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    • 1. 发明授权
    • Device and method for the production of cooled coffee
    • 用于生产冷咖啡的装置和方法
    • US09182169B2
    • 2015-11-10
    • US12836824
    • 2010-07-15
    • Stefan StahlMariano TuriHeinz Vetterli
    • Stefan StahlMariano TuriHeinz Vetterli
    • A47J31/057A47J31/44F25D31/00
    • F25D31/005A47J31/44
    • The invention relates to a device (1, 10) for the production of cooled coffee, comprising a brewing unit (4) for the production of coffee, a cooling assembly (11) and a coffee cooler (14) formed as a heat exchanger, wherein the coffee cooler (14) has at least one first and one second flow path that are connected thermally but not in a fluid-conducting manner, wherein a coolant can flow through the first flow path and the second flow path is connected in a fluid-conducting manner with a coffee outlet (5) of the brewing unit (4). It is essential that the device furthermore has a fresh-water supply (2) and a fresh-water cooler (13) formed as an additional heat exchanger, wherein the fresh-water cooler (13) has at least one first and one second flow path that are connected thermally but not in a fluid conducting manner and the fresh-water supply (2) is connected in a fluid-conducting manner downstream with the second flow path of the fresh-water cooler (13), further downstream with the first flow path of the coffee cooler (14), and further downstream with the brewing unit (4) and the first flow path of the fresh-water cooler (13) is connected in a fluid-conducting manner with a coolant circuit of the cooling assembly. The invention further relates to a method for the production of cooled coffee.
    • 本发明涉及用于生产冷咖啡的装置(1,10),其包括用于生产咖啡的冲泡单元(4),形成为热交换器的冷却组件(11)和咖啡冷却器(14) 其中所述咖啡冷却器(14)具有至少一个第一和第二第二流动路径,所述至少一个第一和第二流动路径热连接但不以流体传导方式连接,其中冷却剂可以流过所述第一流动路径,并且所述第二流动路径连接在流体 与酿造单元(4)的咖啡出口(5)进行导通。 重要的是,该装置还具有作为另外的热交换器形成的淡水供应源(2)和淡水冷却器(13),其中所述淡水冷却器(13)具有至少一个第一和第二流 路径,其热连接但不以流体传导方式连接,并且淡水供应源(2)以流体导通的方式与淡水冷却器(13)的第二流动路径下游连接,在下游具有第一 咖啡冷却器(14)的流动路径以及进一步下游的冲泡单元(4)和淡水冷却器(13)的第一流动路径以流体传导方式连接到冷却组件的冷却剂回路 。 本发明还涉及一种生产冷咖啡的方法。
    • 2. 发明授权
    • Device and method for foaming a liquid foodstuff, especially milk
    • 液体食品特别是牛奶发泡的装置和方法
    • US08657262B2
    • 2014-02-25
    • US12885600
    • 2010-09-20
    • Adrian BurriAndreas KaiserHeinz VetterliMariano Turi
    • Adrian BurriAndreas KaiserHeinz VetterliMariano Turi
    • B01F3/04
    • A47J31/4485
    • A device for foaming a liquid foodstuff, especially milk, is provided including a pump (2) that has, on the suction side, a feed line (3) that can be connected in a fluid-conducting way to a storage container for the liquid foodstuff. An air feed line (3a) by which air can be fed to the foodstuff is arranged in a path of flow of the liquid foodstuff on the suction side of the pump (2) and, a throttle (4a) is arranged in the path of flow of the foodstuff on the downstream side of the pump (2). The air feed line (3a) includes an air valve (3b) that can be controlled by a control unit (9) and the air valve (3b) is an intermittent air valve (3b) having at least one state with high air flow and one state with comparatively lower air flow and/or with no air flow can be specified selectively by the control unit (9), and the control unit (9) and air valve (3b) are constructed to interact such that the average air flow of the air valve can be controlled through repeated switching between the at least two states of the air valve.
