公开(公告)号：US08757527B2

公开(公告)日：2014-06-24

申请号：US12735724

申请日：2008-02-15

Applicant: Motonari Amano ,  Toru Awazu ,  Masahiro Yoshida

Inventor： Motonari Amano ,  Toru Awazu ,  Masahiro Yoshida

IPC: B02C23/36

CPC classification number: B02C23/36 ,  A23L11/00 ,  B02C7/08 ,  B02C7/11 ,  B02C23/02

Abstract: The apparatus is characterized by having a tubular member (4) in vertical posture; quantitative discharge means (7) capable of feeding out a solid raw material (6) at a constant rate, disposed inferiorly to the tubular member (4); and altitude control means (10) for control of the altitude of a liquid raw material (8), so that quantitative discharge is effected by placing the solid raw material (6) and the liquid raw material (8) in the tubular member (4) and, while controlling the altitude of the liquid raw material (8), feeding the mixture to the quantitative discharge means (7) by the own weight of the solid raw material (6).

Abstract translation: 该装置的特征在于具有垂直姿势的管状构件（4） 定量排出装置（7），其能够以与所述管状部件（4）更靠下方的一定速度供给固体原料（6）。 以及用于控制液体原料（8）的高度的高度控制装置（10），通过将固体原料（6）和液体原料（8）放置在管状构件（4）中来进行定量排放 ），并且在控制液体原料（8）的高度的同时，通过固体原料（6）的自重将混合物供给到定量排出装置（7）。

公开(公告)号：US20110089274A1

公开(公告)日：2011-04-21

申请号：US12735724

申请日：2008-02-15

Applicant: Motonari Amano ,  Toru Awazu ,  Masahiro Yoshida

Inventor： Motonari Amano ,  Toru Awazu ,  Masahiro Yoshida

IPC: B02C23/36

CPC classification number: B02C23/36 ,  A23L11/00 ,  B02C7/08 ,  B02C7/11 ,  B02C23/02

Abstract: The apparatus is characterized by having a tubular member (4) in vertical posture; quantitative discharge means (7) capable of feeding out a solid raw material (6) at a constant rate, disposed inferiorly to the tubular member (4); and altitude control means (10) for control of the altitude of a liquid raw material (8), so that quantitative discharge is effected by placing the solid raw material (6) and the liquid raw material (8) in the tubular member (4) and, while controlling the altitude of the liquid raw material (8), feeding the mixture to the quantitative discharge means (7) by the own weight of the solid raw material (6).

Abstract translation: 该装置的特征在于具有垂直姿势的管状构件（4） 定量排出装置（7），其能够以与所述管状部件（4）更靠下方的一定速度供给固体原料（6）。 以及用于控制液体原料（8）的高度的高度控制装置（10），通过将固体原料（6）和液体原料（8）放置在管状构件（4）中来进行定量排放 ），并且在控制液体原料（8）的高度的同时，通过固体原料（6）的自重将混合物供给到定量排出装置（7）。

公开(公告)号：US20110020524A1

公开(公告)日：2011-01-27

申请号：US12805349

申请日：2010-07-27

Applicant: Toichiro Takai ,  Toru Awazu ,  Motonari Amano ,  Masahiro Yoshida ,  Masaaki Watanabe

Inventor： Toichiro Takai ,  Toru Awazu ,  Motonari Amano ,  Masahiro Yoshida ,  Masaaki Watanabe

IPC: A23D7/00

CPC classification number: A23C20/025

Abstract: A method for producing tofu coagulant includes a mineral salt solution as water phase (tank T2) and a food fat as oil phase including a diacylglycerol is 1 wt % or more (tank T1), comprising: a stirring and mixing step of the water phase and the oil phase to W/O type emulsion by emulsifying dispersion machine M1.

