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    • 32. 发明专利
    • Heat storage wall in solar-heat utilizing building
    • 太阳能热利用建筑热储存墙
    • JPS58214742A
    • 1983-12-14
    • JP9738582
    • 1982-06-07
    • Mitsui Home KkToshiba Corp
    • MATSUI KOUICHISHIMURA MASATOSHITANAKA SUMIOFUJII YOSHITAKA
    • F24S90/00F24D11/00
    • F24D11/007Y02B10/20
    • PURPOSE:To eliminate the need for providing a weighty heat storage wall on the upper story and simplify the design of the building and the execution of construction work by a structure wherein the heating of an upstair part is possible to perform by the heat stored in the heat storage wall arranged in an downstair part. CONSTITUTION:The heat storage wall 3 is arranged on the indoor side of a transmitting plate 1, which is disposed in tension nearly over the total height between a downstair floor 4 and an upstair floor 5 and transmits solar heat, between said two floors 4 and 5 parallel to said transmitting plate 1 with a proper gap in order to form a closed air space 2 between the heat storage wall 3 and the transmitting plate 1. The heat radiated from the sun is transferred through the transmitting plate 1 and the air space 2 to the heat storage wall 3 in order to be stored therein during the day. When a damper 9 is open during the night or the like, the indoor air within the upstair portion II flows down in an air heating chamber 8 and is heated by contacting with the indoor side surface of the heat storage wall 3. The heated air turns to be an ascending flow and is discharged into the room in the upstair part from an air opening 8a in order to perform the heating of said upstair part.
    • 目的:为了消除在上层故障中提供重量轻的蓄热墙的需要,简化了建筑物的设计和施工工作的执行,其中,通过结构的加热可以通过储存在 储热墙布置在楼下部分。 构成:蓄热壁3配置在传递板1的室内侧,该传送板1的张力几乎在下层楼层4和上层楼层5之间的总高度上,并且在所述两层4和4之间传递太阳能热量 5,其平行于所述透射板1,并具有适当的间隙,以便在储热壁3和透射板1之间形成封闭的空气空间2.从太阳辐射的热量通过透射板1和空气空间2传递 到储热壁3,以便在白天储存在其中。 当风门9在夜间等待时,室内空气II在空气加热室8内向下流动,并通过与蓄热墙3的室内侧面接触而被加热。加热的空气转动 作为上升流动并从空气开口8a排出到室内部分的房间中,以便执行所述室内部分的加热。
    • 33. 发明专利
    • COOKING APPARATUS
    • JPH0297827A
    • 1990-04-10
    • JP776689
    • 1989-01-18
    • TOSHIBA CORPTOSHIBA AUDIO VIDEO ENG
    • NARITA TAKAYASUSHIMURA MASATOSHIKAKIZAWA TOSHIONAKAGAWA TATSUYA
    • F24C7/02
    • PURPOSE:To enhance cooking manipulation efficiency by detachably mounting a cooking information preset means for setting the cooking information to the main body of a cooking apparatus and by enabling the cooking information to be set even in a state that the cooking information preset means is demounted. CONSTITUTION:A cooking apparatus is provided with its main body 1 which has a cooking chamber for accommodating therein a cooking material and for cooking it, and with a display manipulation section 5 with is detachably mounted on the front surface of the main body 1 and constitutes a cooking menu selective device. In the display manipulation section 5, desired cooking information is set to the RAM 15 of a memory 11 by properly inputting the cooking information, under the control by a microprocessor 21, while pushing a transparent electrode 7a in a display input part 7 in accordance with the cooking information displayed. When a main body side control section 9 receives the cooking information from the RAM 15 via communication interfaces 29 and 39, said control section 9 stores the cooking information in the RAM 43 of a memory 41 under the control by a microprocessor 33 and controls a cooking control part 37 via an actuator/sensor part 35, thereby cooking the cooking material accommodated in the cooking chamber of the main body 1.
    • 34. 发明专利
    • DRIVE CONTROL SYSTEM FOR MOBILE OBJECT
    • JPH01180605A
    • 1989-07-18
    • JP324988
    • 1988-01-12
    • TOSHIBA CORPTOSHIBA AUDIO VIDEO ENG
    • TANI KAZUTOSHIARIGA TAKAOSHIMURA MASATOSHIYAMAGUCHI MASAHIKO
    • G05D1/02
    • PURPOSE:To shorten the processing time of a CPU by deciding that a mobile object has reached its target point after comparing the number of corners within a drive range stored previously in an input corner number storage means with the number of corners detected by a corner detecting means. CONSTITUTION:An input means 21 is prepared together with a microcomputer 22, an input/output circuit 23, a corner detecting means 24, a parallelism maintaining means 25, central processing unit 26, a passed corner number storage means 27, a driven distance storage means 28, an input corner number storage means 30, an angle storage means 31, a driven distance measuring means 32, an angle measuring means 33, and a drive means 34. When a mobile object 40 starts its linear drive and reaches a corner within a drive range, this corner is detected by the means 24. Then the number of corners at said detecting point are compared with the number of all corners in the drive range which are previously stored in the means 30. If the coincidence is obtained from this comparison, it is decided that the object 40 has reached its target point after a round and the drive of the object 40 is stopped. In such a way, the processing time of the CPU 26 is shortened.
