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    • 1. 发明申请
    • TURNTABLE FOR SUPPORT OF LOADED SURFACES
    • 可用于支持装载表面
    • WO2009104033A1
    • 2009-08-27
    • PCT/HU2009/000021
    • 2009-02-20
    • BEREZNAI, JózsefB.B.I.P. SZELLEMI TULAJDONJOG-HASZNOSITO ES VAGYONKEZELO KORLATOLT FELELOSSEGU TARSASAG
    • BEREZNAI, József
    • A47B11/00A47B9/00
    • A47B11/00A47C1/14A47C3/18A47F5/025A61N2005/0641A63J1/02G09B19/00G09B25/02
    • A turntable for vertical support of substantially horizontal loaded surfaces, which has an upper and a lower half, between that it includes a vertical rotatable guiding element. A braking element (6) is located within the guiding element (3), which limits the vertical downward movement of the horizontal surface to a given speed, and the guiding element (3) includes a threaded part (4) that changes the vertical downward movement to rotating motion. The upper half (1) during its downward movement is connected to the lower half (2) by a mechanical coupling for rotation transfer by engagement into the threaded part (4). The braking element (6) is allowing backward movement of the upper half (1) relatively to the lower half (2) substantially without braking after expiry of the loading. The upper half (2) during its upward movement is connected to the lower half (2) without mechanical coupling for rotation transfer.
    • 用于垂直支撑的转台,其具有大致水平的加载表面,其具有上半部和下半部,其包括竖直可旋转引导元件。 制动元件(6)位于引导元件(3)内,其限制水平表面的垂直向下运动到给定的速度,并且引导元件(3)包括螺纹部分(4),其将垂直向下 移动到旋转运动。 在其向下运动期间的上半部(1)通过机械联接器连接到下半部(2),用于通过接合到螺纹部分(4)中进行旋转传递。 制动元件(6)允许上半部(1)相对于下半部(2)在装载期满后基本上不制动地向后运动。 上半部(2)在其向上运动期间连接到下半部(2),而没有用于旋转传递的机械联接。
    • 2. 发明申请
    • AUXILIARY VALVE CONTROLLED SELF-CLEANING MAIN VALVE
    • 辅助阀控制自清洁主阀
    • WO2012140457A1
    • 2012-10-18
    • PCT/HU2012/000024
    • 2012-03-30
    • B.B.I.P. SZELLEMI TULAJDONJOG-HASZNOSÍTÓ ÉS VAGYONKEZELÖBEREZNAI, József
    • BEREZNAI, József
    • F16K31/24F16K31/524
    • F16K31/124F16K31/383F16K31/524
    • Auxiliary valve controlled self-cleaning main valve with mechanical operating means. The valve body (1) of the main valve has an inlet (2) and an outlet (3) interconnected through a flow-through opening, and a movable piston (6) having a main closing element (8) at one of its sides and a brake O-ring (9) at its other side. In the control chamber (5) an auxiliary valve (4) with a control valve stem (7) is provided. Between the piston (6) and the auxiliary valve (4) a compressible spring (12) is positioned. The mechanical operating means is provided with a wedge travel path and adapted to press the control valve stem (7) when force is applied externally and to keep it pressed in without applying external force, further it is adapted to release it when force is applied externally and to keep it released without applying external force.
    • 辅助阀控制自清洁主阀,带机械操作装置。 主阀的阀体(1)具有通过流通开口相互连接的入口(2)和出口(3),以及在其一侧具有主闭合元件(8)的活动活塞(6) 和在其另一侧的制动O形圈(9)。 在控制室(5)中,设有具有控制阀杆(7)的辅助阀(4)。 在活塞(6)和辅助阀(4)之间设有可压缩弹簧(12)。 机械操作装置设置有楔形行进路径,并且当在外部施加力并且在不施加外力的情况下使其保持按压时适于按压控制阀杆(7),并且还适于在外部施加力时将其释放 并在不施加外力的情况下保持释放。
    • 3. 发明申请
    • FILTER FOR SEPARATING SOLID PARTICLES FROM LIQUIDS
    • 用于从液体中分离固体颗粒的过滤器
    • WO2011061553A1
    • 2011-05-26
    • PCT/HU2010/000124
    • 2010-11-17
    • BEREZNAI, József
    • BEREZNAI, József
    • A47L13/58B01D21/00
    • B01D29/03B01D21/0036B01D21/0051B01D21/2483B01D2201/184
    • The invention relates to a filter (1) for separating solid particles from liquids wherein the density of the solid particles is greater than the density of the liquid, which is in a tank (T) closed at the bottom and open from above. A portion of said filter (1) comprises an essentially horizontal upper plane (4) and a lower surface (5), running between said upper plane (4) and said lower surface (5) a plurality of essentially parallel tube elements (2) close to each other are arranged. Each of said tube elements (2) are provided with an upper inlet (3), said inlets collectively fill in the major part of said essentially horizontal upper plane (4). At least a portion of each of said tube elements (2) has decreased cross-section (8) and at least a portion of each of said tube elements (2) has enlarged cross-section (9).