Abstract translation: 一种生产豆腐凝结剂的方法包括作为水相的矿物盐溶液（罐T2）和包含二酰基甘油的油相的食用脂肪为1重量％以上（罐T1），包括：水相的搅拌和混合步骤 并通过乳化分散机M1对油相至W / O型乳液。

公开(公告)号：US07310139B2

公开(公告)日：2007-12-18

申请号：US10508902

申请日：2003-03-28

Applicant: Touichirou Takai ,  Misao Tomita ,  Hideaki Kawahara ,  Tooru Awazu ,  Makoto Diou ,  Taku Kitaura ,  Kazuo Hosotani ,  Ikuo Togashi ,  Masato Nishi ,  Motonari Amano ,  Takahiro Matsuura

Inventor： Touichirou Takai ,  Misao Tomita ,  Hideaki Kawahara ,  Tooru Awazu ,  Makoto Diou ,  Taku Kitaura ,  Kazuo Hosotani ,  Ikuo Togashi ,  Masato Nishi ,  Motonari Amano ,  Takahiro Matsuura

IPC: G01N21/00

CPC classification number: G01N21/4795 ,  G01N2021/479

Abstract: A system and method for evaluating a material body by a scattered light observation system which observes a gel state or a gel-formable sol state material body illuminated with a coherent light through a two dimensional image recognizing means, including measuring a gel state or a change in sol-gel state of said material body using a light section formed on an image forming surface or conditions of a speckle pattern.

Abstract translation: 一种通过散射光观察系统评估材料体的系统和方法，该系统观察凝胶状态或通过二维图像识别装置用相干光照射的可凝胶形成的溶胶状态材料体，包括测量凝胶状态或变化 在所述材料体的溶胶凝胶状态下，使用形成在图像形成表面上的光部分或散斑图案的条件。

公开(公告)号：US08505740B2

公开(公告)日：2013-08-13

申请号：US12801190

申请日：2010-05-27

Applicant: Toichiro Takai ,  Satoshi Ueda ,  Toru Awazu ,  Motonari Amano ,  Kenji Kasama ,  Masahiro Yoshida ,  Masaaki Watanabe

Inventor： Toichiro Takai ,  Satoshi Ueda ,  Toru Awazu ,  Motonari Amano ,  Kenji Kasama ,  Masahiro Yoshida ,  Masaaki Watanabe

IPC: B01D33/06 ,  B01D33/76 ,  B30B9/20

CPC classification number: B01D33/073 ,  B01D33/37 ,  B01D33/466 ,  B01D33/646 ,  B30B9/20

Abstract: A solid-liquid separator using a roller system includes a casing, rollers disposed within the casing and each provided with a screen that is formed in an outer periphery thereof with plural pores, a supply device disposed outside the rollers for supplying into the casing under appropriate pressure a solid-liquid mixture to be separated into a solid component via the plural pores and a liquid component filtered inside, a casing wall disposed adjacent to the rollers after the solid-liquid mixture supplied with the supply device is passed through the rollers rotated, a discharge window formed in the casing wall for discharging the solid component, and a pressure application lid formed on the casing wall for stably applying prescribed pressure in a direction of closing the discharge window with a pressure application device. The liquid component is separated from the solid-liquid mixture by means of the rollers and the solid component is discharged from the discharge window on which pressure has been exerted by means of the pressure application lid.

Abstract translation: 使用辊系统的固液分离器包括壳体，设置在壳体内的辊，并且每个设置有在其外周形成有多个孔的筛网;供给装置，设置在辊的外侧，供给到适当的壳体内 对通过多个孔分离成固体成分的固液混合物和内部过滤的液体成分进行加压，在与供给装置供给的固液混合物之间通过与辊邻接配置的壳壁， 在壳体壁上形成用于排出固体成分的排出窗口，以及形成在壳体壁上的压力施加盖，用于利用压力施加装置在排出窗口的关闭方向上稳定地施加规定的压力。 液体组分通过辊与固液混合物分离，固体组分通过施压盖从已经施加压力的排出窗口排出。

公开(公告)号：US20110154992A1

公开(公告)日：2011-06-30

申请号：US12929059

申请日：2010-12-28

Applicant: Toichiro Takai ,  Toru Awazu ,  Motonari Amano ,  Masahiro Yoshida ,  Masaaki Watanabe

Inventor： Toichiro Takai ,  Toru Awazu ,  Motonari Amano ,  Masahiro Yoshida ,  Masaaki Watanabe

IPC: A23L1/00

CPC classification number: A23C20/025

Abstract: An apparatus for producing tofu coagulant, comprising: a liquid food oil pumping pathway H1 from a liquid food oil tank T1 by a metering pump P1; a mineral salt solution pumping pathway H2 from a mineral salt solution tank T2 by another metering pump P2; an emulsion dispersion machine M1 for stirring the liquid food oil with the mineral salt solution to an emulsification phase; wherein the liquid food oil pumping pathway H1 is connected with the mineral salt solution pumping pathway H2, and the mineral salt solution is added predetermined ratio for producing the tofu coagulant, wherein the water phase and the oil phase are stirred and mixed to W/O type (water in oil type) emulsion (without emulsifier).

