-
公开(公告)号：US20050103575A1
公开(公告)日：2005-05-19
申请号：US10714248
申请日：2003-11-13
Applicant: George Hager
Inventor： George Hager
CPC classification number: B66B5/005
Abstract: A safety platform for repair of a hydraulic elevator adapted to be attached to an underside of the elevator car to militate against vertical movement of the elevator car while repairs are being conducted on the hydraulic elevator.
Abstract translation: 一种用于修理液压升降机的安全平台，该液压升降机适用于连接在电梯轿厢的下侧，以在维修时在液压升降机上进行电梯轿厢的垂直运动。
-
公开(公告)号：US5975249A
公开(公告)日：1999-11-02
申请号：US34473
申请日：1998-03-04
Applicant: Fabrice Tomaseti
Inventor： Fabrice Tomaseti
CPC classification number: B66B11/0206 , B66B11/0226 , B66B9/04
Abstract: Lift cage for a lift, which is movable upon vertical guide rails by a lifting device, has walls assembled from sheet metal members, a cage ceiling and a cage base. Some of the wall-forming profile members form supporting frame members which together with horizontal base beams, form a cantilever sling for the lift cage. The supporting frame members serve both as the cage body wall elements as well as cage support members.
Abstract translation: 用于通过提升装置可在垂直导轨上移动的电梯的提升架具有由金属板构件，保持架天花板和保持架基座组装的墙壁。 一些成壁轮廓构件形成支撑框架构件，其与水平基座梁一起形成用于升降机笼的悬臂吊索。 支撑框架构件用作笼体壁元件以及保持架支撑构件。
-
公开(公告)号：USRE36022E
公开(公告)日：1999-01-05
申请号：US812870
申请日：1997-03-06
Applicant: Roy W. Blain
Inventor： Roy W. Blain
CPC classification number: G05D7/0623 , B66B1/26 , Y10T137/2589
Abstract: A hydraulic elevator up direction control system is provided that has a circulating valve connected between the supply and the return of a source that normally supplies pressure to the cylinder of an elevator. The circulating valve is controlled by a computer regulated stepless variable solenoid valve that influences the pilot fluid pressure in the operating chamber of the circulation valve to control the size of the opening of the circulating valve and thereby the volume of fluid passing through the circulating valve. This affects inversely the volume of fluid passing through a fluid flow measuring valve, to the cylinder, to provide selectably variable up speeds of travel facilitating a fast, smooth, accurate ride of the elevator car as it approaches a stopping point relative to an upper floor of a building. Such operation is substantially independent of the system pressure and fluid viscosity. A selectably variable speed down direction control system operates on largely the same principle.
Abstract translation: 提供一种液压升降方向控制系统，其具有连接在通常将电压提供给电梯的气缸的源的供应和返回之间的循环阀。 循环阀由计算机调节的无级变量电磁阀控制，其影响循环阀的操作室中的先导流体压力，以控制循环阀的开度，从而控制流过循环阀的流体体积。 这反过来影响通过流体流量测量阀到气缸的流体的体积，以提供可选择地变化的行进速度，便于电梯轿厢接近相对于上层的停止点快速，平稳，准确地骑行 的建筑物。 这种操作基本上与系统压力和流体粘度无关。 可选择的可变速度下降方向控制系统以大致相同的原理运行。
-
公开(公告)号：US5842544A
公开(公告)日：1998-12-01
申请号：US814725
申请日：1997-03-07
Applicant: Ryoichiro Katano , Taira Ishii
Inventor： Ryoichiro Katano , Taira Ishii
CPC classification number: H05K13/0069
Abstract: An object of the present invention, which is a printed circuit board housing apparatus, is to allow the state of the printed circuit boards inside a rack (fully loaded or in mid-process, or the like) to be determined at a glance from outside the rack, so as to ensure that printed circuit boards are controlled in each rack. To achieve this object, the printed circuit board housing apparatus pertaining to the present invention comprises a display mark on the exterior component of the rack side plates for displaying the state of the printed circuit boards inside the rack, and a shutter for switching the display of the display mark, as well as a drive component for sliding the shutter.