    • 本发明涉及一种用于从液体中分离固体颗粒的过滤器(1),其中固体颗粒的密度大于在底部封闭并从上方敞开的罐(T)中的液体密度。 所述过滤器(1)的一部分包括在所述上平面(4)和所述下表面(5)之间延伸的基本上水平的上平面(4)和下表面(5),多个基本上平行的管元件(2) 彼此靠近安排。 每个所述管元件(2)设置有上入口(3),所述入口共同填充在所述基本水平的上平面(4)的主要部分。 每个所述管元件(2)的至少一部分具有减小的横截面(8),并且每个所述管元件(2)的至少一部分具有扩大的横截面(9)。
    • 6. 发明申请
    • PUSHBUTTON MECHANISM FOR MULTI-MEASURE CONTROLLING A FEEDER VALVE
    • 用于多尺度控制送料阀的按钮机构
    • WO2010094984A1
    • 2010-08-26
    • PCT/HU2010/000018
    • 2010-02-18
    • BEREZNAI, József
    • BEREZNAI, József
    • G05G1/02G05G1/04
    • G05G1/02G05G1/04
    • The pushbutton mechanism comprises a lower part (1) and a cover (2) which are connected to each other and together constitute a house; a push bar (3) being in contact with the cover (2) and passing through an opening (5) in the lower part (1) and protruding out from that; an activation surface being on the cover (2); a biasing spring (4) between the cover (2) and the lower part (1) providing mechanic bias at the initial position of the pushbutton mechanism; and the cover (2) is able to move from its initial position when approaching relatively to the lower part (1) in response to an external pressing force. The cover (2) is formed as a single piece and is attached to the lower part (1) so that it is movable to an angled position compared to its initial position, the angled position of the cover (2) and thus that part of the displaced push bar (3) protruding out of the lower part (1) is depending on the point of exertion the pressing force within the activation surface.
    • 按钮机构包括彼此连接并一起构成房屋的下部(1)和盖(2); 与所述盖(2)接触并穿过所述下部(1)中的开口(5)并从其突出的推杆(3); 活动表面位于盖(2)上; 在所述盖(2)和所述下部(1)之间的偏压弹簧(4)在所述按钮机构的初始位置处提供机械偏压; 并且当外部按压力响应于相对于下部(1)接近时,盖(2)能够从其初始位置移动。 盖(2)形成为单件并且附接到下部(1),使得其可以移动到与其初始位置成角度的位置,盖(2)的成角度的位置,并且因此 从下部(1)突出的位移推杆(3)取决于激活表面内的按压力。
    • 7. 发明申请
    • CONTROL VALVE WITH PROFILED PACKING ELEMENT
    • 带有配置包装元件的控制阀
    • WO2007105020A1
    • 2007-09-20
    • PCT/HU2007/000023
    • 2007-03-12
    • BEREZNAI, József
    • BEREZNAI, József
    • F16K47/10
    • F16K47/10F16F9/516F16K15/023F16K15/04F16K15/148F16K21/02Y10T137/7896
    • Control valve with profiled packing element for making bidirectional flow-through with asymmetric intensity possible in a flow area. The packing element (1) has a first surface which can be abutted against a second surface in the valve housing (2). The packing element (1) has a first position in which said first surface (3) and said second surface (4) abut against one another, and a second position in which said first surface (3) and said second surface (4) are distant from one another. At least one of the surfaces (3, 4) is provided with a damage (5) by means of which when said packing element (1) is in its first position a first cross-section of flow is ensured between said abutting first and second surfaces (3, 4), which is smaller than a second cross-section of flow ensured by said packing element (1) when it is in its second position.
    • 具有异型封装元件的控制阀,用于在流动区域中进行不对称强度的双向流通。 包装元件(1)具有可抵靠在阀壳体(2)中的第二表面的第一表面。 包装元件(1)具有第一位置,其中所述第一表面(3)和所述第二表面(4)彼此抵靠,第二位置中第一表面(3)和所述第二表面(4)是第二位置 远离彼此 至少一个表面(3,4)设置有损坏(5),当所述包装元件(1)处于其第一位置时,确保在所述邻接的第一和第二之间的第一横截面 表面(3,4),其小于当所述包装元件(1)处于其第二位置时确保的流动的第二横截面。
    • 8. 发明申请
    • GRAVITY OPERATED MECHANICAL FLUSHING APPARATUS
    • 重量级操作机械冲洗装置
    • WO2010133905A1
    • 2010-11-25
    • PCT/HU2010/000059
    • 2010-05-20
    • BERY INTELLECTUAL PROPERTIES SZELLEMI TULAJDONJOGOKAT HASZNOSITÓ ÉS KEZELŐ KORLÁTOLT FELELŐSSÉGŰ TARSASAGBEREZNAI, József
    • BEREZNAI, József
    • E03D5/02E03D13/00
    • E03D5/022E03D13/00
    • The invention relates to a gravity operated mechanical flushing apparatus, which is operated without any external power source. A weight sensing element (1) provided with a tank (T) contains a component part (8) able to move along a vertical path against a spring force and a controlled feeder valve (5) coupled to a water supply system. The weight sensing element (1) has at its lower end an output (6) able to move vertically causing a mechanical operating event, said output (6) is coupled to a ratchet mechanism (3) through a coupling transmission (2). The ratchet mechanism (3) is able to transmit every second mechanical operating event presented by said output (6) and said transmission (2) to a control element of said controlled feeder valve (5) by means of a further transmission (4) in order to transmit an activating mechanical movement. The controlled feeder valve (5) is coupled to a pipe (17) for filling a determined amount of water for flush from the water supply system into said tank (T) through an outlet (18) of said pipe (17).
