CN107379543A - A kind of efficient 3D printer - Google Patents

A kind of efficient 3D printer Download PDF

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Publication number
CN107379543A
CN107379543A CN201710397308.8A CN201710397308A CN107379543A CN 107379543 A CN107379543 A CN 107379543A CN 201710397308 A CN201710397308 A CN 201710397308A CN 107379543 A CN107379543 A CN 107379543A
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CN
China
Prior art keywords
slipping block
slippage slot
locking
drive device
screw rod
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201710397308.8A
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Chinese (zh)
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CN107379543B (en
Inventor
吴芉
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Jiangsu Qi Long Electronic Technology Co., Ltd.
Original Assignee
Guangxi Nanning Huahui Optical Fiber Technology Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Application filed by Guangxi Nanning Huahui Optical Fiber Technology Co Ltd filed Critical Guangxi Nanning Huahui Optical Fiber Technology Co Ltd
Priority to CN201710397308.8A priority Critical patent/CN107379543B/en
Publication of CN107379543A publication Critical patent/CN107379543A/en
Application granted granted Critical
Publication of CN107379543B publication Critical patent/CN107379543B/en
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B33ADDITIVE MANUFACTURING TECHNOLOGY
    • B33YADDITIVE MANUFACTURING, i.e. MANUFACTURING OF THREE-DIMENSIONAL [3-D] OBJECTS BY ADDITIVE DEPOSITION, ADDITIVE AGGLOMERATION OR ADDITIVE LAYERING, e.g. BY 3-D PRINTING, STEREOLITHOGRAPHY OR SELECTIVE LASER SINTERING
    • B33Y30/00Apparatus for additive manufacturing; Details thereof or accessories therefor

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  • Chemical & Material Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Manufacturing & Machinery (AREA)
  • Materials Engineering (AREA)
  • Manufacture Or Reproduction Of Printing Formes (AREA)
  • Ink Jet (AREA)

Abstract

The invention discloses a kind of efficient 3D printer, printing equipment including base portion and setting base portion over top, top surface is provided with pillar on the left of base portion, front and rear equity is provided with the first slippage slot in top surface on the left of base portion, each first slippage slot inner bottom surface middle-end is provided with the second slippage slot, the first screw rod that left and right elongation is set is provided with second slippage slot, sliding is connected with the first slipping block in first slippage slot, slid chamber is provided with inside printing equipment, it is internal on the right side of slid chamber to be provided with nose, the latch well set towards right side elongation is provided with nose, printing drive device is fixedly installed in the bottom surface of printing equipment, printing drive device bottom is connected with printhead, at the top of printing drive device groove was provided between latch well bottom, the bull stick for being connected with that elongation is set up and down is crossed in groove;The present invention is simple in construction, safe, improves printing effect and printing precision.

Description

A kind of efficient 3D printer
Technical field
The present invention relates to 3D printing technique field, specifically a kind of efficient 3D printer.
Background technology
Efficient 3D printer is also known as three-dimensional printer, is a kind of machine of RP technique, it is with mathematical model Based on file, with special wax material or plastics etc. can jointing material, manufacture three-dimensional by printing jointing material from level to level Object.3D printing can just generate the object of any shape without machinery or mould directly from computer graphics data, from And the production cycle of product is highly shortened, improve productivity ratio.The efficient 3D printer of existing market upper part is using " molten The technology of product shaping ", whole flow process are to melt plastics in spray printing portion, are then just formed by way of depositing plastic material fiber Thin layer, this technology, which has mold pallet, which does not fix, causes easy the problem of shifting in print procedure, has a strong impact on and normally beats Print.In addition, existing efficient 3D printer can not be realized during printhead rotation prints and stopped immediately, it is not suitable with existing There is demand.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of efficient 3D printer, and it can solve the problem that above-mentioned present skill The problem of in art.
