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    • 1. 发明专利
    • HEAD REMOVING DEVICE FOR GOLF CLUB
    • JPH0975488A
    • 1997-03-25
    • JP25692695
    • 1995-09-07
    • KAMOSHITA SEIKOSHO KK
    • OGAWA HIROSHI
    • A63B53/00A63B53/06A63B102/32
    • PROBLEM TO BE SOLVED: To provide a new and convenient head removing device for a golf club in which both hands can be made free in such a state that it has been subjected to a continuous tension. SOLUTION: A supporting part 2 is erected on one end of a base table 1, and a cutout part 6 for inserting the end part of the shaft 4 of a golf club 3 into the upper periphery of the supporting part 2 and for hooking the hosel 5 is formed, and also a lower pinching body 7 for pinchedly holding the shaft 4 is supported on the upper surface of the base table 1, and an upper pinching body 10 for pinchedly holding the shaft 4 is supported on the lower pinching body 7. A female screw thread 11 is boredly formed in the lower pinching body 7, and a male screw 12 is screwed into the female screw thread 11, and the end of the male screw 12 is protruded outside the supporting part 2 through a shaft hole 13, and a draw-back preventive part 14 is formed to the protruded part, and also a coil spring 15 is windedly interposed between the lower pinching body 7 of the male screw 12 and the supporting part 2.
    • 2. 发明专利
    • CONTAINER RECEIVING DEVICE OF DISPENSER FOR LIQUID DRINK
    • JPH0966997A
    • 1997-03-11
    • JP12073295
    • 1995-04-21
    • HAYAKAWA SANKI KKKAMOSHITA SEIKOSHO KK
    • OGAWA HIROSHI
    • B67D1/07A47J31/44
    • PURPOSE: To semiautomatically perform a work for pouring liquid drink into a container by a method wherein a container is put on a base board under conditions that a raising force is imparted to a lifting device, and when liquid drink is poured into the container from a pour nozzle and the weight of the container exceeds a certain value, the base board is allowed to descend. CONSTITUTION: In a container receiving device, which is disposed below a nozzle of a dispenser for beer, for pouring beer into a mug, firstly a stopper member 41 is removed to allow a base board 24 to be moved to a top position, as shown by imaginary lines, by the force of a coiled spring 37 and an empty mug is placed on the board 24. And a lever of the dispenser is actuated to pour beer and when a certain quantity of beer has been poured into the mug, the board 24 together with the mug is lowered, under their own weights, against the spring 37. When the board 24 is lowered, an engaging step 42 of the member 41 is put into an engaged state by the action of spring, immediately after which the lever 49 is returned to stop pouring of beer.
    • 3. 发明专利
    • DEVICE FOR AUTOMATIZATION OF SPOUTING FOR BEVERAGE DISPENSER
    • JPH0948498A
    • 1997-02-18
    • JP21954595
    • 1995-08-04
    • HAYAKAWA SANKI KKKAMOSHITA SEIKOSHO KK
    • OGAWA HIROSHI
    • B67D1/07
    • PROBLEM TO BE SOLVED: To easily automatize a currently used manual type beverage dispenser by providing a driving device that actuates by operation of a motor an attachment to be mounted on a handle for opening and shutting a cock and a driving device that controls the degree of tilt for a mounting table for mounting a container such as a mug. SOLUTION: With any one of push buttons 42, 43 and 44 on an operation control panel 41 for spouting to a mug pushed, beer is spouted for a period of time preset by a user. A mounting table 25 automatically tilts and moves up and down for controlling tilt and vertical positions for a mug so that the froth of beer does not become too much. With a push button 45 for spouting the froth only pushed, the froth only is spouted. With an auxiliary push button 46 pushed while beer is being spouted, spouting of beer is stopped and the mug returns to its upright position. With the auxiliary push button pushed and kept being pushed while beer is not spouted, beer is spouted while the push button is kept being pushed. The above-mentioned operations are all operated by starting, stopping, driving in forward rotation and driving in reverse rotation of a driving motor 9 and a motor 36 for tilting.
