Vacuum adsorber
A vacuum adsorber includes a housing having an accommodating cavity and an opening communicating with the accommodating cavity; an integrated vacuum pump arranged inside the accommodating cavity; a control panel arranged inside the accommodating cavity and controllably connected with the integrated vacuum pump; wherein the control panel is controllably connected with a photoelectric switch; a power-up assembly having a guide piece and a shading movement portion; and an activating piece covering inside the opening of the housing. By means of setting the activating piece to push the shading movement portion to move in the movement cavity, when the shading movement portion moves to block beams, it causes the state of beams to change, and then voltage inside the photoelectric switch changes; when the control panel detects a change in voltage, it controls the pump to start operating; thereby improving the stability and reliability during starting the pump.
1. A vacuum adsorber comprising:
a housing having a hollow interior, which forms an accommodating cavity and an opening communicating with said accommodating cavity;
an integrated vacuum pump arranged inside said accommodating cavity;
a control panel arranged inside said accommodating cavity and controllably connected with said integrated vacuum pump; wherein said control panel is controllably connected with a photoelectric switch;
a power-up assembly having a guide piece and a shading movement portion; wherein said guide piece is arranged inside said accommodating cavity and has a hollow interior forming a movement cavity, a cavity wall of which a light transmission opening leads through; wherein said shading movement portion is movably arranged inside said movement cavity; and
an activating piece covering inside the opening of said housing and used to push said shading movement portion to move;
a stepwise end is arranged on the cavity wall of said movement cavity, and a protruding portion set against said stepwise end is arranged on an outer side wall of said shading movement portion.
2. The vacuum adsorber according to claim 1 , wherein at least part of a sensing end of said photoelectric switch penetrates out of said control panel and can be directed towards said light transmission opening.
3. The vacuum adsorber according to claim 1 , wherein an elastic piece used to push said shading movement portion to move back to an original position is arranged inside said movement cavity.
4. The vacuum adsorber according to claim 1 , wherein a first straight plane is formed on the cavity wall of said movement cavity, and a second straight plane used to fit on said first straight plane is formed on an outer side wall of said shading movement portion.
5. The vacuum adsorber according to claim 1 , wherein a positioning plate is arranged inside said accommodating cavity, and said guide piece is detachably arranged on a side of said positioning plate.
6. The vacuum adsorber according to claim 5 , wherein a positioning column is arranged on a side of said positioning plate, a fixing hole is set on said positioning column; a locking hole correspondingly communicating with said fixing hole leads through said guide piece;
said vacuum adsorber also comprises a locking piece, said locking piece simultaneously penetrates said locking hole and said fixing hole, so that said guide piece is fixed.
7. The vacuum adsorber according to claim 1 , wherein said activating piece includes a cover plate covering inside said opening and a keycap arranged on a side of said cover plate far away from said accommodating cavity; said keycap is close to an inner side of said accommodating cavity and stays against said shading movement portion.
8. The vacuum adsorber according to claim 7 , wherein said cover plate and said keycap are both of softness.
9. The vacuum adsorber according to claim 1 , wherein said integrated vacuum pump is provided with an air inlet pipe; a through hole communicating with said air inlet pipe leads through the cavity wall of said accommodating cavity.