CN210046181U - Material positioning device of laser cutting machine - Google Patents
Material positioning device of laser cutting machine Download PDFInfo
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- CN210046181U CN210046181U CN201920610649.3U CN201920610649U CN210046181U CN 210046181 U CN210046181 U CN 210046181U CN 201920610649 U CN201920610649 U CN 201920610649U CN 210046181 U CN210046181 U CN 210046181U
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Abstract
A material positioning device of a laser cutting machine. The product comprises a laser cutting machine workbench, wherein the left side of the laser cutting machine workbench is provided with a left front transverse right-angle groove and a left rear transverse right-angle groove, a left front right-angle sliding plate is arranged in the left front transverse right-angle groove, the top of the left front right-angle sliding plate extends out of the top of the left front transverse right-angle groove, the top of the left front right-angle sliding plate is provided with a left front transverse round groove, a left front transverse round rod is arranged in the left front transverse round groove and is fixedly bonded, and the left front transverse round rod is connected with a left front transverse positioning plate; the left rear transverse right-angle groove is internally provided with a left rear transverse right-angle sliding plate, the top of the left rear right-angle sliding plate extends out of the top of the left rear transverse right-angle groove, the top of the left rear right-angle sliding plate is provided with a left rear transverse circular groove, a left rear transverse circular rod is arranged in the left rear transverse circular groove and is fixedly bonded, and the left rear transverse circular rod is connected with a left rear transverse positioning plate. The utility model is used for laser cutting machine's material location.
Description
The technical field is as follows:
the utility model relates to a laser cutting machine's material positioner.
Background art:
when the laser cutting machine is used for cutting, materials need to be positioned, the existing method is that a ruler on a workbench is used for positioning, but a fixed part is not arranged, the phenomena of movement and dislocation can often occur in the cutting process, and the cutting quality of the materials is seriously influenced.
The invention content is as follows:
the utility model aims at providing a can fix a position the material and fix, can not appear the phenomenon of cluster, dislocation when ensureing to cut the material, a laser cutting machine's material positioner that excellent in use effect.
The above purpose is realized by the following technical scheme:
the material positioning device of the laser cutting machine comprises a laser cutting machine workbench, wherein the left side of the laser cutting machine workbench is provided with a left front transverse right-angle groove and a left rear transverse right-angle groove, a left front right-angle sliding plate is arranged in the left front transverse right-angle groove, the top of the left front right-angle sliding plate extends out of the top of the left front transverse right-angle groove, the top of the left front right-angle sliding plate is provided with a left front transverse circular groove, a left front transverse circular rod is arranged in the left front transverse circular groove and is fixedly bonded, and the left front transverse circular rod is connected with a left front transverse positioning plate; a left rear right-angle sliding plate is arranged in the left rear transverse right-angle groove, the top of the left rear right-angle sliding plate extends out of the top of the left rear transverse right-angle groove, a left rear transverse circular groove is formed in the top of the left rear right-angle sliding plate, a left rear transverse circular rod is arranged in the left rear transverse circular groove and is fixedly bonded, and the left rear transverse circular rod is connected with a left rear transverse positioning plate; the right side of the worktable of the laser cutting machine is provided with a right front transverse right-angle groove and a right rear transverse right-angle groove, a right front right-angle sliding plate is arranged in the right front transverse right-angle groove, the top of the right front right-angle sliding plate extends out of the top of the right front transverse right-angle groove, a right front transverse circular groove is formed in the top of the right front right-angle sliding plate, a right front transverse circular rod is arranged in the right front transverse circular groove and is fixedly bonded, and the right front transverse circular rod is connected with a right front transverse positioning plate; the right rear transverse right-angle groove is internally provided with a right rear transverse right-angle sliding plate, the top of the right rear transverse right-angle sliding plate extends out of the top of the right rear transverse right-angle groove, the top of the right rear transverse right-angle sliding plate is provided with a right rear transverse circular groove, a right rear transverse circular rod is arranged in the right rear transverse circular groove and is fixedly bonded, and the right rear transverse circular rod is connected with a right rear transverse positioning plate.