Abstract translation: 作为印刷电路板收容装置的本发明的目的在于，允许从外部一目了然地确定印刷电路板在机架（满载或中间处理等）内的状态 机架，以确保在每个机架中控制印刷电路板。 为了实现这个目的，本发明的印刷电路板收容装置包括：用于显示机架内的印刷电路板的状态的机架侧板的外部部件上的显示标记;以及用于切换 显示标记，以及用于滑动快门的驱动部件。
-
公开(公告)号：US5810119A
公开(公告)日：1998-09-22
申请号：US665
申请日：1997-12-30
Applicant: John W. Koshak
Inventor： John W. Koshak
CPC classification number: B66B5/028
Abstract: A safety brake device (1) for hydraulic elevators acts by arresting the axial movement of the elevator ram (3) with respect to the main hydraulic cylinder (5) of the elevator. The safety brake (1) utilizes two lever acting brake arms (27) lined with an accretable metal (31), for example annealed copper, as the friction material. When actuated, the brake arms (27) contact the ram (3) circumferentially to slow and stop the falling ram. The lining material (31) is machined inside the brake arms (27) to a diameter slightly less than the diameter of the ram (3) and when actuated, the accretable material (31) on the brake arms (27) contacts the ram (3) with sufficient frictional force to stop the downward motion of the ram (3). The safety brake (1) may be actuated by loss of hydraulic pressure, by an electronic signal from a hydraulic pressure detector, by down overspeed or by an uncontrolled down motion detector. In the case of the hydraulic pressure loss, reapplication of normal pressure in the hydraulic cylinder (5) will automatically reset the brake (1). The safety brake device (1) can also be configured for use as a safety brake on other hydraulic or pneumatic cylinders or for use as a safety brake on cable-actuated traction elevators.
Abstract translation: 用于液压升降机的安全制动装置（1）通过阻止电梯压头（3）相对于电梯的主液压缸（5）的轴向运动而起作用。 安全制动器（1）利用内置有可加载金属（31）的两个杠杆作用制动臂（27），例如退火铜作为摩擦材料。 当致动时，制动臂（27）周向接触冲头（3）以减慢并停止下落的冲头。 衬里材料（31）在制动臂（27）内加工成直径略小于冲头（3）的直径，并且当被致动时，制动臂（27）上的可压缩材料（31）接触压头 3）具有足够的摩擦力来阻止压头（3）的向下运动。 安全制动器（1）可以通过液压损失，来自液压检测器的电子信号，下降超速或不受控制的下移运动检测器来致动。 在液压损失的情况下，液压缸（5）中的常压重新应用将自动复位制动器（1）。 安全制动装置（1）还可以被配置为用作其他液压或气动缸上的安全制动器，或用作电缆牵引电梯上的安全制动器。
-
Patent Agency Ranking
公开(公告)号：US5653311A
公开(公告)日：1997-08-05
申请号：US471383
申请日：1995-06-06
Applicant: Urho Heikkinen , Raimo Pelto-Huikko
Inventor： Urho Heikkinen , Raimo Pelto-Huikko
Abstract: The invention relates to a suspension arrangement for a hydraulic elevator. In addition to a normal diverting pulley mounted on the top end of the piston of the hoisting cylinder, the arrangement includes an additional diverting pulley placed at the bottom end of the cylinder. The first ends of the elevator ropes are fixed to a rope anchorage in the car frame of the elevator, from where the ropes are passed over the diverting pulley on the top end of the piston to the additional diverting pulley, from which additional diverting pulley the ropes are further passed to an adapter moving with the top end of the piston, with the second ends of the ropes being attached to the adapter.
Abstract translation: 本发明涉及一种用于液压升降机的悬挂装置。 除了安装在提升气缸的活塞顶端上的正常转向滑轮之外，该装置还包括设置在气缸底端的另外的转向滑轮。 电梯绳索的第一端被固定在电梯的轿厢架中的绳索锚固处，绳索从活塞的顶端上的转向滑轮上通过到另外的转向滑轮，附加的转向滑轮 绳索进一步传递到与活塞顶端移动的适配器，绳索的第二端附接到适配器。
-
公开(公告)号：US5597987A
公开(公告)日：1997-01-28
申请号：US377078
申请日：1995-01-25
Applicant: Oscar Gilliland , Foad Vafaie , Martin W. Hughes , Charlie R. Thurmond, III , Paul Tomes
Inventor： Oscar Gilliland , Foad Vafaie , Martin W. Hughes , Charlie R. Thurmond, III , Paul Tomes
Abstract: A twin post, telescoping jack hydraulic elevator system has a pair of dynamic sensors to determine when the jacks are out of synchronization, by determining any relative differences in height between the two intermediate cylinders. The elevator also includes static sensors to determine if one or both intermediate cylinders are more than a predetermined distance away from their normal positions when the car is stopped at each floor. The controller actuates a resynchronization if the distance between the intermediate jacks exceeds a first threshold, and shuts down the elevator if the distance exceeds a second threshold or if resynchronization demands are issued too often. Preferably, the static sensors are positioned to detect the seal housing at the top of the intermediate cylinder, which projects outwardly from the cylinder.
