CN207724854U - 3D printer intelligent leveling device - Google Patents

Abstract

The utility model discloses 3D printer intelligent leveling device, structure includes：Pedestal, control panel, main body, steady rest, fixing bolt, workbench, level(l)ing device, printing head base, synchronous belt pressing plate, compression bar, wheel disc, transmission shaft, it pedestal rectangular cross-section structure and is fixed on main body bottom end vertically and welds together, control panel level is tightly attached to body front end and using electrical connection, main body is conllinear with pedestal axle center, the utility model level(l)ing device is by drive link, locking device, air-operated apparatus, gland, heating plate, trunnion, hook, nozzle, locating rod, transition thermal insulation barriers, feeding mechanism, sliding sleeve forms, it is the existing level in sensing objective table to realize automatic leveling, leveling motor is instructed to carry out automatic leveling by calculating, it can accomplish accurate leveling and automation leveling, save the working time, printing effect has been turned up, it ensure that good printing effect.

Description

3D printer intelligent leveling device

Technical field

The utility model is 3D printer intelligent leveling device, belongs to intelligent leveling engineering device technique field.

Background technology

For Table top type 3D printer at present substantially all using the objective table with hott bed, objective table is to carry putting down for type-script Platform, its horizontality should intersect vertically with print head, can just ensure that printing effect is precisely careful, the present apparatus is exactly in light Electric transducer senses the relative level degree between workbench and printing head base, after accurate measurement objective table level error, It is calculated by computer, guiding leveling motor carries out subtle accurately leveling objective table.

But the prior art is incomplete, can not automatic leveling, not only operate cumbersome, but also low precision.

Utility model content

In view of the deficienciess of the prior art, the utility model aim is to provide 3D printer intelligent leveling device, with solution Certainly the prior art is incomplete, can not automatic leveling, not only operate cumbersome, but also the problem of low precision.

To achieve the goals above, the utility model is to realize by the following technical solutions：3D printer is intelligently adjusted Leveling device, structure include：Photoelectric sensor, stepper motor, pedestal, control panel, main body, steady rest, fixing bolt, work Platform, level(l)ing device, printing head base, synchronous belt pressing plate, compression bar, wheel disc, transmission shaft, the pedestal rectangular cross-section structure and It is fixed on main body bottom end vertically and welds together, the control panel level, which is tightly attached to body front end and is used, to be electrically connected It connects, the main body is conllinear with pedestal axle center, and the steady rest sets there are two and is uniformly installed on main body left and right ends and adopts altogether It is fixed with nut, the fixing bolt sets there are four and is vertically embedded into inside workbench altogether, and the workbench is fixed on master vertically Body upper end and with steady rest using matching, the level(l)ing device be horizontally fixed on printing head base rear end and with work Platform is tightly attached to level(l)ing device front end using mechanical connection, the printing head base level, and the synchronous belt pressing plate is horizontally mounted In steady rest rear side upper end and using mechanical connection, the compression bar level is tightly attached to steady rest front end, and the wheel disc is equipped with altogether Two and uniformly it is installed on transmission shaft left and right ends, the transmission shaft is horizontally fixed on compression bar side and with main body using being electrically connected It connects, the level(l)ing device is by drive link, locking device, air-operated apparatus, gland, heating plate, trunnion, hook, nozzle, positioning Bar, transition thermal insulation barriers, feeding mechanism, sliding sleeve composition, the drive link level are embedded in inside air-operated apparatus and are adopted with locking device With matching, the air-operated apparatus is conllinear with heating plate axle center, and the gland is nested in air-operated apparatus and heating plate outer ring and uses Clearance fit, the trunnion level are embedded in heating plate inside left and with hook using matching, and the nozzle is vertically-mounted In transition thermal insulation barriers bottom end and with feeding mechanism using being interference fitted, the locating rod level is through on drive link inside End, the sliding sleeve horizontal nest is in locating rod outer ring, and the sliding sleeve is through feeding mechanism inside and using electrical connection.

Further, the main body is conllinear with steady rest axle center.

Further, the level(l)ing device is installed vertically on workbench upper end with printing head base.

Further, the control panel is integrated with main body.

Further, the wheel disc horizontal nest in transmission shaft left and right ends and welds together.

Further, the steady rest is stainless steel.

Further, the level(l)ing device is mechanical part, and precision is high, easy to operate.

Advantageous effect

The utility model 3D printer intelligent leveling device, it is the existing level in sensing objective table to realize automatic leveling In the case of, it instructs stepper motor to carry out automatic leveling by calculating, can accomplish accurate leveling and automation leveling, save work Make the time, printing effect has been turned up, ensure that good printing effect.

