CN207015037U - Engraving machine - Google Patents
Engraving machine Download PDFInfo
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- CN207015037U CN207015037U CN201720643530.7U CN201720643530U CN207015037U CN 207015037 U CN207015037 U CN 207015037U CN 201720643530 U CN201720643530 U CN 201720643530U CN 207015037 U CN207015037 U CN 207015037U
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- icking tool
- engraving machine
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- slag chute
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Abstract
Mechanical engraving technical field is the utility model is related to, discloses a kind of engraving machine.The engraving machine includes fuselage, icking tool head, icking tool frame, front clamp seat and rear grip slipper, the icking tool frame, front clamp seat and rear grip slipper are mounted on fuselage, machining area is formed by the region between front clamp seat and rear grip slipper, institute's icking tool head is arranged above machining area, the icking tool head is arranged on icking tool frame, the slag chute for collecting chip is provided with below machining area, the slag chute enumerates whole machining area, and the slag chute bottom is connected with chip and extracts pipeline.Planar structure in existing engraving below machining area is transformed into slag chute structure by the engraving machine; so as to be collected to the chip fallen from machining area; discharge is extracted in time extracting pipeline via chip; so as to effectively prevent influence of the accumulation of chip for processing; avoid shutdown cleaning operation; processing efficiency is improved, the utility model can be implemented based on existing three axle, four axles or five-axis machine tool.
Description
Technical field
Mechanical engraving technical field is the utility model is related to, especially a kind of engraving machine.
Background technology
Comb is the instrument for being typically used for combing hair.It is usual in the comb of the natural materials such as past wooden comb, horn comb
It is manually to carve, but with the development of technique and technology, it is now more that comb is carried out using plant equipment such as engraving machine, gulleting machines
Batch machining.
In system combs industry, the engraving machine of use is usually three axles, four axles, five axle engraving machines, wherein four axle engraving machines are most
It is conventional.Four axle engraving machines can be used for furniture engraving, figure of buddha engraving, handicraft engraving, body model's engraving, animal engraving etc. three
Tie up engraving field.Four axle engraving machines are except in addition to axle, also having more a rotary shaft with three axle engraving machine identical X, Y, Z tri-, and five
Axle engraving machine is then again more rotary shafts on the basis of four axles.As publication No. be CN103847409A,
The patent documents such as CN202219693U, CN205573439U disclose four similar axle engraving machines of structure, wherein except workpiece
Outside tri- direction of relative movement of three X, Y, Z between cutter, also one revolution formed by clamping device driving workpiece
Direction.
Engraving machine can produce substantial amounts of chip in the course of the work, and these chips scatter to surrounding, are attached on engraving machine
It is not easy to clean, Hand scarf is not easy in operation process is carved.It is typically employed on three axle engraving machines above icking tool head
Installation takes out the mode of dirt device to extract chip caused by engraving, such as notification number is patent document disclosed in CN203974351U
It is such.And four axle engraving machines are developed by three axle engraving machines, the dust exhaust apparatus and three axles of most four axle engraving machines are carved
Quarter, machine the same was also mounted to above icking tool head.
Although dust exhaust apparatus is set to solve chip cleaning problem to a certain extent above icking tool head, due to the suction
It is arranged at during dirt device on Carving machine head, therefore all chips can not be extracted completely, a large amount of chips is fallen due to Action of Gravity Field
Fall within heap on lathe to come, therefore still manual cleaning regularly must be carried out to the chip on engraving machine.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of engraving machine, and the engraving machine can be in engraving operation
Collected in time while journey and extract chip out, it is possible to achieve for complete collection and the extraction of chip, prevent from cutting to greatest extent
Consider cumulative effect processing effect to be worth doing.