The present invention is achieved through the following technical solutions:A kind of efficient 3D printer of the present invention, including base portion And the printing equipment of the base portion over top is set, top surface is provided with pillar on the left of the base portion, is pushed up on the left of the base portion Front and rear equity is provided with the first slippage slot in face, and each first slippage slot inner bottom surface middle-end is provided with the second slippage slot, and described the The first screw rod set is extended in two slippage slots provided with left and right, is slid in first slippage slot and is connected with the first sliding Block, the printing equipment inside are provided with slid chamber, and inside is provided with nose on the right side of the slid chamber, is provided with the nose towards right side The latch well set is extended, printing drive device, the printing drive device are fixedly installed in the bottom surface of the printing equipment Bottom is connected with printhead, and groove, the mistake were provided between the latch well bottom at the top of the printing drive device The bull stick that elongation is set up and down is connected with groove, the bull stick bottom extended end pin at the top of the printing drive device with matching somebody with somebody Connection is closed, bull stick top extension is visited into the latch well and top elongation end pin and the latch well inner roof wall turn Connect, be fixed with locking transfer panel on the bull stick in the latch well, it is reciprocity in two sides up and down on the right side of the nose Provided with passing through the 4th slippage slot that is connected with and puts with the slid chamber, in each 4th slippage slot sliding be connected with second Slipping block, slid chamber side described in each second slipping block long distance are fixedly installed securing rod, the securing rod long distance institute State the second slipping block side and pass through the even nose inner wall and sliding mating connection, the slid chamber inner left wall and the nose Lock nut is provided between left surface, sliding bar is connected with the lock nut, the sliding bar is all provided with both sides up and down There is the transmission arm set towards right side elongation, the transmission arm right side elongation end pin, which is provided with, to be visited to the 3rd in the 4th slippage slot Slipping block, is provided with front and rear slide device between the pillar and the base portion, the front and rear slide device is arranged on the base On the left of portion in the front and rear slippage slot of top surface, front and rear drive device is fixedly installed on the front and rear slippage slot front inner wall, it is described Front and rear screw rod is connected with front and rear drive device, the front and rear screw rod outer surface is connected with front and rear slipping block, described Front and rear slipping block is connected with wall slip in the front and rear slippage slot, the front and rear slipping block upper surface and the pillar following table Face is fixedly connected, and transfer device is provided with first slipping block.
Preferably technical scheme, the first screw rod left end is transferred with the second slippage slot inner left wall, described First screw rod right-hand member is connected with first driving means, and the first driving means outer surface is arranged at second slippage slot In the inwall of right side and it is fixedly connected.
Preferably technical scheme, the interior running slippage slot for being provided with elongation setting up and down of the pillar right flank are described Operate and the running screw rod that elongation is set up and down is provided with slippage slot, the running screw rod bottom and the running slippage slot inner bottom surface Switching, the running screw tip are connected with running drive device, and the running drive device outer surface is arranged at described In running slippage slot inner roof wall and it is fixedly connected, the 4th to be connected with the running screw rod is provided with the running slippage slot Slipping block, the 4th slipping block right-hand member are fixedly connected with outside on the left of the printing equipment.
Preferably technical scheme, the first slipping block bottom middle-end be provided with visit in second slippage slot and with What first screw rod was connected leads shifting block, and left and right equity is provided with the 3rd sliding in each first slipping block top surface Groove, fragmenting plate is provided between the 3rd slippage slot of the left and right sides, and being provided with locking in the fragmenting plate transfers drive device, institute State locking and transfer the second screw rod for being respectively cooperating with being connected with left and right sides of drive device and setting being extended towards the left and right sides, the left and right sides The second elongate screw section visit respectively into the 3rd slippage slot of the left and right sides, match somebody with somebody on each second screw rod Close and be connected with the locking slipping block that top spy is arrived outside the first slipping block top surface, two groups of institutes outside the first slipping block top surface State locking slipping block opposite side and be provided with the lock slots being oppositely arranged, described lock is provided with locking at the top of the lock slots in slipping block Transfer part.
Preferably technical scheme, the second slipping block side end pin described in each securing rod long distance are equipped with braking Pad, the brake pad of upside are oppositely arranged with the locking transfer panel top surface, and the brake pad of downside turns with the locking Connect the face of trying to get to the heart of a matter to be oppositely arranged, spring part is provided with the outside of the securing rod in the 4th slippage slot, each second slipping block Long distance securing rod side is equipped with the first inclined edge surfaces, transmission arm side described in each 3rd slipping block long distance be equipped with to The second inclined edge surfaces being connected with first inclined edge surfaces sliding.