    • 提供了一种用于使液态食品,特别是牛奶发泡的装置,包括:泵(2),其在吸入侧具有可以流体传导方式连接到液体的储存容器的进料管线(3) 食品。 在该泵(2)的吸入侧的液体食品的流动路径上配置有供给食品的空气供给管线(3a),并且在该通路 食物在泵(2)的下游侧的流动。 空气供给管线(3a)包括可由控制单元(9)控制的空气阀(3b),空气阀(3b)是具有至少一个具有高空气流量的状态的间歇空气阀(3b) 可以通过控制单元(9)选择性地指定具有相对较低空气流量和/或没有空气流量的一个状态,并且控制单元(9)和空气阀(3b)被构造成相互作用,使得平均空气流量 可以通过在空气阀的至少两个状态之间重复切换来控制空气阀。
    • 3. 发明授权
    • Device and method for foaming a liquid foodstuff, in particular, milk
    • 用于使液体食品,特别是牛奶发泡的装置和方法
    • US08661968B2
    • 2014-03-04
    • US12836840
    • 2010-07-15
    • Mariano TuriHeinz VetterliMichel Loetscher
    • Mariano TuriHeinz VetterliMichel Loetscher
    • A23L2/54
    • A47J31/4485
    • A device for foaming a liquid foodstuff, in particular, milk, including a foaming chamber (5), a foodstuff feed line (4), a steam feed line (7), and an air feed line (8) is provided. The foodstuff, steam, and air feed lines are connected in a fluid-conducting manner to the foaming chamber (5). The air feed line (9) includes an air valve (10) that can be controlled by a control unit (9), and the air valve (10) is an intermittent air valve in which, by use of the control unit (9), at least one state with a high air flow and a state with relatively lower air flow and/or with no air flow can be specified selectively. The control unit (9) and air valve (10) have an interacting construction such that the average air flow of the air valve (10) can be controlled by repeated switching between the at least two states of the air valve (10). The invention further includes a method for foaming the liquid foodstuff.
    • 提供了一种用于使液态食品,特别是包括发泡室(5),食品进料管线(4),蒸汽进料管线(7)和空气进料管线(8)的牛奶发泡的装置。 食品,蒸汽和空气供给管线以流体传导方式连接到发泡室(5)。 空气供给管线(9)包括可由控制单元(9)控制的空气阀(10),空气阀(10)是间歇式空气阀,其中通过使用控制单元(9) 可以选择性地规定具有高空气流量和具有相对较低空气流量和/或没有空气流动的状态的至少一个状态。 控制单元(9)和空气阀(10)具有相互作用的结构,使得可以通过在空气阀(10)的至少两个状态之间重复切换来控制空气阀(10)的平均空气流量。 本发明还包括一种使液体食品发泡的方法。
    • 4. 发明申请
    • DEVICE AND METHOD FOR FOAMING A LIQUID FOODSTUFF, IN PARTICULAR, MILK
    • 用于发泡液体食品,特别是奶酪的装置和方法
    • US20110014329A1
    • 2011-01-20
    • US12836840
    • 2010-07-15
    • Mariano TuriHeinz VetterliMichel Loetscher
    • Mariano TuriHeinz VetterliMichel Loetscher
    • A01J11/04A23P1/16
    • A47J31/4485
    • A device for foaming a liquid foodstuff, in particular, milk, including a foaming chamber (5), a foodstuff feed line (4), a steam feed line (7), and an air feed line (8) is provided. The foodstuff, steam, and air feed lines are connected in a fluid-conducting manner to the foaming chamber (5). The air feed line (9) includes an air valve (10) that can be controlled by a control unit (9), and the air valve (10) is an intermittent air valve in which, by use of the control unit (9), at least one state with a high air flow and a state with relatively lower air flow and/or with no air flow can be specified selectively. The control unit (9) and air valve (10) have an interacting construction such that the average air flow of the air valve (10) can be controlled by repeated switching between the at least two states of the air valve (10). The invention further includes a method for foaming the liquid foodstuff.
