CN207736936U - A kind of thermal transfer experimental facilities - Google Patents

Abstract

The utility model is related to dye transfer experimental fields, it is disclosed that a kind of thermal transfer experimental facilities, including rack, the workbench being set in rack and transfer unit, it is provided with workspace and feeding area in the rack, the workspace is located at the lower section of transfer unit, the opposite sides of the workspace is both provided with feeding area, the workbench sliding is set in rack, and the workbench sliding is set between feeding area and passes through workspace, the workbench length to be not less than twice of work section length；Workbench is provided in rack, transfer unit is provided with above workbench, it is workspace between workbench and transfer unit, workspace opposite sides is feeding area, workbench linear slide between feeding area, and the length of workbench is not less than twice of work section length, it realizes while being transferred, it is located at material of the part preparation with transfer of feeding area in workbench, takes full advantage of realizing in transfer process, improve the efficiency of product transfer.

Description

A kind of thermal transfer experimental facilities

Technical field

The utility model is related to dye transfer experimental field, more particularly to a kind of thermal transfer experimental facilities.

Background technology

Heat transfer machine is the general name of the machine used in thermal transfer technology, and thermal transfer is also referred to as heat sublimation, is by portrait, landscape Equal any images in plain paper or high-precision printing paper, are turned using thermal transfer ink printed using the corresponding heat of thermal transfer Printing apparatus is heated to certain temperature in several minutes, the image color on paper it is true to nature be transferred to porcelain cup, porcelain dish, porcelain plate, A kind of special process in the materials such as clothes, metal.

Existing notification number is the Chinese patent of CN206589449U, and it discloses a kind of thermal transfer experimental facilities, including machine Frame is set to the workbench in rack for carrying transfer materials and is set to the transfer in rack and above workbench Component, the workbench sliding is set in rack, and the driving mechanism for driving workbench to slide is provided in rack； Start driving mechanism so that workbench slides off the lower section of transfer unit, material to be transferred is positioned on workbench, again Starting driving mechanism makes workbench reset, and transfer unit realizes transfer to band transfer materials heating.

As in above-mentioned public technology, needed to be aligned with transfer materials on the table before transfer, then workbench is slid It is transferred below to transfer unit, needs to wait for a period of time during transfer, and the beam worker before can not being transferred Make, transfer conventional efficient is relatively low, and there are shortcomings to be modified.

Utility model content

The purpose of this utility model is to provide a kind of thermal transfer experimental facilities, increases feeding area and increases workbench, work Make platform to slide between feeding area, realizes and prepare material to be transferred on the table while transfer, to improve production Efficiency.

The above-mentioned technical purpose of the utility model technical scheme is that：

A kind of thermal transfer experimental facilities, including rack, the workbench that is set in rack and transfer unit, the rack On be provided with workspace and feeding area, the workspace is located at the lower section of transfer unit, and the opposite sides of the workspace is all provided with It is equipped with feeding area, the workbench sliding is set in rack, and workbench sliding is set between feeding area and passes through Workspace, the workbench length are not less than twice of work section length.

By using above-mentioned technical proposal, it is provided with workbench in rack, transfer unit is provided with above workbench, Workbench and the workspace that transfer unit opposed area is transfer, in workspace, the opposite end of horizontal direction is provided with feeding Area, workbench sliding is arranged in rack, and workbench linear slide between feeding area, and the length of workbench is not less than work Make section length twice, when workbench slides, always some is located at workspace, and another part is located at feeding area, to real While transfer now, it is located at material of the part preparation with transfer of feeding area in workbench, takes full advantage of and transferred Time in journey improves the efficiency of product transfer experiment.

The utility model is further arranged to：The workbench includes left support plate and right support plate, the workbench Its glide direction of lower end edge is provided with slide bar, and the left support plate is removably connected on slide bar with right support plate.

By using above-mentioned technical proposal, workbench is made of left support plate and right support plate, the process of workbench sliding In, when left support plate is located at workspace, right support plate is located at the feeding area on the right side of workspace, when right support plate is located at workspace When, left support plate is located at the feeding area on the left of workspace, and slide bar, left support plate and right support is arranged in the lower end of workbench Plate is removably connected on slide bar, and realization is individually replaced left support plate or right support plate, improves workbench maintenance efficiency.

The utility model is further arranged to：The left support plate is both provided with right support plate lower end and is connected on slide bar Snap ring, the snap ring lower end offers bayonet, and the snap ring has elasticity.

