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    • 1. 发明授权
    • Mulching mower
    • 覆盖割草机
    • US5894717A
    • 1999-04-20
    • US775933
    • 1997-01-02
    • Tadashi YamashitaKenji HigashiYutaka Tabata
    • Tadashi YamashitaKenji HigashiYutaka Tabata
    • A01D34/00A01D34/68
    • A01D34/005A01D2101/00
    • A mulching mower is provided which is capable of cutting grasses finely without leaving uncut grasses and which is capable of discharging the cut grass clippings onto the cut grass path so as to be evenly dispersed. A pair of cutter blades are arranged to the right and to the left of the mulching mower in a cutter housing which opens downwardly. A guitar-shaped or figure 8 shaped enclosure wall hangs down from an under surface of an upper wall of the cutter housing to completely surround the periphery of the right and left cutter blades along tip end rotation loci of the blades at a slight distance therefrom. The enclosure wall is formed by side wall portions ar right and left outsides of the cutter housing and front and rear enclosure wall portions hang down from the under surface. The cutter blades rotate in opposite directions from each other so that tip ends of the cutter blades move from front to rear at right and left outsides, respectively, of the mulching mower. A plate-like separator member extends from a position on the approximate center of the rear enclosure wall portion to a vicinity of a rotary shaft of the cutter blade which is across the direction of rotation of the cutter blade.
    • 提供了一种能够切割草地而不留下未切割的草,并且能够将切草切片排放到切草路径上以便均匀分散的覆盖割草机。 一对切割刀片在向下打开的切割器壳体中布置在覆盖割草机的右侧和左侧。 吉他形状或图形8形的外壳壁从切割器壳体的上壁的下表面垂下,以与其距离较小的距离完全围绕刀片的尖端旋转轨迹沿左右切割刀片的周边环绕。 外壳壁由切割器外壳的左右外侧的侧壁部分形成,前后封闭壁部分从下表面垂下。 切割刀片彼此相反的方向旋转,使得切割刀片的末端分别在覆盖割草机的左右外侧从前到后移动。 板状分隔件从后壳体壁部分的大致中心的位置延伸到切割刀片的旋转轴的附近,该旋转轴横切切割刀片的旋转方向。
    • 2. 发明授权
    • Nut fragments and methods of forming nut fragments
    • 螺母碎片和形成坚果片段的方法
    • US07368140B2
    • 2008-05-06
    • US10802650
    • 2004-03-16
    • Yutaka Tabata
    • Yutaka Tabata
    • A23P1/00
    • A23N5/08A23L25/00
    • Raw material nuts may be quenched using an extremely low temperature liquefied gas to produce cracks in the raw material nuts. The cracked raw material nuts may then be crumbled along the cracks to separate the nuts into small nut fragments. After returning the temperature of the nuts to the ambient temperature, additional cracks can be further produced in the nut fragments by quenching the nut fragments. Smaller nut fragments can then be obtained by crumbling along the cracks. Small nut fragments in desired sizes may be obtained by repeating the process of cracking and crumbling as many times as desired. The astringent skin of the nuts may also be peeled off while the small nut fragments are produced.
    • 原料螺母可以使用极低温度的液化气体进行淬火,以在原料螺母中产生裂纹。 裂纹的原料螺母可能沿着裂缝破碎,将螺母分成小螺母碎片。 在将螺母的温度恢复到环境温度后,通过淬火螺母碎片可以在螺母碎片中进一步产生额外的裂纹。 然后可以通过沿裂缝破碎获得较小的坚果碎片。 所需尺寸的小螺母碎片可以通过根据需要重复破裂和破碎的过程而获得。 螺母的收敛皮肤也可能被剥离,同时产生小的坚果片段。
    • 5. 发明授权
    • Grinding stone dressing device
    • 磨石装置
    • US4907370A
    • 1990-03-13
    • US241251
    • 1988-09-07
    • Yutaka TabataToshio NishikawaHiroshi Sakai
    • Yutaka TabataToshio NishikawaHiroshi Sakai
    • B24B9/12B24B9/10B24B53/00B24B53/06B24B53/07B24B53/12
    • B24B53/12B24B9/10
    • A dressing device for dressing a grinding stone is disclosed. The grinding stone is used for grinding an edge of a glass pane. The dressing device comprises a container in which dressing members are contained and piled. A grooved holding member mounts thereon the container. The holding member includes a front portion projected forward from a front wall of the container and a rear portion projected rearward from a rear wall of the container. The front and rear walls of the container are respectively formed with front and rear openings whose lower peripheries are bounded by a bottom wall of the groove of the grooved holding member. The front opening is so sized to pass therethrough each of the dressing members. A pushing plate is slidably received in the groove of the rear portion of the holding member. The pushing plate is so sized so as to pass through the rear opening. The hydraulically oprated cylinder moves reciprocatively the pushing plate in the along the groove between a position wherein a forward end of the pushing plate is deeply inserted into the container through the rear opening and another position wherein the forward end is drawn away from the container.