Preferably technical scheme, the lock nut left end are connected with locking drive device, and the locking is driven Dynamic outside of deivce face is arranged in the slid chamber left surface and is fixedly connected, the lock nut right-hand member and nose left side Inwall is transferred.
Preferably technical scheme, the second screw rod lines in the 3rd slippage slot of the left and right sides is counter to be set.
Preferably technical scheme, the transfer device are arranged on the locking slipping block of the first slipping block top surface Interior, the transfer device includes transferring spring part, and spring part groove is provided with the locking slipping block bottom, and the transfer spring part bottom is consolidated Surely it is arranged in the spring part groove bottom wall, the locking slipping block top is transfer portion, transfer portion bottom and the transfer Spring part is fixedly connected.
The beneficial effects of the invention are as follows:
1. setting nose by internal on the right side of slid chamber, the latch well set towards right side elongation, printing drive device top are set in nose Set groove between portion and latch well bottom, and crossed the bull stick that elongation is set up and down that is connected in groove, bull stick bottom extended end pin with Print and be connected at the top of drive device, extension is visited into latch well at the top of bull stick and top elongation end pin in latch well with pushing up Wall is transferred, fixed on the bull stick in latch well to set locking transfer panel, on the right side of nose equity is set and slid chamber in two sides up and down The 4th slippage slot for being connected with and putting is passed through, second slipping block that is connected, each second slipping block are slid in each 4th slippage slot Securing rod is fixedly installed in long distance slid chamber side, and even nose inner wall is passed through in the second slipping block of securing rod long distance side and sliding coordinates Connection, lock nut is set between slid chamber inner left wall and nose left surface, be connected sliding bar in lock nut, slides bar Upper and lower both sides are all provided with the transmission arm set towards right side elongation, and elongation end pin sets spy to the 3rd in the 4th slippage slot on the right side of transmission arm Slipping block is oblique by the second of the 3rd slipping block bottom of sliding bar drive so as to drive lock nut to turn by locking drive device Side face is realized with the first inclined edge surfaces sliding mating connection at the top of the second slipping block automatically controls braking pad with locking transfer panel Lock fit.
Visit into the second slippage slot 2. being set by the first slipping block bottom middle-end and lead shifting with what the first screw rod was connected Block, left and right equity sets the 3rd slippage slot in each first slipping block top surface, and segmentation is set between the 3rd slippage slot of the left and right sides Plate, locking is set in fragmenting plate and transfers drive device, locking, which is transferred, is respectively cooperating with connection towards the left and right sides at left and right sides of drive device The second screw rod set is extended, the second elongate screw section of the left and right sides is visited into the 3rd slippage slot of the left and right sides respectively, often The top that is connected on individual second screw rod is visited to the locking slipping block outside the first slipping block top surface, outside the first slipping block top surface Two groups of locking slipping block opposite sides set the lock slots being oppositely arranged, and locking is set in lock slots top locking slipping block and transfers part, from And realize the locking of different mold plates and print position and transfer.
3. being all provided with brake pad by each the second slipping block of securing rod long distance side end pin, brake pad and the locking of upside turn Connect disk top surface to be oppositely arranged, brake pad and the locking transfer panel bottom surface of downside are oppositely arranged, outside the securing rod in the 4th slippage slot Side sets spring part, and each second slipping block long distance securing rod side is all provided with the first inclined edge surfaces, each 3rd slipping block long distance transmission arm Side is all provided with the second inclined edge surfaces to be connected with the sliding of the first inclined edge surfaces, so as to realize brake pad with locking transfer panel Lock fit.
4. the present invention is simple in construction, the locking for automatically controlling printhead can be realized, meanwhile, prevent personnel from operating without permission Cause unexpected generation, the transfer for automatically controlling locking and print position can be realized, improve printing effect and printing precision.
Brief description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.
