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    • 1. 发明专利
    • Electric valve
    • 电动阀
    • JP2011112212A
    • 2011-06-09
    • JP2009271981
    • 2009-11-30
    • Nichiden Kogyo KkTakara Belmont Co Ltdタカラベルモント株式会社日電工業株式会社
    • OBAYASHI TOSHIHIKOMIZUTANI HAJIMEHIGASHIYAMA TOSHIYA
    • F16K31/04F16K5/04
    • PROBLEM TO BE SOLVED: To provide an electric proportional valve, capable of minutely adjusting flow rate without complicated control while attaining reduction in manufacturing cost and size thereof. SOLUTION: The electric valve can be reduced in manufacturing cost and size. A rotating force output from a stepping motor 33 is transmitted to a bar-like spool 32 through a shaft 34, and the communication amount of a through-hole 71 and a communication path 38 is changed according to the rotation amount of the spool 32 without complicated control, whereby flow adjustment can be minutely performed. Leak of fluid in valve opening is permitted to some degree, whereby the structure is simplified, compared with a case using a ball-like valve element, a seal material or the like, and the rotating force necessary for drive can be reduced. Therefore, the reduction in manufacturing cost and size can be attained. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种电动比例阀,能够在不需要复杂控制的情况下微调流量,同时降低制造成本和尺寸。

      解决方案:电动阀可以降低制造成本和尺寸。 从步进马达33输出的旋转力通过轴34传递到棒状卷轴32,并且通孔71和连通路径38的连通量根据卷轴32的旋转量而改变,而没有 复杂的控制,从而可以精细地进行流量调节。 与使用球状阀元件,密封材料等的情况相比,阀开口中的流体泄漏被允许在一定程度上,从而结构简化,并且可以减少驱动所需的旋转力。 因此,可以实现制造成本和尺寸的降低。 版权所有(C)2011,JPO&INPIT

    • 2. 发明专利
    • Carbonated water discharge device
    • 碳化水排放装置
    • JP2013086078A
    • 2013-05-13
    • JP2011232100
    • 2011-10-21
    • Takara Belmont Co Ltdタカラベルモント株式会社Kps Kogyo Kkケーピーエス工業株式会社
    • FUJIMOTO KOHEIOBAYASHI TOSHIHIKOYASUJIMA TAKESHI
    • B01F1/00B01F3/04B01F5/12
    • PROBLEM TO BE SOLVED: To solve the problem in a conventional carbonated spring generation device that concentration of the carbonated spring is unstable and the carbonated spring concentration cannot be changed since the quantity of carbon dioxide gas is fixed but the carbon dioxide gas is dissolved with respect to the quantity of water in accordance with water pressure from a supply water source.SOLUTION: In the carbonated water discharge device, carbonated water is generated by a cascade pump 11 which increases pressure while mixing and stirring water (hot water) from an inlet of water (hot water) from a shampoo device and carbon dioxide gas from a carbon dioxide gas supply source 1 including a carbon dioxide cylinder. There is provided a dissolution tank 13 for storing the generated carbonated water, and the carbonated water is discharged from the dissolution tank to a discharge port to the shampoo device.
