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    • 11. 发明专利
    • Cylinder number automatic measuring device for gasoline engine
    • 气缸数量自动测量装置用于汽油发动机
    • JPS5781124A
    • 1982-05-21
    • JP15773680
    • 1980-11-11
    • Fujitsu General LtdOkuda Koki Kk
    • SUZUKI TAKUJITAKAMA TERUHIRO
    • F02B77/08F02P7/077F02P15/00G01M15/04
    • PURPOSE: To automate the determination of number of cylinders by counting the common ignition pulses between the cycle of the ignition pulse by specific cylinder.
      CONSTITUTION: A measurement start pulse generating circuit 1 is connected to a set terminal S of a GATE flio-flop circuit 2, and an output terminal O
      2 of a binary counter 8 is connected to a reset terminal R of said circuit 2. An ignition pulse detecting by cylinder means 4 via a waveform shaping circuit 6 is connected to an AND circuit 7 to which the flip-flop circuit 2 is also connected, said AND circuit being connected to the binary counter 8. A common ignition pulse detecting means 3 via a buffer 5 is connected to an AND circuit 9 to which an output terminal O
      1 of the binary counter 8 is also connected, said AND circuit being connected to a display part 11 and a gasoline engine analyzer 12 via a counter 10.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:通过计算特定气缸点火脉冲循环之间的常见点火脉冲来自动确定气缸数。 构成:测量开始脉冲发生电路1连接到GATE触发电路2的设定端子S,二进制计数器8的输出端子O2连接到所述电路2的复位端子R.点火脉冲 通过波形整形电路6由气缸装置4进行的检测连接到触发电路2也连接到的AND电路7,所述AND电路连接到二进制计数器8.一个公共点火脉冲检测装置3经由 缓冲器5连接到AND电路9,二进制计数器8的输出端子O1也连接到AND电路9,所述AND电路经由计数器10连接到显示部分11和汽油发动机分析器12。
    • 12. 发明专利
    • APPARATUS FOR MEASURING DYNAMIC INJECTION TIMING
    • JPS5614854A
    • 1981-02-13
    • JP8972579
    • 1979-07-14
    • OKUDA KOKI KK
    • OKUDA SANZOUTAKAMA TERUHIROTAKI MASAO
    • F02M65/00
    • PURPOSE:To provide an apparatus capable of measuring the dynamic injection timing of an engine without detaching various parts attached to the engine, by providing a detector attached to the outside of a part used in the injection system, a circuit for processing the output of said detector, a timing light, a Braun tube oscilloscope, etc. CONSTITUTION:A vibration detecting sensor 4 is attached to the portion of a lock nut used for fixing injection pipe 2 to injection nozzle holder 3. The output of this sensor 4 is afforded via amplifier 5 and band-pass filter 6 to oscilloscope 13 capable of measuring two phenomena, which represents waveform 1. After the waveform is shaped by detector 7 and comparator 8 added with reference voltage setter 11, the voltage is applied to trigger voltage generator 10 for energizing luminous discharge xenon tube 12. The voltage change across the two electrodes of this lumiuous tube 12 is represented as waveform 2 in oscilloscope 13. With such an arrangement, delay circuit 9 is controlled to conform the above two waveforms 1, 2 with each other for detecting the dynamic injection timing by reading crank angle indicating graduation 14 at the time when the two waveforms are conformed.
    • 13. 发明专利
    • STEPLADDER FOR GARDEN PLANT
    • JPH08193481A
    • 1996-07-30
    • JP2339395
    • 1995-01-17
    • OKUDA KOKI
    • OKUDA KOKI
    • E06C1/20E06C7/48
    • PURPOSE: To prevent overturning at work time, and enhance workability by mutually inserting/installing frame materials having a continuously arranged hole into/on one end, arranging a frame mold-shaped garden plant fixing part and a fixing member to fix a frame part and a column, and inserting/installing a protective part and an aerial scaffold into/in the frame part. CONSTITUTION: A stepladder for a garden plant is provided with a fixing member 46 to fix a garden plant fixing 40 and a ladder part 20, a protective part 60 arranged in the ladder part 20, an aerial scaffold 70, a shears housing part 80 hooked and installed on an engaging part and a safety belt 110 fixed to the ladder part 20. Therefore, overturning by force from the horizontal direction at work is prevented, and even if it overturns, the body is supported by the safety belt 110, and falling is prevented. The protective part 60 is arranged at the back of an operator, and even if the operator loses a balance backward, a protective fence part supports the body of the operator, and prevents a fall. Since a scaffold of the aerial scaffold 70 facilitates the center of gravity of the operator, a work range is expanded. Respective housing parts such as the shears housing part 80 are arranged in the ladder part 20, and a tool is easily take out at work time, and safety at fall time by nonpossession of the tool is secured.
    • 14. 发明专利
    • PILE-DRIVING AUXILIARY TOOL
    • JPH08170331A
    • 1996-07-02
    • JP33488194
    • 1994-12-19
    • OKUDA KOKI
    • OKUDA KOKI
    • E02D7/02E02D13/04
    • PURPOSE: To improve workability by fixing a striking bearing section wider than the head section of a pile onto the top face of a hollow-shaped pile-head fitting section fitted to the head section of the pile while fastening a striking section wider than the head section onto the top face of the bearing section. CONSTITUTION: A hollow cylindrical-shaped pile-head fitting section 2 consisting of carbon steel is formed. A square-shaped, circular-shaped or polygonal-shaped striking bearing section 3 composed of carbon steel is fixed onto the top face of the pile-head fitting section 2 by screws 6. A striking section 5 made up of Japanese red pine wood is fitted into space surrounded by the fixing section 4 of the striking bearing section 3, and fastened by screws 8, thus forming a pile-driving auxiliary tool 1. The fitting section 2 of the auxiliary tool 1 is fitted to the head section of a pile at the time of the execution of works, and a wooden maul, etc., are driven to the striking section 5 and the pile is driven.