    • 35. 发明专利
    • KITCHEN REFUSE INCINERATOR
    • JPS6410014A
    • 1989-01-13
    • JP16333787
    • 1987-06-30
    • TOSHIBA CORP
    • MATSUI KOICHISHIMURA MASATOSHIMITANI AKIOKIKUTAKE YOSHIYA
    • F23G5/00F23G5/16
    • PURPOSE:To avoid a cost increase due to using the dielectric heating of microwaves and prevent microwave leakage outside the unit by using an electric heater as a heat source. CONSTITUTION:Kitchen refuse 8 is thrown into the incinerating chamber 4 from the kitchen refuse chute 2 by opening a door 3. An ash discharge plate 11 is kept open, and the moisture in the kitchen refuse 8 is drained from the water drain 12. Then, an electric heater 7 is energized to heat the casing 5, and a fan 18 is operated to set the air feed and vent system in motion. During the early heating process, the moisture remaining in the kitchen refuse 8 is evaporated, and, in the advanced stage of drying where the temperature exceeds 100 deg.C and most of the moisture is lost, the temperature rises rapidly and fire is started. The electric supply to the heater 7 is stopped once the ignition takes place. The resultant exhaust gas is deodorized by an exhaust gas processing means 20, and then is discharged out of awn exhaust gas discharge opening 17. After the incineration is done, the ash is removed out of the unit by opening an ash removal plate 11.
    • 37. 发明专利
    • FACSIMILE EQUIPMENT
    • JPS6276961A
    • 1987-04-09
    • JP21656585
    • 1985-09-30
    • TOSHIBA CORP
    • YOKOYAMA KUNIOSHIMURA MASATOSHIABE SHUNICHI
    • H04N1/04
    • PURPOSE:To facilitate transporting and transmission operation of the equipment by constituting it in such a manner that a picture reading part and a transmission part are separated from a reception part, the reading part and the transmission part are arrayed neighboring each other on the same plane using a fixation cover, and covering them and fixing them integrally. CONSTITUTION:The titled equipment, in general classification, consists of the picture reading part 1, the transmission part 2, and an acoustic coupler 3 that is a means to connect the part 2 and a transmission system. The part 1 includes an operation part 4 consisting of a power source button 4a, read button 4b, reset button 4c, and a transmission button 4d, and a display part 5 consisting of display lamps 5a-5d that correspond to the respective buttons 4a-4d. The part 1 and the part 2, in this case, are electrically connected by a cable 6 unable to be attached and detached. The power supply from the part 2 to the part 1, the control of the part 1, and the transmission of a picture signal from the part 2 to the part 1, are executed through this cable 6. An output signal from the part 2 can be supplied to a reception part (not mentioned here) through a cable 10.
    • 38. 发明专利
    • AIR CONDITIONER
    • JPS6252335A
    • 1987-03-07
    • JP18990985
    • 1985-08-30
    • TOSHIBA CORP
    • MITANI AKIOSHIMURA MASATOSHIITO HIROSHI
    • F24F1/02
    • PURPOSE:To make possible to deliver hot air simultaneously with the starting of operation and also to carry out space heating during a defrosting operation, by storing surplus heat in an indoor heat storage unit and radiating the heat without passing it through a freezing cycle directly into the room at the time of starting the space heating operation. CONSTITUTION:In a normal heating operation mode, valves 9 and 11 are closed. Therefore, working medium circulates through a route of a compressor 1, an indoor heater exchanger 4, an expansion valve 5, and an outdoor heat exchanger 6. When an indoor temperature reaches a predetermined value, a controller 35 is changed over to a heat storage operation mode, and valves 9 and 11 are opened to close a damper 31. The working medium passes through a heat- exchanger 25 for heat storage to store surplus heat. On the following morning, when the space heating operation is started, the controller 35 is selected to a start-up mode whereby valves 9 and 11 are closed but the fan 30 of a heat storage unit 10 rotates to carry out a heat-storage space heating.