Fig. 1 is a kind of efficient 3D printer top view of the present invention;
Fig. 2 is overall structure diagram inside a kind of efficient 3D printer of the present invention;
Structural representation when Fig. 3 is a kind of efficient 3D printer mold plate of the present invention;
Fig. 4 is the structural representation after a kind of efficient 3D printer unblock of the present invention;
Fig. 5 is the structural representation of the front and rear slide device of the present invention.
Embodiment
As Figure 1-Figure 5, a kind of efficient 3D printer of the invention, including base portion 5 and the setting base portion 5 push up Printing equipment 7 above portion, the left side top surface of base portion 5 are provided with pillar 6, and front and rear equity is set in the left side top surface of base portion 5 There is the first slippage slot 51, each inner bottom surface middle-end of first slippage slot 51 is provided with the second slippage slot 52, second slippage slot The first screw rod 521 set is extended in 52 provided with left and right, is slid in first slippage slot 51 and is connected with the first slipping block 53, the inside of the printing equipment 7 is provided with slid chamber 72, is provided with nose 73 inside the right side of slid chamber 72, in the nose 73 Provided with the latch well 71 set towards right side elongation, printing drive device 75, institute are fixedly installed in the bottom surface of the printing equipment 7 State printing drive device 75 bottom and be connected with printhead 753, the top of printing drive device 75 and the latch well 71 Groove 751 was provided between bottom, it is described to cross in groove 751 bull stick 752 for being connected with that elongation is set up and down, the bull stick 752 Bottom extended end pin is connected with the top of printing drive device 75, and the top extension of bull stick 752, which is visited, arrives the lock Determine in chamber 71 and top elongation end pin is transferred with the inner roof wall of latch well 71, on the bull stick 752 in the latch well 71 Be fixed with locking transfer panel 711, the right side of the nose 73 equity is provided with and the company of passing through of slid chamber 72 in two sides up and down The 4th slippage slot 74 set, each sliding is connected with the second slipping block 741, Mei Gesuo in the 4th slippage slot 74 State the side of slid chamber 72 described in the long distance of the second slipping block 741 and be fixedly installed securing rod 742, described in the long distance of securing rod 742 The side of second slipping block 741 passes through the even inner wall of nose 73 and sliding is connected, the inner left wall of slid chamber 72 and institute State and be provided with lock nut 722 between the left surface of nose 73, sliding bar 721, the cunning are connected with the lock nut 722 Move bar and be equipped with the transmission arm 731 set towards right side elongation in both sides about 721, the right side of the transmission arm 731 elongation end pin is provided with The 3rd slipping block 732 in the 4th slippage slot 74 is visited, front and rear sliding is provided between the pillar 6 and the base portion 5 Device, the front and rear slide device are arranged in the front and rear slippage slot 501 of the left side top surface of base portion 5, the front and rear slippage slot Front and rear drive device 503 is fixedly installed on 501 front inner walls, front and rear spiral shell is connected with the front and rear drive device 503 Bar 504, the front and rear outer surface of screw rod 504 are connected with front and rear slipping block 502, the front and rear slipping block 502 and it is described before Wall slip is connected in slippage slot 501 afterwards, and the front and rear upper surface of slipping block 502 is fixedly connected with the lower surface of pillar 6, So as to realize sliding of the pillar 6 in fore-and-aft direction, transfer device is provided with first slipping block 53.
Wherein, the left end of the first screw rod 521 is transferred with the inner left wall of the second slippage slot 52, first screw rod 521 right-hand members are connected with first driving means 522, and the outer surface of first driving means 522 is arranged at second sliding In the right side inwall of groove 52 and it is fixedly connected, automatically controls the mobile print position of transfer so as to realize, improve printing precision.
Wherein, the running slippage slot 61 that elongation is set up and down, the running slippage slot 61 are provided with the right flank of pillar 6 Interior to be provided with the running screw rod 64 that elongation is set up and down, the running bottom of screw rod 64 turns with running slippage slot 61 inner bottom surface Connect, the running top of screw rod 64 is connected with running drive device 63, and running drive device 63 outer surface is arranged at In the running inner roof wall of slippage slot 61 and it is fixedly connected, is provided with the running slippage slot 61 and coordinates with the running screw rod 64 4th slipping block 62 of connection, the right-hand member of the 4th slipping block 62 is fixedly connected with the left side of printing equipment 7 outside, so as to real Running printing is now automatically controlled, improves print speed.
