CN208323634U - A three-stage independent power feeding device for CNC multi-row multi-axis drill - Google Patents

A three-stage independent power feeding device for CNC multi-row multi-axis drill Download PDF

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CN208323634U
CN208323634U CN201820651341.9U CN201820651341U CN208323634U CN 208323634 U CN208323634 U CN 208323634U CN 201820651341 U CN201820651341 U CN 201820651341U CN 208323634 U CN208323634 U CN 208323634U
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area
feeding
belt
independent power
discharge
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贺恒
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Nanxing Machinery Co Ltd
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Nanxing Machinery Co Ltd
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Abstract

The utility model discloses a three-section independent power feeding device of a numerical control multi-row multi-shaft drill, which comprises two groups of three-section independent power feeding branch devices which are arranged at intervals on opposite sides; each group of three-section type independent power material conveying devices comprises a feeding area driving assembly, a working area driving assembly and a discharging area driving assembly which are independently arranged; the feeding area driving component comprises a feeding area belt and a feeding area driving motor for driving the feeding area belt; the working area driving component comprises a working area belt and a working area driving motor for driving the working area belt; the discharging area driving assembly comprises a discharging area belt and a discharging area driving motor for driving the discharging area belt; therefore, independent motor drives are respectively installed in the feeding area, the working area and the discharging area, the processing waiting time among all processing areas is shortened, the operation speed of the plate is higher, and the processing efficiency is higher.

Description

A kind of three-stage independent power feeding device of numerical control Multi-row Multi-shaft drill
Technical field
The utility model relates to woodworking machinery field technology, the three-stage for referring in particular to a kind of numerical control Multi-row Multi-shaft drill is independent Power feeding device.
Background technique
For the feeding device of current numerical control Multi-row Multi-shaft drill, structural stability is poor, and belt part is that integral type is defeated Material mechanism, low efficiency, low precision, the speed of service are slow；Specifically, it at least has the disadvantage that or deficiency:
1, feed zone, workspace, the integral type belt conveying that discharge zone three is the driving of both ends single motor, therefore, charging Area, workspace, discharge zone belt rotate and stop simultaneously, lead to that its speed is slow, low efficiency, substantially prolong two work and follow The time slot of interannular.
2, belt lifting board ends in workspace are controlled by spring goes up and down, and works unstable, the speed of service is slow, is not easy to fill Match, debug.
3, the traversing driving of shaking gear lead screw, too heavy, operation has some setbacks, and laborious, increases operation difficulty, drops Low working efficiency.
4, when feeding and discharge, device is shaken greatly, unstable, influences the processing performance of machine.
Therefore, it is necessary to develop the new technical solution of one kind to solve the above problems.
Utility model content
In view of the existing deficiencies of the prior art, main purpose is to provide a kind of numerical control Multi-row Multi-shaft drill to the utility model Three-stage independent power feeding device, by feed zone, workspace and discharge zone, each independent motor driven of self installation, Shorten the processing waiting time between each machining area, so that the plate speed of service is faster, processing efficiency is higher.
To achieve the above object, the utility model is using following technical solution:
A kind of three-stage independent power feeding device of numerical control Multi-row Multi-shaft drill includes two group three of opposite side spacing arrangement Segmentation independent power conveying separating device；Two groups of three-stage independent power conveying separating devices be collectively formed the feed zone being successively connected, Workspace and discharge zone；Feed zone, workspace and discharge zone three are axial where being successively connected to be defined as first axis；
Every group of three-stage independent power conveying separating device includes the feed zone driving assembly being respectively independently arranged, work Area's driving assembly, discharge zone driving assembly；The feed zone driving assembly includes feed zone belt and for driving feed zone The feed zone driving motor of belt；The workspace driving assembly includes workspace belt and for driving workspace belt Workspace driving motor；The discharge zone driving assembly includes discharge zone belt and the discharge zone for driving discharge zone belt Driving motor；
The feed zone is formed between the feed zone belt of two groups of three-stage independent power conveying separating devices；The work Area is formed between the workspace belt of two groups of three-stage independent power conveying separating devices；The discharge zone is formed in two groups three sections Between the discharge zone belt of formula independent power conveying separating device.
As a preferred embodiment, in two groups of three-stage independent power conveying separating devices, one or both is all along the second axis It is arranged to movable formula, described second is axially mutually perpendicular with first axis.