Description of the drawings

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon：

Fig. 1 is the structural schematic diagram of the utility model 3D printer intelligent leveling device.

Fig. 2 is the level(l)ing device sectional view of the utility model 3D printer intelligent leveling device.

In figure：Pedestal -1, control panel -2, main body -3, steady rest -4, fixing bolt -5, workbench -6, Level tune Device -7, printing head base -8, synchronous belt pressing plate -9, compression bar -10, wheel disc -11, transmission shaft -12, photoelectric sensor -13, stepping electricity Machine -14, drive link -701, locking device -702, air-operated apparatus -703, gland -704, heating plate -705, trunnion -706, hook - 707, nozzle -708, locating rod -709, transition thermal insulation barriers -710, feeding mechanism -711, sliding sleeve -712.

Specific implementation mode

To make the technical means, creative features, achievement of purpose, and effectiveness of the utility model be easy to understand, below In conjunction with specific implementation mode, the utility model is expanded on further.

It please refers to Fig.1, Fig. 2, the utility model provides 3D printer intelligent leveling device technique scheme：Its structure includes： Pedestal 1, main body 3, steady rest 4, fixing bolt 5, workbench 6, level(l)ing device 7, printing head base 8, synchronizes control panel 2 Band pressing plate 9, compression bar 10, wheel disc 11, transmission shaft 12, photoelectric sensor 13, stepper motor 14,1 rectangular cross-section knot of the pedestal It structure and is fixed on 3 bottom end of main body vertically and welds together, 2 level of the control panel is tightly attached to 3 front end of main body and is adopted With electrical connection, the photoelectric sensor 13 is fixed below level(l)ing device (7), and the stepper motor (14) is fixed on stabilization Be connected on frame (4) and with workbench (6), the main body 3 is conllinear with 1 axle center of pedestal, the steady rest 4 set altogether there are two and Even to be installed on 3 left and right ends of main body and fixed using nut, the fixing bolt 5 sets there are four and is vertically embedded into workbench altogether Inside 6, the workbench 6 is fixed on 3 upper end of main body and is used with steady rest 4 and matched vertically, the level(l)ing device 7 It is horizontally fixed on 8 rear end of printing head base and with workbench 6 using being mechanically connected, 8 level of the printing head base is tightly attached to level 7 front end of regulating device, the synchronous belt pressing plate 9 is horizontally installed to 4 rear side upper end of steady rest and using mechanical connection, described 10 level of compression bar is tightly attached to 4 front end of steady rest, and the wheel disc 11 sets there are two and is uniformly installed on 12 left and right ends of transmission shaft altogether, The transmission shaft 12 is horizontally fixed on 10 side of compression bar and with main body 3 using being electrically connected, and the level(l)ing device 7 is by being driven Bar 701, locking device 702, air-operated apparatus 703, gland 704, heating plate 705, trunnion 706, hook 707, nozzle 708, locating rod 709, transition thermal insulation barriers 710, feeding mechanism 711, sliding sleeve 712 form, inside 701 level insertion air-operated apparatus 703 of the drive link And with locking device 702 using matching, the air-operated apparatus 703 is conllinear with 705 axle center of heating plate, and the gland 704 is nested It in air-operated apparatus 703 and 705 outer ring of heating plate and is gap-matched, horizontal 705 inside of embedded heating plate of the trunnion 706 is left Side and with hook 707 using matching, the nozzle 708 is vertically arranged to 710 bottom end of transition thermal insulation barriers and and charger Structure 711 is using interference fit, and the locating rod 709 is horizontal through 701 inner upper end of drive link, and the sliding sleeve 712 is horizontal embedding Be placed on 709 outer ring of locating rod, the sliding sleeve 712 through 711 inside of feeding mechanism and using electrical connection, the main body 3 with 4 axle center of steady rest is conllinear, and the level(l)ing device 7 is installed vertically on 6 upper end of workbench, the control with printing head base 8 Panel 2 is integrated with main body 3, and 11 horizontal nest of the wheel disc is in 12 left and right ends of transmission shaft and welds together, The steady rest 4 is stainless steel, and the level(l)ing device 7 is mechanical part, and precision is high, easy to operate.

The utility model level(l)ing device 7 is that a adjusting that balance equipment can be adjusted to standard level position is set Standby, level is a word, and there are many different explanations, refer to the horizontal line for being parallel to the water surface, and can be used for indicating in a certain profession The height that aspect is reached, in railway construction, level refers to the relative relief of two strands of rail surfaces of circuit or so.