Engraving machine disclosed in the utility model, including fuselage, icking tool head, icking tool frame, front clamp seat and rear grip slipper, it is described
Icking tool frame, front clamp seat and rear grip slipper are mounted on fuselage, are made up of and are added the region between front clamp seat and rear grip slipper
Work area domain, the icking tool head are arranged above machining area, and the icking tool head is arranged on icking tool frame,
The slag chute for collecting chip is provided with below the machining area, the slag chute enumerates whole machining area,
The slag chute bottom is connected with chip and extracts pipeline.
Further, the chip blowing mechanism towards machining area is installed on the icking tool frame.
Specifically, the slag chute includes rear vertical plane, front bevel and positioned at the skew back face of both sides, the front bevel, which is located at, to be leaned on
The nearby side of grip slipper, the rear vertical plane are located at the relative opposite side of front bevel, rear vertical plane, front bevel and the both sides
Skew back bread enclose and form up big and down small funnel-shaped structure, the entrance that pipeline is extracted in the chip is arranged at rear vertical plane bottom
Portion.
Specifically, the quantity at least two of the slag chute, the adjacent skew back face of two neighboring slag chute forms reverse V-shaped knot
Structure.
Further, described engraving machine, including charging positioning device,
The charging positioning device includes locating support and locating piece, is connected with the locating support for controlling positioning
The elevating mechanism of support lifting, the locating piece are installed on locating support；
If the clamping direction determined by front clamp seat and rear grip slipper is Y-direction, the horizontal direction perpendicular to Y-direction is X
Direction, perpendicular to the direction of X-direction and Y-direction it is Z-direction；
The first locating surface is formed on the locating support, the second locating surface, first positioning are formed on the locating piece
Face is perpendicular to Z-direction, and second locating surface is perpendicular to X-direction；
The locating piece forms the horizontal movement pair of relative motion in X direction with locating support, and is provided with for locking
The locking mechanism of locating piece position；
The locating support is located in machining area, and the quantity of the locating piece is consistent with the quantity of icking tool head.
Specifically, the locating support includes two slide bars being arranged in parallel in X direction, and the granddad above two slide bars cuts
Face forms the first locating surface；
The locating piece includes the upper block being arranged in pairs and lower block, the upper block and lower block are located at slide bar respectively
Both sides up and down, the upper block bottom surface and lower block top surface are provided with the chute of adaptation corresponding with slide bar, the locking
Mechanism is lock screw or locking bolt, is connected with each other and clamped by locking mechanism between the upper block and lower block and determined
On locating support；
At least one side forms the second locating surface perpendicular to X-direction and by the side on the locating piece.
Specifically, in the mounting seat being provided at both ends with for installing elevating mechanism of locating support, the mounting seat installation
On fuselage vertical plane above the slag chute skew back face；
The mounting seat includes connecting plate and L-shaped installation supporting plate, and the connecting plate is connected on fuselage vertical plane, the L
Shape installation supporting plate is connected on connecting plate, and the elevating mechanism is installed on L-shaped installation supporting plate, and the locating support is installed on liter
On descending mechanism.
Further, described engraving machine, upper outlet body, side plate and front cover body are also included,
The upper outlet body shrouds icking tool frame and can be as icking tool frame moves along Y-direction, and the side plate is arranged at the two of fuselage
Side, the front cover body are arranged at the feeding end of fuselage, and the upper outlet body, side plate, front cover body, slag chute and fuselage form closed
Processing space；
The front cover body upper end and the be hinged composition retractable structure of upper outlet body, and be provided between front cover body and upper outlet body
For the supporting mechanism for supporting front cover body to keep it turned on.
Further, upper outlet body bottom edge corresponding with side plate and front cover body bottom edge corresponding with side plate
It is provided with dust-proof bar brush.
Further, it is characterised in that：The upper outlet body, side plate and front cover body medial surface are arranged with by acoustic material system
Into noise reduction layer.