As a preferred embodiment, the first axis is horizontal longitudinal, and described second is axial for horizontal cross；Two group three In segmentation independent power conveying separating device, one is mounted on the fixing end of rack, on another horizontal shifting seat for being mounted on rack, Horizontal shifting seat with respect to rack fixing end can the installing of horizontal shifting formula, two groups of three-stage independent power conveying separating devices respectively lead to The guide rail structure for crossing horizontal cross extension is installed with respect to rack Slidable.
As a preferred embodiment, at the workspace belt, it is provided with lifter plate, lifter plate is connected with lifting driving gas Cylinder.
As a preferred embodiment, the workspace is provided with push rod and push rod cylinder, and push rod cylinder is drivingly connected in pushing away Bar.
As a preferred embodiment, the push rod is connected with for the conveying elasticity dress to the horizontal and vertical positioning of workpiece Set, conveying elastic device have can be rotated down formula service portion.
As a preferred embodiment, the feed zone driving motor is connected with feed zone belt pulley, the transmission of feed zone belt It is connected between feed zone belt pulley and feed zone driven pulley；The support of feed zone belt is provided with below feed zone belt Plate, feed zone driving motor are installed on feed zone fixed support plate, and feed zone belt support plate is connected to the fixed branch of feed zone One end of fagging, the other end of feed zone fixed support plate are connected to one end of the fixed strut of feed zone, the fixed strut of feed zone The other end be connected to one end of feed zone movable support rod, the other end of feed zone movable support rod is connected to feed zone belt Support plate；The fixed strut of feed zone fixed support plate, feed zone, feed zone movable support rod and part feed zone belt support plate Constitute triangular structure.
As a preferred embodiment, the feed zone belt pulley is located at one end close to workspace of feed zone.
As a preferred embodiment, the discharge zone driving motor is connected with discharge zone belt pulley, the transmission of discharge zone belt It is connected between discharge zone belt pulley and discharge zone driven pulley；Belt support in discharge zone is provided with below the belt of discharge zone Plate, discharge zone driving motor are installed on the fixed support plate of discharge zone, and discharge zone belt support plate is connected to the fixed branch in discharge zone One end of fagging, the other end of discharge zone fixed support plate are connected to one end of the fixed strut in discharge zone, the fixed strut in discharge zone The other end be connected to one end of discharge zone movable support rod, the other end of discharge zone movable support rod is connected to discharge zone belt Support plate；Discharge zone fixed support plate, the fixed strut in discharge zone, discharge zone movable support rod and part discharge zone belt support plate Constitute triangular structure.
As a preferred embodiment, the discharge zone belt pulley is located at one end close to workspace of discharge zone.
The utility model has clear advantage and beneficial effect compared with prior art, specifically, by above-mentioned technology Known to scheme: it is mainly by the way that in feed zone, workspace and discharge zone, each independent motor driven of self installation shortens and respectively adds The work interregional processing waiting time, so that the plate speed of service is faster, processing efficiency is higher；And overall construction design It is reliable and stable, be conducive to improve conveying accuracy and processing district drilling quality.
For structure feature, technological means and its specific purposes achieved and function for more clearly illustrating the utility model Can, the utility model is described in further detail with specific embodiment with reference to the accompanying drawing.
Detailed description of the invention
Fig. 1 is the overlooking structure diagram of the embodiment of the utility model；
Fig. 2 is the assembling schematic perspective view of the embodiment of the utility model；
Fig. 3 is the decomposition texture schematic diagram of the embodiment of the utility model.
Description of drawing identification:
1, feed zone 2, workspace
3, discharge zone 4, feed zone driving motor
5, workspace driving motor 6, discharge zone driving motor
7, feed zone belt 8, workspace belt
9, discharge zone belt 10, lifter plate
11, push rod 12, push rod cylinder
13, conveying elastic device 14, lifting driving cylinder
15, the fixed strut of feed zone fixed support plate 16, feed zone
17, feed zone movable support rod 18, discharging slide
19, slide 20, bridging board are fed
21, discharge zone fixed support plate 22, the fixed strut in discharge zone
23, discharge zone movable support rod.
Specific embodiment
It please refers to shown in Fig. 1-3, that show the specific structures of the preferred embodiment of the utility model.
