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    • 11. 发明专利
    • INONIZED WATER GENERATOR
    • JPH09141264A
    • 1997-06-03
    • JP30182095
    • 1995-11-20
    • BROTHER IND LTD
    • TSUNOMURA ISAMUKUNIEDA YOSHIO
    • C02F1/46
    • PROBLEM TO BE SOLVED: To obtain an ionized water having a desired pH from a simple constitution with a small electric power. SOLUTION: A control valve 29 as a water feeding proportion control means for controlling the proportion of water to be supplied to each of ion chambers 19a and 19b is provided. With this constitution, the control valve 29 control the proportion of water to be supplied to each of the ion chambers 19a and 19b in an electrolytic cell 7. Then, the proportion of water passing through each of the ion chambers 19a and 19b is changed. On the other hand, the quantity of electric charge (ions) corresponding to the electric power supplied to a pair of electrodes 21a and 21b is moved through a diaphragm 17 between the ion chambers 19a and 19b. Then, even if the electric power supplied to the electrodes 21a and 21b is constant, the pH of an alkaline ionized water or an acidic ionized water discharged from each of the ion chambers 19a and 19b is charged correspondingly to the proportion controlled by the control valve 29.
    • 12. 发明专利
    • IONIC WATER GENERATOR
    • JPH09136087A
    • 1997-05-27
    • JP29683995
    • 1995-11-15
    • BROTHER IND LTD
    • TSUNOMURA ISAMUKUNIEDA YOSHIO
    • C02F1/46
    • PROBLEM TO BE SOLVED: To prevent impurities eluted from a pH sensor from being mixed with generated water in an ionic water generator in which a pH detection means such as the pH sensor is provided to detect pH of generated water. SOLUTION: The ionic water generator is equipped with a water-intake route for discharging one side of ionic water generated by an electrolytic cell 47 as generated water (drinking, nondrinking) and with a discarded water route for discharging other side of ionic water as discarded water. Further, a pH detection route is provided which is branched from the water-intake route and joins the discarded water route. In the case of detecting pH by a pH sensor 73 in the pH detection route, ionic water of the water-intake route is allowed to flow to the discarded water route by a solenoid valve 67. After pH detection is performed, ionic water is allowed to flow to the water-intake route by changeover of the valve 67. Therefore, impurities eluted from the pH sensor 73 are not mixed into alkali ionic water for drinking.
    • 13. 发明专利
    • ELECTRIC POTENTIAL THERAPEUTIC DEVICE
    • JPH0910319A
    • 1997-01-14
    • JP16226995
    • 1995-06-28
    • BROTHER IND LTD
    • KUNIEDA YOSHIOTSUNOMURA ISAMU
    • A61N1/10
    • PURPOSE: To provide an electric potential therapeutic device which has such a constitution that therapeutic time and therapeutic voltage can be varied to adequate values according to degree of use, by storing used degree of a device body, and controlling sum value of electricity supplied to a high potential generator according to the stored degree. CONSTITUTION: At first, a therapeutic mat 2 is set inside a bedclothes and a power supply pug is inserted into a power supply outlet, and a power supply switch 32 in a control box is turned on while lying down supinely on the bedclothes. A microcomputer 10 reads out data of using frequency from EEPROM 22 when depressing a start/stop button 5, and the frequency data are changed into therapeutic time and internal timer is set. Secondly, a transistor 26 by which high potential output is generated and a thyristor 28 are driven to operate a high potential generator 30. On this occasion, adequate electric potential therapy can be performed according to using frequency because the microcomputer 10 increases therapeutic time gradually according to using frequency stored in EEPROM 22.
    • 14. 发明专利
    • FUTON
    • JPH08131310A
    • 1996-05-28
    • JP27637694
    • 1994-11-10
    • BROTHER IND LTD
    • TSUNOMURA ISAMU
    • A47G9/02
    • PURPOSE: To provide a futon (Japanese quilt and mattres) capable of simply judging the drying time of a futon main body by anyone. CONSTITUTION: When a user turns a humidity display key ON at the time of the use of a futon, a control unit is operated to display the humidity of a futon main body on a display device as a numerical value at first. Thereafter, the humidity value detected by a humidity sensor is compared with a futon drying display level read out from a ROM (S4) and this operation is repeatedly performed at every one min. As a result, when the detected humidity value exceeds the futon drying display level continuously three times (S13, YES), the drying period display of the display device is allowed to light to illuminate a sun mark and a futon drying display (S14).