The beneficial effects of the utility model are：
Planar structure in existing engraving below machining area is transformed into slag chute structure by the engraving machine, so as to from processing
The chip that region falls is collected, and discharge is extracted in time extracting pipeline via chip, so as to effectively prevent the heap of chip
Influence of the product for processing, avoids shutdown cleaning operation, saves clearance time, improve processing efficiency, can be based on existing
Three axles, four axles or the five-axis machine tool having implement the utility model.
Brief description of the drawings
Fig. 1 is the engraving machine schematic diagram under front cover body opening；
Fig. 2 is the engraving machine schematic diagram under front cover body closed mode；
Fig. 3 is Fig. 2 side view；
Fig. 4 is the top view of charging positioning device；
Fig. 5 is the schematic diagram of charging positioning device specific embodiment；
Fig. 6 is the scheme of installation of charging positioning device.
Reference：Pipeline is extracted in fuselage 1, icking tool first 2, icking tool frame 3, front clamp seat 4, rear grip slipper 5, slag chute 6, chip
601, rear vertical plane 602, front bevel 603, skew back face 604, charging positioning device 7, locating support 701, locating piece 702, lifting
Mechanism 703, slide bar 704, upper block 705, lower block 706, lock screw 707, Limit screw 708, upper outlet body 801, side plate
802, front cover body 803, connecting plate 901, L-shaped installation supporting plate 902.
Embodiment
The utility model is further illustrated below in conjunction with the accompanying drawings.
Engraving machine of the present utility model, including fuselage 1, icking tool are first 2, icking tool frame 3, front clamp seat 4 and rear grip slipper 5, institute
State icking tool frame 3, front clamp seat 4 and rear grip slipper 5 to be mounted on fuselage 1, by the area between front clamp seat 4 and rear grip slipper 5
Domain forms machining area, and the icking tool first 2 is arranged above machining area, and the icking tool first 2 is arranged on icking tool frame 3,
The slag chute 6 for collecting chip is provided with below the machining area, the slag chute 6 enumerates whole processing district
Domain, the bottom of slag chute 6 are connected with chip and extract pipeline 601.
Clamping or tip mechanism are respectively arranged with front clamp seat 4 and rear grip slipper 5, during processing, workpiece is positioned over
Between front clamp seat 4 and rear grip slipper 5, clamped by the clamping device on front and rear grip slipper 5, icking tool first 2 is to clamping
Workpiece is processed, and this region is the machining area of engraving machine, and slag chute 6 enumerates whole machining area, and engraving operation produces
Chip slag chute 6 is dropped down onto above and below workpiece, by chip extract pipeline 601 extract discharge.
For the workpiece that area is larger, chip attachment is might have on the surface of work pieces process, influences processing effect, for
This situation, is provided with the chip blowing mechanism towards machining area on the icking tool frame 3, and blowing mechanism can be connected with high pressure
Gas tip or small-sized fanses of gas etc., after unlatching, the surface chip of workpiece can be blown down in time, fall to slag
The discharge of the bottom of groove 6.
Slag chute 6 is usually arranged as up big and down small structure, and in order to the collection and discharge of chip, specifically, its is transversal
Face can be the shapes such as circle, rectangle, rhombus, in the embodiment shown in Fig. 1-3, the slag chute 6 include rear vertical plane 602,
Front bevel 603 and positioned at the skew back face 604 of both sides, the front bevel 603 is located at close to the side of front clamp seat 4, perpendicular after described
602 are faced directly to wrap positioned at the relative opposite side of front bevel 603, the skew back face 604 of the rear vertical plane 602, front bevel 603 and both sides
Enclose and form up big and down small funnel-shaped structure, the entrance that pipeline 601 is extracted in the chip is arranged at the rear bottom of vertical plane 602.Phase
Compared with the bottom surface that the entrance of chip extraction pipeline 601 is directly arranged to slag chute 6, this mode is more beneficial for chip and extracts pipeline
601 arrangement, without bend pipe structure is set, facilitate the circulation of chip, reduction blocking is possible, and can reduce and be installed for pipeline
The requirement in space, reduce the height of whole engraving machine.Dropped down onto under chip in the range of slag chute 6, can be along front bevel 603 or skew back
Face 604 slides towards the rear bottom of vertical plane 602, and then the bottom of vertical plane 602 is provided with the entrance that pipeline 601 is extracted in chip, will
Chip is extracted out.
