Abstract:
The present invention relates to a low mount-type sliding apparatus equipped with an automatic closing apparatus. The sliding apparatus comprises: a moving rail arranged at a lower portion of a receptacle; a fixed rail slidingly coupled to the moving rail such that the moving rail is open or shut; a housing body arranged at one side of the fixed rail, the interior of which has a housing space with an open top and an open bottom; a guide wall which has a portion protruding from one side toward the other side of the open interior of the housing body, and which has a curved guide portion formed from the lower end toward the center of the guide wall such that the curved guide portion is formed separately at the end of the open direction of the housing space, and which has a linear guide portion connected to the curved guide portion and formed in the closed direction of the housing space in the center of the housing space; a rotary stopper body which is caught at or released from the moving rail such that the rotary stopper body is inserted into and guided by the guide wall; and an elastic body arranged in the closed direction of the housing body and elastically coupled to the rotary stopper body.
Abstract:
The present invention relates to an apparatus for fixing a slide rail and more particularly to an apparatus for fixing a slide rail which is protruded in a central direction from both sides of an inside of a main body and is coupled with both sides of a drawer body at an edge part of a supporting bar connected to a fixing bar at both sides in a lateral direction of the main body. The apparatus for fixing the slide rail comprises: a first fixing body which is arranged on one side on which the slide rail is fixed and which is positioned at an edge part of one of both ends when the supporting bar is inserted therein so as to wrap the edge part of one of both ends in a shape of a looped curve by opening an inserting direction of the supporting bar and facing directions of the supporting bar, the edge part, and the fixing bar and closing the remaining parts; and a second fixing body which is arranged on one side on which the slide rail is fixed and which is positioned at one side facing a first supporting part corresponding to an edge part of the other one of both ends when the supporting bar is inserted therein so as to wrap the edge part of the other one of both ends in the shape of the looped curve by opening the inserting direction of the supporting bar and facing directions of the supporting bar, the edge part, and the fixing bar and closing the remaining parts.
Abstract:
Disclosed is a one-sided sliding rail. The sliding rail according to embodiments of the present invention is installed with a single component on one side between a main body and a receiving body, such that the main body slides without being deflected, thereby reducing manufacturing costs and improving sliding efficiency. The sliding rail of the present invention has an integrated unit to be fixed at the main body, thereby further reducing manufacturing costs.
Abstract:
The present invention relates to a retainer for a sliding device provided with a buffering member, and comprises: a body which is arranged between sliding rails, and has buffering insertion grooves on one side that are open in the outward direction, which is the withdrawal direction, and on the other side, which is the closing direction, so as to adjust the range of withdrawal when the sliding rails are withdrawn; and buffering member portions protruding from the two ends of the body, respectively, in the direction of an accommodation body, and being arranged so as to be respectively inserted into the buffering insertion grooves for coming into contact when the sliding rails are withdrawn.
Abstract:
본 발명의 일 실시예는 고정레일, 상기 고정레일에 슬라이딩 이동되게 배치되는 중간레일, 그리고 상기 중간레일에 슬라이딩 이동되게 배치되는 이동레일을 갖는 적어도 두개의 슬라이드레일, 및 각각의 상기 슬라이드레일의 운동을 동기화하기 위한 동기화수단을 포함하는, 인출 시스템을 제공한다.
Abstract:
The present invention relates to a bottom-mounted slide. According to the present invention, the bottom-mounted slide comprises a movable member in which plural primary lace ways are formed in both lateral sides thereof, a stationary member including plural secondary lace ways which are respectively coupled with the primary lace ways by a sliding ball to guide the movable member, and a housing which is prepared between the movable member and stationary member and houses the ball. An insertion unit inserted in a hollow space inside the primary lace way is formed in a portion between the primary lace ways. Therefore, stability can be increased through improvement of roll-forming and reduction of horizontal moment.
Abstract:
The present invention relates to a device for dividing an accommodation space, and more particularly, to a device for dividing which is installed on the inner surface of an accommodation space that is formed inside an accommodation body, comprising: frame portions, which are arranged on the inside of the accommodation body on opposite surfaces, respectively, so as to frame the inner surface of the accommodation space; a wall dividing portion, which is installed on the inner surface of the accommodation portion, for dividing the accommodation space along two opposite surfaces; and a roller fixing portion, which is installed so as to move along the frame portion when elastic force is released by the pressing operation of the connected wall dividing portion.