A kind of three-stage independent power feeding device of numerical control Multi-row Multi-shaft drill includes two group three of opposite side spacing arrangement Segmentation independent power conveying separating device；Preferably, two groups of three-stage independent power conveying packing are set to opposite side symmetrical expression arrangement.Two The feed zone 1 being successively connected, workspace 2 and discharge zone 3 is collectively formed in group three-stage independent power conveying separating device；Feed zone 1, Workspace 2 and 3 three of discharge zone are axial where being successively connected to be defined as first axis.
Every group of three-stage independent power conveying separating device includes the feed zone driving assembly being respectively independently arranged, work Area's driving assembly, discharge zone driving assembly；The feed zone driving assembly includes feed zone belt 7 and for driving feed zone The feed zone driving motor 4 of belt 7；The workspace driving assembly includes workspace belt 8 and for driving workspace skin With 8 workspace driving motor 5；The discharge zone driving assembly includes discharge zone belt 9 and for driving discharge zone belt 9 Discharge zone driving motor 6.
The feed zone is formed between the feed zone belt 7 of two groups of three-stage independent power conveying separating devices；The work Between the workspace belt 8 that area is formed in two groups of three-stage independent power conveying separating devices；The discharge zone is formed in two groups Between the discharge zone belt 9 of three-stage independent power conveying separating device.
Under the driving of feed zone driving motor 4, workpiece starts to send on feed zone belt 7 along Fig. 1 horizontal arrow direction Material operation；After workpiece enters workspace 2, under the driving of workspace driving motor 5, workpiece conveys fortune on workspace belt 8 Row；After workpiece enters discharge zone 3, under the driving of discharge zone driving motor 6, workpiece conveying on discharge zone belt 9 is run；This Sample, feed zone belt 7, workspace belt 8,9 band of discharge zone skin are driven by three independent decelerating motors respectively, constitute three sections Formula independence feed device, this conveying mode substantially reduce the processing waiting time between two continuous work circulations, very great Cheng Improve production efficiency to degree.
In two groups of three-stage independent power conveying separating devices, one or both is all along the second axial movable formula setting, institute Second is stated axially to be mutually perpendicular with first axis.Herein, specifically: the first axis be it is horizontal longitudinal, described the Two is axial for horizontal cross；In two groups of three-stage independent power conveying separating devices, one is mounted on the fixing end of rack, Ling Yian On the horizontal shifting seat of rack, horizontal shifting seat can the installing of horizontal shifting formula with respect to the fixing end of rack.Preferably, two groups Three-stage independent power conveying separating device be in equipment it is symmetrical, this symmetrical two parts all can be along the four-headed arrow side Fig. 1 To sliding；It herein, is to be connect by slide with rack, this sliding type is lighter than previous shaking gear, lead screw driving, It is more smooth, it is more labor-saving.
At the workspace belt 8, it is provided with lifter plate 10, lifter plate 10 is connected with lifting driving cylinder 14.The work Make area 3 and is provided with push rod 11 and push rod cylinder 12,12 driving push rod 11 of push rod cylinder.The push rod 11 is connected with for workpiece The conveying elastic device 13 of horizontal and vertical positioning, conveying elastic device 13 have can be rotated down formula service portion, herein, conveying Elastic device 13 have can rotate adjustment effect above and below.After workpiece enters workspace 3, lifter plate 10 declines, push rod cylinder 12 Push push rod 11 to workpiece traffic direction horizontal movement.Both movements cooperate with machine, carry out perpendicular positioning with before to workpiece End positioning, then carries out the horizontal drilling of two sides and the vertical drilling of bottom surface.After drilling processing, lifter plate 10 rises, So that workspace belt 8 and discharge zone belt 9 is in same level, feeding output is carried out to workpiece.The lifting at both ends drives gas Cylinder 14 controls the up and down motion of lifter plate 10, and than controlling lifting speed faster by the spring at both ends in the past, positioning is more accurate, and more It is easily assembled debugging.During front end positions, mainly workpiece is pushed to move forwards by conveying elastic device 13.The conveying bullet Property 13 one end of device is fixed on push rod 11, can small angle rotation.Lifter plate 10 declines, in workpiece downward movement, conveying bullet Property device 13 contacted always with workpiece, make that workpiece front end horizontal location is synchronous with perpendicular positioning to be carried out, it is quasi- that processing can be greatlyd save The standby time improves the production capacity supply of unit time.