    • 解决的问题为了解决由于二氧化碳气体的固定而二氧化碳气体是二氧化碳气体是固定的,因此碳酸弹簧的浓度不稳定并且碳酸化弹簧浓度不能改变的常规碳酸泉发生装置的问题 根据来自供水源的水压,相对于水量溶解。 解决方案:在碳酸化水排出装置中,碳酸水由级联泵11产生,该级联泵11在从洗发器装置的水(热水)入口和二氧化碳气体混合搅拌水(热水)的同时增加压力 来自包括二氧化碳气瓶的二氧化碳气体供应源1。 设置有用于储存产生的碳酸水的溶解槽13,并且将碳酸水从溶解槽排放到洗发装置的排出口。 版权所有(C)2013,JPO&INPIT
    • 4. 发明专利
    • Hairdressing shampoo chair
    • 发型洗发椅
    • JP2006288517A
    • 2006-10-26
    • JP2005110550
    • 2005-04-07
    • Takara Belmont Co Ltdタカラベルモント株式会社
    • OBAYASHI TOSHIHIKOITO KEIJI
    • A47C1/06A47C1/024
    • PROBLEM TO BE SOLVED: To solve the problem of conventional hairdressing chairs allowing front and rear movement of a seat and bringing up and down of a backrest by using two cylinders, which require many components and lead to high manufacturing costs, keep moving amounts of the seat and degrees of raising of the backrest separate dependent on the two cylinders, and lead to complex operation for positioning the chair corresponding to the height of a treated person on it.
      SOLUTION: Parallel links 1b, 2 and 3 are displaced by one driving source 7 such as a hydraulic cylinder or the like so that the seat 4 fitted to the parallel links is raised toward a shampoo bowl B and that the backrest 11 supported on the parallel links so as to be brought up and down is brought down. The bringing down of the backrest is stopped when it is brought down to a prescribed position, and it is moved toward a neck receiving part B1 of the shampoo bowl together with the seat, and they are stopped at prescribed positions.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:为了解决常规美发椅的问题,其允许座椅的前后移动并且通过使用需要许多部件并导致高制造成本的两个气缸来上下靠背,保持移动 座椅的数量和靠背的升高程度取决于两个气缸,并导致将椅子对准的处理人员的高度对准的复杂操作。 解决方案:平行连杆1b,2和3由诸如液压缸等的一个驱动源7移位,使得装配到平行连杆的座4朝向洗发盆B升高,并且靠背11支撑 在并行链接上被上下归结。 将其放下到规定的位置时,使靠背的下降停止,并且与座椅一起朝向洗发盆的颈部接收部B1移动,并且停止在规定位置。 版权所有(C)2007,JPO&INPIT
    • 5. 发明专利
    • Shock-less valve
    • 无震动阀
    • JP2009127837A
    • 2009-06-11
    • JP2007306901
    • 2007-11-28
    • Takara Belmont Co Ltdタカラベルモント株式会社
    • OBAYASHI TOSHIHIKOMIZUTANI HAJIMEINOUE TAKAHITO
    • F16K31/06F15B11/00F16K37/00
    • PROBLEM TO BE SOLVED: To solve the problems on a conventional shockless valve that a plunger is slowly moved and stopped beyond a preset stop position when a room temperature is low and the viscosity of oil is high, and the plunger is quickly moved and stopped short of the stop position when the room temperature is high and the viscosity of oil is low. SOLUTION: This shockless valve includes a plunger 5 to be moved in a housing 4 against the spring force of a spring 6, attracted to a stator 2 and moved back from the positions of ports 41b, 41c of an oil path when a coil 1 is energized, and to be moved to the port positions with the spring force of the spring when it is deenergized, and having a valve rod portion 52 for closing the port on the downstream side of an oil flow when the oil flow is produced in the oil path, a temperature sensor 7 for detecting the temperature of the housing as the temperature of oil, and a control circuit for quickening the deenergization of the oil when the temperature sensor detects the temperature of the oil to be low and for slowing the denergization of the coil when it detects the temperature of the oil to be high to stop the plunger at a preset stop position. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:为了解决常规无冲击阀的问题,当室温低,油粘度高时,柱塞缓慢移动并停止超过预设停止位置,柱塞快速移动 当室温高,油的粘度低时,停止停止位置。 解决方案:该无冲击阀包括抵抗弹簧6的弹簧力在壳体4内移动的柱塞5,吸入定子2并从油路的端口41b,41c的位置向后移动 线圈1被通电,并且当其被断电时被弹簧的弹簧力移动到端口位置,并且当产生油流时具有用于关闭油流的下游侧上的端口的阀杆部分52 在油路中具有用于检测壳体的温度作为油温的温度传感器7,以及当温度传感器检测到油的温度变低并且用于减速时加速油的断电的控制电路 当线圈检测到油温高时将线圈停止在预设的停止位置,使线圈断电。 版权所有(C)2009,JPO&INPIT
    • 6. 发明专利
    • Hydraulic system for moving chair vertically
    • 用于垂直移动椅子的液压系统
    • JP2006280582A
    • 2006-10-19
    • JP2005103892
    • 2005-03-31
    • Takara Belmont Co Ltdタカラベルモント株式会社
    • OBAYASHI TOSHIHIKOMIYAZAKI MASAYAHARUNA KAORI
    • A47C3/30A47C1/06A61G15/06
    • F15B15/18A47C1/06A47C3/30A61G15/02F04B9/14F15B1/024
    • PROBLEM TO BE SOLVED: To solve such a problem that a conventional hydraulic system for moving a chair vertically supplies oil to a hydraulic cylinder for vertical movement intermittently by stepping an operation rod with the foot stops the oil every time of the pressing, then, stops the chair every time of the stopping of the oil to the hydraulic cylinder and gives shock to a person to be treated and makes the person feel uncomfortable. SOLUTION: The hydraulic cylinder for moving the chair vertically is constituted of: a foot-operated pump 3 which sucks the oil by moving up of the operation rod 1, discharges the reserved oil by stepping of the operation rod and which discharges the reserved oil by stepping of the operation rod to a most lowered position; a check valve 5 which is opened with hydraulic pressure of the oil discharged from the foot-operated pump, which is opened when the foot-operated pump is lowered to the lowest position and which transmits the oil from a non-return side to return it to an oil tank through the foot-operated pump; the cylinder 7 for vertical movement for vertically moving the chair part connected to the non-return side of the check valve through a flow rate adjusting means such as an orifice; and an accumulator 6 connected in parallel with the flow rate adjusting means on the non-return side of the check valve. COPYRIGHT: (C)2007,JPO&INPIT
    • 解决的问题为了解决这样一个问题,即常规的用于使椅子移动的液压系统通过用脚踏步操作杆而将液压缸垂直地供给到用于垂直运动的液压缸,从而在每次按压时停止油, 然后,每次将油停止到液压缸时停止椅子,给受治疗的人造成震动,使人感到不舒服。 解决方案:用于垂直移动椅子的液压缸由以下部件组成:脚踏泵3,其通过操作杆1向上移动而吸入油,通过操作杆的步进排出预留油,并排出 通过将操作杆步进到最低位置来保留油; 止回阀5,其以从脚踏式泵排出的油的液压打开,当脚踏式泵下降到最低位置时,其被打开并且将油从不返回侧传送回来 通过脚踏泵到油箱; 用于垂直运动的气缸7,用于通过诸如孔口的流量调节装置垂直移动连接到止回阀的止回侧的椅子部分; 以及在止回阀的止回侧与流量调节装置并联连接的蓄能器6。 版权所有(C)2007,JPO&INPIT
    • 7. 发明专利
    • 炭酸水吐出装置
    • 索达水排放装置
    • JP2014237084A
    • 2014-12-18
    • JP2013120478
    • 2013-06-07
    • タカラベルモント株式会社Takara Belmont Co Ltd
    • OBAYASHI TOSHIHIKO
    • B01F5/02B01F1/00B01F3/04B01F5/06B01F15/02B01F15/04C02F1/68
    • 【課題】従来の炭酸水を作成するには、施術者による開閉弁の操作によって水(湯)と炭酸ガスの混合が開始されるものであるため、被施術者の洗髪作業を行いながらの開閉弁の操作であるため洗髪作業に集中できないといった問題があり、また常時、炭酸ガスはボンベより供給された状態であることから、開閉弁の閉止状態が不完全であるような場合には、炭酸ガスが漏れるといった問題があった。【解決手段】炭酸ガスボンベ1と、該ボンベよりの炭酸ガスが供給され施術者が足で操作することで前記供給された炭酸ガスの流量を一定にして吐出するフットペダル装置3と、該フットペダル装置よりの炭酸ガスと止水栓5よりの水(湯)が供給されると炭酸ガスと水(湯)を混合して炭酸水を作成する炭酸水発生器4とより構成した炭酸水吐出装置である。【選択図】図2