The material positioning device of the laser cutting machine is characterized in that a left front transverse positioning plate is provided with a left front insertion hole, a left front transverse round rod is inserted into the left front insertion hole, the top of the left front transverse positioning plate is provided with a left front top threaded hole, the left front top threaded hole is connected with a left front reaming hole, the left front transverse round rod is provided with a left front bottom threaded hole, the left front top threaded hole is overlapped with the left front bottom threaded hole and is connected with a screw for fixing, and a cap of the screw is embedded into the left front reaming hole; the left rear transverse positioning plate is provided with a left rear insertion hole, the left rear transverse round rod is inserted into the left rear insertion hole, the top of the left rear transverse positioning plate is provided with a left rear top threaded hole, the left rear top threaded hole is connected with a left rear reaming hole, the left rear transverse round rod is provided with a left rear bottom threaded hole, the left rear top threaded hole is overlapped with the left rear bottom threaded hole and is connected with a screw for fixing, and a cap of the screw is embedded into the left rear reaming hole; the right front transverse positioning plate is provided with a right front insertion hole, the right front round bar is inserted into the right front insertion hole, the top of the right front transverse positioning plate is provided with a right front top threaded hole, the right front top threaded hole is connected with a right front counterboring, the right front round bar is provided with a right front bottom threaded hole, the right front top threaded hole and the right front bottom threaded hole are overlapped and connected with a screw for fixation, and a cap of the screw is embedded into the right front counterboring; the right back horizontal positioning plate open and to have right back jack, right back jack in insert right back horizontal round bar, the top of right back horizontal positioning plate open and to have right back top screw hole, right back top screw hole connect right back reaming, right back horizontal round bar open and to have right back end screw hole, right back top screw hole with right back end screw hole coincidence and connecting the fix with screw, the cap of screw bury right back reaming.
According to the material positioning device of the laser cutting machine, a left front flat magnetic plate is bonded at the bottom of a left front transverse right-angle groove, a transverse plate of the left front right-angle sliding plate is a left front iron plate, the left front flat magnetic plate attracts and fixes the left front iron plate, and a movable gap is formed between the left front iron plate and the transverse groove of the left front transverse right-angle groove; the bottom of the left rear transverse right-angle groove is bonded with a left rear flat magnetic plate, the transverse plate of the left rear right-angle sliding plate is a left rear iron plate, the left rear flat magnetic plate attracts the left rear iron plate to be fixed, and a movable gap is formed between the left rear iron plate and the transverse groove of the left rear transverse right-angle groove; the bottom of the right front transverse right-angle groove is bonded with a right front flat magnetic plate, the transverse plate of the right front right-angle sliding plate is a right front iron plate, the right front flat magnetic plate attracts and fixes the right front iron plate, and a movable gap is formed between the right front iron plate and the transverse groove of the right front transverse right-angle groove; the bottom in horizontal right-angle groove in right back flat magnetic plate in right back bonds, the diaphragm of right back right-angle slide be right back iron plate, the flat magnetic plate actuation in right back iron plate fixed in right back, right back iron plate with the horizontal groove in horizontal right-angle groove in right back between have a movable space, the four sides of laser cutting machine workstation all have the scale.
Has the advantages that:
1. the utility model discloses a horizontal locating plate, left back horizontal locating plate, right front horizontal locating plate, right back horizontal locating plate are the right-angle board before the slip left side, transversely are greater than vertically far away, can enough fix a position fixed material, ensure again that the material can not appear misplacing, string move, ensure the cutting quality of material.
The utility model discloses a horizontal locating plate slides along predetermined direction at horizontal right angle inslot, after sliding target in place, pushes down the right angle slide and fixes through right angle slide actuation left front iron plate, and then has fixed horizontal locating plate, and the fixed material position of while location is accurate, and cutting process safety, of high quality.
The utility model discloses a through the fix with screw between horizontal locating plate and the violently round bar, ensure the firm of being connected between horizontal locating plate and the violently round bar, can drive horizontal locating plate and slide when removing the right angle slide, the action is harmonious, accurate.