The feed zone driving motor 4 is connected with feed zone belt pulley, the transmission connection of feed zone belt 7 in feed zone belt Between wheel and feed zone driven pulley；Feed zone belt support plate, feed zone driving motor are provided with below feed zone belt 7 It being installed on feed zone fixed support plate 15, feed zone belt support plate is connected to one end of feed zone fixed support plate 15, into The other end of material area's fixed support plate 15 is connected to one end of the fixed strut 16 of feed zone, the other end of the fixed strut 16 of feed zone It is connected to one end of feed zone movable support rod 17, the other end of feed zone movable support rod 17 is connected to the support of feed zone belt Plate；The fixed strut 16 of feed zone fixed support plate 15, feed zone, feed zone movable support rod 17 and the support of part feed zone belt Plate constitutes triangular structure, in this way, forming stability structure.The feed zone belt pulley is located at the close workspace 2 of feed zone 1 One end.
Similarly, the discharge zone driving motor 6 is connected with discharge zone belt pulley, the transmission connection of discharge zone belt in discharging Between area's belt pulley and discharge zone driven pulley；Discharge zone belt support plate is provided with below discharge zone belt 9, discharge zone is driven Dynamic motor 6 is installed on discharge zone fixed support plate 21；Discharge zone belt support plate is connected to discharge zone fixed support plate 21 One end, the other end of discharge zone fixed support plate 21 are connected to one end of the fixed strut 22 in discharge zone, the fixed strut 22 in discharge zone The other end be connected to one end of discharge zone movable support rod 23, the other end of discharge zone movable support rod 23 is connected to discharge zone Belt support plate；Discharge zone fixed support plate 21, the fixed strut 22 in discharge zone, discharge zone movable support rod 23 and part discharge zone Belt support plate constitutes triangular structure.The discharge zone belt pulley is located at one end close to workspace of discharge zone.
Triangular structure design at aforementioned two, primarily to during the material conveying process, stability is improved, to guarantee to bore Hole precision and processing efficiency are avoided in this way since both ends belt fagging is too long, and when conveying being caused to run, what device shook Phenomenon.Certainly, it is possible to further feed slide 19 in the connection of feed zone fixed support plate 15 one, in the fixed support in discharge zone One discharging slide 18 of the connection of plate 21, feeds and connects bridging board 20 between slide 18 and the discharging slide 19 of same side.It is slided in charging Guide rail is respectively set on seat 18, discharging slide 19, is assembled with guide rail adapted form and rack, in this way, reaching opposite rack can position The installing of shifting formula, thus, adjust to freedom and flexibility the spacing between two groups of three-stage independent power conveying separating devices.
In conclusion the design focal point of the utility model is, mainly by feed zone, workspace and discharging Area, each independent motor driven of self installation, shortens the processing waiting time between each machining area, so that the plate speed of service is more Fastly, processing efficiency is higher；And overall construction design is reliable and stable, is conducive to improve conveying accuracy and processing district is bored Hole quality.
The above descriptions are merely preferred embodiments of the present invention, not makees to the technical scope of the utility model Any restrictions, therefore any trickle amendment made by the above technical examples according to the technical essence of the present invention, equivalent change Change and modify, is still within the scope of the technical solutions of the present invention.

