblewskiBartosz SokolskiMichael W. LassotaChristopher P. MichalekZbigniew G. Lassota
    • B65D37/00
    • B05B11/00A47J41/0033
    • An airpot beverage dispenser (10) having a composite dispense tube (40) with an exterior outlet (44) adjacent a top of a hollow body (20) and an interior inlet (110) located adjacent a bottom (16) for passing beverage (36) from adjacent the bottom (16) to the outlet when the interior of the hollow body (20) is pressurized has a brew-through assembly with a cover body (24) for substantially closing the open top (18) except for a centrally located brew-through passageway (95) substantially smaller than the open top (18) and extending between an upwardly facing exterior brew-through inlet (30) and an interior outlet (102) that passes through a central passageway extending through a double-walled bellows (74) or extends past a plurality of bellows (FIG. 16, 114) that are laterally spaced from the passageway has an electronic display (48) for indicating a plurality of levels of the beverage (36) within the hollow body and a resistive (FIGS. 11-14) or capacitive (FIG. 21) electronic level sensing assembly carried by the dispense tube (40) for sensing a plurality of different levels of beverage (36) within the hollow body and electrical leads (170, 172) printed on the dispense tube to pass the sensing signals to a display controller (127). The display, controller and portable power source (123) are protectively contained within a plastic watertight compartment (126) integrally formed with the cover body (24) is vented (FIG. 20) to prevent the accumulation of moisture within the compartment (126).
    • 一种具有复合分配管(40)的气瓶饮料分配器(10),其具有邻近中空体(20)的顶部的外部出口(44)和邻近底部(16)定位的内部入口(110),用于使饮料 36),当中空体(20)的内部被加压时,邻近底部(16)到出口具有用于基本上封闭开口顶部(18)的盖体(24)的冲泡通过组件,除了中心 位于的开口通道(95)基本上小于开口顶部(18),并且在向上的外部通入入口(30)和内部出口(102)之间延伸,该内部出口(102)穿过延伸穿过双层壁 波纹管(74)或延伸通过与通道横向间隔开的多个波纹管(图16,114)具有电子显示器(48),用于指示中空体内的多个级别的饮料(36),以及 电阻(图11-14)或电容(图21)电子电平 由分配管(40)承载的用于感测中空体内的多个不同水平的饮料(36)的运动组件和印刷在分配管上的电引线(170,172),以将感测信号传递到显示控制器(127 )。 显示器,控制器和便携式电源(123)被保护地容纳在与盖体(24)排出的一体形成的塑料水密隔室(126)中(图20),以防止湿气积聚在隔室(126)内 。
    • 2. 发明授权
    • Beverage brewer with sliding tube brew valve assembly
    • 饮料啤酒机与滑动管冲泡阀总成
    • US07509908B1
    • 2009-03-31
    • US11096533
    • 2005-04-01
    • Zbigniew G. LassotaMichael W. Lassota
    • Zbigniew G. LassotaMichael W. Lassota
    • A47J31/46
    • A47J31/4475A47J31/4478
    • A hot beverage brewer (20) with an L-shaped, segmented, hot water tank (36) having a laterally extending side body (50) to which is mounted a membrane mounted tubular brew valve (38) with a dispense tube (66) and an electromagnet (92,94) selectively energized by a micro-computer controller (28) to attract in successive stages a first stage energy plate (98) and a second stage energy plate (102) attached to the dispense tube (66) to move the tube from a closed position (FIGS. 2 and 3) in which an inlet (72) of the tube is above a preselected level (42) of water in the tank (36) to an open position (FIGS. 4 and 5) in which the inlet (72) is beneath the surface to pass hot water to a spray head (76). In one embodiment, one or more of the energy plates are permanent magnets (138,140) and in other embodiments the plates (98,102) are not permanent magnets and are resistive to being permanently magnetized.