After slag chute 6 is set, the setting of engraving machine bottom reinforcement structure can be influenceed, the overall rigidity of engraving machine is reduced, is
Solves this problem, the quantity at least two of the slag chute 6, the adjacent skew back face 604 of two neighboring slag chute 6 forms reverse V-shaped
Structure.The reinforcement structure such as i.e. settable connecting rod, can also set reinforcement on the groove outer wall of reverse V-shaped structure in reverse V-shaped structure
Muscle.Set multiple slag chutes 6 that the gradient on single 6 each inclined-plane of slag chute in the case where the depth of slag chute 6 is limited, can also be increased, so as to
Be advantageous to the collection and discharge of chip.
After there is provided slag chute 6, machining area just increases without processing table top, the feeding positioning difficulty of workpiece
Add, positioned for the ease of the feeding of workpiece, described engraving machine, in addition to charging positioning device 7,
The charging positioning device 7 includes locating support 701, locating piece 702 and for controlling the lifting of locating support 701
Elevating mechanism 703, the locating piece 702 are installed on locating support 701；
If the clamping direction determined by front clamp seat 4 and rear grip slipper 5 is Y-direction, the horizontal direction perpendicular to Y-direction is
X-direction, it is Z-direction perpendicular to the direction of X-direction and Y-direction；
The first locating surface is formed on the locating support 701, forms the second locating surface on the locating piece 702, described
One locating surface is perpendicular to Z-direction, and second locating surface is perpendicular to X-direction；
The locating piece 702 forms the horizontal movement pair of relative motion in X direction with locating support 701, and is provided with use
Locking mechanism in locking locating piece 702 position；
The locating support 701 is located in machining area, the quantity and the quantity phase one of icking tool first 2 of the locating piece 702
Cause.
Two faces of workpiece are respectively against the first locating surface and the second locating surface, then coordinate front clamp seat 4 and rear grip slipper 5
The positioning action that body possesses achieves that positioning.Using this positioning method, on the premise of not to workpiece preprocessing positioning hole, soon
Speed realizes the feeding positioning to workpiece exactly.After feeding accurate positioning, less allowance can be then retained on raw material,
Processing efficiency can also be improved by reducing cost of material.Locating piece 702 forms the level of relative motion in X direction with locating support 701
Kinematic pair, make the parallel adjustment of the second locating surface by that can be realized with locking to the secondary adjustment of the horizontal movement, so as to realize pair
In being connected with elevating mechanism 703 in the positioning of different size of workpiece, locating support 701, during feeding, so that it may pass through elevating mechanism
Locating support 701 is adjusted to feeding position location by 703, after the completion of feeding, so that it may by elevating mechanism 703 by locating support
701 are adjusted to high-order or low level, avoid producing obstruction to processing.
Specifically, the upper surface of locating support 701 can be plane, then the first locating surface is then locating support 701
Upper surface, multiple positioning wimble structures can also be set on locating support 701, then the first locating surface is exactly each positioning wimble structure top
The plane that point is formed.And in the embodiment shown in Fig. 4-5, what the locating support 701 was arranged in parallel in X direction including two
Slide bar 704, and the external common tangent plane of the top of two slide bar 704 forms the first locating surface；
The locating piece 702 includes the upper block 705 and lower block 706, the upper block 705 and lower block being arranged in pairs
706 are located at the both sides up and down of slide bar 704, the upper bottom surface of the block 705 and lower top surface of block 706 is provided with and slide bar respectively
The chute of 704 corresponding adaptations, the locking mechanism are lock screw 707 or locking bolt, the upper block 705 and lower piece
It is connected with each other and is clamped and located on locating support 701 by locking mechanism between body 706, at least one on the locating piece 702
Individual side forms the second locating surface perpendicular to X-direction and by the side.