Wherein, the bottom middle-end of the first slipping block 53 be provided with visit in second slippage slot 52 and with first spiral shell What bar 521 was connected leads shifting block 531, and left and right equity is provided with the 3rd slippage slot in each top surface of first slipping block 53 532, fragmenting plate 533 is provided between the 3rd slippage slot 532 of the left and right sides, being provided with locking in the fragmenting plate 533 transfers Drive device 5331, the locking, which transfers the left and right sides of drive device 5331 and is respectively cooperating with being connected with towards the left and right sides, extends setting The second screw rod 534, the extension of the second screw rod 534 of the left and right sides visits the 3rd slippage slot to the left and right sides respectively In 532, top is connected with each second screw rod 534 and is visited to the locking cunning outside the top surface of the first slipping block 53 Block 535 is moved, the opposite side of slipping block 535 is locked described in two groups outside the top surface of the first slipping block 53 and is provided with the locking being oppositely arranged Groove 5351, the top of the lock slots 5351 locking slipping block 535 is interior to transfer part 5352 provided with locking, so as to realize different castings The locking of template and print position are transferred.
Wherein, the side end pin of the second slipping block 741 described in each long distance of securing rod 742 is equipped with brake pad 7431, The brake pad 7431 of upside is oppositely arranged with the locking top surface of transfer panel 711, the brake pad 7431 of downside and institute Locking transfer panel 711 bottom surface to be stated to be oppositely arranged, the outside of the securing rod 742 in the 4th slippage slot 74 is provided with spring part 743, Each side of second slipping block, 741 long distance securing rod 742 is equipped with the first inclined edge surfaces 7411, each 3rd slipping block The side of transmission arm 731 described in 732 long distances is equipped with the second hypotenuse to be connected with first inclined edge surfaces 7411 sliding Face 7321, so as to the lock fit realized brake pad 7431 with lock transfer panel 711.
Wherein, the left end of lock nut 722 is connected with locking drive device 723, the locking drive device 723 Outer surface is arranged in the left surface of slid chamber 72 and is fixedly connected, and the right-hand member of lock nut 722 and the nose 73 are left Side inwall switching, so as to realize the locking and unblock work that automatically control printhead 753.
Wherein, the lines of the second screw rod 534 in the 3rd slippage slot 532 of the left and right sides is counter to be set.
Wherein, the transfer device is arranged in the locking slipping block 535 of the top surface of the first slipping block 53, the transfer Device includes transferring spring part 5353, and spring part groove 5354, the bottom of transfer spring part 5353 are provided with locking slipping block 535 bottom Portion is fixedly installed on the bottom wall of spring part groove 5354, and locking slipping block 535 top is transfer portion 5355, the transfer portion 5355 bottoms are fixedly connected with the transfer spring part 5353.
During original state, the sliding right flank of bar 721 abuts against with the left surface of nose 73, and now, sliding bar 721 drives linkage 3rd slipping block 732 of the right-hand member of arm 731 is located at the right-most position in the 4th slippage slot 74, meanwhile, the second slipping block 741 by The pressure on top surface of spring part 743, make the second slipping block 741 at utmost side of long distance latch well 71, now, the second inclined edge surfaces 7321 In the right positions of the first inclined edge surfaces 7411 and abut against, meanwhile, securing rod 742 is at utmost visited into latch well 71, now, Lead and move the middle-end that block 531 is located in the second slippage slot 52, the middle-end for making the first slipping block 53 be located in the first slippage slot 51, together When, locking slipping block 535 in the slippage slot 532 of the left and right sides the 3rd at utmost side of long distance fragmenting plate 533, meanwhile, Top position of four slipping blocks 62 in running slippage slot 61, now, the 4th slipping block 62 drives the maximum journey of printing equipment 7 Spend the top surface of long distance base portion 5.
