CN201027490Y - Turbine Lift Floor Drilling Machine - Google Patents

Abstract

A turbo lift type floor drilling machine, including a support structure, a transmission mechanism, and an electric hammer. The support structure adopts a triangular support, which is composed of two rear pillars, a front pillar and upper and lower connecting ribs between the pillars. The bracket is equipped with a ladder, an extension pipe, a front bracket guide, a bearing plate and the transmission mechanism on it. The transmission mechanism is composed of a power switch, a distribution board, a lifting motor, a bearing, a turbine worm, and a central conduit. The inner tapping at one end of the conduit is connected with the electric hammer. The utility model only needs people to work and operate on the ground. During construction, the fuselage has good stability, flexible maneuverability, convenient operation, safe and reliable use, and can improve construction quality and work efficiency.

Description

Turbine Lift Floor Drilling Machine

Technical field:

The utility model relates to the drilling operation of building floors, in particular to a turbine lifting type floor drilling machine.

Background technique:

In the current construction, whether it is natural gas pipeline holes or ventilation pipeline drilling on high and low floors, people stand on elevated operations. First, the operation is laborious, slow, and inefficient. Second, elevated operations are dangerous. Therefore, the construction industry always wants to have a platform. It can not only eliminate the danger of elevated operation, but also improve the working efficiency.

Invention content:

The purpose of this utility model is to overcome above-mentioned deficiency, provide a kind of turbo lift type floor drilling machine that can not only reduce the high floor operation risk and labor intensity, but also can improve work efficiency.

The technical scheme of the utility model is realized in the following way: a turbo lifting type floor drilling machine includes a bracket structure, a transmission mechanism, and an electric hammer. The upper and lower connecting ribs between the triangle brackets are equipped with ladders, extension pipes, front bracket guides, bearing plates and transmission mechanisms on them. The transmission mechanisms are composed of power switches, distribution boards, lifting motors, bearings, turbines Composed of a worm rod and a central conduit, it is connected to the electric hammer through the internal tapping at one end of the central conduit of the transmission mechanism; the central conduit is equipped with a turbine and a bearing, and a steel rod is installed inside. The lower part of the steel rod is the center screw, and the upper part is the internal tapping. The thread is connected with the electric hammer through the internal tapping; the lifting motor, the bearing seat, and the dust cover of the main engine and the bearing seat are arranged on the bearing plate; the power switch, the leakage circuit breaker and the lifting motor, Electric hammer switch; a pulley is provided on the worm rod.

The utility model only needs people to work and operate on the ground. During construction, the fuselage has good stability, flexible maneuverability, convenient operation, safe and reliable use, and can improve construction quality and work efficiency.

Description of drawings:

Fig. 1 is a structural representation of the utility model;

Fig. 2 is the utility model side view structural representation;

In the figure: 1. Electric hammer; 2. Center duct; 3. Rear pillar; 4. Turbine worm;

5. Lifting motor; 6. Distribution board; 7. Bearing plate; 8. Ladder;

9. Distribution board; 10. Power switch; 11. Center screw; 12. Front pillar;

13. Leakage circuit breaker; 14. Motor switch; 15. Fixing screw;

16. Hammer switch; 17. Screw; 18. Pulley;

19. Top connecting rib; 20. Machine foot connecting rib; 21. Bearing;

22. Bearing dust cover; 23. Bearing seat; 24. Direction wheel; 25. Orientation wheel;

26. Extension pipe (spare); 27. Front pillar guide; 28. Main engine dust cover.

Detailed ways:

As shown in Figures 1 and 2, a turbo-lifting floor drilling machine includes a support structure, a transmission mechanism, and an electric hammer 1. The support structure adopts a triangular support, which consists of two rear pillars 3, a front pillar 12 and one of the pillars. The upper and lower connecting ribs 19 and 20 between them are composed of a ladder 8, an extension pipe 26, a front bracket conduit 27, a bearing plate 7 and a transmission mechanism on the triangular bracket. The transmission mechanism is composed of a power switch 10, a power distribution Plates 6, 9, lifting motor 5, bearing 21, turbine worm rod 4, and central conduit 2 are connected to the electric hammer 1 through the internal tapping at one end of the central conduit 2 of the transmission mechanism; the central conduit 2 is provided with a turbine 4 and a bearing 21 , which is provided with a steel rod, the lower part of the steel rod is the center screw 11, and the upper part is the internal tapping, which is connected with the electric hammer 1 through the internal tapping; the lifting motor 5, the bearing seat 23, and the main engine , the dust cover 21,22 of bearing seat 23; Switchboard 9 is provided with power switch 10, leakage circuit breaker 13 and lifting motor, electric hammer switch 14,16; Worm rod 4 is provided with belt pulley 18. In the specific construction, when the floor height is within 4 meters, directly connect the inner tapping of the steel rod at the top of the central conduit with the electric hammer, and then it can be used. Used for internal tapping connections of steel rods.

Claims (5)

1. turbine ascending/decending floor auger, it is characterized in that comprising supporting structure, transmission mechanism, electric hammer (1), supporting structure adopts A-frame, on between two back props (3) and a front standing pillar (12) and the pillar, following dowel (19,20) form, its A-frame is provided with ladder (8), extension (26), fore-stock conduit (27), hold part plate (7) and on transmission mechanism, transmission mechanism is by power switch (10), distribution board (6,9), lifting motor (5), bearing (21), turbine worm (4), centre pipe (2) is formed, and the internal tapping by transmission mechanism centre pipe (2) one ends is connected with electric hammer (1).

2. turbine ascending/decending floor auger according to claim 1, it is characterized in that centre pipe (2) is provided with turbine (4), bearing (21), be provided with rod iron in it, the rod iron hypomere is center screw mandrel (11), epimere is internal tapping, is connected with electric hammer (1) by internal tapping.

3. turbine ascending/decending floor auger according to claim 1 is characterized in that holding the part plate and is provided with lifting motor (5), bearing support (23), reaches the dust cover (21,22) of main frame, bearing support (23).

4. turbine ascending/decending floor auger according to claim 1 is characterized in that distribution board (9) is provided with power switch (10), residual current circuit breaker (13) and lifting motor, electric hammer switch (14,16).

5. turbine ascending/decending floor auger according to claim 1 is characterized in that scroll bar (4) is provided with belt pulley (18).

Images