    • 一种具有L形,分段的热水箱(36)的热饮料冲泡器(20),其具有横向延伸的侧体(50),其上安装有安装有分配管(66)的膜安装的管状冲泡阀(38) 以及由微计算机控制器(28)选择性激励以在连续级中吸引附接到分配管(66)的第一级能量板(98)和第二级能量板(102)的电磁体(92,94),以便 将管从关闭位置(图2和3)移动,其中管的入口(72)在罐(36)中的水的预选水平高度(42)上方到打开位置(图4和5 ),其中入口(72)在表面下方以将热水通过喷头(76)。 在一个实施例中,一个或多个能量板是永磁体(138,140),并且在其它实施例中,板(98,102)不是永磁体并且是耐永久磁化的。
    • 3. 发明申请
    • METHOD OF BREWING DIFFERENT TYPES OF BEVERAGES WITH A SINGLE BREWER
    • 用单一BREWER酿造不同类型的饮料的方法
    • US20090258114A1
    • 2009-10-15
    • US12251804
    • 2008-10-15
    • Michael W. LassotaZbigniew G. Lassota
    • Michael W. LassotaZbigniew G. Lassota
    • A47J31/40A47J31/00A47J31/047B65B29/02
    • A47J31/56F24H1/103F24H9/2028
    • A method of brewing a fresh, hot beverage in a beverage brewer (10) having a brew basket (18) for holding ingredient to be brewed and a dispensing spray head (12) for passing water onto a top surface of a layer of ingredient supported within the brew basket (18) during a dispense period of a brew cycle uses a temperature selectable dispense system having an on-demand hot water heating chamber assembly (30) with a hot water chamber (86) having a volume substantially less than the volume of beverage brewed during a single brew cycle. An electrical heating element (98) of sufficient power quickly and substantially alters the temperature of the water in the chamber during a single brew cycle and a microprocessor controller (38) for controlling the heating element in response to temperature sensors (40, 42) to control the heating element (98) to selectively change the temperature of the hot water dispensed to the brew basket (18) during a single brew cycle. The controller (38) selectively controls the brewer (10) to brew different types of beverages, such as green tea, black tea, an different types of coffee, with dispense water at different preselected temperatures in response to a manually actuatable switch (72, 74, 76 and 78). The temperature of the dispense water may also be changed from a hotter temperature at the beginning of a brew cycle and a lower temperature during an end portion of the same brew cycle.
    • 在具有用于保持要冲泡的成分的冲泡篮(18)的饮料冲泡器(10)中冲泡新鲜的热饮料的方法,以及用于将水流入支撑的成分层的顶表面上的分配喷头(12) 在冲泡循环的分配期间内的冲泡篮(18)内的温度选择分配系统使用具有热水室(86)的按需热水加热室组件(30),该热水室(86)的体积基本上小于体积 在一次冲泡循环中酿造的饮料。 具有足够功率的电加热元件(98)在单个冲泡循环期间快速且基本上改变腔室中的水的温度,以及用于响应于温度传感器(40,42)控制加热元件的微处理器控制器(38) 控制加热元件(98)以在单个冲泡循环期间选择性地改变分配到冲泡篮(18)的热水的温度。 控制器(38)响应于可手动致动的开关(72,72),选择性地控制冲泡器(10)以不同的预选温度将不同类型的饮料(例如绿茶,红茶,不同类型的咖啡) 74,76和78)。 分配水的温度也可以在冲泡循环开始时的较高温度和在相同冲泡循环的结束部分期间的较低温度改变。
    • 4. 发明授权
    • Control method for beverage making system
    • 饮料制作系统的控制方法
    • US07279190B1
    • 2007-10-09
    • US10999034
    • 2004-11-29
    • Zbigniew G. LassotaMichael W. Lassota
    • Zbigniew G. LassotaMichael W. Lassota
    • A23F5/00
    • A47J31/402
    • A brewing control method for use with beverage brewing system (10) uses a controller (52) responsive to a comparison of preselected values of total brew water and total diluent water stored in a program memory (62) and to actual quantities measured by one of two flow meter (36, 36′) to control operation of a brew valve (46) passing water to a hot water tank (14) and a diluent valve (50) for passing water directly to a mixing chamber (28). the controller also responds to a level sensor (20) to control the brew valve (46) to keep the hot water tank filled with water. The preselected amounts of diluent and extract are changed for different brewing conditions to obtain different total quantities of beverage or different ratios of hot brew water passed through the brew basket (24) to cold diluent water passed directly to the mixing chamber, or serving urn (28).