    • 提供了一种用于使液态食品,特别是包括发泡室(5),食品进料管线(4),蒸汽进料管线(7)和空气进料管线(8)的牛奶发泡的装置。 食品,蒸汽和空气供给管线以流体传导方式连接到发泡室(5)。 空气供给管线(9)包括可由控制单元(9)控制的空气阀(10),空气阀(10)是间歇式空气阀,其中通过使用控制单元(9) 可以选择性地规定具有高空气流量和具有相对较低空气流量和/或没有空气流动的状态的至少一个状态。 控制单元(9)和空气阀(10)具有相互作用的结构,使得可以通过在空气阀(10)的至少两个状态之间重复切换来控制空气阀(10)的平均空气流量。 本发明还包括一种使液体食品发泡的方法。
    • 5. 发明授权
    • Coffee maker
    • 咖啡机
    • US07350455B2
    • 2008-04-01
    • US11369073
    • 2006-03-06
    • Heinz Vetterli
    • Heinz Vetterli
    • A47J31/30
    • A47J31/42A47J42/50
    • A coffee maker is disclosed, having at least one coffee bean container adapted to receive whole coffee beans and a brewing module including a brewing chamber for brewing a coffee beverage by means of hot brewing water. The coffee bean container is subdivided into two compartments, whereby an individual coffee grinder assembly is assigned to each compartment. The outlets of the coffee grinder assemblies open into a common feeding channel serving for filling the brewing chamber with ground coffee. The coffee maker further comprises a slide controller serving for preselecting the proportional amount of coffee beans to be discharged from the particular compartment and ground by the coffee grinder assembly assigned to the particular compartment. With such a coffee maker, a coffee beverage can be prepared, using different blends of freshly ground coffee beans.
    • 公开了一种咖啡机,其具有适于接收整个咖啡豆的至少一个咖啡豆容器和包括用于通过热的冲泡水冲煮咖啡饮料的冲泡室的冲泡模块。 咖啡豆容器被细分成两个隔室,由此将各个咖啡研磨机组件分配给每个隔间。 咖啡研磨机组件的出口开放到用于用煮咖啡填充酿造室的共同进料通道。 咖啡机还包括滑动控制器,用于预先选择要从特定隔室排出的咖啡豆的比例量,并由分配给特定隔室的咖啡研磨机组件进行研磨。 使用这样的咖啡机,可以使用新鲜研磨的咖啡豆的不同混合物来制备咖啡饮料。
    • 6. 发明申请
    • Coffee maker
    • 咖啡机
    • US20060201339A1
    • 2006-09-14
    • US11369073
    • 2006-03-06
    • Heinz Vetterli
    • Heinz Vetterli
    • A01J11/00
    • A47J31/42A47J42/50
    • A coffee maker is disclosed, having at least one coffee bean container adapted to receive whole coffee beans and a brewing module including a brewing chamber for brewing a coffee beverage by means of hot brewing water. The coffee bean container is subdivided into two compartments, whereby an individual coffee grinder assembly is assigned to each compartment. The outlets of the coffee grinder assemblies open into a common feeding channel serving for filling the brewing chamber with ground coffee. The coffee maker further comprises a slide controller serving for preselecting the proportional amount of coffee beans to be discharged from the particular compartment and ground by the coffee grinder assembly assigned to the particular compartment. With such a coffee maker, a coffee beverage can be prepared, using different blends of freshly ground coffee beans.
    • 公开了一种咖啡机,其具有适于接收整个咖啡豆的至少一个咖啡豆容器和包括用于通过热的冲泡水冲煮咖啡饮料的冲泡室的冲泡模块。 咖啡豆容器被细分成两个隔室,由此将各个咖啡研磨机组件分配给每个隔间。 咖啡研磨机组件的出口开放到用于用煮咖啡填充酿造室的共同进料通道。 咖啡机还包括滑动控制器,用于预先选择要从特定隔室排出的咖啡豆的比例量,并由分配给特定隔室的咖啡研磨机组件进行研磨。 使用这样的咖啡机,可以使用新鲜研磨的咖啡豆的不同混合物来制备咖啡饮料。
    • 7. 发明授权
    • Coffee machine and brewing assembly for a coffee machine
    • 咖啡机和咖啡机的冲泡组件
    • US09214017B2
    • 2015-12-15
    • US13591277
    • 2012-08-22
    • Mariano TuriHeinz Vetterli
    • Mariano TuriHeinz Vetterli
    • A47J31/00G06T7/00A47J31/36A24C5/34B65B19/30B65B19/32
    • A47J31/3614A24C5/3412B65B19/30B65B19/32G06T7/0004G06T2207/20168G06T2207/30128
    • A brewing assembly for a coffee machine, which brewing assembly includes a brewing module with a brewing head, an upper and lower closure element, and a drive module with at least one linear guide element. The brewing head has a cylindrical brewing chamber, which can be closed by the upper and lower closure elements and cooperates with the linear guide such that the brewing head is displaceable linearly in the brewing assembly. The drive unit also includes a motor drive for the linear guide element. The brewing head and at least one of the two closure elements with at least a brewing chamber are arranged in the brewing module in a linearly displaceable fashion. The brewing module is arranged detachably in or on the drive unit such that when it is in or on the drive unit at least the brewing head is linearly displaceable via the linear guide element.