Abstract translation: 双柱式伸缩式液压升降机系统具有一对动态传感器，通过确定两个中间气缸之间的任何相对高度差异来确定千斤顶是否不同步。 电梯还包括静态传感器，用于在汽车停在每个楼层时确定一个或两个中间气缸是否超过其正常位置的预定距离。 如果中间插座之间的距离超过第一阈值，则控制器启动重新同步，并且如果距离超过第二阈值则关闭电梯，或者如果再次发出重新同步请求，则该控制器将重新同步。 优选地，静态传感器被定位成检测在中间圆柱体的顶部处的密封壳体，其从气缸向外突出。
-
公开(公告)号：US5379655A
公开(公告)日：1995-01-10
申请号：US139547
申请日：1993-10-20
Applicant: William H. Yeakle
Inventor： William H. Yeakle
Abstract: An obstruction sensing guard for use on a vertically-moving lift table for sensing an obstruction and stopping movement of the lift table in response thereto. The guard includes a sensor bar extending vertically below and generally along the table outer perimeter. The sensor bar is hung below the table via flexible connections that allow both horizontal and vertical movement of the sensor bar with respect to the table. The sensor bar is easily assembled with connecting boots at each corner and elongate beams extending therebetween and connected to the boots. Electric contact switches are provided on the sensor bar and are actuated when the sensor bar is moved. The contact switches are retained on the sensor bar with a switch clip that frictionally engages the sensor bar.
Abstract translation: 用于在垂直移动的升降台上使用的障碍物感测防护罩，用于感测障碍物并响应于此阻止升降台的运动。 防护罩包括一个垂直下方并大致沿桌面外周延伸的传感器杆。 传感器杆通过柔性连接悬挂在工作台下方，允许传感器杆相对于工作台的水平和垂直移动。 传感器杆容易地组装在每个角落处的连接靴和在其间延伸并连接到靴子的细长梁。 电气接触开关设置在传感器杆上，并在传感器杆移动时启动。 接触开关通过摩擦接合传感器杆的开关夹固定在传感器杆上。
-
89.发明授权Energy conservation type hydraulic elevator and speed control method of hydraulic elevator 失效液压升降机节能型液压升降机及速度控制方法
公开(公告)号：US5349142A
公开(公告)日：1994-09-20
申请号：US978462
申请日：1992-11-19
Applicant: Fuminori Hasegawa
Inventor： Fuminori Hasegawa
CPC classification number: F15B11/003 , B66B1/24 , F15B21/14 , F15B2211/20569 , F15B2211/20576 , F15B2211/7052 , F15B2211/88
Abstract: In the energy conservation type hydraulic elevator, a load carrying elevator and a balancing elevator are each provided on a respective hydraulic cylinder. The hydraulic cylinders are connected to one another by a fluid circuit. The balancing elevator is weighted so as to minimize the power input required of a hydraulic pump in the fluid circuit. In the speed control method of a hydraulic elevator, a negative pressure is first produced in a fluid path connecting a hydraulic pump and a control valve so that oil is drawn into the fluid flow path from an oil tank by way of a nonreturn valve. Descent of the elevator is then permitted to start by opening a control valve, allowing hydraulic fluid to flow from a cylinder, by way of a hydraulic pump, to an oil tank. The hydraulic pump and a motor rotate with the hydraulic fluid, and the motor is rotated at a synchronous number of revolutions by switching on an inverter power source when the number of revolutions has reached the synchronous number of revolutions of the motor.
Abstract translation: 在节能型液压升降机中，负载运载电梯和平衡升降机分别设置在相应的液压缸上。 液压缸通过流体回路相互连接。 对平衡升降机进行加重，使流体回路中液压泵所需的动力输入最小化。 在液压升降机的速度控制方法中，首先在连接液压泵和控制阀的流体路径中产生负压，使得油通过止回阀从油箱吸入流体流路。 然后允许电梯的下降通过打开控制阀开始，允许液压流体通过液压泵从液压泵流到油箱。 液压泵和电动机与液压流体一起旋转，并且当转数达到电动机的同步转数时，通过接通逆变器电源，电动机以同步转数旋转。
-
公开(公告)号：US5289901A
公开(公告)日：1994-03-01
申请号：US926630
申请日：1992-08-03
Applicant: Richard N. Fargo
Inventor： Richard N. Fargo
CPC classification number: B66B9/04
Abstract: A hydraulic elevator pressure relief valve is activated if a pilot valve disposed therein senses an excessive pressure build up within a hydraulic elevator system. The pilot valve opens once excess fluid pressure force is detected. A main piston then facilitates communication between a solenoid valve disposed within the valving system and the drain pressure thereby closing a check valve and thus stopping an elevator car from further movement. The main piston further ports the excess fluid pressure force from the system to drain pressure, thus stabilizing the fluid pressure force therein.
Abstract translation: 如果设置在其中的先导阀感测到在液压电梯系统内积聚过大的压力，则液压升降机泄压阀被激活。 一旦检测到过剩的液压力，先导阀就打开。 然后，主活塞便于设置在阀系统内的电磁阀与排水压力之间的连通，从而关闭止回阀，从而使电梯轿厢不再进一步移动。 主活塞进一步将来自系统的过剩流体压力输出到排出压力，从而稳定其中的流体压力。
-
-
-
-
-
-
-
-
-
Search Results
308
records
(took 0.039 seconds)
