CN208263684U - A kind of multistation print machine - Google Patents

Abstract

The utility model relates to a kind of multistation to print a machine, including rack, the horizontally disposed guiding mechanism moved in the vertical direction for placing bottom plate, the thermal transfer mechanism above bottom plate, the elevating mechanism for driving thermal transfer mechanism to go up and down and the guidance elevating mechanism of pen on the rack；Elevating mechanism includes the drive rod being vertically arranged, connecting rod and control stick；Control stick one end is hinged on frame upper end；The control stick other end is provided with hand-held part；Hinged with one end of connecting rod in the middle part of control stick, the other end of connecting rod and drive rod upper end are hinged；It is also arranged with a sleeve outside drive rod, sleeve is fixed on the rack；Thermal transfer mechanism includes a heating board for being horizontally fixed on drive rod lower end and heat conduction silicone that heating board lower end is arranged in；Rotation control stick makes connecting rod drive drive rod and the thermal transfer mechanism of drive rod connection vertically moving；Guiding mechanism includes the two parallel and guide plates that are vertically arranged；Two guide plates are separately positioned on heating board opposite sides.

Description

A kind of multistation print machine

Technical field

The utility model relates to thermal transfer fields more particularly to a kind of multistation to print a machine.

Background technique

In the prior art, the thermal transfer mechanism for printing a machine only includes a heating board, directly passes through heating board to pen when printing pen The shortcomings that progress thermal transfer, this mode, is as follows:

1, pen is fixed in the slot during thermal transfer only on the lower, and pen may loosen during thermal transfer, lead It causes an impressing pattern to generate heating wire trace, influences the printing effect of pen；

2, thermal transfer, heating board and contact area very little are carried out to pen by the heating board of plane, thermal transfer efficiency is slow；

3, heating board with contact straight, bad control temperature, it is easy to pen be scorched, the printing effect of pen is influenced.

In addition, the elevating mechanism of existing print machine driving thermal transfer mechanism lifting does not have special guiding mechanism, thermal transfer Mechanism may generate offset in lifting process, and the moment in the upper end of contact pen is unstable, may generate heating wire trace, Influence the printing effect of pen.

Utility model content

The utility model proposes a kind of multistation to print a machine, which prints heating board in a machine and pass through heat conduction silicone pair Pen is heated, and increases heating surface (area) (HS while fixing, while joined the guiding mechanism with elevating mechanism cooperation, The stability for increasing print machine structure, improves printing effect.

The technical solution of the utility model is as follows:

A kind of multistation print machine including rack, the horizontally disposed bottom plate for being used to place pen on the rack, is located at bottom plate The thermal transfer mechanism of side, the elevating mechanism for driving thermal transfer mechanism to go up and down and guidance elevating mechanism move in the vertical direction Guiding mechanism；The elevating mechanism includes the drive rod being vertically arranged, connecting rod and control stick；Described control stick one end is hinged It holds on the rack；The control stick other end is provided with hand-held part；It is hinged with one end of connecting rod in the middle part of the control stick, it is described The other end of connecting rod and drive rod upper end are hinged；It is also arranged with a sleeve outside the drive rod, the sleeve is fixed on rack On；The thermal transfer mechanism includes a heating board for being horizontally fixed on drive rod lower end and thermal conductive silicon that heating board lower end is arranged in Glue-line；Rotating the control stick makes connecting rod drive drive rod and the thermal transfer mechanism of drive rod connection vertically moving； The guiding mechanism includes the two parallel and guide plates that are vertically arranged；Two guide plates are separately positioned on heating board opposite sides, and two Respectively close to heating board two sides to guide heating board to move along the vertical direction on the inside of the guide plate.

It further, further include a buffer gear being arranged between elevating mechanism and thermal transfer mechanism；The buffer Structure includes a buffer board that is horizontally disposed and being hinged on drive rod lower end；By several vertical between the buffer board and heating board The spring of setting connects.

Further, the drive rod includes an interior bar and the outer bar for being set in interior bar lower end；The interior bar and outer bar spiral shell Line connection；It is hinged in the middle part of the interior bar upper end and control stick；The outer bar lower end and buffer board upper end are hinged；On the outside of the outer bar It is provided with outward and is conducive to hand-held protrusion；Anti-skid chequer is provided on the outside of the protrusion.

Further, the bottom plate upper surface is arranged in parallel with several slots for placing pen.

It further, further include one rack two sides being set for filling the storage box of pen.

