会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • SEA WAVE MOTOR
    • 海浪电机
    • WO2009031913A3
    • 2009-11-05
    • PCT/RS2008000026
    • 2008-09-04
    • ISIDOROVIC RATKOISIDOROVIC JANKOISIDOROVIC KSENIJA
    • ISIDOROVIC RATKOISIDOROVIC JANKOISIDOROVIC KSENIJA
    • F03B13/18
    • F03B13/186Y02E10/38
    • The sea wave motor uses energy of sea waves. Drawing 1 shows motor with two axles (1). Disks (2) with teeth (5) are firmly connected with axles (1). Teeth (5) are coupled with teeth (6) of the slides (7) and (8) with guides (10) where the supports (11) and (12) enter. Slides (7) are in connection with light floats (13), and the slides (8) with heavy floats (14). The wave crest lifts light floats (13) with slides (7) and the slides (7) with teeth (6) through teeth (5) rotate disks (2). When wave hollow arrives, the floats (13) with slides (7) drop. This change of direction does not change direction of disk rotation (2), because the teeth (5) and (6) are now in elastic coupling, and as teeth (6) have axles (15) and springs (16). Heavy floats (14) act by force at the wave hollow. By means of coupling the axles (1) accumulation of energy from a larger number of waves takes place.
    • 海浪马达使用海浪能量。 图1显示了带两个轴的电机(1)。 带有齿(5)的圆盘(2)与轴(1)牢固连接。 齿(5)与滑动件(7)和(8)的齿(6)与支撑件(11)和(12)进入的导向件(10)连接。 滑块(7)与轻浮体(13)连接,滑块(8)与大浮体(14)连接。 波顶提升带有滑块(7)的光浮子(13),带齿(6)的滑块(7)通过齿(5)旋转圆盘(2)。 当波浪中空到达时,带有滑道(7)的浮体(13)下降。 由于齿5和6现在处于弹性联接状态,并且齿6具有轴15和弹簧16,所以这种方向改变不会改变盘旋转方向(2)。 重型浮体(14)在波浪空洞处受力。 通过连接车轴(1),会发生大量波浪的能量积累。
    • 2. 发明申请
    • SEA WAVE MOTOR
    • 海浪电机
    • WO2009031913A2
    • 2009-03-12
    • PCT/RS2008/000026
    • 2008-09-04
    • ISIDOROVIC, RatkoISIDOROVIC, JankoISIDOROVIC, Ksenija
    • ISIDOROVIC, RatkoISIDOROVIC, JankoISIDOROVIC, Ksenija
    • F03B13/18
    • F03B13/186Y02E10/38
    • The sea wave motor uses energy of sea waves. Drawing 1 shows motor with two axles (1). Disks (2) with teeth (5) are firmly connected with axles (1). Teeth (5) are coupled with teeth (6) of the slides (7) and (8) with guides (10) where the supports (11) and (12) enter. Slides (7) are in connection with light floats (13), and the slides (8) with heavy floats (14). The wave crest lifts light floats (13) with slides (7) and the slides (7) with teeth (6) through teeth (5) rotate disks (2). When wave hollow arrives, the floats (13) with slides (7) drop. This change of direction does not change direction of disk rotation (2), because the teeth (5) and (6) are now in elastic coupling, and as teeth (6) have axles (15) and springs (16). Heavy floats (14) act by force at the wave hollow. By means of coupling the axles (1) accumulation of energy from a larger number of waves takes place.
