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    • 1. 发明专利
    • Continuous coagulation method of resin dispersion
    • 树脂分散的连续凝聚方法
    • JP2009173776A
    • 2009-08-06
    • JP2008014066
    • 2008-01-24
    • Daikin Ind Ltdダイキン工業株式会社
    • SENDAN HIROYUKITANAKA YOSHIYUKIKITAHATA HISAHARUHARAGUCHI OKAHIRO
    • C08F6/22
    • PROBLEM TO BE SOLVED: To provide a continuous coagulation method of a resin dispersion that can perfectly coagulate a resin in a resin dispersion in a short time and can easily control the particle size of obtained coagulated particles.
      SOLUTION: The continuous coagulation method of a resin dispersion comprises a first shearing step and a second shearing step. In the first shearing step, first shearing force is applied to the resin dispersion or a coagulated resin dispersion. In the second shearing step, shearing force different from the first shearing force is applied to a coagulated resin dispersion formed from the resin dispersion in the first shearing step or a coagulated resin dispersion obtained through the first shearing step.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供一种可以在短时间内使树脂分散体中的树脂完全凝固的树脂分散体的连续凝固方法,并且可以容易地控制获得的凝固颗粒的粒径。 解决方案:树脂分散体的连续凝固方法包括第一剪切步骤和第二剪切步骤。 在第一剪切步骤中,对树脂分散体或凝固树脂分散体施加第一剪切力。 在第二剪切步骤中,与第一剪切步骤中的树脂分散体形成的凝固树脂分散体或通过第一剪切步骤获得的凝固树脂分散体施加与第一剪切力不同的剪切力。 版权所有(C)2009,JPO&INPIT
    • 2. 发明专利
    • Production method for fluororesin and filtration dehydration apparatus used therefor
    • 氟菊酯生产方法及其过滤脱水装置
    • JP2003082111A
    • 2003-03-19
    • JP2001275682
    • 2001-09-11
    • Daikin Ind Ltdダイキン工業株式会社
    • HARAGUCHI OKAHIROKITAHATA HISAHARU
    • B01D33/06C08J3/16
    • PROBLEM TO BE SOLVED: To provide a production method for a fluororesin whereby the water content can be lowered and the handleability (fluidity) after drying can be improved without changing the physical properties; and a filtration dehydration apparatus which can filtrate coagulated particles in a short time, can quantitatively discharge the coagulated particles after dehydration, and is used in the production method for the fluororesin.
      SOLUTION: The filtration dehydration apparatus is equipped with a filtration cylinder having an inlet and an outlet ports for coagulated particles and a wire screen arranged in the peripheral direction; a rotation support for freely rotatably supporting the filtration cylinder; a rotating means for rotating the filtration cylinder; a spiral transport means arranged on the inner wall of the filtration cylinder for transporting the coagulated particles to the outlet port by rotation; and a quantitative discharge mechanism arranged on the downstream side of the filtration cylinder.