    • 一种用于咖啡机的冲泡组件,该冲煮组件包括具有冲泡头的冲泡模块,上部和下部闭合元件以及具有至少一个线性引导元件的驱动模块。 该酿造头具有一个圆筒形的冲泡室,它可以由上部和下部封闭元件封闭,并与该线性导向件配合,使得该冲泡头可在该冲泡组件中线性移动。 驱动单元还包括用于线性引导元件的马达驱动器。 酿造头部和具有至少一个冲泡室的两个闭合元件中的至少一个以可线性移位的方式布置在冲泡模块中。 所述冲泡模块可拆卸地布置在所述驱动单元中或所述驱动单元上,使得当其位于所述驱动单元中或所述驱动单元上时,至少所述冲泡头可经由所述线性引导元件线性移位。
    • 8. 发明申请
    • COFFEE MACHINE AND BREWING ASSEMBLY FOR A COFFEE MACHINE
    • 咖啡机和咖啡机的烧烤组件
    • US20130047862A1
    • 2013-02-28
    • US13591277
    • 2012-08-22
    • Mariano TuriHeinz Vetterli
    • Mariano TuriHeinz Vetterli
    • A47J31/44
    • A47J31/3614A24C5/3412B65B19/30B65B19/32G06T7/0004G06T2207/20168G06T2207/30128
    • A brewing assembly for a coffee machine, which brewing assembly includes a brewing module with a brewing head, an upper and lower closure element, and a drive module with at least one linear guide element. The brewing head has a cylindrical brewing chamber, which can be closed by the upper and lower closure elements and cooperates with the linear guide such that the brewing head is displaceable linearly in the brewing assembly. The drive unit also includes a motor drive for the linear guide element. The brewing head and at least one of the two closure elements with at least a brewing chamber are arranged in the brewing module in a linearly displaceable fashion. The brewing module is arranged detachably in or on the drive unit such that when it is in or on the drive unit at least the brewing head is linearly displaceable via the linear guide element.
    • 一种用于咖啡机的冲泡组件,该冲煮组件包括具有冲泡头的冲泡模块,上部和下部闭合元件以及具有至少一个线性引导元件的驱动模块。 该酿造头具有一个圆筒形的冲泡室,它可以由上部和下部封闭元件封闭,并与该线性导向件配合,使得该冲泡头可在该冲泡组件中线性移动。 驱动单元还包括用于线性引导元件的马达驱动器。 酿造头部和具有至少一个冲泡室的两个闭合元件中的至少一个以可线性移位的方式布置在冲泡模块中。 所述冲泡模块可拆卸地布置在所述驱动单元中或所述驱动单元上,使得当其位于所述驱动单元中或所述驱动单元上时,至少所述冲泡头可经由所述线性引导元件线性移位。
    • 9. 发明申请
    • DEVICE AND METHOD FOR FOAMING A LIQUID FOODSTUFF, ESPECIALLY MILK
    • 用于发泡液体食品的装置和方法,特别是奶酪
    • US20110070349A1
    • 2011-03-24
    • US12885600
    • 2010-09-20
    • Adrian BurriAndreas KaiserHeinz VetterliMariano Turi
    • Adrian BurriAndreas KaiserHeinz VetterliMariano Turi
    • A23P1/16B01F13/02
    • A47J31/4485
    • A device for foaming a liquid foodstuff, especially milk, is provided including a pump (2) that has, on the suction side, a feed line (3) that can be connected in a fluid-conducting way to a storage container for the liquid foodstuff. An air feed line (3a) by which air can be fed to the foodstuff is arranged in a path of flow of the liquid foodstuff on the suction side of the pump (2) and, a throttle (4a) is arranged in the path of flow of the foodstuff on the downstream side of the pump (2). The air feed line (3a) includes an air valve (3b) that can be controlled by a control unit (9) and the air valve (3b) is an intermittent air valve (3b) having at least one state with high air flow and one state with comparatively lower air flow and/or with no air flow can be specified selectively by the control unit (9), and the control unit (9) and air valve (3b) are constructed to interact such that the average air flow of the air valve can be controlled through repeated switching between the at least two states of the air valve.