The utility model discloses a violently round bar inserts in the violently circular slot and bonds fixedly, ensures that simple firm, the connection after of being connected between violently round bar and the right angle slide is stable, ensures that the complex is effectual between right angle slide and the lateral positioning board, and the action is harmonious, accurate.
Description of the drawings:
fig. 1 is a schematic structural diagram of the product.
Fig. 2 is a left side view of the product.
Figure 3 is a right side view of the product.
The specific implementation mode is as follows:
the technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings of the present invention.
Example 1:
a material positioning device of a laser cutting machine comprises a laser cutting machine workbench 1, wherein the left side of the laser cutting machine workbench is provided with a left front transverse right-angle groove 2 and a left rear transverse right-angle groove 3, a left front right-angle sliding plate 4 is arranged in the left front transverse right-angle groove, the top of the left front right-angle sliding plate extends out of the top of the left front transverse right-angle groove, the top of the left front right-angle sliding plate is provided with a left front transverse round groove 5, a left front transverse round rod 6 is arranged in the left front transverse round groove and is fixedly bonded, and the left front transverse round rod is connected with a left front transverse positioning plate 7; a left rear right-angle sliding plate 8 is arranged in the left rear transverse right-angle groove, the top of the left rear right-angle sliding plate extends out of the top of the left rear transverse right-angle groove, a left rear transverse circular groove 9 is formed in the top of the left rear right-angle sliding plate, a left rear transverse circular rod 10 is arranged in the left rear transverse circular groove and is fixedly bonded, and the left rear transverse circular rod is connected with a left rear transverse positioning plate 11; a right front transverse right-angle groove 12 and a right rear transverse right-angle groove 13 are formed in the right side of the workbench of the laser cutting machine, a right front right-angle sliding plate 14 is arranged in the right front transverse right-angle groove, the top of the right front right-angle sliding plate extends out of the top of the right front transverse right-angle groove, a right front transverse circular groove 15 is formed in the top of the right front right-angle sliding plate, a right front transverse circular rod 16 is arranged in the right front transverse circular groove and is fixedly bonded, and the right front transverse circular rod is connected with a right front transverse positioning plate 17; the right rear transverse right-angle groove is internally provided with a right rear right-angle sliding plate 18, the top of the right rear right-angle sliding plate extends out of the top of the right rear transverse right-angle groove, the top of the right rear right-angle sliding plate is provided with a right rear transverse circular groove 19, a right rear transverse circular rod 20 is arranged in the right rear transverse circular groove and is fixedly bonded, and the right rear transverse circular rod is connected with a right rear transverse positioning plate 21.
The left front transverse positioning plate is provided with a left front insertion hole 22, the left front transverse round rod is inserted into the left front insertion hole, the top of the left front transverse positioning plate is provided with a left front top threaded hole 23, the left front top threaded hole is connected with a left front reaming hole 24, the left front transverse round rod is provided with a left front bottom threaded hole 25, the left front top threaded hole is overlapped with the left front bottom threaded hole and is connected with a screw 26 for fixing, and the cap of the screw is embedded into the left front reaming hole; the left rear transverse positioning plate is provided with a left rear insertion hole 27, the left rear transverse round rod is inserted into the left rear insertion hole, the top of the left rear transverse positioning plate is provided with a left rear top threaded hole 29, the left rear top threaded hole is connected with a left rear broaching hole 30, the left rear transverse round rod is provided with a left rear bottom threaded hole 31, the left rear top threaded hole and the left rear bottom threaded hole are overlapped and connected with a screw for fixation, and a cap of the screw is embedded into the left rear broaching hole; the right front transverse positioning plate is provided with a right front insertion hole 32, a right front transverse round rod is inserted into the right front insertion hole, the top of the right front transverse positioning plate is provided with a right front top threaded hole 33, the right front top threaded hole is connected with a right front counterboring 34, the right front transverse round rod is provided with a right front bottom threaded hole 35, the right front top threaded hole and the right front bottom threaded hole are overlapped and connected with a screw for fixation, and a cap of the screw is embedded into the right front counterboring; the right back horizontal positioning plate is provided with a right back jack 36, the right back jack is inserted into the right back horizontal round rod, the top of the right back horizontal positioning plate is provided with a right back top threaded hole 37, the right back top threaded hole is connected with a right back reaming hole 38, the right back horizontal round rod is provided with a right back bottom threaded hole 39, the right back top threaded hole is overlapped with the right back bottom threaded hole and is connected with a screw for fixation, and a cap of the screw is embedded into the right back reaming hole.