    • 16. 发明专利
    • FIBER LAMINATE
    • JPH08858A
    • 1996-01-09
    • JP13409794
    • 1994-06-16
    • BROTHER IND LTD
    • KUNIEDA YOSHIOTSUNOMURA ISAMUOKU NOBUAKI
    • A47C27/12A47C31/02B32B5/06B68G15/00
    • PURPOSE:To provide a fiber laminate subjected to quilting capable of surely preventing infiltration of ticks. CONSTITUTION:Bedding 10 is constituted by covering planar wadding 3 with side fabrics 1 from the upper side thereof and side fabrics 2 from the lower side to a sandwich form. Fabrics blended with binder fibers 7 are used for the side fabrics 1 and the side fabrics 2. The fabrics blended with the binder fibers 7 are used for the wadding 3. The binder fibers 7 are composed of core parts 9 and sheath parts 11 consisting of a synthetic resin having the m.p. lower than the m. p. of the core parts 9 so as to cover the core parts 9. The sheath parts 11 of the binder fibers 7 melt when the binder fibers are compressed and heated from the outer side of the side fabrics 1, 2 by metal molds 15, 17 of a hot press having projecting parts 19. The temp. falls and the sheath parts 11 are fused to the sheath parts 11 of the circumferential binder fibers 7 when the metal molds 15, 17 are released. The side fabrics 1, 2 and the wadding 3 are thus adhered and fixed.
    • 17. 发明专利
    • MATTRESS TO BE LAID ON BED
    • JPH07327784A
    • 1995-12-19
    • JP12276294
    • 1994-06-03
    • BROTHER IND LTD
    • KUNIEDA YOSHIOTSUNOMURA ISAMU
    • A47C27/12
    • PURPOSE:To provide a mattress to be laid on a bed by which an ideal sleeping posture can be kept and also which is easily collapsible. CONSTITUTION:A mattress to be laid on a bed is provided with two layers 7 of hard layers consisting of a layer A and a layer B in its central part; and in the hard layer A being the upper layer, a division part (a) is formed in the vicinity of 1/3 of its overall length from the left in the longitudinal direction, and the hard layer A is divided by this division part (a) into a hard part 1 and a hard part 2. Further, in the hard layer B being the lower layer, a division part (b) is formed in the vicinity of 1/3 of its overall length from the right in the longitudinal direction, and the hard layer B is divided by this division part (b) into a hard part 3 and a hard part 4. Further, on the upper part of the hard layer A, an upper layer 5 provided with hygroscopicity and heat retaining property is formed; while on the lower part of the hard layer B, a lower layer 6 for absorbing impact is formed. The upper layer 5, the hard layers A, B, and the lower layer 6 constitute a three-layer structure, and the entire of this three-layer structure is enclosed by a side material 7 so as to constitute a mattress to be laid on a bed.
    • 19. 发明专利
    • WATER TREATMENT APPARATUS
    • JPH09136081A
    • 1997-05-27
    • JP29683795
    • 1995-11-15
    • BROTHER IND LTD
    • TSUNOMURA ISAMUKUNIEDA YOSHIO
    • C02F1/44C02F1/00C02F1/28C02F1/46C02F1/461C02F1/68C02F9/00
    • PROBLEM TO BE SOLVED: To demonstrate a desired treatment capacity stably in a water treatment apparatus equipped with a treatment tank by controlling the flow rate of water passing through a passage corresponding to the treatment capacity of the tank based on the detection results of a flow rate detecting means. SOLUTION: Water introduced from a raw water supply port 5 is led to a mineral addition cartridge 17 through a flow rate change-over valve 23 and passes through a space 38 filled with mineral stone and a calcium addition cylinder 32 filled with calcium. Next, the water is introduced into a water purifying cartridge 19, passes through a space 46 filled with activated carbon and a hollow fiber membrane filter 44, and flows into an electrolytic bath 47, where the flow rate of the water is detected by a flow rate sensor 55. The detection signals of the flow rate sensor 55 and a pH sensor 73 and signals corresponding to the operation conditions of an operation panel 83 are input to an electronic control circuit 99 installed in a housing 3, and the flow rate change-over valve, a solenoid valve, a flow passage change-over valve, etc. are controlled on the basis of these signals.