The utility model has the following beneficial effects:

1, the heating board of the utility model multistation print machine heats pen by heat conduction silicone, is fixing pen While increase heating surface (area) (HS.

2, the utility model multistation print machine joined the guiding mechanism with elevating mechanism cooperation, and guidance elevating mechanism exists It is moved on vertical direction, increases the stability of print machine structure, avoid thermal transfer mechanism in the moment of the upper end of contact pen It is not sufficiently stable, generates heating wire trace, influence the printing effect of pen.

3, the utility model multistation print machine elevating mechanism on be provided with buffer gear, realize thermal transfer mechanism with The soft contact of pen, greatly protects the structure of pen not to be subject to crushing, reduces the operation difficulty of staff.

4, the driving pole length of the elevating mechanism of the utility model multistation print machine is adjustable, drives pole length by adjusting The position of thermal transfer mechanism in the vertical direction can be adjusted, indirectly to adapt to the pen of different size.

5, the utility model multistation print machine is additionally provided with the storage box for being conducive to storage pen, facilitates taking and depositing for pen Storage.

6, the utility model multistation print machine structure is excellent, ingenious in design, practical.

Detailed description of the invention

Fig. 1 is the structural schematic diagram that the utility model multistation prints a machine；

Fig. 2 is the front view that the utility model multistation prints a machine；

Fig. 3 is the partial enlargement diagram in Fig. 2 at A.

Appended drawing reference indicates in figure are as follows:

1, rack；21, bottom plate；22, slot；31, drive rod；311, interior bar；312, outer bar；313, protrusion；32, it manipulates Bar；33, hand-held part；41, heating board；42, heat conduction silicone；51, guide plate；52, sleeve；61, buffer board；62, spring；7, it stores up Object box.

Specific embodiment

The utility model is described in detail in the following with reference to the drawings and specific embodiments.

Referring to Fig. 1 to Fig. 3, a kind of multistation print machine including rack 1, is horizontally set in rack 1 for placing pen Bottom plate 21, the thermal transfer mechanism above bottom plate 21, the elevating mechanism for driving thermal transfer mechanism to go up and down and guidance lifting The guiding mechanism that mechanism moves in the vertical direction；The elevating mechanism includes the drive rod 31 being vertically arranged, 34 and of connecting rod Control stick 32；Described 32 one end of control stick is hinged on 1 upper end of rack；32 other end of control stick is provided with hand-held part 33；Institute State that the middle part of control stick 32 is hinged with one end of connecting rod 34, and the other end of the connecting rod 34 and 31 upper end of drive rod are hinged；Institute It states and is also arranged with a sleeve 52 outside drive rod 31, the sleeve 52 is fixed in rack 1；The thermal transfer mechanism includes one horizontal The heating board 41 for being fixed on 31 lower end of drive rod and the heat conduction silicone 42 that 41 lower end of heating board is set；The heating board 41 is logical It is thermally conductive to cross pen of the heat conduction silicone 42 on bottom plate 21；Heat conduction silicone 42 is tightly attached to a upper end and generates shape in transfer process Become, the top half of pen is heated while fixing；Rotating the control stick 32 makes connecting rod 34 drive driving The thermal transfer mechanism that bar 31 and drive rod 31 connect is vertically moving；The guiding mechanism includes two in parallel and is vertically arranged Guide plate 51；Two guide plates 51 are separately positioned on 41 opposite sides of heating board, and two 51 insides of guide plate are respectively close to hair 41 two sides of hot plate are to guide heating board 41 to move along the vertical direction；The heating board 41 is embedded with the thermally conductive of several heat-generating pipes for one Aluminium block.

It further, further include a buffer gear being arranged between elevating mechanism and thermal transfer mechanism；The buffer Structure includes a buffer board 61 that is horizontally disposed and being hinged on 31 lower end of drive rod；Pass through between the buffer board 61 and heating board 41 Several springs 62 being vertically arranged connect.

Further, the drive rod 31 includes an interior bar 311 and the outer bar 312 for being set in 311 lower end of interior bar；In described Bar 311 is threadedly coupled with outer bar 312；311 upper end of interior bar and 32 middle part of control stick are hinged；312 lower end of outer bar and slow 61 upper end of punching is hinged；312 outside of outer bar is provided with outward is conducive to hand-held protrusion 313；It is arranged on the outside of the protrusion 313 There is anti-skid chequer；The sleeve 52 is set in outside the junction of outer interior bar 311, outer bar 312 or interior bar 311 and outer bar 312；Sleeve 52 Be set in interior bar 311 it is outer when it is remote enough with the junction of interior bar 311 and outer bar 312, will not influence the movement of drive rod 31.