When needing printing, mold plate is moved in the first slipping block of front and rear sides 53 first left and right sides lock slots Position between 5351, then by locking 534 turns of the second screw rod transferred drive device 5331 and drive the left and right sides, by left and right two Second screw rod 534 of side drives the locking slipping block 535 in the 3rd slippage slot 532 of the left and right sides to relatively move, until mold plate Both ends are locked in slipping block 535 to the left and right sides with gradually visiting respectively, now, make bottom surface at left and right sides of mold plate respectively with a left side The right inner bottom surface of both sides lock slots 5351 abuts against, and then proceedes to control locking and transfers drive device 5331 drives the left and right sides the Two 534 turns of screw rods, until as shown in Figure 3 the left and right sides lock slots 5351 in madial wall respectively with mold plate left and right sides phase Abut, now, control transfers drive device 5331 and stops turning, and then manually part 5352 is transferred in control locking, adjusts locking Moving part 5352 abuts against with mold plate top surface, now, completes mold plate locking, then passes through the control of first driving means 522 the The rotating of one screw rod 521, the first screw rod 521 is set to drive the left and right directions sliding led and move block 531 along the second slippage slot 52, meanwhile, Front and rear corresponding first slipping block 53 is driven to be slided along the left and right directions in the first slippage slot 51 by front and rear corresponding shifting block 531 of leading Move, because securing rod 742 is at utmost visited into latch well 71, the printhead of bottom is driven finally by printing drive device 75 753 turns and 711 turns of locking transfer panel on bull stick 752 and bull stick 752 is driven, then driven by operating drive device 63 64 turns of screw rod is operated, drives the 4th slipping block 62 gradually along the bottom direction sliding of running slippage slot 61 by running screw rod 64, meanwhile, Printing equipment 7 is driven to slide downwards by the 4th slipping block 62, until completing printing;
When needing printhead to lock, 722 turns of lock nut is controlled by locking drive device 723, is driven by lock nut 722 Slide bar 721 gradually to slide along the left direction of slid chamber 72, now, sliding bar 721 drives transmission arm 731 and right side elongation tail 3rd slipping block 732 of the tip gradually moves towards left direction, makes the second inclined edge surfaces 7321 on the 3rd slipping block 732 and first oblique Side face 7411 compresses sliding and coordinated, and now, the second slipping block 741 gradually overcomes the pressure on top surface of spring part 743 to drive securing rod 742 remote Brake pad 7431 away from the side of the second slipping block 741 is gradually visited into latch well 71, until the long distance of securing rod 742 as shown in Figure 4 The brake pad 7431 of the side of second slipping block 741 at utmost abuts against with locking transfer panel 711, completes locking connection, now Control locking drive device 723 stops turning.
The beneficial effects of the invention are as follows:
1. setting nose by internal on the right side of slid chamber, the latch well set towards right side elongation, printing drive device top are set in nose Set groove between portion and latch well bottom, and crossed the bull stick that elongation is set up and down that is connected in groove, bull stick bottom extended end pin with Print and be connected at the top of drive device, extension is visited into latch well at the top of bull stick and top elongation end pin in latch well with pushing up Wall is transferred, fixed on the bull stick in latch well to set locking transfer panel, on the right side of nose equity is set and slid chamber in two sides up and down The 4th slippage slot for being connected with and putting is passed through, second slipping block that is connected, each second slipping block are slid in each 4th slippage slot Securing rod is fixedly installed in long distance slid chamber side, and even nose inner wall is passed through in the second slipping block of securing rod long distance side and sliding coordinates Connection, lock nut is set between slid chamber inner left wall and nose left surface, be connected sliding bar in lock nut, slides bar Upper and lower both sides are all provided with the transmission arm set towards right side elongation, and elongation end pin sets spy to the 3rd in the 4th slippage slot on the right side of transmission arm Slipping block is oblique by the second of the 3rd slipping block bottom of sliding bar drive so as to drive lock nut to turn by locking drive device Side face is realized with the first inclined edge surfaces sliding mating connection at the top of the second slipping block automatically controls braking pad with locking transfer panel Lock fit.
