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    • 1. 发明申请
    • PORTABLE TOILET DEVICE
    • 便携式卫生间设备
    • US20090077731A1
    • 2009-03-26
    • US11909498
    • 2006-03-27
    • Toshio HiranumaKazuhiro SakakibaraMasahiko HashimotoShigenori YamaguchiToshiya IshidaKeijiro MurayamaToshio Shioya
    • Toshio HiranumaKazuhiro SakakibaraMasahiko HashimotoShigenori YamaguchiToshiya IshidaKeijiro MurayamaToshio Shioya
    • E03D9/10
    • E03F1/006E03D9/10
    • This is a portable toilet device. Broken excrement may be certainly drained. Means (40) for breaking the excrement having crushing blades is installed in the stagnant portion (18) of the body (20) of the toilet device, means (200) for sending the broken excrement by compression, which sends compressed air into the stagnant portion (18), and a lid for open and closure that closes the stagnant portion (18) tightly are provided.When treating the excrement after bowel movement, the lid for open and closure is closed and then, by driving the means for breaking the excrement, the excrement is stirred and broken into fragments with the stagnant portion being tightly closed. After breaking the excrement into fragments, compressed air is jetted into the stagnant portion so that a liquid mixture formed by breaking the excrement into fragments can be sent by compression toward a side of drain hose (14). Since the drain hose is connected to an existing toilet device of an existing toilet facility or the like, this liquid mixture can be certainly drained to a side of the existing toilet device if the broken excrement is sent by compression.
    • 这是便携式马桶装置。 破碎的排泄物肯定会被排出。 用于破碎具有破碎刀片的排泄物的装置(40)安装在马桶装置的主体(20)的停滞部分(18)中,用于通过压缩发送破碎的排泄物的装置(200),其将压缩空气送入停滞 部分(18)和用于打开和闭合的盖子,其紧紧地封闭停滞部分(18)。 排便后排泄物处理时,关闭盖,然后通过驱动破碎粪便的方式将排泄物搅拌分解成残留部分紧密封闭的碎片。 在将排泄物分解成碎片之后,将压缩空气喷射到停滞部分中,使得通过将排泄物破碎成碎片而形成的液体混合物可以通过压缩被送到排水软管(14)的一侧。 由于排水软管连接到现有的厕所设备等的现有厕所装置上,如果破碎的排泄物通过压缩发送,则该液体混合物可以确定地排出到现有厕所装置的一侧。
    • 2. 发明申请
    • MEDICAL STAPLER
    • 医疗保健
    • US20090277945A1
    • 2009-11-12
    • US12306471
    • 2007-06-19
    • Toshio HiranumaMasahiko HashimotoShigenori YamaguchiYutaka Kato
    • Toshio HiranumaMasahiko HashimotoShigenori YamaguchiYutaka Kato
    • A61B17/10
    • A61B17/0684
    • A medical stapler is provided with a stapler body 1 having a head portion 3 at one end thereof, which drives out medical staples S, and a manipulating lever that can be opened and closed by being turned in a state in which a part provided at the side of the head portion 3 is housed in an accommodating portion 8 of the stapler body 1. A grip portion 11 opposed to the head portion 3 of the manipulating lever 2 is usually urged in an opening direction in which the grip portion 11 protrudes from the accommodating portion 8. When a staple S is driven out, the manipulating lever 2 is turned in a closing direction in which the manipulating lever 2 is housed in the accommodating portion 8. Thus, the staple S is driven out of the head portion 3. Then, the staple S is put into skin “a” while both sides of a wound are brought toward each other.Thus, the wound is sutured while both tip end parts of the staple are inwardly bent. Upon completion of suturing the wound, the manipulating lever 2 is latched in the stapler body 1 in a state in which the staple S is bent.
    • 一种医用缝合器设置有一个订书机本体1,该订书机主体1在其一端具有头部3,其驱动医用订书钉S;以及操纵杆,该操纵杆能够在设置在 头部3的一侧容纳在订书机主体1的容纳部分8中。与操作杆2的头部3相对的把手部分11通常沿着把手部分11从其中突出的打开方向被推动 当订书钉S被驱出时,操作杆2沿操作杆2容纳在容纳部分8中的关闭方向转动。因此,订书钉S被从头部3驱出。 然后,将缝合物S放入皮肤“a”,同时使伤口的两侧相互接触。 因此,当缝合线的两个末端部分向内弯曲时缝合伤口。 在完成缝合伤口时,操作杆2在缝合钉S弯曲的状态下被锁定在缝合器本体1中。
    • 4. 发明授权
    • Medical stapler with latching grip portion
    • 具有闩锁夹持部分的医用缝合器
    • US07896213B2
    • 2011-03-01
    • US12306471
    • 2007-06-19
    • Toshio HiranumaMasahiko HashimotoShigenori YamaguchiYutaka Kato
    • Toshio HiranumaMasahiko HashimotoShigenori YamaguchiYutaka Kato
    • A61B17/10
    • A61B17/0684
    • A medical stapler is provided with a stapler body having a head portion at one end thereof, which drives out medical staples S, and a manipulating lever that can be opened and closed by being turned in a state in which a part provided at the side of the head portion is housed in an accommodating portion of the stapler body. A grip portion opposed to the head portion of the manipulating lever is usually urged in an opening direction in which the grip portion protrudes from the accommodating portion. When a staple S is driven out, the manipulating lever is turned in a closing direction in which the manipulating lever is housed in the accommodating portion. Thus, the staple S is driven out of the head portion. Then, the staple S is put into skin “a” while both sides of a wound are brought toward each other. Thus, the wound is sutured while both tip end parts of the staple are inwardly bent. Upon completion of suturing the wound, the manipulating lever is latched in the stapler body in a state in which the staple S is bent.