By using above-mentioned technical proposal, the card being connected on slide bar is both provided in left support plate and right support plate lower end The lower end of ring, snap ring offers bayonet and snap ring is flexible so that snap ring can be directly connected on slide bar, realize the fast of snap ring Victory installation and dismounting.

The utility model is further arranged to：The annular groove for limiting snap ring movement is provided on the slide bar.

By using above-mentioned technical proposal, it is provided with annular groove on slide bar, snap ring is connected in annular groove, blocks The horizontal both ends of ring are abutted with the side wall of groove, to define movement of the snap ring on slide bar, increase the steady of workbench It is qualitative.

The utility model is further arranged to：The opposite end of the close feeding area of the rack is both provided with locating piece, The limiting slot for limiting slide bar glide direction is offered on the limited block.

By using above-mentioned technical proposal, it is both provided with locating piece close to the both ends of feeding area in workbench, and positioning Limiting slot is offered on block, sliding rod frame is set in the limiting slot of locating piece, locating piece defines the slip locations of sliding block, to Increase the sliding stability of workbench.

The utility model is further arranged to：It abuts in the limiting slot and with the lower end of slide bar and is provided with idler wheel, it is described Glide direction of the pivot center of idler wheel perpendicular to slide bar.

By using above-mentioned technical proposal, idler wheel, the sliding side of the pivot center and slide bar of idler wheel are set in limiting slot To vertical, and the upper end of idler wheel abuts the lower end with slide bar so that by force of rolling friction in slide bar moving process, reduces Slide bar suffered resistance when moving, realizes the quick sliding of workbench.

The utility model is further arranged to：The both ends of the slide bar are rotatably connected to limiting plate, and the limiting plate turns Dynamic plane is vertical with slide bar, and limited block is provided in the rack；Rotate the limiting plate and sliding table, the limiting plate It is abutted with limited block.

By using above-mentioned technical proposal, it is respectively provided with only limiting plate at the both ends of slide bar, and limiting plate is rotationally connected with The rotational plane of slide bar, limiting plate is vertical with slide bar, and the opposite end that horizontal direction is arranged in rack is provided with limited block, turns Dynamic limiting plate to one end and limited block is oppositely arranged, and when sliding table, workbench sliding is until limiting plate is supported with limited block Connect stopping, it is determined that the sliding stroke of workbench avoids slide bar from being detached from sliding slot, improves the moving stability of workbench.

The utility model is further arranged to：The limiting plate is provided with locking nut close to one end of slide bar.

By using above-mentioned technical proposal, one end of slide bar is provided with locking nut, rotation lock spiral shell in limiting plate Mother limits the rotation of limiting plate, increases the stability of limiting plate.

The utility model is further arranged to：The one end of the limiting plate far from slide bar, which is provided with, slows down limiting plate and limit The rubber pad of block collision.

By using above-mentioned technical proposal, rubber pad is set in the one end of limiting plate far from bar, when limiting plate is close to limit When block, rubber pad is collided with limited block, and rubber pad plays cushioning effect, avoids limiting plate and limited block impaired.

The utility model is further arranged to：The front end of the workbench is provided with the handle for pulling its sliding.

By using above-mentioned technical proposal, handle is set in the front end of workbench, by pull handle, is realized convenient for pulling The purpose of workbench.

In conclusion the utility model has the advantages that：

Slide bar is set in the lower end of workbench, and snap ring is arranged in the lower end of workbench, snap ring is connected in slide bar so that work Make to be relatively fixed between platform and slide bar, then by the way that locating piece is arranged in the opposite end of rack, opens up limiting slot on locating piece, incite somebody to action Slide bar is connected in limiting slot, to define the slip locations of gag lever post, increases the sliding stability of workbench.

Description of the drawings

Fig. 1 is a kind of structural schematic diagram of thermal transfer experimental facilities；

Fig. 2 is slide plate and slide bar exploded perspective view；

Fig. 3 is attachment structure schematic diagram of the slide bar in rack.

Reference numeral：1, rack；2, workbench；21, left support plate；22, right support plate；3, transfer unit；31, cylinder； 311, piston rod；32, heating plate；4, workspace；5, feeding area；6, slide bar；61, annular groove；7, snap ring；71, bayonet；72、 Connecting plate；8, locating piece；81, limiting slot；9, idler wheel；10, limiting plate；11, limited block；12, locking nut；13, rubber pad； 14, handle.