      COPYRIGHT: (C)2003,JPO
    • 要解决的问题:提供一种氟树脂的生产方法,其中可以降低含水量,并且可以在不改变物理性能的情况下提高干燥后的操作性(流动性); 以及能够在短时间内滤出凝固粒子的过滤脱水装置,能够在脱水后对凝固粒子进行定量排出,并用于氟树脂的制造方法。 解决方案:过滤脱水装置装有一个具有凝结颗粒入口和出口的过滤缸和沿周向布置的丝网; 用于可自由旋转地支撑过滤缸的旋转支撑件; 用于使过滤缸旋转的旋转装置; 螺旋输送装置,布置在过滤筒的内壁上,用于通过旋转将凝结颗粒输送到出口; 以及设置在过滤缸的下游侧的定量排出机构。
    • 3. 发明专利
    • Method for producing dehydrated fluororubber particles
    • 生产脱氢氟橡胶颗粒的方法
    • JP2009161677A
    • 2009-07-23
    • JP2008001760
    • 2008-01-09
    • Daikin Ind Ltdダイキン工業株式会社
    • SENDAN HIROYUKITANAKA YOSHIYUKIKITAHATA HISAHARUHARAGUCHI OKAHIRO
    • C08J3/12B01D33/00B01D35/20
    • PROBLEM TO BE SOLVED: To provide a method for producing dehydrated fluororubber particles with high efficiency without aggregating the highly adhesive hydrous fluororubber particles. SOLUTION: In the method for producing the dehydrated fluororubber particle, the dehydrated fluororubber is produced by vibrating a screen so as to transport the hydrous fluororubber on the screen 1 while jumping up and down to dehydrate the hydrous fluororubber. Concretely, the vibration is applied on the screen along a direction Di intersecting the screen surface Ps. The vibration is preferably applied to the hydrous fluororubber from the transporting direction upstream side Su to the downstream side Sd. The wedge wire screen is obliquely mounted so that the screen surface makes an angle of 70-85° to the vertical direction Dg and the hydrous fluororubber particles are preferably supplied from the high position side Sh onto the wedge wire screen. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供一种高效率生产脱水氟橡胶颗粒的方法,而不会聚集高粘性含水氟橡胶颗粒。 解决方案:在脱水氟橡胶颗粒的制造方法中,通过使筛网振动,将水合氟橡胶输送到筛网1上,同时上下跳跃以使含水氟橡胶脱水而制造脱水氟橡胶。 具体地说,沿与屏幕表面Ps相交的方向Di在屏幕上施加振动。 振动优选从输送方向上游侧Su向下游侧Sd施加到含水氟橡胶。 楔形丝网被倾斜地安装,使得屏幕表面与垂直方向Dg形成70-85°的角度,并且含水氟橡胶颗粒优选地从高位置侧Sh提供到楔形丝网上。 版权所有(C)2009,JPO&INPIT
    • 5. 发明专利
    • Comfortableness detector of air conditioner
    • 空调舒适检测仪
    • JPS5726775A
    • 1982-02-12
    • JP10178180
    • 1980-07-23
    • Daikin Ind Ltd
    • NAGATA YASUHIROKITAHATA HISAHARU
    • F24F11/02G01N27/12G01W1/17
    • G01W1/17
    • PURPOSE:To read comfortableness directly with simple structure by connecting a temperature sensing element and a humidity sensing element varying in resistance with temperature and humidity respectively, in series, and by connecting resistances, having resistance values at least one - five time that of the humidity sensing element in parallel to the temperature sensing element. CONSTITUTION:A series circuit is composed of a humidity sensing element 1 and a temperature sensing element 2, and resistance circuits are formed by connecting resistances 3 and 4 in parallel to the elements 1 and 2. When respective resistance values of the humidity sensin element 1, temperature sensing element 2, and resistances 3 and 4 are so set that the equiresistance line of the composite resistance coincides with an equidiscomfort index curve, the said circuit is used as a single element which detects comfortableness. For this purpose, the temperature sensing element 2 is set (10-20)XAXT /B times the humidity sensing element 1 in terms of resistance; the resistance 3 is set one - five times the humidity sensing element 1, and the resistance 4 is also set one - thirty times the temperature sensing element 2. Further, the resistance 4 may be omitted. Consequently, the need to detect and operate temperature and humidity individually as usual is eliminated and while they are read directly, this is applicable to a general-purpose machine.