    • 一种医用缝合器设置有一个订书机主体,该订书机主体的一端具有头部,其驱动医用订书钉S;以及操纵杆,该操纵杆能够在设置在 头部被容纳在订书机主体的容纳部分中。 与操作杆的头部相对的把持部通常沿着把持部从容纳部突出的打开方向被推压。 当订书钉S被驱出时,操作杆在关闭方向转动,操作杆容纳在容纳部分中。 因此,订书钉S被从头部驱出。 然后,将缝合物S放入皮肤“a”,同时使伤口的两侧相互接触。 因此,当缝合线的两个末端部分向内弯曲时缝合伤口。 在完成缝合伤口时,操作杆在缝合钉S弯曲的状态下被锁定在缝合器主体中。
    • 7. 发明申请
    • TOILET DEVICE
    • 卫生间设备
    • US20090126093A1
    • 2009-05-21
    • US11915722
    • 2006-05-23
    • Toshio HiranumaMasahiko HashimotoShigenori Yamaguchi
    • Toshio HiranumaMasahiko HashimotoShigenori Yamaguchi
    • E03D9/10
    • B02C18/142B02C18/18E03D11/11
    • A breaking means is installed in a stagnant portion of the body of the toilet device. The breaking means has a breaking mechanism unit. The breaking mechanism unit is a cutter mechanism and has cutter members. Each of the cutter members has multiple cutter blades along its rotation axis direction. Cutter blades of adjacent cutter members mesh with each other with a small clearance kept. Because by the action of this cutter member, excrement and others including tissue paper, etc. can be cut out finely and broken, the excrement and others (solids) are made into liquid mixture in this breaking process. Because of liquid mixture, drain takes place easily so that clogging of a drain pipe can be prevented even if hardly soluble matters such as tissue paper are used.
    • 破坏装置安装在马桶装置的主体的停滞部分中。 断路装置具有断路机构单元。 断路机构单元是切割机构,具有切割部件。 每个切割器构件沿其旋转轴线方向具有多个切割刀片。 相邻刀具构件的切割刀片彼此啮合,并保持小的间隙。 由于这种刀具的作用,排泄物和其他包括薄纸等在内的细碎和破碎,在这种破碎过程中排泄物和其他物质(固体)被制成液体混合物。 由于液体混合物,容易进行排水,即使使用诸如薄纸等难溶的物质,也能够防止排水管的堵塞。
    • 9. 发明授权
    • Phase-locked oscillating circuit with a frequency fluctuation detecting
circuit
    • 具有频率波动检测电路的锁相振荡电路
    • US5786733A
    • 1998-07-28
    • US759832
    • 1996-12-04
    • Shigenori Yamaguchi
    • Shigenori Yamaguchi
    • H03L7/113H03L7/093H03L7/18
    • H03L7/113
    • In a phase-locked oscillating circuit comprising a voltage-controlled oscillator responsive to a control voltage for generating an output signal having an output frequency and a variable gain amplifier having a controllable gain and supplying the voltage-controlled oscillator with the control voltage, a frequency fluctuation detecting circuit detects fluctuation in the output frequency of the output signal to control the controllable gain on the basis of magnitude of the fluctuation in the output frequency of the output signal. The phase-locked oscillating circuit may comprise a reference voltage generating circuit for supplying the variable gain amplifier with a controllable reference voltage in response to the control voltage. The phase-locked oscillating circuit may comprise a selector for selecting one of original reference signals as a selected reference signal and an input frequency divider for frequency dividing the selected reference signal to produce an input divided signal which is supplied to a phase-frequency comparator. The input frequency divider may include a detection circuit for detecting absence of the selected reference signal to produce an input absence signal on absence of the selected reference signal. Responsive to the input absence signal, a digital signal processor holds a digital phase difference signal produced immediately before as a held digital phase difference signal.
    • 在锁相振荡电路中,包括响应于控制电压的电压控制振荡器,用于产生具有可控增益的输出频率的输出信号和具有可控增益的可变增益放大器,并向压控振荡器提供控制电压,频率 波动检测电路检测输出信号的输出频率的波动,根据输出信号的输出频率的波动幅度来控制可控增益。 锁相振荡电路可以包括参考电压产生电路,用于响应于控制电压向可变增益放大器提供可控参考电压。 锁相振荡电路可以包括用于选择原始参考信号之一作为选择的参考信号的选择器和用于对所选择的参考信号进行分频的输入分频器,以产生提供给相位频率比较器的输入分频信号。 输入分频器可以包括检测电路,用于检测不存在所选择的参考信号,以在没有选择的参考信号的情况下产生输入缺失信号。 数字信号处理器响应于输入缺失信号,将紧接在之前产生的数字相位差信号保持为保持的数字相位差信号。