    • 用于饮料酿造系统(10)的酿造控制方法使用控制器(52),其响应于存储在程序存储器(62)中的总酿造水和总稀释剂水的预选值的比较,并且与由 两个流量计(36,36'),用于控制将水通过热水箱(14)的冲泡阀(46)的操作和用于将水直接送入混合室(28)的稀释剂阀(50)。 控制器还响应于液位传感器(20)以控制冲泡阀(46)以使热水箱保持充满水。 根据不同的酿造条件改变预选量的稀释剂和提取物,以获得不同的饮料总量或通过冲泡篮(24)的热水冲泡比例与直接通到混合室的冷稀释水的比例, 28)。
    • 5. 发明授权
    • Beverage making system with flow meter measurement control and method
    • 具有流量计测量控制和方法的饮料制造系统
    • US06845704B2
    • 2005-01-25
    • US10078600
    • 2002-02-19
    • Zbigniew G. LassotaMichael W. Lassota
    • Zbigniew G. LassotaMichael W. Lassota
    • A47J31/40A47J31/56
    • A47J31/402
    • A beverage brewing system (10) having a controller (52) responsive to a comparison of preselected values of total brew water and total diluent water stored in a program memory (62) and to actual quantities measured by one or two flow meter (36, 36′) to control operation of a brew valve (46) passing water to a hot water tank (14) and a diluent valve (50) for passing water directly to a mixing chamber (28). The controller is also responsive to a level sensor (20) to control the brew valve (46) to keep the hot water tank filled with water. The preselected amounts may be changed for different brewing conditions to obtain different total quantities of beverage or different ratios of hot brew water passed through the brew basket (24) to cold diluent water passed directly to the mixing chamber, or serving urn (28).
    • 一种具有控制器(52)的饮料冲泡系统(10),其响应于总酿造水的预选值和存储在程序存储器(62)中的总稀释水的比较,以及由一个或两个流量计(36, 36')来控制将水通过热水箱(14)的冲泡阀(46)和用于将水直接送到混合室(28)的稀释阀(50)的操作。 控制器还响应于液位传感器(20)来控制冲泡阀(46)以使热水箱保持充满水。 可以针对不同的酿造条件改变预选量,以获得不同的饮料总量或通过冲泡篮(24)的热水冲煮水直接通向混合室的冷稀释水或不同比例(28)。
    • 6. 发明授权
    • Electrical food grinder with an electronically controlled movable rotor drive motor and method
    • 电动食品研磨机用电子控制的可动转子驱动电动机和方法
    • US09532682B1
    • 2017-01-03
    • US13661562
    • 2012-10-26
    • Zbigniew G. LassotaMichael W. LassotaWoyciech Dymkowski
    • Zbigniew G. LassotaMichael W. LassotaWoyciech Dymkowski
    • A47J42/18A47J42/46
    • A47J42/18A47J42/38A47J42/46B02C7/14
    • A grinder (30) has a toolessly attached ingredient hopper assembly (50) overlying a toolessly attached fixed grinding burr (134) defining the top of a grind chamber (158) within which is received a mating rotary grinding burr (150) that is slidably mounted to a rotary drive motor (154) for adjustment relative to the fixed grinding burr (134). Adjustment is achieved automatically by control of a stepper motor (168) that pushes on the end of an elongate control shaft (393) passing through a hollow rotary drive axle (392) and carrying the rotary grinding burr (150) at an opposite end. In a similar embodiment (FIG. 23), the non-rotary burr (314) is adjusted by movement of a control shaft (393) contained within a hollow motor axle (392). In other embodiments (FIGS. 17-22), a movable axle (304) of a movable rotor motor (300) and attached to the rotary burr (312) is moved to make the adjustments.
    • 研磨机(30)具有无工具地附接的成分料斗组件(50),该组件覆盖在工具上固定的研磨毛刺(134)上,固定磨削毛坯(134)限定研磨室(158)的顶部,其中容纳有可滑动地配合的配合的旋转磨削毛刺 安装到用于相对于固定研磨毛刺(134)进行调节的旋转驱动马达(154)。 通过控制步进电机(168)来实现调节,步进电机(168)推动通过中空旋转驱动轴(392)的细长控制轴(393)的端部并在相对端承载旋转磨削毛刺(150)。 在类似的实施例(图23)中,通过包含在中空电动机轴(392)内的控制轴(393)的运动来调节非旋转式毛刺(314)。 在其它实施例(图17-22)中,移动可移动转子马达(300)并附接到旋转毛刺(312)的可移动轴(304)以进行调整。
    • 7. 发明授权
    • Multi-beverage brewer with on-demand variable brew water temperature and method
    • 多饮料啤酒厂具有按需可变酿造水温和方法
    • US08225708B2
    • 2012-07-24
    • US12248194
    • 2008-10-09
    • Michael W. LassotaZbigniew G. Lassota
    • Michael W. LassotaZbigniew G. Lassota
    • A47J31/40H05B3/02
    • A47J31/56F24H1/103F24H9/2028
    • A beverage brewer (10) with a temperature selectable dispense system having an on-demand hot water heating chamber assembly (30) with a hot water chamber body (86) having a volume substantially less than the volume of beverage brewed during a single brew cycle, a heating element (98) to quickly and substantially alter the water temperature in the chamber body during a single brew cycle and a microprocessor controller (38) for controlling the heating element in response to temperature sensors (40, 42). The controller (38) controls the brewer (10) to brew different types of beverages, with dispense water at different preselected temperatures in response to a manually actuatable switch (72, 74, 76 and 78). The temperature of the dispense water may also be changed from a hotter temperature at the beginning of a brew cycle to a lower temperature during an end portion of the same brew cycle.
