Abstract:
PURPOSE: A parachute assembly for a light torpedo of an aircraft is provided to stabilize the torpedo by controlling the posture of the torpedo continuously after firing with deploying the parachute promptly and accurately. CONSTITUTION: A parachute assembly for a light torpedo is composed of a parachute having a canopy(1a) and a rope(1b); a parachute container(2) assembled with the lower part of the rope to contain the parachute, and opened in the upper part; a cover(4) closing the upper part of the parachute container; a pulling rope(5) fixed in an aircraft, and connected to the canopy to pull the parachute in falling the torpedo; an opening unit opening the cover; a pulling rope cutting unit cutting the parachute from the pulling rope; a rotation preventive assembling unit installed in the lower part of the parachute container to restrict rotation of the container, and to assemble with the light torpedo for separating by moving back and forth; and a sleeve(9) fixed in the lower part of the parachute container. The torpedo is controlled stably after firing with deploying the parachute promptly.
Abstract:
PURPOSE: A parachute assembly for a light torpedo of a hydroplane is provided to stabilize the torpedo by controlling the posture of the torpedo continuously after firing with deploying the parachute promptly and accurately. CONSTITUTION: A parachute assembly for a light torpedo is composed of a parachute having a canopy(1a) and a rope(1b); a parachute container(2) assembled with the lower part of the rope to contain the parachute, and opened in the upper part; a cover(4) closing the upper part of the parachute container; a pulling rope(5) fixed in a torpedo tube and connected to the canopy to pull the parachute in firing the torpedo; an opening unit opening the cover; a pulling rope cutting unit cutting the parachute from the pulling rope; an assembling unit installed in the lower part of the parachute container to restrict rotation of the container, and to assemble with the light torpedo for separating by moving back and forth; and a sleeve(9) fixed in the lower part of the parachute container. The posture of the torpedo is controlled stably after firing with the parachute assembly.
Abstract:
PURPOSE: A percussive device and a remolding index testing system and method of an object having the same are provided to improve the accuracy of a teat by accurately controlling the position of a balance weight. CONSTITUTION: A remolding index testing system of an object having a percussive device comprises a cylinder(110), an impact plate(121), a guide rod(122), an encoder(130), a balance weight(123), and an electromagnet holder(124). The impact plate covers the opened surface of the cylinder and is vertically movable along the inner surface of the cylinder. Both ends of the guide rod are connected to the impact plate and the encoder. The encoder is geared with the guide rod. The balance weight falls down along the outer surface of the guide rod. The electromagnet holder is arranged on the top of the balance weight to be vertically movable along the guide rod, and the balance weight is detachably arranged on the electromagnet holder. When the balance weight falls down, the electromagnet holder measures the height change of an object through the rotation of the encoder.
Abstract:
PURPOSE: A ripping device, a parachute, and a guided missile therewith are provided to improve the movement stability of an object when the object falls down. CONSTITUTION: A ripping device(10) for a parachute comprises a body(11), a perforated part(16), and an actuating unit. The body is attached on a parachute and has a cutting knife. The perforated part is formed in the width direction of the body. Ripping lines(23,24) covering the canopy of the parachute penetrate through the perforated part. The actuating unit is coupled to the cutting knife and controls the falling speed of the parachute by cutting the ripping lines through the cutting knife.
Abstract:
본 발명은 센서 정렬 장치에 관한 것으로, 특히 송수신 장치에 설치된 다수의 센서들이 센싱된 데이터를 처리하기 위하여 음향전환장치의 접속구에 연결될 때 센서들을 음향전환장치의 접속구까지 정확하게 이송시킬 수 있도록 센서의 용이 정렬 장치에 관한 것이다. 본 발명에 따른 센서의 용이 정렬 장치는 상호 대향되어 소정거리 이격된 전,후면지지판과; 상기 전면지지판과 후면지지판사이를 연결하는 3개의 지지대와; 일단은 지지대의 일단과 연결되고 다른 일단은 전면지지판의 중심에 위치되는 보조지지대와; 상기 전면지지판의 중앙에 나사원리을 적용하여 설치되는 핸들과 ; 상기 전면지지판의 일측면에 결합되고, 전면지지판과 후면지지판 사이의 공간에 위치되는 원통형의 송수신 하우징과; 상기 송수신 하우징의 중심에 형성되고, 핸들과 결합되는 지지축과; 상기 지지대가 결합된 부분 보다 중심방향으로 소정거리 내측에 전면지지판과 후면지지판을 연결하는 가이드봉을 포함하여 이루어진 것을 특징으로 한다.
Abstract:
PURPOSE: A transmitting and receiving apparatus for easily arranging sensors is provided to accurately convey a transmitting and receiving unit and contact the sensors installed at a transmitting and receiving housing to a connection hole of an acoustic converting device. CONSTITUTION: Front and rear surface bearing plates(14,16) are opposite each other and are separated at a certain distance. A plurality of supporting stands(20) connect between the front surface bearing plate(14) and the rear surface bearing plate(16). An auxiliary supporting stand connects to one side of the supporting stands(20) at its one side and is located in the center of the front surface bearing plate(14) at its other side. A handle(22) is installed in the center of the front surface bearing plate(14) by screw principle. A transmitting and receiving housing(24) is combined with one side of the front surface bearing plate(14) and is located in a space between the front surface bearing plate(14) and the rear surface bearing plate(16). A bearing axis(26) is formed in the center of the transmitting and receiving housing(24) and is combined with the handle(22). A guide rod(30) connects the front surface bearing plate(14) to the rear surface bearing plate(16) at an internal side of a certain distance toward a more central direction than a portion in which supporting stands(20) are combined.