Abstract:
The present invention relates to a sliding device, comprising: a rail body which is disposed at both sides of a sliding object, and which has an open bottom and an interior with a space; a movable side roller which is disposed at both edges of the space diagonally facing each other, and which rolls in contact with the rail body; a fixed side rail body which is disposed at a fixed object and beneath the overlapped lower portion of the rail body, and which has an open top and an interior with a locking space; a fixed side roller which is disposed at both edges of the locking space diagonally facing each other, and which rolls in contact with the fixed side rail body; and a sliding unit which is connected to the space and the locking space, and has a top roll-contacting the movable side roller and a bottom roll-contacting the fixed side roller. The movable side rollers face each other such that the angle from the line ranging from the center of the sliding unit to the sliding object, to the line interconnecting the centers of the movable side rollers facing each other, is 40 to 50 degrees. The fixed side rollers face each other such that the angle from the line ranging from the center of the sliding unit to the sliding object, to the line interconnecting centers of the fixed side rollers facing each other, is 130 to 140 degrees.
Abstract:
Un aparato de deslizamiento de montaje bajo con un dispositivo de cierre automático, el aparato comprende un carril móvil (30), que se proporciona en un receptáculo, un carril fijo (20), que se acopla de forma deslizante al carril móvil de manera que el carril móvil pueda funcionar para ser abierto o cerrado, y comprende: un cuerpo de la carcasa (111) dispuesto en un lado del carril fijo, en el que el cuerpo de la carcasa se ha definido en un espacio de carcasa (112) con partes inferiores y superiores abiertas; una pared guía (113), en la que la pared guía comprende: - una parte de guía curvada (113b) que sobresale en parte de un lado a otro lado en un interior abierto del cuerpo de la carcasa, la parte de guía curvada se extiende desde un extremo inferior hacia una parte central de manera que tiene una forma curvada y está separada de un extremo del espacio de la carcasa en una dirección de abertura, y - una parte de guía lineal (113a) conectada a la parte de guía curvada, la parte de guía lineal se extiende en una dirección de cierre para tener una forma lineal en una parte central del espacio de la carcasa; un tope giratorio (130), en el que el tope giratorio se posiciona para ser insertado en y guiado por la pared guía mientras es retenido y liberado por el carril móvil; y un miembro elástico (124) dispuesto en el cuerpo de la carcasa en la dirección de cierre, el miembro elástico se acopla elásticamente al tope giratorio, en el que, en una operación de cierre del carril móvil, el tope giratorio (130) puede funcionar para retener el miembro elástico de manera que el tope giratorio sea cerrado automáticamente por la elasticidad de la fuerza elástica, y cuando el tope giratorio se posicione en la dirección de abertura, la dirección de abertura del tope giratorio se desplaza hacia abajo a lo largo de la parte de guía curvada en un estado en el que el miembro elástico permanece en un estado estirado, de manera que el carril móvil es liberado del tope giratorio para permitir una operación de abertura, y en el que el cuerpo de la carcasa tiene un orificio pasante (114) en una posición en la que una parte de la pared guía se expone al exterior, mediante lo cual la pared guía (113) expuesta en el exterior a través del orificio pasante puede deformarse elásticamente por la fuerza externa en el interior de un espacio de la pared guía.
Abstract:
La presente invención se refiere a un dispositivo deslizante. Un cuerpo móvil con carriles se sujeta a un cuerpo móvil y tiene un primer espacio. Unos cojinetes de rieles móviles están dispuestos en el primer espacio, en unas esquinas del cuerpo móvil con carriles que se enfrentan diagonalmente. Un cuerpo fijo con carriles se sujeta a un soporte fijo y tiene un segundo espacio. Los cojinetes de rieles fijos están dispuestos en el segundo espacio, en unas esquinas del cuerpo fijo con carriles que se enfrentan diagonalmente. Un deslizador tiene un extremo superior en contacto rodante con los cojinetes de rieles móviles, y un extremo inferior, en contacto rodante con los cojinetes de rieles fijos. Un ángulo creado entre una línea central paralela a) cuerpo móvil y una línea de conexión que une los centros de los cojinetes de rieles móviles varía entre 40 grados y 50 grados. Un ángulo creado entre la línea central y una línea de conexión que une los centros de los cojinetes de rieles fijos varía entre 130 grados y 140 grados.