    • 一种具有温度可选择分配系统的饮料冲泡器(10),其具有按需热水加热室组件(30),所述热水加热室组件具有基本上小于在单个冲泡循环期间酿造的饮料的体积的热水室主体(86) ,加热元件(98),其在单个冲泡循环期间快速且基本上改变所述室主体中的水温;以及微处理器控制器(38),用于响应于温度传感器(40,42)控制所述加热元件。 控制器(38)响应于可手动致动的开关(72,74,76和78)控制酿造器(10)以不同类型的饮料冲洗不同预选温度的分配水。 在相同冲泡循环的结束部分期间,分配水的温度也可以在冲泡循环开始时的较高温度变化到较低的温度。
    • 8. 发明授权
    • Food processing apparatus with auto-directive controller and method
    • 具有自动指令控制器和方法的食品加工设备
    • US07631593B2
    • 2009-12-15
    • US10631118
    • 2003-07-31
    • Michael W. LassotaZbigniew G. Lassota
    • Michael W. LassotaZbigniew G. Lassota
    • A47J31/00
    • A23F5/26A47J31/002A47J31/52
    • A hot beverage brewer (20) with an auto-directive brewer controller (22) that controls enabling and revealing of a plurality of hidden, or phantom, switches (39, 40, 42, 48, 50, 52, 54, 56, 58 and 60). Signals from disabled switches are ignored by a microcomputer (24), and the operator is directed to only the hidden switches that are enabled by selectively revealing them with individually associated backlights (39′, 40′, 42′, 48′, 50′, 54′, 56′, 58′, and 60′). When the backlights are energized the location of the hidden switches is revealed by the light passing through a dark, but semi-translucent, flexible, plastic control panel that overlies the hidden switches and their associated backlights. Different modes of normal operation may be preselected during a program mode (FIG. 12D) in which one or more of the brew start switches are relatively permanently disabled and remain relatively permanently hidden, while other ones of the start brew switches and other function selection switches are only temporarily disabled and temporarily hidden due to changing conditions or status of the brewer during normal operation. A demonstration mode is provided in which the performance of the apparatus under normal circumstances is performed but the heating element and various valves are inhibited from being actuated. A self-diagnostic mode is provided for selective use in combination with a normal operation mode, a program mode and a self-diagnostic mode of operation.
    • 一种具有自动指令冲泡控制器(22)的热饮料冲泡器(20),其控制启用和显示多个隐藏的或幻影的开关(39,40,42,48,50,52,54,56,58 和60)。 来自禁用开关的信号由微型计算机(24)忽略,并且操作者仅被引导到通过用单独关联的背光(39',40',42',48',50')选择性地显示它们而被启用的隐藏开关, 54',56',58'和60')。 当背光灯通电时,隐藏的开关的位置由穿过隐藏的开关及其相关的背光灯的黑暗但半透明,柔性的塑料控制面板的光线显露出来。 可以在程序模式(图12D)期间预先选择不同的正常操作模式,其中一个或多个冲泡启动开关相对永久禁用并保持相对永久地隐藏,而其他启动冲洗开关和其他功能选择开关 由于啤酒厂在正常运行过程中的状况或状态发生变化,因此暂时停用,暂时隐藏。 提供了一种演示模式,其中在正常情况下执行装置的性能,但是禁止加热元件和各种阀被致动。 提供了自诊断模式,用于与正常操作模式,程序模式和自诊断操作模式组合的选择性使用。
    • 9. 发明申请
    • MULTI-BEVERAGE BREWER WITH ON-DEMAND VARIABLE BREW WATER TEMPERATURE AND METHOD
    • 具有不可更改BREW水温和多种方法的多级啤酒厂
    • US20090255408A1
    • 2009-10-15
    • US12248194
    • 2008-10-09
    • Michael W. LassotaZbigniew G. Lassota
    • Michael W. LassotaZbigniew G. Lassota
    • A47J31/00A47J31/54F24H1/18
    • A47J31/56F24H1/103F24H9/2028
    • A beverage brewer (10) having a brew basket (18) for holding ingredient to be brewed and a dispensing spray head (12) for passing water onto a top surface of a layer of ingredient supported within the brew basket (18) during a dispense period of a brew cycle is provided with a temperature selectable dispense system having an on-demand hot water heating chamber assembly (30) with a hot water chamber (86) having a volume substantially less than the volume of beverage brewed during a single brew cycle, an electrical heating element (98) of sufficient power to quickly and substantially alter the temperature of the water in the chamber during a single brew cycle and a microprocessor controller (38) for controlling the heating element in response to temperature sensors (40, 42) to control the heating element (98) to selectively change the temperature of the hot water dispensed to the brew basket (18) during a single brew cycle. The controller (38) selectively controls the brewer (10) to brew different types of beverages, such as green tea, black tea, an different types of coffee, with dispense water at different preselected temperatures in response to a manually actuatable switch (72, 74, 76 and 78). The temperature of the dispense water may also be changed from a hotter temperature at the beginning of a brew cycle and a lower temperature during an end portion of the same brew cycle.
