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    • 1. 发明申请
    • CRYSTALLINE 1-KESTOSE AND PROCESS FOR PREPARING THE SAME
    • 晶体1-酮酶及其制备方法
    • WO1997021718A1
    • 1997-06-19
    • PCT/JP1996003618
    • 1996-12-11
    • MEIJI SEIKA KABUSHIKI KAISHANISHIZAWA, KojiMATSUMOTO, HitoshiNAKAMURA, HirofumiKAWAKAMI, TakashiNAKADA, YukoHIRAYAMA, MasaoADACHI, Takashi
    • MEIJI SEIKA KABUSHIKI KAISHA
    • C07H03/06
    • C07H3/06C12P19/18C30B7/00
    • A process for preparing crystalline 1-kestose which enables crystalline 1-kestose in large fine granulated sugar form to be prepared with high recovery. The process comprises concentrating a high-purity 1-kestose solution to a Brix of not less than 75, depositing crystallites serving as a mother nucleus by adding seed crystals or by concentration under reduced pressure, and repeating at least twice the step of growing crystals by concentration under reduced pressure and the step of redissolving crystallites produced in the concentrate. Alternatively, the process comprises concentrating a high-purity 1-kestose solution to a Brix of not less than 80, growing crystals after addition of seed crystals or induction of crystallization, and repeating at least twice the step of lowering the temperature by 5 to 20 DEG C below the temperature in the previous step and the step of growing crystals growth by allowing the concentrate to stand at the above temperature. An enzyme capable of efficiently converting sucrose to 1-kestose is also disclosed.
    • 制备结晶1-kestose的方法,其使得能够以高回收率制备大细粒状糖形式的结晶1-kestose。 该方法包括将高纯度1-kestose溶液浓缩至不小于75的白利糖度,通过加入晶种或通过减压浓缩沉积作为母核的微晶,并重复至少两次生长晶体的步骤 在减压下的浓度和再浓缩浓缩物中产生的微晶的步骤。 或者,该方法包括将高纯度1-kestose溶液浓缩至不低于80的白利糖度,加入晶种后生长晶体或诱导结晶,并重复至少两次将温度降低5至20的步骤 ℃以下,通过使浓缩物在上述温度下放置,生长晶体生长步骤。 还公开了能够有效地将蔗糖转化成1-kestose的酶。
    • 2. 发明申请
    • DOOR OPEN/CLOSE SYSTEM FOR A VEHICLE
    • 车辆的车门打开/关闭系统
    • WO2008072484B1
    • 2008-08-14
    • PCT/JP2007073124
    • 2007-11-22
    • YAZAKI CORPTOYOTA AUTO BODY CO LTDJITSUISHI NORIFUMIMATSUMOTO HIRONORIKAN TAKAHIROADACHI TAKASHIIMAIZUMI MOTOMU
    • JITSUISHI NORIFUMIMATSUMOTO HIRONORIKAN TAKAHIROADACHI TAKASHIIMAIZUMI MOTOMU
    • E05B65/12
    • E05B81/20Y10T292/1047Y10T292/1082
    • A door open/close system for a vehicle includes a plurality of door open/close devices 11, 11' having a latch mechanism 14 including a latch 13 for engaging with an engaging member 12, a motor 16a (16a1) for driving the latch mechanism 14, and a latch state detecting member 21 (211); and a control member 4 for starting to drive the motor of any one of all the door open/close device when the latch state detecting member of the one door open/close devices detects that the latch mechanism is in the half- latch state, said control member driving synchronously the motors of all the door open/close devices except the one door open/close device to change the latch mechanisms from the half-latch state to the full-latch state when the latch state detecting members o£all the door open/close devices except the one door open/close device k,; detect that the latch mechanisms are in the half-latch state in a case that the door of the vehicle is changed from a fully opened state to a fully closed state.
    • 用于车辆的车门开闭系统包括多个具有闩锁机构14的门开闭装置11,11',该闩锁机构14包括用于与接合构件12接合的闩锁13,用于驱动闩锁机构的电动机16a(16a1) 14和闩锁状态检测部件21(211); 以及控制部件4,当一个门开闭装置的闩锁状态检测部件检测到闩锁机构处于半锁定状态时,用于开始驱动全部门开闭装置中的任何一个的马达,所述 控制部件同步地驱动除一个门开闭装置以外的所有门开闭装置的电动机,以在门锁状态检测部件在全门锁状态时将锁定机构从半锁定状态变为全锁定状态 除了一个门打开/关闭装置k之外的打开/关闭装置; 在车辆的车门从全开状态变为全闭状态的情况下检测到闩锁机构处于半闩锁状态。
    • 4. 发明申请
    • DOOR OPEN/CLOSE SYSTEM FOR A VEHICLE
    • 车门打开/关闭系统
    • WO2008072484A1
    • 2008-06-19
    • PCT/JP2007/073124
    • 2007-11-22
    • YAZAKI CORPORATIONTOYOTA AUTO BODY CO., LTD.JITSUISHI, NorifumiMATSUMOTO, HironoriKAN, TakahiroADACHI, TakashiIMAIZUMI, Motomu
    • JITSUISHI, NorifumiMATSUMOTO, HironoriKAN, TakahiroADACHI, TakashiIMAIZUMI, Motomu
    • E05B65/12
    • E05B81/20Y10T292/1047Y10T292/1082
    • A door open/close system for a vehicle includes a plurality of door open/close devices 11, 11' having a latch mechanism 14 including a latch 13 for engaging with an engaging member 12, a motor 16a (16a1) for driving the latch mechanism 14, and a latch state detecting member 21 (211); and a control member 4 for starting to drive the motor of any one of all the door open/close device when the latch state detecting member of the one door open/close devices detects that the latch mechanism is in the half- latch state, said control member driving synchronously the motors of all the door open/close devices except the one door open/close device to change the latch mechanisms from the half-latch state to the full-latch state when the latch state detecting members o£all the door open/close devices except the one door open/close device k,; detect that the latch mechanisms are in the half-latch state in a case that the door of the vehicle is changed from a fully opened state to a fully closed state.
    • 用于车辆的门打开/关闭系统包括多个门打开/关闭装置11,11',其具有闩锁机构14,该闩锁机构14包括用于与接合构件12接合的闩锁13;马达16a(16a1),用于驱动闩锁机构 14和闩锁状态检测构件21(211); 以及控制部件4,当一个门打开/关闭装置的闩锁状态检测部件检测到闩锁机构处于半锁定状态时,开始驱动所有门打开/关闭装置中的任何一个的马达,所述控制部件4 控制构件同步地驱动除了一个门打开/关闭装置之外的所有门打开/关闭装置的电动机,以在闩锁状态检测构件全部门时将闩锁机构从半闩锁状态改变到完全闩锁状态 打开/关闭装置除了一个门开/关装置k; 在车辆的门从完全打开状态变为完全关闭状态的情况下,检测到闩锁机构处于半闩锁状态。