Claims (10)

1.一种数控多排多轴钻的三段式独立动力输料装置，其特征在于：包括有对侧间距布置的两组三段式独立动力输料分装置；两组三段式独立动力输料分装置共同形成依次衔接的进料区、工作区及出料区；进料区、工作区及出料区三者依次衔接所在轴向定义为第一轴向；1. a three-stage independent power feeding device of a numerically controlled multi-row multi-axis drill, is characterized in that: comprise two groups of three-stage independent power feeding sub-devices arranged at opposite side spacings; two groups of three-stage independent power The feeding sub-devices together form the feeding area, the working area and the discharging area which are connected in sequence; the axis where the feeding area, the working area and the discharging area are connected in sequence is defined as the first axis; 每组三段式独立动力输料分装置均包括有各自独立设置的进料区驱动组件、工作区驱动组件、出料区驱动组件；所述进料区驱动组件包括有进料区皮带和用于驱动进料区皮带的进料区驱动电机；所述工作区驱动组件包括有工作区皮带和用于驱动工作区皮带的工作区驱动电机；所述出料区驱动组件包括有出料区皮带和用于驱动出料区皮带的出料区驱动电机；Each group of three-segment independent power feeding sub-devices includes a feeding area driving component, a working area driving component, and a discharging area driving component independently set; the feeding area driving component includes a feeding area belt and a a feeding area driving motor for driving a belt in the feeding area; the working area driving component includes a working area belt and a working area driving motor for driving the working area belt; the discharging area driving component includes a discharging area belt And the discharge area drive motor used to drive the belt in the discharge area; 所述进料区形成于两组三段式独立动力输料分装置的进料区皮带之间；所述工作区形成于两组三段式独立动力输料分装置的工作区皮带之间；所述出料区形成于两组三段式独立动力输料分装置的出料区皮带之间。The feeding zone is formed between the feeding zone belts of the two sets of three-stage independent power feeding sub-devices; the working zone is formed between the working zone belts of the two sets of three-stage independent power feeding sub-devices; The discharge area is formed between the belts of the discharge area of the two sets of three-stage independent power conveying sub-devices. 2.根据权利要求1所述的一种数控多排多轴钻的三段式独立动力输料装置，其特征在于：两组三段式独立动力输料分装置中，其一或两者都沿第二轴向可位移式设置，所述第二轴向与第一轴向两者相互垂直。2. The three-stage independent power feeding device of a numerically controlled multi-row multi-axis drill according to claim 1, characterized in that: in the two groups of three-stage independent power feeding sub-devices, one or both of them are It is displaceably arranged along the second axial direction, and the second axial direction and the first axial direction are both perpendicular to each other. 3.根据权利要求2所述的一种数控多排多轴钻的三段式独立动力输料装置，其特征在于：所述第一轴向为水平纵向，所述第二轴向为水平横向；两组三段式独立动力输料分装置中，其一安装在机架的固定端，另一安装在机架的水平横移座上，水平横移座相对机架的固定端可水平横移式装设；两组三段式独立动力输料分装置各自通过水平横向延伸的导轨结构相对机架可滑移式装设。3 . The three-stage independent power feeding device of a numerically controlled multi-row multi-axis drill according to claim 2 , wherein the first axial direction is a horizontal longitudinal direction, and the second axial direction is a horizontal horizontal direction. 4 . ;In two sets of three-stage independent power feeding sub-devices, one is installed on the fixed end of the frame, and the other is installed on the horizontal traverse seat of the frame, and the horizontal traverse seat can be horizontally traversed relative to the fixed end of the frame. Mobile installation; two sets of three-stage independent power feeding sub-devices can be slidably installed relative to the frame through the horizontal and laterally extending guide rail structure. 4.根据权利要求1所述的一种数控多排多轴钻的三段式独立动力输料装置，其特征在于：所述工作区皮带处，设置有升降板，升降板连接有升降驱动气缸。4. The three-stage independent power feeding device of a numerically controlled multi-row multi-axis drill according to claim 1, characterized in that: the belt of the working area is provided with a lift plate, and the lift plate is connected with a lift drive cylinder . 5.根据权利要求4所述的一种数控多排多轴钻的三段式独立动力输料装置，其特征在于：所述工作区设置有推杆和推杆气缸，推杆气缸驱动连接于推杆。5. The three-stage independent power feeding device of a numerically controlled multi-row multi-axis drill according to claim 4, characterized in that: the working area is provided with a push rod and a push rod cylinder, and the push rod cylinder is drivingly connected to the putter. 6.根据权利要求5所述的一种数控多排多轴钻的三段式独立动力输料装置，其特征在于：所述推杆连接有用于对工件水平及垂直定位的输料弹性装置，输料弹性装置具有可向下旋转式作用部。6. The three-stage independent power feeding device of a numerically controlled multi-row multi-axis drill according to claim 5, wherein the push rod is connected with a feeding elastic device for horizontal and vertical positioning of the workpiece, The material conveying elastic device has a downward rotatable action part. 7.