    • 4. 发明专利
    • POURING-AUTOMATING DEVICE FOR DISPENSER FOR BEVERAGE
    • JPH09132296A
    • 1997-05-20
    • JP31467895
    • 1995-11-08
    • KAMOSHITA SEIKOSHO KK
    • OGAWA HIROSHI
    • B67D1/04B67D1/12
    • PROBLEM TO BE SOLVED: To easily automate a manual type dispenser by a method wherein an attachment which is attached to a handle for opening/closing of a cock, is provided, and the actuating force of a driving device is transmitted to the attachment through a crank device, and at the same time, the tilt of a container mounting table is controlled by a cam device. SOLUTION: Above the front surface of an L-shape attaching table 2 being attached to the front surface of a dispenser 1 for beer, a geared motor 4 for the driving of an eccentric wheel is arranged by an attaching member. To a motor rotating shaft 5, an eccentric plate 7 is attached, and one end of a link 8 is connected to the eccentric plate 7. At the same time, to the other end of the link 8, an attachment 10 which is connected by screwing into a thread 9 for knob attaching of a handle 6 for cock, is connected. Also, under the front surface of the attaching table 2, a mounting table 16 for a stein 15, consisting of a curved back part 13 and a horizontal base part 14, is arranged, and the back part 13 is supported to the attaching table 2 by a hanging arm 17 so as to be rockable in the longitudinal direction. In addition, the back part 13 is pushed by a plate cam 27 which is rotated by a motor to rock the mounting table 16 in the longitudinal direction.
    • 8. 发明专利
    • FIXED QUANTITY DISCHARGE METHOD
    • JPH06333151A
    • 1994-12-02
    • JP14855393
    • 1993-05-26
    • KAMOSHITA SEIKOSHO KKHAYAKAWA SANKI KK
    • OGAWA HIROSHIHAYAKAWA HIROSHI
    • G07F13/04
    • PURPOSE:To uniformize the discharge quantity independently of the effect of an external temperature, etc., by obtaining a difference between preceding discharge quantity calculated in the discharge stop state and this time discharge quantity calculated in the discharge stop state and setting a succeeding constant discharge quantity based on the difference. CONSTITUTION:A measurement equipment part of the automatic vending machine is provided with a BIB pack loading section 5 of a dispenser pack 2, a measurement tray 3 having a content discharge tube 1 at its lower face, a weight sensor 4 provided on the rear surface of the measurement tray 3. After the content is discharged while a movable insertion section 8 is detached, a movable pressing section 8 is pressed onto a fixing pressing section 7 after the lapse of a predetermined time to smash the discharge tube 1 to step the discharge and then the discharged quantity is measured by the weight sensor 4. The difference between the measured value and an initial discharge set quantity is obtained. Then a discharge time in matching with a succeeding discharge quantity is calculated based on the difference. The succeeding discharge quantity is decided based on the time.
    • 9. 发明专利
    • RESIDUAL AMOUNT NOTICE METHOD
    • JPH06333142A
    • 1994-12-02
    • JP13949893
    • 1993-05-18
    • NIPPON KOKA COLA KKKAMOSHITA SEIKOSHO KK
    • AOKI SHINJIROOGAWA HIROSHI
    • G07F9/02G07F13/02
    • PURPOSE:To display (notice) a replacement period with high accuracy in less residual a mount by sensing the discharge of contents by a predetermined quan tity from the sensing by a separate means from the sensor and informing of less residual amount by lamp or a buzzer through the sensing. CONSTITUTION:In the residual amount notice method, a sensor 4 indicates a comparatively stable operation and the error is small even when the residual amount is comparatively much (e.g. about 300g), while the error is suddenly increased when the residual amount reaches less. A stable replacement instruction display (notice) is indicated even at less residual amount (e.g. about 100g) by avoiding a sudden increased error. That is, the sensor 4 is operated at a range where the residual amount is comparatively much (e.g. about 300g) and a predetermined quantity (e.g. about 200g) is discharged after sensing of the signal by the sensor 4 to inform of a replacement period of a dispenser pack 2 by indication of a lamp or a buzzer after the discharged amount 300g-200g=100g).