    • 要解决的问题为了解决上述问题,例如在以往的生成苏打水的方法中,水(热水)和碳酸气体通过治疗者的开闭阀的操作而混合,因此, 开关阀的操作由治疗者同时进行洗发操作,因此治疗者不能集中洗发剂操作,并且碳酸气体总是从瓶子供应,使得当处于关闭状态 的开关阀不是完美的状态,碳酸气体可能会泄漏。解决方案:苏打水排放装置包括:碳酸气瓶1; 脚踏踏板装置3,从瓶中供给碳酸气体,并通过治疗人员的脚操作,以恒定流量排出供给的碳酸气体; 以及用于混合碳酸气体的苏打水发生器4和从踏板装置供给碳酸气体并从停止旋塞5供给水(热水)时产生苏打水的水(热水)。
    • 8. 发明专利
    • Hydraulic controlling apparatus for chair or the like
    • 液压控制装置用于椅子或类似物
    • JP2012115439A
    • 2012-06-21
    • JP2010267407
    • 2010-11-30
    • Takara Belmont Co Ltdタカラベルモント株式会社
    • OBAYASHI TOSHIHIKOKOTO TOMOHIROMIZUTANI HAJIME
    • A61G15/06A61G15/10F15B11/00F15B11/04
    • PROBLEM TO BE SOLVED: To solve a problem in which conventionally when a flow rate changeable pump using a direct current motor with a low cost is used, and in the case when speed control is required, a proportional control valve with a high cost as a flow rate control valve must be used, and therefore, the result is that a product price becomes high and the apparatus becomes to be complicated.SOLUTION: A hydraulic controlling apparatus for chairs or the like is used for an lifting apparatus for medical instruments, operating tables, hairdressing devices or the like, and includes: a pump 2; at least one single operating cylinder 3 for lifting and lowering the lifting apparatus; a first electromagnetic valve 5 for supplying an oil from the pump to the single operating cylinder and elevating the lifting apparatus; a second electromagnetic valve 6 for returning the oil staying in the single operating cylinder to the oil tank and lowering the lifting apparatus; a throttle valve 10 restricting the oil volume of the oil discharged through the second electromagnetic valve; and a controlling part 13 for supplying an oil from the pump into a hydraulic circuit for returning the oil from the single operating cylinder into the oil tank, adjusting the amount of supply of the oil, and controlling the lowering speed of the lifting apparatus by restricting the amount of the oil by constriction of the throttle valve.
    • 要解决的问题为了解决以往使用使用低成本的直流电动机的流量变化泵的问题,在需要速度控制的情况下,具有高的比例控制阀 必须使用作为流量控制阀的成本,因此,结果是产品价格变高并且装置变得复杂。 解决方案:用于椅子等的液压控制装置用于医疗器械,操作台,理发装置等的提升装置,并且包括:泵2; 至少一个用于提升和降低提升装置的单个操作缸3; 第一电磁阀5,用于将油从泵供给到单个操作气缸并提升提升装置; 第二电磁阀6,用于将停留在单个操作缸中的油返回到油箱并降低提升装置; 限制通过第二电磁阀排出的油的油量的节流阀10; 以及用于将来自泵的油供给到用于将油从单个操作缸返回到油箱中的液压回路的控制部13,调节油的供给量,并且通过限制来控制提升装置的下降速度 通过节流阀收缩的油量。 版权所有(C)2012,JPO&INPIT
    • 9. 发明专利
    • Pulsation-reducing device in hydraulic equipment
    • 液压设备减压装置
    • JP2009115221A
    • 2009-05-28
    • JP2007289281
    • 2007-11-07
    • Takara Belmont Co Ltdタカラベルモント株式会社
    • OBAYASHI TOSHIHIKOMIZUTANI HAJIME
    • F16L55/04F16K47/00
    • PROBLEM TO BE SOLVED: To solve the following problems: when an accumulator is connected in a pipe so as to reduce pulsations from a motor pump, the hydraulic equipment requires a larger installation space to be upsized, also requires high costs, and in the case where a hose made of flexible material is used for the pipe, a breakdown is caused in the hydraulic system such as a safety device, etc. in the pressure control valve to cause high-pressure oil-flow in the hose, and a fracture is induced.
