Abstract in simplified Chinese:本发明揭示一种用于一展示橱柜之门单元。该门单元包括用于在使用中固持至少一上滑门及一下滑门之框架及链结构件,该链结构件系用于选择性地链结该等两个门,使得当该等门之一第一者敞开时,该链结构件与该等门之该第二者接合以亦将其拉开,且当该等门之该第二者敞开时,该链结构件脱离使得该第一门保持闭合。该链结构件经组态以对一用户隐藏。
Abstract in simplified Chinese:本发明系关于一种具一驱动轴(20)之关门器(10),该轴之架设方式系与门扇相结合且能转动,其特征为,驱动轴(20)于外壳(15)内部与一凸轮(22)相连,该凸轮系置于至少一支撑组件(23)及至少一压力组件(24)之间,而支撑组件(23)及压力组件(24)系安装于鱼尾形滑车(25)上,外壳(15)内设有一缓冲活塞(30),该活塞(30)将外壳(15)内所填充之压力剂分成两压力室(26、27),并与鱼尾形滑车(25)相连,而且具有弹簧(28),其一端与活塞(30)作用,另一端则与外壳(15)作用,而活塞(30)则具一耦合组件(40)及一外部组件(50),该耦合组件(40)以至少局部吻合之方式,架于外部组件(50)之空腔(51)内,其外部组件之空腔(51)及耦合组件(40)之外表面(41)分别设有凹槽(42、52),而一张力环(60),系用来将耦合组件(40)及外部组件(50)结合在一起,而且至少有局部被安装于两凹槽(42、52)内,使该环以无法被触及之方式,安装于活塞(30)内部。(图一)
Abstract:
PURPOSE: A turning floodgate with a remote control function is provided to check the opening and closing of a water gate on a real time basis by including a monitoring camera. CONSTITUTION: A turning floodgate with a remote control function comprises a water gate, a rotary shaft, a water gate operating unit(30), a cylinder operation part(70), a water gate transceiver(90), an administrator-side transceiver(110), and a management computer, and a monitoring camera(130). The water gate operating unit rotates the rotary shaft with hydraulic cylinders and turns and stands the water gate. The water gate transceiver transmits water gate position signals(S2) to the administrator-side transceiver through wire/wireless communications(101). The administrator-side transceiver transfers water gate image information(S3) to the management computer. The management computer comprises a display part(122) displaying the gate position signals and the water gate image information.
Abstract:
A water gate system capable of applying a long span is provided to rise and overturn perfectly by installing a water gate having a long span structure to a wide spot of a river without a supporter, and to improve in appearance by keeping a cylinder operating a water gate not to be shown to the outside. A water gate system capable of applying a long span is formed by forming a waterway between support structures on two sides of a river, and fixing a water gate to the lower part of the two support structures to be rotated by a rotary shaft, connecting piston rods of many actuating cylinders on the lower part of the water storage side of the water gate to be rotated respectively, equipping many cases having watertight property and opened at one side to be fixed to the bottom of a water storage space to make the opened side face the water gate at the location of each actuating cylinder, connecting each actuating cylinder to one side of the case to be rotated in the case, and inserting a corrugated pipe between the opened side of the cases and the connection of the piston rods of the water gates to make two ends of the corrugated pipe fixed around the connection of the case and the piston rod of the water gate tightly.
Abstract:
An environment-friendly construction method to purify water in connection with a system for purifying polluted water is provided to prevent water leakage, to control the position of a rotating water gate accurately, and to purify water naturally by installing a packing member, installing an approaching sensor successively, and discharging the water in the reservoir from the bottom as water flows in the reservoir. In accordance with an integrated control system(100), a waterway(11) is formed between both side support structures(10), and a housing(20) is installed at a side of the support structure to form a closed space. A rotating water gate is formed with an arc type gate plate(31), two side plates(32) connected perpendicularly to the gate plate, and an axle(33) connected to the side plate. A packing member(40) is fixed longitudinally to the water gate. A connection member is connected between a piston rod of an operating cylinder(51) and an operating link(34) via a support roller(52) and the axle. At the opposite side of a pushing plate(35) attached to the axle, a support plate(62) and a operating plate(63) are fixed in a V shape. A solar power system can be installed to supply power to a hydraulic control system.