    • 提供一种用于使液体食品,特别是牛奶发泡的装置,包括泵(2),其在吸入侧具有可以流体导通的方式连接到液体的储存容器的进料管线(3) 食品。 在该泵(2)的吸入侧的液体食品的流动路径上配置有供给食品的空气供给管线(3a),并且在该通路 食物在泵(2)的下游侧的流动。 空气供给管线(3a)包括可由控制单元(9)控制的空气阀(3b),空气阀(3b)是具有至少一个具有高空气流量的状态的间歇空气阀(3b) 可以通过控制单元(9)选择性地指定具有相对较低空气流量和/或没有空气流量的一个状态,并且控制单元(9)和空气阀(3b)被构造成相互作用,使得平均空气流量 可以通过在空气阀的至少两个状态之间重复切换来控制空气阀。
    • 10. 发明申请
    • DEVICE AND METHOD FOR THE PRODUCTION OF COOLED COFFEE
    • 用于生产冷却咖啡的装置和方法
    • US20110014339A1
    • 2011-01-20
    • US12836824
    • 2010-07-15
    • Stefan StahlMariano TuriHeinz Vetterli
    • Stefan StahlMariano TuriHeinz Vetterli
    • A47J31/44A23F5/26
    • F25D31/005A47J31/44
    • A device (1, 10) and method for the production of cooled coffee are provided. The device has a brewing unit (4) for the production of coffee, a cooling assembly (11) and a coffee cooler (14) formed as a heat exchanger. The coffee cooler (14) has at least one first and one second flow path that are connected thermally but not in a fluid-conducting manner. A coolant can flow through the first flow path and the second flow path is connected in a fluid-conducting manner with a coffee outlet (5) of the brewing unit (4). The device also has a fresh-water supply (2) and a fresh-water cooler (13) formed as an additional heat exchanger. The fresh-water cooler (13) has at least one first and one second flow path that are connected thermally but not in a fluid conducting manner and the fresh-water supply (2) is connected in a fluid-conducting manner downstream with the second flow path of the fresh-water cooler (13), further downstream with the first flow path of the coffee cooler (14), and further downstream with the brewing unit (4) and the first flow path of the fresh-water cooler (13) is connected in a fluid-conducting manner with a coolant circuit of the cooling assembly.
    • 提供了一种用于生产冷咖啡的设备(1,10)和方法。 该装置具有用于生产咖啡的冲泡单元(4),形成为热交换器的冷却组件(11)和咖啡冷却器(14)。 咖啡冷却器(14)具有至少一个第一和第二个第二流动路径,其热连接但不以流体传导方式连接。 冷却剂可以流过第一流动路径,并且第二流动路径以流体传导方式连接到冲泡单元(4)的咖啡出口(5)。 该装置还具有作为附加热交换器形成的淡水源(2)和淡水冷却器(13)。 淡水冷却器(13)具有至少一个第一和第二个第二流动路径,它们热连接但不以流体传导方式连接,并且淡水供应源(2)以流体导通的方式与第二个 淡水冷却器(13)的流动路径,进一步下游与咖啡冷却器(14)的第一流动路径连通,并且还具有冲煮单元(4)和淡水冷却器(13)的第一流动路径 )以流体传导方式与冷却组件的冷却剂回路连接。