The flip-type telescopic bracket
is a highly intelligent, highly practical, reduced use cost, and a new patented product developed based on the national industrial upgrade. It welcomes the market reform and upsurge and completely subverts the traditional wiring mode. , Replacing the old hangers in the market a few years ago, successfully address positioning and indoor aesthetics equipment. The product adopts ergonomic design concept, stable working performance, no abnormality through professional long-term stability test; used in industrial robots, intelligent monitoring, conferences and other fields, and has been recognized by customers.
The flip equipment includes a motor, a base, a reducer, and a reel, the bottom of the reducer is fixed on the base, the reels are symmetrically mechanically connected on both sides, and the reducer faces the reels on both sides Output power. The front end of the reducer is mechanically connected to the drive motor through a flange. The flange is also fixed with a power failure brake. The upper end of the reducer is fixed with a controller. A vibration induction device is provided, and the vibration induction device is electrically connected to the power failure brake;
A lifting motor is fixed in the reel, and the lifting motor drives the reel to move synchronously to both sides, and automatically winds and unwinds.
The buttons on the panel of the controller include: a power-on button, a raise button, a lower button, a stop button, a reset button, and an emergency stop button.
The roll is a hollow structure, and a plurality of supports are arranged in the roll.
Compared with the prior art, the utility model has the beneficial effects that the controller is provided with a basic function button capable of satisfying the use of an electric flip lever, and a vibration induction device is adopted in the controller, which can vibrate dangerous abnormal vibrations. Transformed into electrical signals, and braked in time by the power failure brake to prevent accidents caused by the transitional swing of the flip bar or fall. In addition, the lifting motor can help the machine to complete automatic wiring. A rigid bracket is set in the reel to improve the reel's Structural stability.
The specific list of equipment is: 1. drive motor; 2. base; 3. reducer; 4. reel; 41. bracket; 5. controller; 51. emergency stop button; 52. power button; 53. lift button; 54. Down button; 55. Stop button; 56. Reset button; 6. Flange plate; 7. Power failure brake; 8. Vibration induction device; 9. Lifting motor.
Flip-chip equipment, including drive motor 1, base 2, reducer 3, and reel 4, the bottom of the reducer 3 is fixed on the base 2, the reel 4 is symmetrically mechanically connected on both sides, and the reducer 3 is on both sides of the reel 4 Output power. The front end of the reducer 3 is mechanically connected to the drive motor 1 through a flange 6. The flange 6 is also fixed with a power failure brake 7. The controller is fixedly installed at the upper end of the reducer 3. The controller 5 is equipped with vibration. The induction device 8, the vibration induction device 8 is electrically connected to the power failure brake 7;
A lifting motor 9 is fixed in the reel 4, and the lifting motor 9 drives the reel 4 to synchronously expand and contract to both sides, and automatically arranges and unwinds the wire.
The buttons on the panel of the controller 5 include: an emergency stop button 51, a power-on button 52, a lift button 53, a lower button 54, a stop button 55, and a reset button 56. When the reset button 56 is pressed, the vibration sensing device 8 can be activated. After being enabled or damaged, the protection switch of the vibration sensing device 8 is skipped, and the power failure brake 7 is energized to resume the mechanical operation.
The reel 4 is a hollow structure, and a plurality of brackets 9 are provided in the reel 4 to support the inner diameter surface of the reel 4 and improve its stability.