    • 16. 发明专利
    • Rotational speed measuring apparatus
    • 旋转速度测量装置
    • JPS6162869A
    • 1986-03-31
    • JP18492484
    • 1984-09-04
    • Okuda Koki Kk
    • TAKAMA AKIHIRO
    • G01P3/42
    • G01P3/42
    • PURPOSE:To enable the reading of fine variations in a magnified graduation of analog indication, by combining a digital display for indicating numerals continuously to a high rotation range without switching of range and an analog indication easy to read a changing trend to make up for short comings therebetween. CONSTITUTION:The rotation of a rotor 2 is detected 1 and the output signal thereof is displayed 5 digitally by computation and control 4 thereof while shown on an analog display 7 which coves any part in a rotational speed measuring in terms of full-scale. When measured values of a digital measuring circuit reach the scale range of the analog display 7, the analog output is turned ON or OFF on the analog display while is controlled to the output corresponding to the full-scale of the analog display 7. Thus, the digital display 5 and the analog display 7 can be both operated when the rotational speed of the rotor 2 is within a specified range.
    • 目的:为了能够读取模拟指示的放大刻度的微小变化,通过将数字显示器连续地组合到高旋转范围的数字显示器而不切换范围,并且模拟指示容易读取变化趋势以弥补 之间。 构成:通过其转子2的旋转被检测1,并且其输出信号通过其计算和控制4以数字方式显示,同时示出在模拟显示器7上,该模拟显示器7以满刻度测量的转速测量任何部分。 当数字测量电路的测量值达到模拟显示器7的刻度范围时,模拟输出在模拟显示器上被打开或关闭,同时被控制到与模拟显示器7的满量程相对应的输出。因此, 当转子2的旋转速度在规定范围内时,数字显示器5和模拟显示器7都可以被操作。
    • 17. 发明专利
    • Measuring apparatus
    • 测量装置
    • JPS593267A
    • 1984-01-09
    • JP11086982
    • 1982-06-29
    • Fujitsu General LtdOkuda Koki Kk
    • SHIODA NOBUYATAKAMA TERUHIRO
    • G01R31/36G01M17/007G01P3/42G01R31/00G01R31/34
    • G01R31/34
    • PURPOSE:To prevent a measuring error, by a method wherein the rotary number of an engine when the current of a battery charging system is converted to positive from negative mode and the rotary number thereof when the current is contrarily converted to negative from positive mode are calculated and the average value of these rotary numbers is employed as measuring data. CONSTITUTION:When the rotary number of an engine 1 is gradually raised, the current of an electric line 5 connected to a battery 4 is converted to a positive (charging) state from a negative (discharge) state. The converted state is carried out by detecting a current value + or -0 by a current converting and measuring means 7 through a probe 6 connected to the electric line 5. The rotary number is measured by a rotary number measuring means 8 on the basis of said detection and stored in memory 10 by a measured data gathering and recording means 9. A state wherein the rotary number of the engine 1 is gradually lowered and a current is converted to the negative state from the positive state is detected by a current converting and measuring means 7 to measure the rotary number thereof and the average value of both rotary numbers are calculated by an average value calculating means 12 through the gathering and recording means 9 to be displayed by a display means 13. By this method, error measuring in the case of the abrupt change in the rotary number of the engine can be prevented.
    • 目的:为了防止测量误差,当电池充电系统的电流从负模式转换为正时的发动机的转数及当从正模式相反地转换为负时的旋转次数的方法是: 计算出这些旋转数的平均值作为测量数据。 构成:当发动机1的旋转数量逐渐升高时,连接到电池4的电力线5的电流从负(放电)状态转换为正(充电)状态。 转换状态通过电流转换和测量装置7通过连接到电线5的探头6检测电流值+或者0来进行。旋转数量由旋转数量测量装置8基于 通过测量数据采集和记录装置9将其检测并存储在存储器10中。通过电流转换检测发动机1的转速逐渐降低并且电流从正状态转换为负状态的状态, 测量装置7用于测量其旋转数,两个旋转数的平均值由平均值计算装置12通过收集和记录装置9计算,以由显示装置13显示。通过这种方法,在 可以防止发动机的转数突然变化的情况。
    • 18. 发明专利
    • MEASURING INSTRUMENT FOR DYNAMIC INJECTION TIMING
    • JPS56115850A
    • 1981-09-11
    • JP1941380
    • 1980-02-19
    • OKUDA KOKI KK
    • TAKI MASAO
    • F02M65/00
    • PURPOSE:To let the luminescence of a timing light coincide with signals given when a needle valve is opened by a method wherein there are provided a detector for high frequency oscillations generated by the shut and open by an injection nozzle needle valve, a detector for the rotation of an injection pump and a delayed- pulse-generator. CONSTITUTION:In a device for a Diesel engine, the output of a detector 1 of high frequencies generated by the operation of the injection nozzle needle valve (not illustrated) is amplified 3 and added to a band pass filter 4 to select valve opening signals, a detector 5, a comparator 6, a monostable multivibrator 7, a phase inverter 8 and a delayed pulse generator 9 which generates a delayed signal a given time after the valve opening signal is generated. On the other hand, the output of a detector 2 of the roration of the injection pump is added to an amplifier 10, a filter 11, a detector 12, a comparator 13, a monostable multivibrator 14, a delayed pulse generator 15 and time-width pulses of both detectors 1, 2 are generated in a pulse generator 16. These pulses are processed and given to a timing light 21 to make a timing display.