Visit into the second slippage slot 2. being set by the first slipping block bottom middle-end and lead shifting with what the first screw rod was connected Block, left and right equity sets the 3rd slippage slot in each first slipping block top surface, and segmentation is set between the 3rd slippage slot of the left and right sides Plate, locking is set in fragmenting plate and transfers drive device, locking, which is transferred, is respectively cooperating with connection towards the left and right sides at left and right sides of drive device The second screw rod set is extended, the second elongate screw section of the left and right sides is visited into the 3rd slippage slot of the left and right sides respectively, often The top that is connected on individual second screw rod is visited to the locking slipping block outside the first slipping block top surface, outside the first slipping block top surface Two groups of locking slipping block opposite sides set the lock slots being oppositely arranged, and locking is set in lock slots top locking slipping block and transfers part, from And realize the locking of different mold plates and print position and transfer.
3. being all provided with brake pad by each the second slipping block of securing rod long distance side end pin, brake pad and the locking of upside turn Connect disk top surface to be oppositely arranged, brake pad and the locking transfer panel bottom surface of downside are oppositely arranged, outside the securing rod in the 4th slippage slot Side sets spring part, and each second slipping block long distance securing rod side is all provided with the first inclined edge surfaces, each 3rd slipping block long distance transmission arm Side is all provided with the second inclined edge surfaces to be connected with the sliding of the first inclined edge surfaces, so as to realize brake pad with locking transfer panel Lock fit.
4. the present invention is simple in construction, the locking for automatically controlling printhead can be realized, meanwhile, prevent personnel from operating without permission Cause unexpected generation, the transfer for automatically controlling locking and print position can be realized, improve printing effect and printing precision.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any The change or replacement expected without creative work, it should all be included within the scope of the present invention.Therefore, it is of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims (8)

1. a kind of efficient 3D printer, including base portion and the printing equipment that base portion over top is set, it is characterised in that:Base Top surface is provided with pillar on the left of portion, and front and rear equity is provided with the first slippage slot in the top surface of base portion left side, bottom in each first slippage slot Face middle-end is provided with the second slippage slot, and the first screw rod that left and right elongation is set is provided with the second slippage slot, is slid in the first slippage slot The first slipping block is connected with, slid chamber is provided with inside printing equipment, inside is provided with nose on the right side of slid chamber, is provided with nose Towards the latch well of right side elongation setting, printing drive device, printing drive device bottom are fixedly installed in the bottom surface of printing equipment Portion is connected with printhead, and groove was provided between latch well bottom at the top of printing drive device, crosses in groove and is connected with The bull stick that elongation is set up and down, bull stick bottom extended end pin at the top of printing drive device with being connected, extension at the top of bull stick Visit in latch well and top elongation end pin is transferred with latch well inner roof wall, locking switching is fixed with the bull stick in latch well Disk, on the right side of nose equity is provided with the 4th slippage slot for being passed through with slid chamber and being connected with and putting, each 4th slippage slot in two sides up and down Inside sliding is connected with the second slipping block, and each second slipping block long distance slid chamber side is fixedly installed securing rod, lock Even nose inner wall is passed through in the second slipping block of fixed pole long distance side and sliding is connected, slid chamber inner left wall and nose left surface Between be provided with lock nut, be connected with sliding bar in lock nut, both sides are equipped with towards right side elongation and set sliding bar up and down The transmission arm put, elongation end pin, which is provided with, on the right side of transmission arm visits to the 3rd slipping block in the 4th slippage slot, between pillar and base portion Front and rear slide device is provided with, front and rear slide device is arranged on the left of base portion in the front and rear slippage slot of top surface, before front and rear slippage slot Front and rear drive device is fixedly installed on the inwall of side, front and rear screw rod, front and rear screw rod appearance are connected with front and rear drive device Face is connected with front and rear slipping block, and front and rear slipping block is connected with wall slip in front and rear slippage slot, front and rear slipping block upper table Face is fixedly connected with pillar lower surface, and transfer device is provided with the first slipping block.
A kind of 2. efficient 3D printer according to claim 1, it is characterised in that:The first screw rod left end with it is described Second slippage slot inner left wall is transferred, and the first screw rod right-hand member is connected with first driving means, the first driving dress Outer surface is put to be arranged on the right side of second slippage slot in inwall and be fixedly connected.