In Fig. 5, employ lock screw 707 and be used as locking mechanism, unclamp lock screw 707, so that it may by locating piece 702
Moved along slide bar 704, realize the adjustment for the second locating surface, it is real that lock screw 707 can be tightened again after being adjusted in place
The locking of the existing position of locating piece 702.Locating piece 702 mainly realizes positioning function by its side, specifically can use left surface or
Right flank.
For the installation of locating support 701, on the premise of first 2 motion of icking tool is not influenceed, it can be installed on icking tool
On frame 3, also it is mountable on fuselage 1, it might even be possible to be installed on by support frame on the pedestal of bottom surface.In the embodiment shown in Fig. 6
In, in the mounting seat being provided at both ends with for installing elevating mechanism 703 of locating support 701, the mounting seat is installed on slag chute 6
On the vertical plane of fuselage 1 of the top of skew back face 604；
The mounting seat includes connecting plate 901 and L-shaped installation supporting plate 902, and it is vertical that the connecting plate 901 is connected to fuselage 1
On face, the L-shaped installation supporting plate 902 is connected on connecting plate 901, and the elevating mechanism 703 is installed on L-shaped installation supporting plate 902
On, the locating support 701 is installed on elevating mechanism 703.
In this embodiment, locating support 701 is installed in mounting seat by elevating mechanism 703, when feeding positions, so that it may
Positioning height is risen to, realizes positioning function, and after the completion of feeding, so that it may drop to below machining area, stayed for work pieces process
Go out enough spaces, and do not interfere with whereabouts and the collection of chip using slide bar 704 using locating support 701.Using L-shaped
Supporting plate 902 is installed elevating mechanism 703 can be installed on into position on the lower as far as possible, be locating support 701 in limited space
It can put lower, avoid producing obstruction to processing.Installed in L-shaped also settable spacing between supporting plate 902 and locating support 701
Screw rod 708, the top of Limit screw 708 set nut, it is ensured that locating support 701 can disposably rise in place during feeding.
Although there is provided slag chute 6 and chip to extract pipeline 601, still have many chips in process flies everywhere
Splash, in order to more thoroughly solve the problems, such as chip, described engraving machine also includes upper outlet body 801, side plate 802 and front cover body,
The upper outlet body 801 shrouds icking tool frame 3 and can moved with icking tool frame 3 along Y-direction, and the side plate 802 is arranged at
The both sides of fuselage 1, the front cover body are arranged at the feeding end of fuselage 1, the upper outlet body 801, side plate 802, front cover body, slag chute 6
And fuselage 1 forms closed processing space；
The front cover body upper end and the be hinged composition retractable structure of upper outlet body 801, and between front cover body and upper outlet body 801
It is provided with the supporting mechanism for supporting front cover body to keep it turned on.Air supporting bar, hydraulic pressure generally may be selected in supporting mechanism
Support bar etc..
Upper outlet body 801 on fixed motion in the Y direction, can preferably complete sealing function together with icking tool frame 3,
Front cover body can be also connected on upper outlet body 801, can be moved together along Y-direction therewith, and side plate 802 is then affixed on fuselage 1,
It is fixed.
In feeding, it is possible to open front cover body, carry out feeding operation, front cover body is can be turned off after the completion of feeding, make to add
Work airtight space.The whole process of workpiece is all carried out in closed processing space, completely by chip and staff's phase
Isolation, so as to be advantageous to keep the health of job shop, the air quality of job shop is improved, is beneficial to the strong of staff
Health.