    • 本发明涉及重力操作的机械冲洗装置,其在没有任何外部电源的情况下操作。 设置有罐(T)的重量感测元件(1)包含能够抵抗弹簧力沿着垂直路径移动的部件(8)和联接到供水系统的受控供给阀(5)。 重量检测元件(1)在其下端具有能够垂直移动的输出(6),导致机械操作事件,所述输出(6)通过联接传动装置(2)联接到棘轮机构(3)。 棘轮机构(3)能够通过另外的传动装置(4)将由所述输出装置(6)和所述变速器(2)呈现的每隔一秒的机械操作事件传送到所述受控供给阀(5)的控制元件 以传递激活的机械运动。 受控进料阀(5)联接到管道(17),用于通过所述管道(17)的出口(18)将用于从供水系统冲洗的确定量的水填充到所述罐(T)中。
    • 9. 发明申请
    • UNIVERSAL IMPACT-HINDER DEVICE
    • 通用冲击装置
    • WO2007105019A1
    • 2007-09-20
    • PCT/HU2007/000022
    • 2007-03-09
    • BEREZNAI, József
    • BEREZNAI, József
    • E05F5/10
    • E05F5/10E05Y2201/21E05Y2201/256E05Y2201/264F16F9/0236F16F9/342Y10T16/61Y10T16/62Y10T16/625Y10T16/6285
    • Universal impact-hinder device, comprising a body (1); a guiding pin (4) arranged at the closed first end of an inside cylindrical cavity of the body (1), a spring (7) on the guiding pin (4); a ring (5) at the opposite end of the cavity; and a piston having a T-shaped head and an inside cavity in which the spring (7) is supported, which piston can move until the ring (5), while the guiding pin (4) is within the inside cavity of the piston. The T-shaped head is provided with a groove and a movable O-ring (6) within that, having two end positions in the groove. In first end position a surface of the groove having artificial damages (31) and the contacting O-ring (6) determine a first flow-through capacity, in second end position an orifice (21) between the cavity of the body and the groove determines a greater second flow-through capacity.
    • 通用冲击阻止装置,包括主体(1); 布置在主体(1)的内部圆柱形空腔的封闭的第一端的引导销(4),在引导销(4)上的弹簧(7); 在腔的相对端的环(5); 以及具有T形头部和内部空腔的活塞,其中所述弹簧(7)被支撑,所述活塞可以移动直到所述环(5),同时所述引导销(4)在所述活塞的内部空腔内。 T形头在其中设置有凹槽和可移动的O形环(6),其中在凹槽中具有两个端部位置。 在第一端位置,具有人造损坏(31)和接触O形环(6)的槽的表面确定第一流通能力,在第二端部位置处在主体的腔体和凹槽之间的孔口(21) 确定更大的第二流通能力。
    • 10. 发明申请
    • PISTON STRUCTURE AND LIQUID FEEDER VALVE
    • 活塞结构和液体进料阀
    • WO2003031850A1
    • 2003-04-17
    • PCT/HU2002/000100
    • 2002-10-04
    • BEREZNAI, József
    • BEREZNAI, József
    • F16J15/16
    • F16J15/164E03D3/04F16K21/10
    • Piston structure having a first side and a second side and in a recess (6) formed in an outer portion of the piston (1, 22) a resilient sealing element (5, 11, 21) is placed. The axial width and at least in some places the radial depth of the recess (6) are greater than the cross-sectional diameter of the sealing element (5, 11, 21) which is able to move, owing to the pressure difference of the two sides, between a first and a second position, thereby alternately ensuring a cumulated cross-sectional area at most A1, and a cross-sectional area A0, or a cumulated cross-sectional area at most A2, and a cross-sectional area A0. A1 and A2 are substantially smaller than A0. The invention further relates to a liquid feeder valve including this piston structure for allowing liquid flow-through in a certain amount or for a period of time from a pressurized source of liquid.
    • 具有第一侧和第二侧以及在活塞(1,22)的外部形成弹性密封元件(5,11,21)的凹部(6)中的活塞结构。 轴向宽度和至少在某些地方,凹槽(6)的径向深度大于能够移动的密封元件(5,11,21)的横截面直径,这是由于 两侧,在第一和第二位置之间,从而交替地确保累积的横截面积至多为A1,横截面积A0或累积横截面积至多为A2,横截面积A0 。 A1和A2大大小于A0。 本发明还涉及一种包括该活塞结构的液体供给阀,其用于允许液体从加压液体源流出一定量或一段时间。