초록 ▼

A socket suspension rack assembly with a quick release function includes a support rack, and a slide rack slidably mounted on the support rack. The support rack has a periphery provided with multiple positioning studs and has a side wall formed with multiple receiving channels. The support rack has

A socket suspension rack assembly with a quick release function includes a support rack, and a slide rack slidably mounted on the support rack. The support rack has a periphery provided with multiple positioning studs and has a side wall formed with multiple receiving channels. The support rack has multiple flexible positioning plates each retractably mounted in the positioning stud and each having an extension movably mounted in the receiving channel. The slide rack has a side wall provided with multiple flexible press blocks each rested on the extension of the flexible positioning plate. Thus, the socket maybe readily mounted on and removed from the positioning stud of the support rack, thereby facilitating the user employing the socket.

대표청구항 ▼

A socket suspension rack assembly with a quick release function includes a support rack, and a slide rack slidably mounted on the support rack. The support rack has a periphery provided with multiple positioning studs and has a side wall formed with multiple receiving channels. The support rack has

A socket suspension rack assembly with a quick release function includes a support rack, and a slide rack slidably mounted on the support rack. The support rack has a periphery provided with multiple positioning studs and has a side wall formed with multiple receiving channels. The support rack has multiple flexible positioning plates each retractably mounted in the positioning stud and each having an extension movably mounted in the receiving channel. The slide rack has a side wall provided with multiple flexible press blocks each rested on the extension of the flexible positioning plate. Thus, the socket maybe readily mounted on and removed from the positioning stud of the support rack, thereby facilitating the user employing the socket. lower edges, respectively, having outwardly extending flanges, the clamp assembly being a clamp band positionable over the outwardly extending flanges. 4. The vibratory screen separator of claim 1, the said bracket including a slot into which the head can seat. 5. The vibratory screen separator of claim 1, the extension device being a fluid cylinder and shaft. 6. The vibratory screen separator of claim 5, the fluid cylinder and shaft being hydraulic. 7. The vibratory screen separator of claim 1, the at least one bracket being mounted to the upper most second wall portion. 8. The vibratory screen separator of claim 1, there being two said arms, extension devices and heads with each set being diametrically positioned of the housing, and two said brackets receiving the sets, respectively. 9. The vibratory screen separator of claim 8, each set further including a foot fixed to the base and extending radially outwardly from the base with the arm being pivotally mounted to the foot. 10. The vibratory screen separator of claim 1, the bracket being mounted to the clamp assembly. 11. The vibratory screen separator of claim 1, the housing further including a cover, the bracket being mounted to the cover. 12. A vibratory screen separator using screens, comprising a base; a housing resiliently mounted to the base and including a first wall portion having an upper edge and a second wall portion positionable above said first wall portion and having a lower edge, the upper and lower edges being mutually alignable with one of the screens positioned within the housing between the first wall portion and the second wall portion; a clamp assembly extendable between the first wall portion and second wall portion to fix together the first and second wall portions; brackets on the housing above the lower edge; lifts, each lift including an arm pivotally mounted relative to the base, a fluid cylinder and shaft mounted on the arm, a head mounted on the fluid cylinder and shaft to extend toward and away from the arm with actuation of the fluid cylinder and shaft, a first position with the head engaging one of the brackets and a second position with the lift displaced away from the housing and the said bracket, the fluid cylinder and shaft with the lift in the first position having a range of extension from a first state with the upper and lower edges together to a second state with the upper and lower edges mutually displaced to provide access therebetween to insert one of the screens into the housing between the first wall portion and the second wall portion. 13. The vibratory screen separator of claim 12, the upper and lower edges defining a seat therebetween to receive a screen frame. 14. The vibratory screen separator of claim 13, the first and second wall portions being circular and the upper and lower edges, respectively, having outwardly extending flanges, the clamp assembly being a clamp band positionable over the outwardly extending flanges. 15. The vibratory screen separator of claim 12, the brackets including slots into which the heads can seat. 16. The vibratory screen separator of claim 12, the fluid cylinder and shaft being hydraulic. 17. The vibratory screen separator of claim 12, the brackets being mounted to the second wall portion. 18. The vibratory screen separator of claim 12, there being two said lifts diametrically positioned of the housing. 19. The vibratory screen separator of claim 12, each of the lifts further including a foot fixed to the base and extending radially outwardly from the base, the arm being pivotally mounted to the foot. 20. A vibratory screen separator using screens, comprising a base; a housing resiliently mounted to the base and including a first circular wall portion having an upper edge and a second circular wall portion positionable above said first wall portion and having a lower edge, the upper and lower edges being mutually alignable with one of the screens positioned within the housing bet