Abstract translation: 一种生产豆腐凝结剂的设备，包括：通过计量泵P1从液体食品油罐T1流出的液体食物油泵送通道H1; 矿物盐溶液通过另一个计量泵P2从矿物盐溶液罐T2泵送路径H2; 用于将液体食用油与矿物盐溶液搅拌至乳化阶段的乳液分散机M1; 其中液体食用油泵送通道H1与矿物盐溶液泵送通道H2连接，并且为矿物凝结剂添加预定比例的矿物盐溶液，其中将水相和油相搅拌并混合至W / O 型（油包水型）乳液（无乳化剂）。

公开(公告)号：US20110114552A1

公开(公告)日：2011-05-19

申请号：US12801191

申请日：2010-05-27

Applicant: Toichiro Takai ,  Satoshi Ueda ,  Toru Awazu ,  Motonari Amano ,  Kenji Kasama ,  Masahiro Yoshida ,  Masaaki Watanabe

Inventor： Toichiro Takai ,  Satoshi Ueda ,  Toru Awazu ,  Motonari Amano ,  Kenji Kasama ,  Masahiro Yoshida ,  Masaaki Watanabe

IPC: B01D33/00

CPC classification number: B01D33/073 ,  B01D33/37 ,  B01D33/466 ,  B01D33/646 ,  B30B9/20

Abstract: A solid-liquid separator using a roller system includes a casing, rollers disposed within the casing and each provided with a screen that is formed in the outer periphery thereof with plural pores for separating via the plural pores a solid substance from a solid-liquid substance disposed outside the rollers and filtering a liquid substance toward inside the rollers, inside drums each disposed along the inner circumference of each of the rollers, and a passageway which is formed by means of the screen and the inner drum and which is provided with an outlet. The liquid substance separated by means of the screen is allowed to flow along the passageway, collected at the outlet and discharged from the outlet.

Abstract translation: 使用辊系统的固液分离器包括壳体，设置在壳体内的辊，并且每个设置有在其外周形成有多个孔的筛网，用于通过多个孔从固体物质分离固体物质 设置在辊子的外侧，并将液体物质朝向辊子内部过滤，每个辊子的内圆周设置的滚筒内部，以及通过筛网和内滚筒形成的通道，并且设有出口 。 允许通过屏幕分离的液体物质沿着通道流动，在出口处收集并从出口排出。

公开(公告)号：US08739685B2

公开(公告)日：2014-06-03

申请号：US12929059

申请日：2010-12-28

Applicant: Toichiro Takai ,  Toru Awazu ,  Motonari Amano ,  Masahiro Yoshida ,  Masaaki Watanabe

Inventor： Toichiro Takai ,  Toru Awazu ,  Motonari Amano ,  Masahiro Yoshida ,  Masaaki Watanabe

IPC: A23L1/00

CPC classification number: A23C20/025

Abstract: An apparatus for producing tofu coagulant includes a liquid food oil pumping pathway, a liquid food oil tank, a mineral salt solution pumping pathway, a mineral salt solution tank, a plurality of metering pumps, and an emulsion dispersion machine for stirring the liquid food oil with the mineral salt solution to an emulsification phase. The liquid food oil pumping pathway is connected with the mineral salt solution pumping pathway, the mineral salt solution is added in a predetermined ratio for producing the tofu coagulant, and the water phase and the oil phase are stirred and mixed to W/O type (water in oil type) emulsion (without emulsifier).