    • 39. 发明专利
    • Heat exchanger for freezing machine
    • 冷冻机换热器
    • JPS6183891A
    • 1986-04-28
    • JP20489884
    • 1984-09-29
    • Toshiba Corp
    • YAMAGISHI KATSUAKIMITANI AKIOSHIMURA MASATOSHI
    • F25B39/02F25D21/08F28D7/08F28F1/14F28F1/16
    • F25B39/02F25D21/08F28F1/14
    • PURPOSE:To achieve high efficiency, to reduce occupying space, to equalize the frosting distribution and to reduce the defrosting energy by providing heater pipe fins which are shorter than the length from the root to the end of refrigerating pipe fins,and by twisting the fin strips at their root parallelly with the flow of heat exchanging fluid. CONSTITUTION:As the direction of protrusion of refrigerating pipe fins 15 and heater pipe fins 16 on the surface of a refrigerating pipe 12 and a heater pipe 14 is different from the winding direction of a heat exchanging pipe 11 and is not affected by the winding, the surface area can freely be set and a narrower winding pitch can be selected. Since the fin strips 17, 18 are parallel with the flow of heat exchanging fluid, the heat exchanger, together with the usage of the heat exchanging pipe, can be made highly efficient, and its occupying space can be reduced. Further, as the length of the heater pipe 15 fins from the root to the end is made shorter than that of the refrigerating pipe fins 15 to make the heat transmission surface equal and the heat exchanging pipe is perpendicular to the fluid flow, the frosting distribution becomes uniform, saving the defrosting energy.
    • 目的:为了实现高效率,减少占用空间,通过提供比从冷却管散热片的根部到端部的长度短的加热器管翅片,并且通过扭转翅片来减少结霜分布并降低除霜能量 在其根部与热交换流体的流动平行地条带。 构成:由于制冷管12和加热管14的表面上的冷却管翅片15和加热管翅片16的突出方向与热交换管11的卷绕方向不同,不受绕组的影响, 可以自由地设定表面积,并且可以选择较窄的绕组间距。 由于翅片条17,18与热交换流体的流动平行,因此能够使热交换器与热交换管的使用高效,并且能够减少其占有空间。 此外,由于加热管15从根部到端部的翅片的长度比制冷管翅片15的长度短,使得传热表面相等并且热交换管垂直于流体流动,所以结霜分布 变得均匀,节省了除霜能量。
    • 40. 发明专利
    • Latent heat storing tank
    • 专用储热罐
    • JPS5960185A
    • 1984-04-06
    • JP16857382
    • 1982-09-29
    • Toshiba Corp
    • YAMAGISHI KATSUAKISHIMURA MASATOSHI
    • F28D20/00F28D20/02
    • F28D20/02Y02E60/145
    • PURPOSE:To facilitate a transportation of a latent heat storing tank by a method wherein as a container for storing a latent heat storing agent in it, chain- linked containers or rectangular shaped thin containers with projections are applied, their upper ends are released and made as a heat storing agent pouring port. CONSTITUTION:A plurality of capsels 7 having projections at upper parts thereof are connected by pipe-like members, their lower ends are closed so as to make a heat storing agent container 5. A number of containers 5 are arranged vertically in the heat storing tank 2 and then a heat storing tank lid 10 having holes corresponding to the upper pouring inlet ports. With this arrangement, they are transported to the destination. Then, when liquid latent heat storing agent 4 is flowed into the latent heat agent container 5, a space 8 can be made due to an arrangement of projections therein. The space 8 absorbs a variation in volume when the latent heat storing agent 4 shows a variation in its state and prevents a destroy of the heat storing agent container 5. Further, when the upper pouring inlet port of the heat storing agent container is closed, the heat accumulator 3 is formed and a heat exchanging operation can be performed by flowing the thermal agent 6 into the latent heat storing tank 1.
    • 目的:为了便于潜热储存罐的运输,其中作为用于储存潜热蓄积剂的容器,施加链条的容器或具有突起的矩形薄的容器,其上端被释放并制成 作为蓄热剂浇注口。 构成:在其上部具有突出部的多个卡爪7通过管状部件连接,其下端封闭,制成储热容器5.多个容器5垂直设置在储热罐 2,然后是具有与上部倾倒入口相对应的孔的储热箱盖10。 通过这种安排,它们被运送到目的地。 然后,当液体潜热蓄积剂4流入潜热剂容器5时,可以由于其中的突起的布置而形成空间8。 当潜热蓄积剂4显示其状态的变化并防止蓄热剂容器5的破坏时,空间8吸收体积变化。此外,当蓄热容器的上部倾倒入口关闭时, 形成蓄热器3,并且可以通过将热剂6流入潜热蓄热箱1来进行热交换操作。