The convenient keying of handle, and the processing situation for setting visual windows to be easy to inside observation can be set on front cover body.By
Moved in upper outlet body 801 and front cover body, and side plate 802 does not move, thus side plate 802 and the above two between need to leave it is certain between
Gap, to prevent chip from being escaped from the gap, the bottom of upper outlet body 801 and 802 corresponding edge of side plate and front cover body bottom
Portion is provided with dust-proof bar brush with 802 corresponding edge of side plate.
In addition, icking tool first 2 can produce larger noise in process, in order to reduce noise, the upper outlet body 801,
Side plate 802 and front cover body medial surface are arranged with the noise reduction layer made of acoustic material.Specific acoustic material can use sound-absorbing
Cotton, wood-wool acoustic board, sound panel, acoustic blankets etc..
Claims (10)
1. engraving machine, including fuselage (1), icking tool head (2), icking tool frame (3), front clamp seat (4) and rear grip slipper (5), the quarter
Knife rest (3), front clamp seat (4) and rear grip slipper (5) are mounted on fuselage (1), by front clamp seat (4) and rear grip slipper (5)
Between region form machining area, the icking tool head (2) is arranged above machining area, and the icking tool head (2) is arranged at quarter
On knife rest (3), it is characterised in that：
The slag chute (6) for collecting chip is provided with below the machining area, the slag chute (6) enumerates whole processing district
Domain, slag chute (6) bottom are connected with chip and extract pipeline (601).
2. engraving machine as claimed in claim 1, it is characterised in that：It is provided with the icking tool frame (3) towards machining area
Chip blowing mechanism.
3. engraving machine as claimed in claim 1, it is characterised in that：The slag chute (6) includes rear vertical plane (602), front bevel
(603) and positioned at the skew back face (604) of both sides, the front bevel (603) is located at the side of close front clamp seat (4), after described
Vertical plane (602) is located at the relative opposite side of front bevel (603), vertical plane (602), front bevel (603) and the both sides afterwards
Skew back face (604), which surrounds, forms up big and down small funnel-shaped structure, the chip extract pipeline (601) entrance be arranged at after erect
Face (602) bottom directly.
4. engraving machine as claimed in claim 3, it is characterised in that：The quantity at least two of the slag chute (6), it is two neighboring
The adjacent skew back face (604) of slag chute (6) forms reverse V-shaped structure.
5. the engraving machine as described in claim 1,2,3 or 4, it is characterised in that：Including charging positioning device (7),
The charging positioning device (7) includes locating support (701), locating piece (702) and for controlling locating support (701) to rise
The elevating mechanism (703) of drop, the locating piece (702) are installed on locating support (701)；
If the clamping direction determined by front clamp seat (4) and rear grip slipper (5) is Y-direction, the horizontal direction perpendicular to Y-direction is
X-direction, perpendicular to the direction of X-direction and Y-direction it is Z-direction；
The first locating surface is formed on the locating support (701), forms the second locating surface on the locating piece (702), described
One locating surface is perpendicular to Z-direction, and second locating surface is perpendicular to X-direction；
The locating piece (702) forms the horizontal movement pair of relative motion in X direction with locating support (701), and is provided with use
Locking mechanism in locking locating piece (702) position；
The locating support (701) is located in machining area, the quantity and the quantity phase of icking tool head (2) of the locating piece (702)
Unanimously.
6. engraving machine as claimed in claim 5, it is characterised in that：The locating support (701) is parallel in X direction including two
The slide bar (704) of arrangement, and the external common tangent plane above two slide bars (704) forms the first locating surface；
The locating piece (702) includes the upper block (705) and lower block (706) that are arranged in pairs, the upper block (705) and under
Block (706) is located at the both sides up and down of slide bar (704) respectively, and upper block (705) bottom surface and lower block (706) top surface are all provided with
It is equipped with the chute of adaptation corresponding with slide bar (704), the locking mechanism is lock screw (707) or locking bolt, described
It is connected with each other and is clamped and located on locating support (701) by locking mechanism between upper block (705) and lower block (706)；
At least one side forms the second locating surface perpendicular to X-direction and by the side on the locating piece (702).
