Abstract: A manufacturing method and structure of hidden slide's slide unit, which the slide unit sets between upper and lower rail bars. The slide unit is made by long-plate-shaped substrate, which has the following steps: preliminary forming, pressure bending and rolling forming. First, preliminary forming and pressure bending can make substrate a prototype, then rolling forming can make substrate become a slide unit and the slide unit can be squeezed and concentrated. Therefore, the density of the slide unit structure is increased to enhance the strength of structure, which can avoid the slide be deformed, insure the operation quality of hidden slide can slide out smoothly, increase service life, decrease manufacturing cost, and have better economic benefit.

Abstract: A drawer assembly includes a housing, a drawer body retractably mounted on the housing, two locking members mounted in the housing, and a control bar pivotally mounted on the drawer body and having two opposite ends each provided with a locking end that is movable to lock a respective one of the locking members. Thus, when the drawer body is retracted into and received in the housing, the locking end of the control bar is locked onto the respective locking member to lock the drawer body onto the housing so that the drawer body is locked onto the housing when the drawer assembly is closed and will not be moved outward from the housing when the drawer assembly is moved or declined to facilitate the user moving or transporting the drawer assembly.

Abstract: A drawer assembly includes a housing, a drawer body retractably mounted on the housing, two locking members mounted in the housing, and a control bar pivotally mounted on the drawer body and having two opposite ends each provided with a locking end that is movable to lock a respective one of the locking members. Thus, when the drawer body is retracted into and received in the housing, the locking end of the control bar is locked onto the respective locking member to lock the drawer body onto the housing so that the drawer body is locked onto the housing when the drawer assembly is closed and will not be moved outward from the housing when the drawer assembly is moved or declined to facilitate the user moving or transporting the drawer assembly.

Abstract: A slide rail assembly includes an outer slide rail having a certain length, a middle slide rail having a certain length and reciprocally slidably nested in the outer slide rail and an inner slide rail having a certain length and reciprocally slidably nested in the middle slide rail. When the inner slide rail is pushed to drive the middle slide rail to together get into the outer slide rail by a maximum travel, an inner end of the inner slide rail protrudes from an inner end of the middle slide rail and an inner end of the outer slide rail. Also, the inner end of the middle slide rail protrudes from the inner end of the outer slide rail.

Abstract: An antislip drawer-chucking structure includes a cabinet body, at least one drawer and a chucking unit. The drawer can be slid and drawn out of and pushed into the cabinet body. The chucking unit includes a shift member, a first engaging section and a second engaging section. The shift member is disposed on outer face of the front board of the drawer, including a handle section and a shift section. The handle section is fixed on the drawer. The shift section is positioned between the handle section and the drawer and movable between a first position and a second position. The first engaging section is arranged at one end of the shift section. The second engaging section is arranged on the cabinet body corresponding to the first engaging section. When the drawer is fully pushed into the cabinet and the shift section is positioned in the first position, the first and second engaging sections are engaged with each other.

Abstract: A slide rail locking device includes a first and a second slide rail assemblies and a first and a second activators. Each of the first and second slide rail assemblies includes a stationary slide rail and a telescopic slide rail assembly. The first activator is disposed at one end of the telescopic slide rail assembly. The second activator is disposed on the stationary slide rail corresponding to the first activator. The second activator includes a base seat, a swinging member and a bar member. The base seat is arranged at one end of the stationary slide rail. The swinging member is disposed on the base seat corresponding to the first activator. Two ends of the bar member are respectively positioned between the base seats and the swinging members of the first and second slide rail assemblies.

Abstract: An assembled/linked locking apparatus including a first and a second slide rail assemblies and a first and a second activators. The first and second slide rail assemblies respectively include a stationary slide rail and a telescopic slide rail set. The first activator is disposed at an end of the telescopic slide rail set. The second activator is corresponding to the first activator and disposed at the stationary slide rail. The second activator includes a base seat, a guide seat, a bar member, a pair of slide ways and a slide member. The base seat is disposed at the stationary slide rail. The guide seat is disposed on the base seat. The two slide ways are oppositely respectively formed on the base seat and the guide seat. Two ends of the slide member are respectively fitted in the slide ways. Two ends of the bar member are respectively passed through the spaces between the base seats and the guide seats of the first and second slide rail assemblies.

Abstract: An assembled/linked locking apparatus including a first and a second slide rail assemblies and a first and a second activators. The first and second slide rail assemblies respectively include a stationary slide rail and a telescopic slide rail set. The first activator is disposed at an end of the telescopic slide rail set. The second activator is corresponding to the first activator and disposed at the stationary slide rail. The second activator includes a base seat, a guide seat, a bar member, a pair of slide ways and a slide member. The base seat is disposed at the stationary slide rail. The guide seat is disposed on the base seat. The two slide ways are oppositely respectively formed on the base seat and the guide seat. Two ends of the slide member are respectively fitted in the slide ways. Two ends of the bar member are respectively passed through the spaces between the base seats and the guide seats of the first and second slide rail assemblies.