    • 目的:通过连接温度传感元件和湿度传感元件分别与温度和湿度分别串联连接的温度传感元件和湿度传感元件,通过连接电阻直接读取舒适度,电阻值至少为湿度的五分之一 感测元件与温度感测元件平行。 构成:串联电路由湿度检测元件1和温度检测元件2组成,并且电阻电路通过将元件1和2平行地连接电阻3和4形成。当湿度感应元件1的各个电阻值 ,温度检测元件2和电阻3和4被设定为使得复合电阻的等效线与等不适指数曲线一致,所述电路用作检测舒适性的单个元件。 为此,温度检测元件2以电阻方式设置(10-20)XAXT 2 / B倍于湿度感测元件1; 电阻3设定为湿度感测元件1的五倍,电阻4也设定为感温元件2的三十倍。此外,电阻4可以省略。 因此,消除了像往常一样单独检测和操作温度和湿度的需要,并且直接读取时,这适用于通用机器。
    • 7. 发明专利
    • MULTIPLE POSITIONING DEVICE
    • JPS5486085A
    • 1979-07-09
    • JP15412477
    • 1977-12-20
    • DAIKIN IND LTD
    • KITAHATA HISAHARUMIYAGI YOSHIKAZU
    • B23Q5/52F15B11/18G05D3/00G05G5/00G05G23/00
    • PURPOSE:To provide multiple positioning device for moving body actuated with magnetic change-over valve comprizing to couple one way clutch between the operation lever and the valve spool during the stop period allowing the moving body to stop at multiple locations with accurate position. CONSTITUTION:Spool both ends operating sections 13 and 14 of solenoid valve 5 are actuated with rack pinion which is constituted to have one direction clutch function against the operating lever 6 coupled with the canted groove of the moving body not shown in the diagram. One way clutch 15-1, 15-2 may not actuate and not transfer rotation to the shaft 18 by mutual relation of partial teeth gear 16, stopper 19 and pin 17 even for exciting the solenoid, moving the spool, and moving the operation sections 13 and 14 to the right direction. When the moving body passing freely through the lever 16 reaches to the certain position, the lever 16 may de-energize the solenoid at the maximum left canted position. The moving body driving hydraulic mechanism may stop gradually by resetting to the neutral position of the lever 16.
    • 10. 发明专利
    • Detecting system for frosting
    • 检测系统
    • JPS5735236A
    • 1982-02-25
    • JP11136480
    • 1980-08-12
    • Daikin Ind Ltd
    • NAGATA YASUHIROKITAHATA HISAHARUTAGUCHI KENICHISAKAMORI KENZOUHASEGAWA HISASHINAGURA KUNIHIRO
    • F24F11/02
    • PURPOSE: To improve the accuracy of operation of the titled system for a heat pump type air conditioner, by using as a frost detecting element a humidity sensing element that causes negative change of resistance to the change of relative humidity or a dew sensor that detects dewing from the change of resistance.
      CONSTITUTION: A frosting detecting element 1 is constituted by a humidity sensing element that causes negative change of resistance to the change of relative humidity or a dew sensor that detects dewing from the change of resistance. When dew deposits in an outdoor heat exchanger, the value of resistance of element 1 is lowered, and output voltage V of a voltage converting circuit 2 becomes lower than a first reference voltage V
      1 . Resultantly, an H-level signal is produced from a comparison circuit 3 and maintained in a holding circuit 5. When frosting is caused subsequently, resistance of the element 1 is increased and output voltage V of the voltage converting circuit 2 becomes higher than a second reference voltage V
      2 , so that an H-level signal is given from a comparison circuit 6 to a logical circuit 8, which produces a defrosting signal from the above signal together with a signal from the holding circuit 5. Thus, it is enabled to improve the accuracy of defrosting operation.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:为了提高热泵式空调的标称系统的运行精度,通过使用作为结霜检测元件的湿度感测元件,其对相对湿度的变化产生负变化或检测去除的露点传感器 从阻力的变化。 构成:结霜检测元件1由湿度感测元件构成,该湿度感测元件对相对湿度的变化产生负变化,或由电阻变化检测脱落的露点传感器。 当在室外热交换器中露出沉积物时,元件1的电阻值降低,并且电压转换电路2的输出电压V变得低于第一参考电压V1。 结果,从比较电路3产生H电平信号并保持在保持电路5中。随后发生结霜时,元件1的电阻增加,电压转换电路2的输出电压V变得高于第二 参考电压V2,使得从比较电路6向逻辑电路8给出H电平信号,逻辑电路8与来自保持电路5的信号一起产生来自上述信号的除霜信号。因此,能够改善 除霜操作的准确性。