Abstract:
A method of purifying a polluted stream using a rotating water gate and an integrated control system is provided to prevent water leakage by installing a packing member longitudinally or on a C-shaped protruded part on the water gate. In accordance with an integrated control system(100), a waterway(11) is formed between both side support structures(10), and a housing(20) is installed to a side of the support structure to form a closed space. A rotating water gate(30) is formed with an arc or triangular type gate plate(31), two side plates(32) connected perpendicularly to the gate plate, and an axle(33) connected to the side plate. A packing member(40) is fixed longitudinally or on a C-shaped protruded part on the rotating water gate. A connection member is connected between a piston rod of an operating cylinder(51) and an operating link(34) via a support roller(52) and the axle. At the opposite side of a pushing plate(35) attached to the axle, a support plate(62) and a operating plate(63) are fixed in a V shape. An additional cylinder or an elevating block can be used to discharge water.
Abstract:
A method of constructing a sliding water gate having a free sliding function and a fish passage is provided to prevent water leakage perfectly, to purify a stream or a river, and to restore an ecosystem by installing a packing member on the guide rail, teetering plates on the sliding water gate, and partition walls inside the sliding water gate. A waterway(11) is formed between both side support structures(10) and a guide rail(12) is installed on the each support structure. A sliding water gate(20) moving along the guide rail is connected with a hydraulic cylinder to be rotated and is opened and closed by the hydraulic cylinder. A packing member(14) is installed on an upper part of the guide rail and contacted with a lower portion of the sliding water gate. Teetering plates(40,50) are installed on both upper and lower portion of the sliding water gate and hinged to a hinge axle(60) respectively. Inside the sliding water gate, zigzag shaped partition walls are formed to be used as a fish passage.
Abstract:
본 발명은 수문을 개방하여 다리역할을 할 때 보다 튼튼한 구조를 제공함과 동시에 배수량을 조절하도록 구비되는 이중 수문의 구성방법에 관한 것이다. 이러한 본 발명은 제방 중간에 형성된 배수로를 개폐할 수 있도록 제방의 상부측에 회전중심을 갖는 수문을 설치하고, 수문의 하부에는 각각 유압실린더의 피스톤로드를 연결한 것에 있어서, 수문을 하부측 수문과 이보다는 길이가 긴 상부측 수문으로 각각 구성하여 선회시 서로 간섭되지 않게 상부와 하부에 각각 위치시키며, 하부측 수문에는 다수의 배수공을 형성하고, 상부측 수문의 하면에는 각 수문의 폐쇄시 배수공을 막아줄 수 있는 위치에 각 배수공에 끼워 맞춤되는 마개를 각각 형성하되, 각 수문의 개방시 하부측 수문이 상부측 수문의 마개 하단면을 받쳐줄 수 있도록 위치시켜 구성한 것으로, 이와 같이 하면 각 수문의 개방상태에서는 하부측 수문이 상부측 수문을 받쳐주어 다리역할을 할 때 안전성을 보장할 수 있으며, 각 수문의 폐쇄� �태에서는 상부측 수문의 마개가 하부측 수문의 배수공을 막아주어 물을 완벽하게 가두어줄 수 있으며, 각 수문의 개방각도에 따라 물의 방류량을 미세하게 조정할 수 있는 것이다.
Abstract:
개시된 내용은 수중보의 수문이 저수측의 수위 또는 유입수의 유속에 따라 부상식과 전도식을 병행하여 동작되게 함으로써 바닥부에 쌓이는 퇴적오니를 완벽하게 배출할 수 있음은 물론 이물질에 의한 수문의 파손을 방지할 수 있도록 한 전도식과 부상식 겸용 자동보 수문에 관한 것이다. 이러한 본 고안은 수로의 양측 벽체 사이를 선택적으로 막아주도록 위치되는 수문과; 수문의 상부 일측에 회전가능하게 고정된 자전링크축과, 자전링크축에 고정된 자전링크로 된 자전링크부와; 그 피스톤로드의 선단부가 자전링크의 타단부에 회전가능하게 결합되고, 후단부는 수문의 하부 일측에 회전가능하게 고정되어 수문을 자전링크축을 중심으로 자전시키는 제 1실린더와; 벽체의 일측에 회전가능하게 고정된 공전링크축과, 일단은 자전링크축에 고정되고 타단은 공전링크축에 고정된 공전링크와, 공전링크와는 반대측에서 공전링크축에 고정된 연결링크로 된 공전링크부와; 그 피스톤로드의 선단부가 연결링크의 타단부에 회전가능하게 결합되고, 후단부는 벽체의 일측에 회전가능하게 고정되어 수문을 공전링크축을 중심으로 공전시키는 제 2실린더를 포함하여서 되며; 자전링크부, 제 1실린더, 공전링크부, 제 2실린더가 수문의 양측에 대칭으로 각각 설치된 것이다.