Slide type elevating post
An elevating post includes a transmission ( 10 ), a driver ( 20 ), an outer tube ( 30 ) and a moving assembly ( 40 ). The driver ( 20 ) is connected to the transmission ( 10 ). The outer tube ( 30 ) receives the transmission ( 10 ) and the driver ( 20 ) and has a tube body ( 31 ) with a longitudinal trough ( 311 ). Two closed sections ( 312, 313 ) are separately disposed outside two ends of the longitudinal trough ( 311 ). The moving assembly ( 40 ) is operatably connected to the transmission ( 10 ) and has a plate ( 43 ) protruding from the tube body ( 31 ) by passing through the longitudinal trough ( 311 ) and being movable in the longitudinal trough ( 311 ).
1. An elevating post comprising:
a transmission ( 10 );
a driver ( 20 ) connected to the transmission ( 10 );
an outer tube ( 30 ), receiving the transmission ( 10 ) and the driver ( 20 ), having a tube body ( 31 ) with a longitudinal trough ( 311 ), and two closed sections ( 312 , 313 ) being separately disposed outside two ends of the longitudinal trough ( 311 ); and
a moving assembly ( 40 ), operatably connected to the transmission ( 10 ), and having a plate ( 43 ) protruding from the tube body ( 31 ) by passing through the longitudinal trough ( 311 ) and being movable in the longitudinal trough ( 311 ),
wherein a side panel of the tube body ( 31 ), which is opposite to the longitudinal trough ( 311 ), is formed with an opening ( 314 ), and the moving assembly ( 40 ) is placed in the tube body ( 31 ) through the opening ( 314 ).
2. The elevating post of claim 1 , wherein the moving assembly ( 40 ) comprises a frame ( 41 ) and a nut ( 42 ), and the nut ( 42 ) is positioned in the frame ( 41 ) by inserting pins ( 44 ).
3. The elevating post of claim 2 , wherein the moving assembly ( 40 ) comprises fasteners ( 45 ), each fastener ( 45 ) is provided with embedding hooks ( 452 ), the frame ( 41 ) is provided with embedding holes ( 413 ), the fasteners ( 45 ) are separately fixed at the embedding holes ( 413 ) by embedding the embedding hooks ( 452 ) into the embedding holes ( 413 ) and between side panels of the frame ( 41 ) and the tube body ( 31 ).
4. The elevating post of claim 1 , wherein the moving assembly ( 40 ) further comprises a frame ( 41 ) and fasteners ( 45 ), each fastener ( 45 ) is fastened on the frame ( 41 ) and between the frame ( 41 ) and the tube body ( 31 ).
5. An elevating post comprising:
a transmission ( 10 );
a driver ( 20 ) connected to the transmission ( 10 );
an outer tube ( 30 ), receiving the transmission ( 10 ) and the driver ( 20 ), having a tube body ( 31 ) with a longitudinal trough ( 311 ), and two closed sections ( 312 , 313 ) being separately disposed outside two ends of the longitudinal trough ( 311 ); and
a moving assembly ( 40 ), operatably connected to the transmission ( 10 ), and having a plate ( 43 ) protruding from the tube body ( 31 ) by passing through the longitudinal trough ( 311 ) and being movable in the longitudinal trough ( 311 ),
wherein the moving assembly ( 40 ) comprises a frame ( 41 ) and a nut ( 42 ), and the nut ( 42 ) is positioned in the frame ( 41 ) by inserting pins ( 44 ),
wherein the frame ( 41 ) is provided with fixing holes ( 411 ), each fixing hole of said fixing holes ( 411 ) is provided with a fastener ( 45 ) to block two ends of each of the pins ( 44 ).
6. The elevating post of claim 5 , wherein the fastener ( 45 ) comprises a main board ( 451 ), a side of the main board ( 451 ) is provided with embedding hooks ( 452 ) which is fastened into the fixing hole ( 411 ).
7. The elevating post of claim 5 , wherein the frame ( 41 ) is provided with trenches ( 412 ), the transmission ( 10 ) comprises a lead screw ( 13 ), the nut ( 42 ) is screwed to the lead screw ( 13 ), a side of the nut ( 42 ) is provided with a channel ( 422 ), and the plate ( 43 ) passes through the trenches ( 412 ) and is embedded into the channel ( 422 ) to be fixed onto the nut ( 42 ) in a horizontal direction.
8. The elevating post of claim 7 , wherein the plate ( 43 ) further has a blocking portion ( 431 ), the blocking portion ( 431 ) is blocked by a top of the nut ( 42 ) to fix the plate ( 43 ) in a vertical direction.
9. An elevating post comprising:
a transmission ( 10 );
a driver ( 20 ) connected to the transmission ( 10 );
an outer tube ( 30 ), receiving the transmission ( 10 ) and the driver ( 20 ), having a tube body ( 31 ) with a longitudinal trough ( 311 ), and two closed sections ( 312 , 313 ) being separately disposed outside two ends of the longitudinal trough ( 311 ); and
a moving assembly ( 40 ), operatably connected to the transmission ( 10 ), and having a plate ( 43 ) protruding from the tube body ( 31 ) by passing through the longitudinal trough ( 311 ) and being movable in the longitudinal trough ( 311 ),
wherein the outer tube ( 30 ) further comprises a cover ( 32 ), a side panel of the tube body ( 31 ), which is opposite to the longitudinal trough ( 311 ), is formed with an opening ( 314 ), and the cover ( 32 ) cloaks the opening ( 314 ).