Further, 21 upper surface of bottom plate is arranged in parallel with several slots 22 for placing pen.

It further, further include one 1 two sides of rack being set for filling the storage box 7 of pen.

It further, further include one for showing that the liquid crystal display of 41 temperature of heating board, the liquid crystal display are generating heat with setting Temperature sensor connection at plate 41.

The workflow of the utility model is as follows:

If dry brush is placed in the slot 22 on bottom plate 21, starting heating board 41 is preheated, and heating board 41 has preheated Bi Hou, operator hold hand-held part 33 and break control stick 32 downwards, make connecting rod 34 that drive rod 31 and its heat of connection be driven to turn Printing mechanism moves downward, and thermal transfer mechanism is vertically moving under 51 guiding function of guide plate, until heat conduction silicone 42 It is close to the top half of pen and generates deformation, the spring 62 in buffer gear shares the pressure on pen, and heating board 41 passes through thermally conductive Pen of the layer of silica gel 42 on bottom plate 21 is thermally conductive；Operator lifts control stick 32 after thermal transfer, makes thermal transfer mechanism and pen It is detached from, terminates thermal transfer process；Operator can adjust thermal transfer mechanism in vertical direction by adjusting 31 length of drive rod indirectly On position, to adapt to the pen of different size.

The above description is only the embodiments of the present invention, and therefore it does not limit the scope of the patent of the utility model, all Equivalent structure or equivalent flow shift made based on the specification and figures of the utility model, is applied directly or indirectly in Other related technical areas are also included in the patent protection scope of the utility model.

Claims (5)

1. a kind of multistation prints a machine, it is characterised in that: including rack (1), be horizontally set on rack (1) for placing pen Bottom plate (21), the thermal transfer mechanism being located above bottom plate (21), the elevating mechanism for driving thermal transfer mechanism to go up and down and guidance The guiding mechanism that elevating mechanism moves in the vertical direction；The elevating mechanism includes the drive rod (31) being vertically arranged, connection Bar (34) and control stick (32)；Described control stick (32) one end is hinged on rack (1) upper end；Control stick (32) other end is set It is equipped with hand-held part (33)；It is hinged with one end of connecting rod (34) in the middle part of the control stick (32), the connecting rod (34) it is another It holds hinged with drive rod (31) upper end；The drive rod (31) is also arranged with a sleeve (52) outside, and the sleeve (52) is fixed on In rack (1)；The thermal transfer mechanism includes that a heating board (41) for being horizontally fixed on drive rod (31) lower end and setting are being sent out The heat conduction silicone (42) of hot plate (41) lower end；Rotating the control stick (32) makes connecting rod (34) to drive drive rod (31) and drive The thermal transfer mechanism of lever (31) connection is vertically moving；The guiding mechanism includes the two parallel and guiding that are vertically arranged Plate (51)；Two guide plates (51) are separately positioned on heating board (41) opposite sides, on the inside of two guide plates (51) respectively close to Heating board (41) two sides are to guide heating board (41) to move along the vertical direction.

2. a kind of multistation according to claim 1 prints a machine, it is characterised in that: further include a setting in elevating mechanism and Buffer gear between thermal transfer mechanism；The buffer gear is horizontally disposed with including one and is hinged on the slow of drive rod (31) lower end Punching (61)；It is connect between the buffer board (61) and heating board (41) by several springs (62) being vertically arranged.

3. a kind of multistation according to claim 2 prints a machine, it is characterised in that: the drive rod (31) includes an interior bar (311) and it is set in the outer bar (312) of interior bar (311) lower end；The interior bar (311) is threadedly coupled with outer bar (312)；In described It is hinged in the middle part of bar (311) upper end and control stick (32)；Outer bar (312) lower end and buffer board (61) upper end are hinged；It is described outer It is provided with outward on the outside of bar (312) and is conducive to hand-held protrusion (313)；Anti-skid chequer is provided on the outside of the protrusion (313).

4. a kind of multistation according to claim 1 prints a machine, it is characterised in that: bottom plate (21) upper surface is parallel It is provided with several slots (22) for placing pen.

5. a kind of multistation according to claim 1 prints a machine, it is characterised in that: further include a setting in rack (1) two Side is used to fill the storage box (7) of pen.