根据权利要求1所述的一种数控多排多轴钻的三段式独立动力输料装置，其特征在于：所述进料区驱动电机连接有进料区皮带轮、进料区皮带传动连接于进料区皮带轮与进料区从动皮带轮之间；进料区皮带下方设置有进料区皮带支撑板，进料区驱动电机安装于进料区固定支撑板上，进料区皮带支撑板连接于进料区固定支撑板的一端，进料区固定支撑板的另一端连接于进料区固定撑杆的一端，进料区固定撑杆的另一端连接于进料区活动支撑杆的一端，进料区活动支撑杆的另一端连接于进料区皮带支撑板；进料区固定支撑板、进料区固定撑杆、进料区活动支撑杆及部分进料区皮带支撑板构成三角形结构。7. The three-stage independent power feeding device of a numerically controlled multi-row multi-axis drill according to claim 1, characterized in that: the feeding area drive motor is connected with a feeding area pulley and a feeding area belt drive It is connected between the belt pulley in the feeding area and the driven pulley in the feeding area; the belt supporting plate in the feeding area is arranged under the belt in the feeding area, the driving motor in the feeding area is installed on the fixed supporting plate in the feeding area, and the belt in the feeding area supports the belt in the feeding area. The plate is connected to one end of the fixed support plate in the feeding area, the other end of the fixed support plate in the feeding area is connected to one end of the fixed support rod in the feeding area, and the other end of the fixed support rod in the feeding area is connected to the movable support rod in the feeding area. One end, the other end of the movable support rod in the feeding area is connected to the belt supporting plate in the feeding area; the fixed supporting plate in the feeding area, the fixed supporting rod in the feeding area, the movable supporting rod in the feeding area and some belt supporting plates in the feeding area form a triangle structure. 8.根据权利要求7所述的一种数控多排多轴钻的三段式独立动力输料装置，其特征在于：所述进料区皮带轮位于进料区之靠近工作区的一端。8 . The three-stage independent power feeding device of a numerically controlled multi-row multi-axis drill according to claim 7 , wherein the pulley in the feeding area is located at one end of the feeding area that is close to the working area. 9 . 9.根据权利要求1所述的一种数控多排多轴钻的三段式独立动力输料装置，其特征在于：所述出料区驱动电机连接有出料区皮带轮、出料区皮带传动连接于出料区皮带轮与出料区从动皮带轮之间；出料区皮带下方设置有出料区皮带支撑板，出料区驱动电机安装于出料区固定支撑板上，出料区皮带支撑板连接于出料区固定支撑板的一端，出料区固定支撑板的另一端连接于出料区固定撑杆的一端，出料区固定撑杆的另一端连接于出料区活动支撑杆的一端，出料区活动支撑杆的另一端连接于出料区皮带支撑板；出料区固定支撑板、出料区固定撑杆、出料区活动支撑杆及部分出料区皮带支撑板构成三角形结构。9 . The three-stage independent power feeding device of a numerically controlled multi-row and multi-axis drill according to claim 1 , wherein the drive motor in the discharge area is connected with a pulley in the discharge area and a belt drive in the discharge area. 10 . It is connected between the pulley in the discharge area and the driven pulley in the discharge area; a belt support plate in the discharge area is arranged under the belt in the discharge area, the drive motor in the discharge area is installed on the fixed support plate in the discharge area, and the belt in the discharge area supports The plate is connected to one end of the fixed support plate in the discharge area, the other end of the fixed support plate in the discharge area is connected to one end of the fixed support rod in the discharge area, and the other end of the fixed support rod in the discharge area is connected to the movable support rod in the discharge area. One end, the other end of the movable support rod in the discharge area is connected to the belt support plate in the discharge area; the fixed support plate in the discharge area, the fixed support rod in the discharge area, the movable support rod in the discharge area and some belt support plates in the discharge area form a triangle structure. 10.根据权利要求9所述的一种数控多排多轴钻的三段式独立动力输料装置，其特征在于：所述出料区皮带轮位于出料区之靠近工作区的一端。10 . The three-stage independent power feeding device of a numerically controlled multi-row and multi-axis drill according to claim 9 , wherein the pulley in the discharging area is located at one end of the discharging area close to the working area. 11 .
CN201820651341.9U 2018-05-03 2018-05-03 A three-stage independent power feeding device for CNC multi-row multi-axis drill Active CN208323634U (en)

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CN (1) CN208323634U (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110653886A (en) * 2019-10-23 2020-01-07 安徽信诺家具有限公司 Full-automatic gang drill device
CN112976177A (en) * 2021-03-15 2021-06-18 南兴装备股份有限公司 Intelligent gang drill processing production line

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110653886A (en) * 2019-10-23 2020-01-07 安徽信诺家具有限公司 Full-automatic gang drill device
CN112976177A (en) * 2021-03-15 2021-06-18 南兴装备股份有限公司 Intelligent gang drill processing production line

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