    • 公开了一种用于修整磨石的修整装置。 磨石用于研磨玻璃板的边缘。 该敷料装置包括一个容器,在其中容纳和堆放敷料。 槽形保持构件安装在容器上。 保持构件包括从容器的前壁向前突出的前部和从容器的后壁向后突出的后部。 容器的前壁和后壁分别形成有前开口和后开口,其下外围由凹槽保持构件的凹槽的底壁限定。 前开口尺寸适中通过每个敷料构件。 推板可滑动地容纳在保持构件的后部的槽中。 推板的尺寸如此通过后开口。 液压玻璃滚筒沿着凹槽在推动板的前端通过后开口深深地插入容器中的位置之间沿着槽移动地推动推板,而另一位置将前端从容器中拉出。
    • 8. 发明申请
    • Nut fragments and methods of forming nut fragments
    • 螺母碎片和形成坚果片段的方法
    • US20050142264A1
    • 2005-06-30
    • US10802650
    • 2004-03-16
    • Yutaka Tabata
    • Yutaka Tabata
    • A23L1/36A61F4/00B02C9/02B02C11/08
    • A23N5/08A23L25/00
    • Raw material nuts may be quenched using an extremely low temperature liquefied gas to produce cracks in the raw material nuts. The cracked raw material nuts may then be crumbled along the cracks to separate the nuts into small nut fragments. After returning the temperature of the nuts to the ambient temperature, additional cracks can be further produced in the nut fragments by quenching the nut fragments. Smaller nut fragments can then be obtained by crumbling along the cracks. Small nut fragments in desired sizes may be obtained by repeating the process of cracking and crumbling as many times as desired. The astringent skin of the nuts may also be peeled off while the small nut fragments are produced.
    • 原料螺母可以使用极低温度的液化气体进行淬火,以在原料螺母中产生裂纹。 裂纹的原料螺母可能沿着裂缝破碎,将螺母分成小螺母碎片。 在将螺母的温度恢复到环境温度后,通过淬火螺母碎片可以在螺母碎片中进一步产生额外的裂纹。 然后可以通过沿裂缝破碎获得较小的坚果碎片。 所需尺寸的小螺母碎片可以通过根据需要重复破裂和破碎的过程而获得。 螺母的收敛皮肤也可能被剥离,同时产生小的坚果片段。
    • 9. 发明授权
    • Method for treating raw foods
    • 生食品的处理方法
    • US6066351A
    • 2000-05-23
    • US37395
    • 1998-03-09
    • Yutaka TabataSeigi Minowa
    • Yutaka TabataSeigi Minowa
    • A23L25/00A23B7/00A23B7/005A23B9/00A23B9/02A23L3/00
    • A23B7/00A23B7/0053A23B9/005A23B9/02
    • An anti-oxidation technique for treating raw foods, such as nuts and seeds, so as to make them oxidation-resistant. In the technique of the present invention, foodstuffs such as nuts, seeds, etc., are heated under pressure in a tightly closed vessel, so that the texture of the raw food materials is slightly softened, and so that the moisture activity value is at the same time adjusted to a value in the polymolecular-layer moisture region of approximately 0.3-0.4. As a result, the water molecules are absorbed on the surfaces of the lipid molecules so that a polymolecular layer of water is formed and strong bonds between the water and proteins act synergistically to prevent penetration of oxygen into the interior texture of the foodstuff, such as nuts, thus conspicuously hindering oxidation.
    • 用于处理生食物如坚果和种子的抗氧化技术,以使其抗氧化。 在本发明的技术中,在密闭容器中加压加压如坚果,种子等食品,使原料食品的质地轻微软化,使水分活度值为 同时调整为大约0.3-0.4的多分子层水分区域的值。 结果,水分子被吸收在脂质分子的表面上,从而形成多分子层的水,并且水和蛋白质之间的强力结合起协同作用,以防止氧渗入食品的内部质地,例如 坚果,从而明显阻碍氧化。