CN205304929U - Novel laser scanner - Google Patents

Abstract

The utility model provides a novel laser scanner, includes scanner body, head and telescoping device, the head include base and a plurality of support piece, the base be cylindrical structure, its side is equipped with the spout, support piece include support frame and holding board, upper end and the holding board of support frame fixed, the support frame lower extreme be fixed with the pulley, pulley mounting in the spout of base side, the scanner body install on the holding board, the base divide into slip cap and inner core, inner core and slip cap sliding connection, the outside of telescoping device and slip cap fixed. Because the base divide into the structure of slip cap and inner core, makes the drive load of telescoping device reduced, the power consumption reduces.

Description

A kind of new pattern laser scanner

Technical field

The utility model relates to a kind of laser scanner.

Background technology

At present, laser scanner may be used for Laser Printing, the position of laser scanner is all be fixed on certain, and the object printed then will be needed to place according to the position of laser scanner, and the mode of operation of such laser scanner is flexible, position is inconvenient to move.

Summary of the invention

For above-mentioned the deficiencies in the prior art part, the problem that the utility model solves is: the mode of operation of laser scanner is flexible, position is inconvenient to move.

For solving the problem, the technical scheme that the utility model is taked is as follows:

A kind of new pattern laser scanner, comprises scanner body, movable mounting and flexible device; Described movable mounting comprises pedestal and multiple strut member; The cylindrical structure of described pedestal, its side is provided with chute; Described strut member comprises bracing frame and accommodating plate; Upper end and the accommodating plate of described bracing frame are fixed; The lower end of described bracing frame is fixed with pulley; Described pulley is arranged in the chute of pedestal side; Described scanner body is arranged on accommodating plate; Described pedestal is divided into slide cover and interior core; Described interior core and slip cover are slidably connected; The outside of described flexible device and the cover that slides is fixed.

Further, the described slip outside cylindrical structure of cover, its inside is provided with cylindrical sliding cavity; Described cylindrical sliding cavity extends multiple semicircle sliding cavity laterally; The described cylindrical structure of interior core, extends multiple half cylinder outside it; Half described cylinder is located in semicircle sliding cavity and is slided.

Further, the side of described pedestal is provided with annular pad; Described flexible device comprises cylinder and expansion link; Described expansion link and annular pad are fixed.

Further, the outer end of described accommodating plate is vertically provided with limiting plate; The outer end of described limiting plate and accommodating plate is rotatably connected by rotating shaft activity.

Further, the number of described strut member is 2��4.

Further, described accommodating plate is provided with anti-slip tank.

The beneficial effects of the utility model

1. accommodating plate can by sliding in the chute of the pulley of the lower end of bracing frame on pedestal side, and laser scanner can rotate according to the position of object, convenient and swift, mode of operation is flexible; Multiple laser scanner can work simultaneously simultaneously, and efficiency is double. Pedestal is divided into slide cover and interior core; Interior core and slip cover are slidably connected; The outside of flexible device and the cover that slides is fixed, and such structure makes flexible device that slip cover can be driven to slide up and down, thus drives scanner body to move up and down, and makes scanner ontology alignment to suitable height location. The structure being divided into slide cover and interior core due to pedestal, makes the driving load of flexible device be reduced, and power consumption reduces.

2. limiting plate is vertically set in the outer end of accommodating plate, can effectively prevent the landing of scanner body; The outer end of limiting plate and accommodating plate is movable to be rotatably connected. When needing the position of motion scan instrument body like this, it is possible to limiting plate is rotated to the outer end with accommodating plate and is in same level, be convenient to movement, the installation of scanner body.

3. accommodating plate is provided with anti-slip tank is to prevent the position of laser scanner from sliding.

Accompanying drawing explanation

Fig. 1 is the utility model structural representation.

Fig. 2 is the cross-sectional view of pedestal.

Fig. 3 is the structural representation of interior core.

Fig. 4 is the structural representation sliding and overlapping.

Fig. 5 is the vertical connecting structure schematic diagram of the utility model limiting plate and accommodating plate.

Fig. 6 is the horizontal connection structure schematic diagram of the utility model limiting plate and accommodating plate.

Embodiment

Below in conjunction with accompanying drawing, the utility model content is described in further detail.