7. engraving machine as claimed in claim 5, it is characterised in that：In being provided at both ends with for installing for locating support (701)
The mounting seat of elevating mechanism (703), the mounting seat are installed on fuselage (1) vertical plane above slag chute (6) skew back face (604)
On；
The mounting seat includes connecting plate (901) and L-shaped installation supporting plate (902), and the connecting plate (901) is connected to fuselage (1)
On vertical plane, the L-shaped installation supporting plate (902) is connected on connecting plate (901), and the elevating mechanism (703) is installed on L-shaped peace
Fill on supporting plate (902), the locating support (701) is installed on elevating mechanism (703).
8. the engraving machine as described in claim 1,2,3 or 4, it is characterised in that：Also include upper outlet body (801), side plate (802)
And front cover body,
The upper outlet body (801) shrouds icking tool frame (3) and can be as icking tool frame (3) moves along Y-direction, and the side plate (802) sets
Be placed in the both sides of fuselage (1), the front cover body is arranged at the feeding end of fuselage (1), the upper outlet body (801), side plate (802),
Front cover body, slag chute (6) and fuselage (1) form closed processing space；
The front cover body upper end and the be hinged composition retractable structure of upper outlet body (801), and between front cover body and upper outlet body (801)
It is provided with the supporting mechanism for supporting front cover body to keep it turned on.
9. engraving machine as claimed in claim 8, it is characterised in that：Upper outlet body (801) bottom is corresponding with side plate (802)
Edge and front cover body bottom edge corresponding with side plate (802) are provided with dust-proof bar brush.
10. engraving machine as claimed in claim 9, it is characterised in that：In the upper outlet body (801), side plate (802) and front cover body
Side is arranged with the noise reduction layer made of acoustic material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720643530.7U CN207015037U (en) | 2017-06-05 | 2017-06-05 | Engraving machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720643530.7U CN207015037U (en) | 2017-06-05 | 2017-06-05 | Engraving machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207015037U true CN207015037U (en) | 2018-02-16 |
Family
ID=61484805
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720643530.7U Active CN207015037U (en) | 2017-06-05 | 2017-06-05 | Engraving machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207015037U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108891176A (en) * | 2018-09-07 | 2018-11-27 | 芜湖慧盈自动化设备有限公司 | A kind of workpiece surface processing capsule and its processing method |
| CN109703255A (en) * | 2019-03-13 | 2019-05-03 | 安徽速达数控设备有限责任公司 | The digital-controlled carving machine that workpiece adaptively adjusts |
| CN112338618A (en) * | 2020-11-25 | 2021-02-09 | 湖南楚天河科技有限公司 | Wheel type conversion feeding and discharging device and numerical control machine tool |
-
2017
- 2017-06-05 CN CN201720643530.7U patent/CN207015037U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108891176A (en) * | 2018-09-07 | 2018-11-27 | 芜湖慧盈自动化设备有限公司 | A kind of workpiece surface processing capsule and its processing method |
| CN108891176B (en) * | 2018-09-07 | 2024-03-22 | 芜湖慧盈自动化设备有限公司 | Integrated processing system for workpiece surface treatment and processing method thereof |
| CN109703255A (en) * | 2019-03-13 | 2019-05-03 | 安徽速达数控设备有限责任公司 | The digital-controlled carving machine that workpiece adaptively adjusts |
| CN109703255B (en) * | 2019-03-13 | 2024-01-23 | 安徽速达数控设备有限责任公司 | Numerical control engraving machine capable of adaptively adjusting workpiece |
| CN112338618A (en) * | 2020-11-25 | 2021-02-09 | 湖南楚天河科技有限公司 | Wheel type conversion feeding and discharging device and numerical control machine tool |
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