Specific implementation mode

The utility model is described in further detail below in conjunction with attached drawing.

As described in Figure 1, a kind of thermal transfer experimental facilities, including organic frame 1, the workbench 2 that is set in rack 1 and turn Component 3 is printed, the sliding of workbench 2 is set in rack 1, is workspace 4, the left and right two of workspace 4 in the underface of transfer unit 3 Side is set as feeding area 5；Material to be transferred is positioned over workbench 2 at feeding area 5, sliding table 2 to workspace 4, Transfer unit 3 heats material and realizes transfer.

As shown in Figure 1, transfer unit 3 includes cylinder 31 and heating plate 32, cylinder 31 is set to the upper end of rack 1, The lower end of piston rod 311 connects heating plate 32 in cylinder 31, and heating plate 32 is arranged in parallel with workbench 2, when workbench 2 slides into Workspace 4 starts cylinder 31 and heating plate 32 is glided and squeezes the material on workbench 2, heated to material so that dye Transfer is realized in material distillation.

As shown in Figure 1, the sliding of workbench 2 is set between feeding area 5, and by workspace 4, workbench 2 includes left branch Fagging 21 and right support plate 22, and left support plate 21 is big with heating plate 32 etc. with right support plate 22；In the mistake that workbench 2 slides Cheng Zhong, when left support plate 21 is located at workspace 4, right support plate 22 is located at the feeding area 5 on 4 right side of workspace, works as right support plate 22 when being located at workspace 4, and left support plate 21 is located at the feeding area 5 in the left side of workspace 4, to which realization is while being transferred, It is located at material of the part preparation with transfer of feeding area 5 in workbench 2, takes full advantage of the time in transfer process, improve The efficiency of product transfer experiment.

As shown in Figures 2 and 3, the lower end of workbench 2 is provided with one group of parallel slide bar 6, and slide bar 6 is along workbench 2 Glide direction be extended, be both provided with snap ring 7 in the lower end of left support plate 21 and right support plate 22, and the lower end of the two is equal There are four snap rings 7 for circumferential spaced set, offer bayonet 71 in the lower end of snap ring 7, and snap ring 7 uses flexible plastics Composition, is provided with connecting plate 72 in the upper end of snap ring 7, connecting plate 72 and left support plate 21 or 22 screw of right support plate is fixed；

The snap ring 7 of left support plate 21 and 22 lower end of right support plate is connected on slide bar 6, realizes left support plate 21 and right branch The fixation of fagging 22, and left support plate 21 and right support plate 22 are detachably connected, and are easy to implement left support plate 21 and right support The dismounting and change of plate 22 or cleaning.

As shown in Figures 2 and 3, annular groove 61 is wherein arranged at intervals on slide bar 6, snap ring 7 is connected in annular groove 61 In, the left and right ends of snap ring 7 are connected to the side wall of annular groove 61；To define movement of the snap ring 7 on slide bar 6, increase The stability of workbench 2 is added.

As shown in Figures 2 and 3, the left and right ends of rack 1 are provided with locating piece 8, limiting slot is offered on locating piece 8 81, limiting slot 81 is vertically opened up by the upper end of locating piece 8, and is provided with idler wheel in the limiting slot 81 on locating piece 8 9, the rotation axis of idler wheel 9 is arranged perpendicular to slide bar 6 and both ends are rotationally connected on locating piece 8, and the both ends of slide bar 6 are embedded respectively In limiting slot 81, and the upper end of idler wheel 9 is connected to the lower end of slide bar 6 and forms support to slide bar 6；

When mobile work platform 2, the limiting slot 81 on locating piece 8 defines the glide direction of slide bar 6, realizes workbench 2 Sliding between feeding area 5, and 9 supporting slider 6 of idler wheel so that detached between slide bar 6 and rack 1, by rack 1 and slide bar Sliding friction between 6 switchs to the rolling friction between idler wheel 9 and slide bar 6, reduces the resistance in 2 moving process of workbench, real The quick sliding of existing workbench 2, improves conventional efficient.