    • 海浪马达使用海浪的能量。 图1显示了带有两个轴(1)的电机。 具有齿(5)的盘(2)与轴(1)牢固连接。 齿(5)与滑块(7)和(8)的齿(6)与支撑件(11)和(12)进入的引导件(10)联接。 滑动件(7)与轻浮子(13)和具有重型浮子(14)的滑块(8)连接。 波峰通过滑块(7)和具有齿(6)的滑块(7)通过齿(5)旋转盘(2)提升轻浮体(13)。 当波浪空洞到达时,带有滑块(7)的浮标(13)下降。 由于齿(5)和(6)现在处于弹性联轴器,并且当齿(6)具有轴(15)和弹簧(16)时,方向的改变不会改变盘旋转方向(2)。 重型浮标(14)在波浪空洞处受力作用。 通过联接轴(1),发生来自较大数量的波的能量的累积。
    • 3. 发明申请
    • ELECTRIC ROOM HEATER
    • 电加热器
    • WO2007030838A1
    • 2007-03-15
    • PCT/YU2006/000021
    • 2006-08-18
    • ISIDOROVIC, RatkoISIDOROVIC, JankoISIDOROVIC, Ksenija
    • ISIDOROVIC, RatkoISIDOROVIC, JankoISIDOROVIC, Ksenija
    • F24H3/00
    • F24H3/002
    • Electric Room Heater in its housing contains heaters which consist of strip of oriented cold rolled transformer sheet that are cooled by natural air circulation. Heater consists of two cross supports (11) connected by a central support (14). Between the cross supports are placed non-flammable insulating holders (13). The insulating holders have sprockets. Between sprockets lies strip of the heater of oriented cold rolled transformer sheet (12). The insulating holder (13) by its width (17) creates distance between layers of heater strips, and by sprockets width (18) makes distance between adjacent strips, windings, in the layer. These distances make channels for air circulation, thus enabling strip temperature to be less then 100°C.
    • 电炉加热器在其外壳中含有由自然空气循环冷却的定向冷轧变压器片组成的加热器。 加热器由通过中心支撑件(14)连接的两个交叉支撑件(11)组成。 在十字支架之间放置不可燃绝缘支架(13)。 绝缘支架具有链轮。 链轮之间位于取向冷轧变压器片(12)的加热器的条上。 绝缘保持器(13)通过其宽度(17)产生加热器条层之间的距离,并且通过链轮宽度(18)使得该层中的相邻条带,绕组之间的距离。 这些距离使空气循环通道,从而使带材温度低于100°C。
    • 4. 发明申请
    • TURBINE WITH WIND OSCILLATING WINGS
    • 涡轮机与风振荡器
    • WO2009126055A3
    • 2010-05-06
    • PCT/RS2009000014
    • 2009-04-07
    • ISIDOROVIC RATKOISIDOROVIC JANKOISIDOROVIC KSENIJA
    • ISIDOROVIC RATKOISIDOROVIC JANKOISIDOROVIC KSENIJA
    • F03D3/00F03D3/06F03D11/04
    • F03D3/067F05B2260/74F05B2260/75F05B2260/77Y02E10/721Y02E10/74
    • For vertical support (1) are connected horizontal supports (2) carrying wings (3) that can oscillate around support (2) up-to limiters (5) with a spring (10). Each wing is balanced by a weight (6) thus enabling wings to lie on a horizontal plane. When wind blows, direction of wind is equal on both sides of vertical support (1). In horizontal position remain wings (3) when wind direction is down the wing surface in relation to bearings (4) of the wings. Wings (3) with opposite wind direction, pass into vertical position by moving upwards or downwards up-to the limiter (5) with spring (10), and pressure of wind occurs on the wing surface (3). This force rotates vertical support (1), wing (3) departs to another side and turns back into horizontal position, but the next wing gets into vertical position, etc. Vertical support (1) is connected with the axle of the electric energy generator (14).