Abstract: An assembled/linked locking apparatus including a first and a second slide rail assemblies and a first and a second activators. The first and second slide rail assemblies respectively include a stationary slide rail and a telescopic slide rail set. The first activator is disposed at an end of the telescopic slide rail set. The second activator is corresponding to the first activator and disposed at the stationary slide rail. The second activator includes a base seat, a guide seat, a bar member, a pair of slide ways and a slide member. The base seat is disposed at the stationary slide rail. The guide seat is disposed on the base seat. The two slide ways are oppositely respectively formed on the base seat and the guide seat. Two ends of the slide member are respectively fitted in the slide ways. Two ends of the bar member are respectively passed through the spaces between the base seats and the guide seats of the first and second slide rail assemblies.

Abstract: Automatically restoring device for slide rail assembly, including a fixed unit, a horizontally slidable receptacle and an automatically restoring section. The fixed unit includes a pair of fixed rails. The horizontally slidable receptacle includes a pair of movable rails. The automatically restoring section is disposed at one end of the fixed rail. One end of each movable rail is formed with a push section. The automatically restoring section includes two slide way bodies, a deflection body and a resilient body. When the push section of the movable rail inward pushes the deflection body, the deflection body is deflected by an angle to engage with and drive the movable rail so as to automatically restore the movable rail to its home position and lock the movable rail therein.

Abstract: Internal locking device for drawer slide rail, including a first and a second slide rail assemblies and a first activator, a second activator and a shaft rod. Each of the first and second slide rail assemblies includes a stationary slide rail and a set of extensible slide rail. The first activator is disposed at front end of the extensible slide rail. The second activator includes a pair of base seats and a pair of transmission members. The base seats are vertically slidably disposed at front end of the stationary slide rail. The transmission members are correspondingly pivotally disposed on the stationary slide rail and positioned on the base seats. The shaft rod is disposed between the first and second slide rail assemblies with two ends respectively connected with the base seats of the first and second slide rail assemblies.

Abstract: Automatically restoring device for slide rail assembly, including a fixed unit, a horizontally slidable receptacle and an automatically restoring section. The fixed unit includes a pair of fixed rails. The horizontally slidable receptacle includes a pair of movable rails. The automatically restoring section is disposed at one end of the fixed rail. One end of each movable rail is formed with a push section. The automatically restoring section includes two slide way bodies, a deflection body and a resilient body. When the push section of the movable rail inward pushes the deflection body, the deflection body is deflected by an angle to engage with and drive the movable rail so as to automatically restore the movable rail to its home position and lock the movable rail therein.

Abstract: Guide structure for telescopic rail assembly, including an outer slide rail, an inner slide rail, a protective section, a pair of first slopes, a pair of second slopes and a pair of third slopes. The outer slide rail is disposed on a cabinet body, while the inner slide rail is disposed on a drawer and slidably nested in the outer slide rail. A ball bearing is disposed between the outer and inner slide rails to facilitate sliding thereof. The protective section is formed with the first and second slopes and positioned between front end of the ball bearing and front end of the outer slide rail. Rear end of the inner slide rail is formed with the third slopes. After the drawer is drawn out of the cabinet body, by means of the first, second and third slopes, the inner slide rail can be easily nested into the outer slide rail without colliding the ball bearing, whereby the ball bearing will not jump away or damage.

Abstract: Sliding track assembly, including an outer slide rail, a middle slide rail, an inner slide rail and at least one transmission section disposed on the middle slide rail. The outer slide rail is disposed on a cabinet. The middle slide rail is slidably positioned in the outer slide rail. The inner slide rail is disposed on a drawer and slidably positioned in the middle slide rail. The transmission section is disposed with at least one stop section and transmission member disposed at the stop section. The stop section is disposed at predetermined portion of the middle slide rail, whereby the transmission member can respectively contact with predetermined portions of the outer slide rail and inner slide rail. When the inner slide rail slides, the transmission member simultaneously drives the stop section of the middle slide rail. Therefore, the middle and the outer slide rails and the middle and inner slide rails are synchronously slid relative to each other.

Abstract: Sliding track assembly for drawers, including an outer rail, an intermediate rail, an inner rail, an outer stop section and an inner engaging section. The outer rail is disposed on a cabinet. The outer stop section is disposed at one end of the intermediate rail. The inner engaging section is disposed inside the inner rail. The inner rail is disposed on a drawer. The rails are slidably assembled with each other. By means of engaging the inner engaging section with the outer stop section or detaching the inner engaging section from the outer stop section, the drawer can be easily assembled with the cabinet or separated from the cabinet.

Abstract: A sliding track assembly, which includes an outer track having two inner flanges bilaterally and longitudinally provided on the inside, an intermediate track moved in and out of the outer track, an inner track moved in and out of the intermediate track, the inner track having two outer flanges bilaterally and longitudinally provided on the outside, and a transmission mechanism provided at two opposite lateral sides of the intermediate track, the transmission mechanism including a plurality of rolling elements respectively disposed in contact between the inner flanges at the outer track and the outer flanges at the inner track to guide relative movement between the intermediate track and the inner or outer track.