A kind of 3. efficient 3D printer according to claim 1, it is characterised in that:It is provided with the pillar right flank upper The running slippage slot that lower elongation is set, the running slippage slot is interior to be provided with the running screw rod that elongation is set up and down, the running spiral shell Bar bottom is transferred with the running slippage slot inner bottom surface, and the running screw tip is connected with running drive device, described Running drive device outer surface is arranged in the running slippage slot inner roof wall and is fixedly connected, and is provided with the running slippage slot The 4th slipping block being connected with the running screw rod, the 4th slipping block right-hand member and outside on the left of the printing equipment are solid Fixed connection.
A kind of 4. efficient 3D printer according to claim 1, it is characterised in that:The first slipping block bottom middle-end Shifting block is led provided with visiting in second slippage slot and with what first screw rod was connected, each the first slipping block top Left and right equity is provided with the 3rd slippage slot in face, and fragmenting plate, the segmentation are provided between the 3rd slippage slot of the left and right sides Locking is provided with plate and transfers drive device, the locking is transferred to be respectively cooperating with being connected with towards the left and right sides at left and right sides of drive device The second screw rod set is extended, the second elongate screw section of the left and right sides visits the 3rd sliding to the left and right sides respectively In groove, top is connected with each second screw rod and is visited to the locking slipping block outside the first slipping block top surface, Slipping block opposite side is locked described in two groups outside the first slipping block top surface and is provided with the lock slots being oppositely arranged, the lock slots Locking, which is provided with, in the locking slipping block of top transfers part.
A kind of 5. efficient 3D printer according to claim 1, it is characterised in that:Described in each securing rod long distance Second slipping block side end pin is equipped with brake pad, and the brake pad of upside is oppositely arranged with the locking transfer panel top surface, The brake pad of downside is oppositely arranged with the locking transfer panel bottom surface, on the outside of the securing rod in the 4th slippage slot Provided with spring part, each second slipping block long distance securing rod side is equipped with the first inclined edge surfaces, each 3rd slipping block Transmission arm side described in long distance is equipped with the second inclined edge surfaces to be connected with first inclined edge surfaces sliding.
A kind of 6. efficient 3D printer according to claim 1, it is characterised in that:The lock nut left end and locking Drive device is connected, and the locking drive device outer surface is arranged in the slid chamber left surface and is fixedly connected, institute Lock nut right-hand member is stated to transfer with the nose inner left wall.
A kind of 7. efficient 3D printer according to claim 1, it is characterised in that:The left and right sides the 3rd slippage slot Interior the second screw rod lines is counter to be set.
A kind of 8. efficient 3D printer according to claim 1, it is characterised in that:The transfer device is arranged on described In the locking slipping block of first slipping block top surface, the transfer device includes transferring spring part, is set in the locking slipping block bottom There is spring part groove, the transfer spring part bottom is fixedly installed in the spring part groove bottom wall, and the locking slipping block top is transfer Portion, transfer portion bottom are fixedly connected with the transfer spring part.
CN201710397308.8A 2017-05-31 2017-05-31 A kind of 3D printer equipment Active CN107379543B (en)

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20150190963A1 (en) * 2014-01-06 2015-07-09 Xyzprinting, Inc. Printing head module
CN104960208A (en) * 2015-07-16 2015-10-07 淄博市乐豆创客服务中心 3d printer
CN204955420U (en) * 2015-07-08 2016-01-13 渭南高新区火炬科技发展有限责任公司 3D prints and uses guide rail mechanism
CN105415677A (en) * 2015-12-07 2016-03-23 深圳长朗科技有限公司 3d printer

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20150190963A1 (en) * 2014-01-06 2015-07-09 Xyzprinting, Inc. Printing head module
CN204955420U (en) * 2015-07-08 2016-01-13 渭南高新区火炬科技发展有限责任公司 3D prints and uses guide rail mechanism
CN104960208A (en) * 2015-07-16 2015-10-07 淄博市乐豆创客服务中心 3d printer
CN105415677A (en) * 2015-12-07 2016-03-23 深圳长朗科技有限公司 3d printer

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