    • 对于垂直支撑件(1)是连接的水平支撑件(2),其承载翼(3),其可以用弹簧(10)围绕支撑件(2)摆动到限制器(5)。 每个翼由重物(6)平衡,从而使机翼能够躺在水平面上。 当风吹时,垂直支撑(2)两侧的风向相等。 相对于机翼的轴承(4),当风向向下时,水平位置保持翼(3)。 翼风(3)具有相反的风向,通过弹簧(10)向上或向下移动到限制器(5)进入垂直位置,并且在机翼表面(3)上发生风压。 该力旋转垂直支撑(1),机翼(3)离开另一侧并转回水平位置,但下一个机翼进入垂直位置等。垂直支撑(1)与电力发电机轴 (14)。
    • 5. 发明申请
    • TURBINE WITH WIND OSCILLATING WINGS
    • 涡轮机与风振荡器
    • WO2009126055A2
    • 2009-10-15
    • PCT/RS2009/000014
    • 2009-04-07
    • ISIDOROVIC, RatkoISIDOROVIC, JankoISIDOROVIC, Ksenija
    • ISIDOROVIC, RatkoISIDOROVIC, JankoISIDOROVIC, Ksenija
    • F03D1/06F03D3/06
    • F03D3/067F05B2260/74F05B2260/75F05B2260/77Y02E10/721Y02E10/74
    • For vertical support (1) are connected horizontal supports (2) carrying wings (3) that can oscillate around support (2) up-to limiters (5) with a spring (10). Each wing is balanced by a weight (6) thus enabling wings to lie on a horizontal plane. When wind blows, direction of wind is equal on both sides of vertical support (1). In horizontal position remain wings (3) when wind direction is down the wing surface in relation to bearings (4) of the wings. Wings (3) with opposite wind direction, pass into vertical position by moving upwards or downwards up-to the limiter (5) with spring (10), and pressure of wind occurs on the wing surface (3). This force rotates vertical support (1), wing (3) departs to another side and turns back into horizontal position, but the next wing gets into vertical position, etc. Vertical support (1) is connected with the axle of the electric energy generator (14).
    • 对于垂直支撑件(1)是连接的水平支撑件(2),其承载翼(3),其可以用弹簧(10)围绕支撑件(2)摆动到限制器(5)。 每个翼由重物(6)平衡,从而使机翼能够躺在水平面上。 当风吹时,垂直支撑(2)两侧的风向相等。 在风向相对于机翼的轴承(4)的风向向下时,水平位置保持翼(3)。 翼风(3)具有相反的风向,通过弹簧(10)向上或向下移动到限制器(5)进入垂直位置,并且在机翼表面(3)上发生风压。 该力旋转垂直支撑(1),机翼(3)离开另一侧并转回水平位置,但下一个机翼进入垂直位置等。垂直支撑(1)与电力发电机轴 (14)。
    • 6. 发明申请
    • ELECTRIC ROOM HEATER WITH MAGNETOSTRICTION
    • 电磁炉电加热器
    • WO2008123787A1
    • 2008-10-16
    • PCT/RS2007/000014
    • 2007-06-19
    • ISIDOROVIC, RatkoISIDOROVIC, JankoISIDOROVIC, Ksenija
    • ISIDOROVIC, RatkoISIDOROVIC, JankoISIDOROVIC, Ksenija
    • F24H3/00
    • F24H3/002
    • The room heater has strip heaters of oriented cold rolled transformer sheet. Alternating current heats the strip, creates variable magnetic field and magnetostriction and, as a result, the strip better transmits thermal energy to the air and has better degree of efficiency of thermal energy. Fig. 1 curve (3) shows change of air temperature in the room when heating is performed by room heater with magnetostriction of 2 kW, and the curve (2) shows change of air temperature when heating is performed by oil radiator of 2.1 kW. For air heating up to 24° C, the room heater with magnetostriction consumes energy of 2.0 kW*9.5/60 h = 0.316 kWh. Oil radiator consumes 2.1 kW*27.2/60 h = 0.96 kWh. The room heater with magnetostriction consumes 3.04 times less energy. In a longer time interval, temperature is maintained by a thermostat, for instance 23±1° C, and the ratio of consumed energies is 1.82 as there are time intervals when air is cooling.
    • 室内加热器具有取向冷轧变压器片材的带状加热器。 交替电流加热带材,产生可变磁场和磁致伸缩,结果,带材更好地将热能传递给空气并具有更好的热能效率。 图。 1曲线(3)表示通过2kW的磁致伸缩的室内加热器进行加热时室内的空气温度的变化,曲线(2)表示由2.1kW的油散热器进行加热时的空气温度的变化。 对于高达24°C的空气加热,具有磁致伸缩的室内加热器的功率消耗为2.0 kW * 9.5 / 60 h = 0.316 kWh。 散热器消耗2.1 kW * 27.2 / 60 h = 0.96 kWh。 具有磁致伸缩功能的室内加热器消耗能量的3.04倍。 在更长的时间间隔内,温度由恒温器保持,例如23±1℃,消耗能量的比例为1.82,因为空气冷却时有时间间隔。