    • 一种饮料冲泡器(10),其具有用于保持要冲泡的成分的冲泡篮(18)和分配喷雾头(12),用于在分配期间将水流入支撑在所述冲泡篮(18)内的成分层的顶表面 冲泡循环的周期设置有温度可选择的分配系统,其具有按需热水加热室组件(30),其中热水室(86)的体积基本上小于在单个冲泡循环期间酿造的饮料的体积 ,具有足够功率的电加热元件(98),以在单个冲泡循环期间快速且基本上改变所述腔室中的水的温度;以及微处理器控制器(38),用于响应于温度传感器(40,42)控制所述加热元件 )以控制加热元件(98)以在单次冲泡循环期间选择性地改变分配到冲泡篮(18)的热水的温度。 控制器(38)响应于可手动致动的开关(72,72)选择性地控制冲泡器(10)以不同的预选温度将不同类型的饮料(例如绿茶,红茶,不同类型的咖啡) 74,76和78)。 分配水的温度也可以在冲泡循环开始时的较高温度和在相同冲泡循环的结束部分期间的较低温度改变。
    • 10. 发明授权
    • Beverage dispenser with center off-set dispense tube
    • 饮料机配中心离心分配管
    • US06820771B2
    • 2004-11-23
    • US10118683
    • 2002-04-09
    • Zbigniew G. LassotaMichael W. LassotaChristopher Nowak
    • Zbigniew G. LassotaMichael W. LassotaChristopher Nowak
    • B67D506
    • A47J31/50A47J31/56B67D1/06B67D1/0871B67D1/16B67D3/00B67D3/0029B67D3/043
    • An insulated beverage dispenser (10) with an outer housing (24) having reinforcing cavities (86) and reinforcing ribs (88) on a canted surface (92) of a top closure (78) to resist distortion that is fitted over an integrally formed inner liner (48) in spaced relationship to provide a gap (52) that is evacuated to approximately 8% of standard atmospheric pressure. The bottom closure (62) of the inner liner (48) is symmetrically tilted downwardly across the center to a center-offset drain opening (76) to reduce the lateral extent (137) of a dispense tube (136) to reduce the quantity of beverage contained within the dispense tube (136) and subject to heat loss between the drain opening (76) to and a faucet (20). The dispense tube (136) is protectively contained within a hollow bottom section (25) for purposes of insulation and is also wrapped in foam insulation (139) for further insulation.
    • 一种绝热饮料分配器(10),其具有在顶盖(78)的倾斜表面(92)上具有加强空腔(86)和加强肋(88)的外壳体(24),以抵抗变形,该变形装配在整体形成 内衬(48)间隔开来提供间隙(52),其被抽空到大约8%的标准大气压。 内衬套(48)的底盖(62)通过中心对称地向下倾斜到中心偏心排放开口(76),以减小分配管(136)的横向延伸(137),以减少 容纳在分配管(136)内并且在排水开口(76)和水龙头(20)之间经受热损失的饮料。 为了绝缘目的,分配管(136)被保护地容纳在中空底部部分(25)内,并且还包裹在泡沫绝缘件(139)中以进一步绝缘。