      SOLUTION: The pulsation reducing device is provided somewhere in a pipeline of the hydraulic circuit of a hydraulic device, and includes: an oil reservoir G communicating with an oil flow-path; and an elastic film 2d that is made of rubber, etc., and deformed by hydraulic pressure of the oil reservoir. Deformation of the elastic film absorbs pulsating pressures of the oil coming from the motor pump B.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:为了解决以下问题:当蓄能器连接在管道中以减少来自电动泵的脉动时,液压设备需要较大的安装空间来增大,也需要高成本,并且 在使用由柔性材料制成的软管用于管道的情况下,在压力控制阀中的诸如安全装置等的液压系统中引起故障,从而导致软管中的高压油流动, 引起骨折。 解决方案:脉动降低装置设置在液压装置的液压回路的管路的某处,并且包括:与油流路连通的储油器G. 以及由橡胶等制成并且通过储油器的液压而变形的弹性膜2d。 弹性薄膜的变形吸收来自马达泵B的油的脉动压力。版权所有(C)2009,JPO&INPIT
    • 10. 发明专利
    • Flow regulating valve
    • 流量调节阀
    • JP2009068596A
    • 2009-04-02
    • JP2007237528
    • 2007-09-13
    • Takara Belmont Co Ltdタカラベルモント株式会社
    • OBAYASHI TOSHIHIKO
    • F16K31/06
    • PROBLEM TO BE SOLVED: To solve the problem that a conventional flow regulating valve increases in cost owing to a request for high precision of parts as well as due to its complicated structure while the valve makes no impact on a subject sitting not only at the time of flow regulation but at the time of starting and stopping.
      SOLUTION: Large-diameter first and second ports 4d1, 4d2 and small-diameter first and second orifices 4e1, 4e2 are formed in oil paths 4b, 4c at oil inflowing and outflowing sides 4b, 4c. When no current is applied to a coil 1, oil paths are formed in first and second ports and first and second orifices. When a current is applied to the coil, a thickened portion 5c formed at the leading end of a plunger 5 attracted by a stator 2 against spring force of a spring 6 closes any one of the first and second ports by an oil flow. As a result, the oil flows out of the oil path only via the first or second orifice in an oil flowing direction. Thus, the flow regulating valve is made up.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 解决问题:为了解决传统的流量调节阀由于要求零件的高精度以及由于其复杂的结构而增加了成本的问题,同时阀不仅对主体坐着不产生影响 在流量调节时,但在启动和停止时。 解决方案:大直径的第一和第二端口4d1,4d2和小直径的第一和第二孔4e1,4e2形成在油流入和流出侧4b,4c的油路4b,4c中。 当没有电流施加到线圈1时,在第一和第二端口以及第一和第二孔中形成油路。 当电流施加到线圈时,形成在由定子2吸引的柱塞5的前端处的弹簧6的弹簧力的加厚部分5c通过油流封闭第一和第二端口中的任一个。 结果,油仅在油流动方向上经由第一或第二孔流出油路。 因此,构成流量调节阀。 版权所有(C)2009,JPO&INPIT