As shown in Figures 2 and 3, and the left and right ends in rack 1 are provided with limited block 11, are arranged at the both ends of slide bar 6 There is limiting plate 10, one end of limiting plate 10 is rotationally connected on slide bar 6, and the rotational plane of limiting plate 10 is vertical with slide bar 6, and One end of slide bar 6 is provided with locking nut 12 in limiting plate 10；

Locking nut 12 is unclamped and tightened, the rotation and fixation of limiting plate 10 are realized, when limiting plate 10 is far from slide bar 6 When one end is opposite with limited block 11, sliding table 2, until limiting plate 10 is abutted with limited block 11, workbench 2 stops, and determines The sliding stroke of workbench 2, avoid slide bar 6 from being detached from sliding slot and realize left support plate 21 and right support plate 22 respectively with heating The alignment of plate 32 improves the moving stability of workbench 2.

As shown in Figure 1, one end that wherein limiting plate 10 is collided with limited block 11 is provided with rubber pad 13；When limiting plate 10 leans on When nearly limited block 11, rubber pad 13 is collided with limited block 11, and rubber pad 13 plays cushioning effect, reduces limiting plate 10 and limit Block 11 is impaired.

Handle 14 is set in the front end of workbench 2, by pull handle 14, is realized convenient for pulling the purpose of workbench 2.

Specific implementation process：

Sliding table 2 so that the left support plate 21 in workbench 2 is located at feeding area 5, and material is positioned over left support plate On 21, sliding table 2, until rubber pad 13 and limited block 11 collide, workbench 2 stops sliding, at this point, left support plate 21 with Heating plate 32 is aligned, and right support plate 22 is located at feeding area 5, starts cylinder 31 so that heating plate 32 pushes, in left support plate 21 Material heating, in transfer process, second group of material is positioned in right support plate 22, work can be slided at once after the completion of transfer Make platform 2 so that right support plate 22 slides into workspace 4 and continues to transfer, to improve conventional efficient.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but As long as all being protected by Patent Law in the right of the utility model.

Claims (10)

1. a kind of thermal transfer experimental facilities, including rack（1）, be set to rack（1）On workbench（2）And transfer unit （3）, it is characterised in that：The rack（1）On be provided with workspace（4）With feeding area（5）, the workspace（4）Positioned at transfer Component（3）Lower section, the workspace（4）Opposite sides be both provided with feeding area（5）, the workbench（2）Sliding setting In rack（1）On, and the workbench（2）Sliding is set to feeding area（5）Between and pass through workspace（4）, the workbench （2）Length is not less than workspace（4）Twice of length.

2. a kind of thermal transfer experimental facilities according to claim 1, it is characterised in that：The workbench（2）Including left branch Fagging（21）With right support plate（22）, the workbench（2）Lower end edge its glide direction be provided with slide bar（6）.

3. a kind of thermal transfer experimental facilities according to claim 2, it is characterised in that：The left support plate（21）With right branch Fagging（22）Lower end, which is both provided with, is connected in slide bar（6）On snap ring（7）, the snap ring（7）Lower end offers bayonet（71）, institute State snap ring（7）With elasticity.

4. a kind of thermal transfer experimental facilities according to claim 3, it is characterised in that：The slide bar（6）Upper setting is useful In restriction snap ring（7）Mobile annular groove（61）.

5. a kind of thermal transfer experimental facilities according to claim 2, it is characterised in that：The rack（1）Close feeding Area（5）Opposite end be both provided with locating piece（8）, the locating piece（8）On offer for limiting slide bar（6）Glide direction Limiting slot（81）.

6. a kind of thermal transfer experimental facilities according to claim 5, it is characterised in that：The limiting slot（81）It is interior and with cunning Bar（6）Lower end abut be provided with idler wheel（9）, the idler wheel（9）Pivot center perpendicular to slide bar（6）Glide direction.

7. a kind of thermal transfer experimental facilities according to claim 2, it is characterised in that：The slide bar（6）Both ends rotation It is connected with limiting plate（10）, the limiting plate（10）Rotational plane and slide bar（6）Vertically, the rack（1）Upper setting is limited Position block（11）；Rotate the limiting plate（10）And sliding table（2）, the limiting plate（10）With limited block（11）It abuts.

8. a kind of thermal transfer experimental facilities according to claim 7, it is characterised in that：The limiting plate（10）Close to slide bar （6）One end be provided with locking nut（12）.

9. a kind of thermal transfer experimental facilities according to claim 8, it is characterised in that：The limiting plate（10）Far from slide bar （6）One end be provided with and slow down limiting plate（10）With limited block（11）The rubber pad of collision（13）.

10. a kind of thermal transfer experimental facilities according to claim 1, it is characterised in that：The workbench（2）Front end set It is equipped with the handle for pulling its sliding（14）.