It is carried out in 3D printer intelligent leveling device in use, making electric current and main body by operating personnel's startup power supply switch 3 are powered, then pass through air-operated apparatus 703, sliding sleeve 712, nozzle 708 and the biography in 4 upper horizontal regulating device of steady rest, 7 structure Moving axis 12 is electrically connected work, is then embedded in main body 3 front end by control panel 2 to carry out manipulation setting, realize from Dynamic leveling is the existing level in sensing objective table, instructs stepper motor to carry out automatic leveling by calculating, can do To accurate leveling and automation leveling, the working time is saved, printing effect has been turned up, ensure that good printing effect.

The utility model solves the problems, such as it is that the prior art is incomplete, can not automatic leveling, not only operate and compare Trouble, and low precision, the utility model are combined with each other by above-mentioned component, and it is in sensing objective table to realize automatic leveling Existing level in the case of, by calculate instruct leveling motor carry out automatic leveling, can accomplish accurate leveling and automation adjust It is flat, the working time is saved, printing effect has been turned up, ensure that good printing effect.

The advantages of basic principles and main features and the utility model of the utility model have been shown and described above, for For those skilled in the art, it is clear that the present invention is not limited to the details of the above exemplary embodiments, and without departing substantially from this In the case of the spirit or essential attributes of utility model, the utility model can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the utility model is by institute Attached claim rather than above description limit, it is intended that will fall within the meaning and scope of the equivalent requirements of the claims All changes are embraced therein.Any reference numeral in claim should not be considered as to the involved right of limitation It is required that.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiment being appreciated that.

Claims (5)

1.3D printer intelligent leveling devices, structure include：Pedestal (1), control panel (2), main body (3), steady rest (4), Fixing bolt (5), workbench (6), level(l)ing device (7), printing head base (8), synchronous belt pressing plate (9), compression bar (10), wheel disc (11), transmission shaft (12), photoelectric sensor (13), stepper motor (14), it is characterised in that：

Pedestal (1) rectangular cross-section structure and it is fixed on main body (3) bottom end vertically and welds together, the control plane Plate (2) level is tightly attached to main body (3) front end and using electrical connection, and the main body (3) is conllinear with pedestal (1) axle center, described steady Determine frame (4) to set there are two and be uniformly installed on main body (3) left and right ends altogether and fix using nut, the fixing bolt (5) Set altogether there are four and to be vertically embedded into workbench (6) internal, the workbench (6) be fixed on vertically main body (3) upper end and with it is steady Determine frame (4) using matching, the level(l)ing device (7) be horizontally fixed on printing head base (8) rear end and with workbench (6) Using mechanical connection, printing head base (8) level is tightly attached to level(l)ing device (7) front end, synchronous belt pressing plate (9) water Safety is loaded on upper end on rear side of steady rest (4) and using mechanical connection, before compression bar (10) level is tightly attached to steady rest (4) End, the wheel disc (11) set there are two and are uniformly installed on transmission shaft (12) left and right ends altogether, and the transmission shaft (12) is horizontal solid It is scheduled on compression bar (10) side and with main body (3) using being electrically connected, the photoelectric sensor (13) is fixed on level(l)ing device (7) lower section, the stepper motor (14) are fixed on steady rest (4) and are connected with workbench (6)；

The level(l)ing device (7) is by drive link (701), locking device (702), air-operated apparatus (703), gland (704), heating Piece (705), trunnion (706), hook (707), nozzle (708), locating rod (709), transition thermal insulation barriers (710), feeding mechanism (711), sliding sleeve (712) forms；

Drive link (701) level is embedded in air-operated apparatus (703) inside and is used with locking device (702) and matched, described Air-operated apparatus (703) is conllinear with heating plate (705) axle center, and the gland (704) is nested in air-operated apparatus (703) and heating plate (705) Outer ring and be gap-matched, horizontal embedded heating plate (705) inside left of the trunnion (706) and with hook (707) Using matching, the nozzle (708) is vertically arranged to transition thermal insulation barriers (710) bottom end and is used with feeding mechanism (711) Interference fit, the locating rod (709) is horizontal through drive link (701) inner upper end, sliding sleeve (712) horizontal nest in Locating rod (709) outer ring, the sliding sleeve (712) are internal through feeding mechanism (711) and using electrical connection.

2. 3D printer intelligent leveling device according to claim 1, it is characterised in that：The main body (3) and steady rest (4) axle center is conllinear.

3. 3D printer intelligent leveling device according to claim 1, it is characterised in that：The level(l)ing device (7) It is installed vertically on workbench (6) upper end with printing head base (8).

4. 3D printer intelligent leveling device according to claim 1, it is characterised in that：The control panel (2) and master Body (3) is integrated.

5. 3D printer intelligent leveling device according to claim 1, it is characterised in that：Wheel disc (11) horizontal nest In transmission shaft (12) left and right ends and weld together.