Abstract translation: 一种生产豆腐凝结剂的设备包括液体食物油泵送通道，液体食品油罐，矿物盐溶液泵送通道，矿物盐溶液罐，多个计量泵以及用于搅拌液体食用油的乳化分散机 将矿物盐溶液加到乳化阶段。 液体食物油泵送路径与矿物盐溶液泵送路径连接，以预定比例加入矿物盐溶液以生产豆腐凝结剂，将水相和油相搅拌混合至W / O型（ 水包油型）乳液（无乳化剂）。

公开(公告)号：US08556086B2

公开(公告)日：2013-10-15

申请号：US12801191

申请日：2010-05-27

Applicant: Toichiro Takai ,  Satoshi Ueda ,  Toru Awazu ,  Motonari Amano ,  Kenji Kasama ,  Masahiro Yoshida ,  Masaaki Watanabe

Inventor： Toichiro Takai ,  Satoshi Ueda ,  Toru Awazu ,  Motonari Amano ,  Kenji Kasama ,  Masahiro Yoshida ,  Masaaki Watanabe

IPC: B01D33/06

CPC classification number: B01D33/073 ,  B01D33/37 ,  B01D33/466 ,  B01D33/646 ,  B30B9/20

Abstract: A solid-liquid separator using a roller system includes a casing, rollers disposed within the casing and each provided with a screen that is formed in the outer periphery thereof with plural pores for separating via the plural pores a solid substance from a solid-liquid substance disposed outside the rollers and filtering a liquid substance toward inside the rollers, inside drums each disposed along the inner circumference of each of the rollers, and a passageway which is formed by means of the screen and the inner drum and which is provided with an outlet. The liquid substance separated by means of the screen is allowed to flow along the passageway, collected at the outlet and discharged from the outlet.

Abstract translation: 使用辊系统的固液分离器包括壳体，设置在壳体内的辊，并且每个设置有在其外周形成有多个孔的筛网，用于通过多个孔从固体物质分离固体物质 设置在辊子的外侧，并将液体物质朝向辊子内部过滤，每个辊子的内圆周设置的滚筒内部，以及通过筛网和内滚筒形成的通道，并且设有出口 。 允许通过屏幕分离的液体物质沿着通道流动，在出口处收集并从出口排出。

公开(公告)号：US20100086660A1

公开(公告)日：2010-04-08

申请号：US12448424

申请日：2007-12-28

Applicant: Toichiro Takai ,  Toru Awazu ,  Motonari Amano ,  Masahiro Yoshida ,  Masato Nishi

Inventor： Toichiro Takai ,  Toru Awazu ,  Motonari Amano ,  Masahiro Yoshida ,  Masato Nishi

IPC: A23L1/20

CPC classification number: A23C20/025 ,  A23C11/103 ,  A23L11/03 ,  A23L11/31

Abstract: [Task] It is to provide a process and apparatus for producing soymilk which is obtained by completely deactivating various kinds of enzymes responsible for a grassy smell, while preventing heating unevenness, and inducing appropriate thermal denaturation of protein and a rich flavor, and which can be processed by coagulation into tofu high in water retentivity and elasticity and rich in flavor. [Solving means] The apparatus includes a submerged friction-grinding unit M having a friction-grinding portion in which soybeans are friction-ground together with soybean-grinding water to obtain a raw soybean soup, a heating unit N for heating the raw soybean soup obtained in the submerged friction-grinding unit M, a connecting pipe P2 for connecting the submerged grinding unit M and the heating unit N and a preheating unit Y1 attached to the connecting pipe P2 for preheating the raw soybean soup, whereby the raw soybean soup obtained in the submerged friction-grinding unit M is fed into the heating unit N while being preheated and is then further heated in the heating unit N The heating step by the heating unit N may be divided into multiple stages.

Abstract translation: [任务]提供一种生产豆奶的方法和装置，其通过完全失活负责草嗅的各种酶，同时防止加热不均匀，诱导适当的蛋白质热变性和丰富的风味，并且可以 通过凝结加工成豆腐高保水性和弹性，味道浓郁。 [解决方案]该设备包括具有摩擦磨碎部分的浸没式摩擦磨削单元M，其中大豆与大豆研磨水摩擦磨碎以获得生大豆汤，用于加热未加工的大豆汤的加热单元N 在浸没式摩擦研磨单元M中获得的连接管P2，用于连接浸没式研磨单元M和加热单元N的连接管P2和安装在连接管P2上的预热单元Y1，用于预热未加工的大豆汤，由此得到的生豆油汤 在浸没式摩擦研磨单元M中，在被加热预热的同时进入加热单元N，然后在加热单元N中进一步加热。加热单元N的加热步骤可以分为多个阶段。