As shown in Figure 1, a kind of telescopic laser scanner, comprises scanner body 1, movable mounting and flexible device 4. Described movable mounting comprises pedestal 2 and multiple strut member 3. The described cylindrical structure of pedestal 2, its side is provided with chute 21. Described strut member 3 comprises bracing frame 32 and accommodating plate 31. Upper end and the accommodating plate 31 of described bracing frame 32 are fixed. Described bracing frame 32 times ends are fixed with pulley 321; Described pulley 321 is arranged in the chute 21 of pedestal 2 side. Described scanner body 1 is arranged on accommodating plate 31. As shown in Figure 2, described pedestal 2 is divided into slide cover 23 and interior core 22. Described interior core 22 and the cover 23 that slides are slidably connected. The outside of described flexible device 4 and the cover 23 that slides is fixed. As shown in Figures 3 and 4, further preferably, 23 outside cylindrical structures are overlapped in described slip, and its inside is provided with cylindrical sliding cavity 231. Described cylindrical sliding cavity 231 extends multiple semicircle sliding cavity 232 laterally. The described cylindrical structure of interior core 22, extends multiple half cylinder 221 outside it. Half described cylinder 221 is located in semicircle sliding cavity 232 and is slided. Further preferably, the side of described pedestal 2 is provided with annular pad 42. Described flexible device 4 comprises cylinder 41 and expansion link 43. Described expansion link 43 and annular pad 42 are fixed. As illustrated in Figures 5 and 6, further preferably, the outer end of described accommodating plate 31 is vertically provided with limiting plate 33. Described limiting plate 33 and the outer end of accommodating plate 31 are rotatably connected by rotating shaft 5 activity. Further preferably, the number of described strut member 3 is 2��4, and the present embodiment is preferably two. Further preferably, described accommodating plate 31 is provided with anti-slip tank 311.

Accommodating plate 31 can by slip in the pulley 321 of the bracing frame 32 times ends chute 21 on pedestal 2 side, and laser scanner can rotate according to the position of object, convenient and swift, mode of operation is flexible; Multiple laser scanner can work simultaneously simultaneously, and efficiency is double. Pedestal 2 is divided into slide cover 23 and interior core 22; Interior core 22 and the cover 23 that slides are slidably connected; The outside of flexible device 4 and the cover 23 that slides is fixed, and such structure makes flexible device 4 that the cover 23 that slides can be driven to slide up and down, thus drives scanner body 1 to move up and down, and makes scanner body 1 adjust to suitable height location. The structure being divided into slide cover 23 and interior core 22 due to pedestal 2, makes the driving load of flexible device 4 be reduced, and power consumption reduces.

Limiting plate 33 is vertically set in the outer end of accommodating plate 31, can effectively prevent the landing of scanner body 1; The outer end of limiting plate 33 and accommodating plate 31 is movable to be rotatably connected. When needing the position of motion scan instrument body 1 like this, it is possible to limiting plate 33 is rotated to the outer end with accommodating plate 31 and is in same level, be convenient to movement, the installation of scanner body 1. It is to prevent the position of laser scanner from sliding that accommodating plate 31 is provided with anti-slip tank 311.

The foregoing is only better embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any amendment of doing, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.

Claims (6)

1. a new pattern laser scanner, it is characterised in that, comprise scanner body, movable mounting and flexible device; Described movable mounting comprises pedestal and multiple strut member; The cylindrical structure of described pedestal, its side is provided with chute; Described strut member comprises bracing frame and accommodating plate; Upper end and the accommodating plate of described bracing frame are fixed; The lower end of described bracing frame is fixed with pulley; Described pulley is arranged in the chute of pedestal side; Described scanner body is arranged on accommodating plate; Described pedestal is divided into slide cover and interior core; Described interior core and slip cover are slidably connected; The outside of described flexible device and the cover that slides is fixed.

2. new pattern laser scanner according to claim 1, it is characterised in that, the described slip outside cylindrical structure of cover, its inside is provided with cylindrical sliding cavity; Described cylindrical sliding cavity extends multiple semicircle sliding cavity laterally; The described cylindrical structure of interior core, extends multiple half cylinder outside it; Half described cylinder is located in semicircle sliding cavity and is slided.

3. new pattern laser scanner according to claim 1, it is characterised in that, the side of described pedestal is provided with annular pad; Described flexible device comprises cylinder and expansion link; Described expansion link and annular pad are fixed.

4. new pattern laser scanner according to claim 2, it is characterised in that, the outer end of described accommodating plate is vertically provided with limiting plate; The outer end of described limiting plate and accommodating plate is rotatably connected by rotating shaft activity.

5. new pattern laser scanner according to claim 1, it is characterised in that, the number of described strut member is 2��4.

6. new pattern laser scanner according to claim 1, it is characterised in that, described accommodating plate is provided with anti-slip tank.