A left front flat magnetic plate 40 is bonded at the bottom of the left front transverse right-angle groove, a transverse plate of the left front right-angle sliding plate is a left front iron plate 41, the left front flat magnetic plate attracts the left front iron plate to be fixed, and a movable gap is formed between the left front iron plate and the transverse groove of the left front transverse right-angle groove; a left rear flat magnetic plate 42 is bonded at the bottom of the left rear transverse right-angle groove, a transverse plate of the left rear right-angle sliding plate is a left rear iron plate 43, the left rear flat magnetic plate attracts the left rear iron plate to be fixed, and a movable gap is formed between the left rear iron plate and the transverse groove of the left rear transverse right-angle groove; the bottom of the right front transverse right-angle groove is bonded with a right front flat magnetic plate 44, the transverse plate of the right front right-angle sliding plate is a right front iron plate 45, the right front flat magnetic plate attracts and fixes the right front iron plate, and a movable gap is formed between the right front iron plate and the transverse groove of the right front transverse right-angle groove; the bottom in horizontal right-angle groove in right back bonding flat magnetic plate 46 in right back, the diaphragm of right back right-angle slide be right back iron plate 47, the flat magnetic plate actuation in right back iron plate fixed in right back, right back iron plate with the horizontal groove in horizontal right-angle groove in right back between have the activity space, the four sides of laser cutting machine workstation all have scale 28.
The working principle is as follows:
the material is placed on the workbench of the laser cutting machine, the material is placed at the correct position according to the requirement by corresponding to the graduated scale, the left front transverse positioning plate, the left rear transverse positioning plate, the right front transverse positioning plate and the right rear transverse positioning plate are slid to clamp the fixed material, and the laser cutting machine is started to move back and forth along the workbench of the laser cutting machine to cut the material.
Claims (3)
1. A material positioning device of a laser cutting machine comprises a laser cutting machine workbench and is characterized in that a left front transverse right-angle groove and a left rear transverse right-angle groove are formed in the left side of the laser cutting machine workbench, a left front right-angle sliding plate is arranged in the left front transverse right-angle groove, the top of the left front right-angle sliding plate extends out of the top of the left front transverse right-angle groove, a left front transverse circular groove is formed in the top of the left front right-angle sliding plate, a left front transverse circular rod is arranged in the left front transverse circular groove and is fixedly bonded, and the left front transverse circular rod is connected with a left front transverse positioning plate; a left rear right-angle sliding plate is arranged in the left rear transverse right-angle groove, the top of the left rear right-angle sliding plate extends out of the top of the left rear transverse right-angle groove, a left rear transverse circular groove is formed in the top of the left rear right-angle sliding plate, a left rear transverse circular rod is arranged in the left rear transverse circular groove and is fixedly bonded, and the left rear transverse circular rod is connected with a left rear transverse positioning plate; the right side of the worktable of the laser cutting machine is provided with a right front transverse right-angle groove and a right rear transverse right-angle groove, a right front right-angle sliding plate is arranged in the right front transverse right-angle groove, the top of the right front right-angle sliding plate extends out of the top of the right front transverse right-angle groove, a right front transverse circular groove is formed in the top of the right front right-angle sliding plate, a right front transverse circular rod is arranged in the right front transverse circular groove and is fixedly bonded, and the right front transverse circular rod is connected with a right front transverse positioning plate; the right rear transverse right-angle groove is internally provided with a right rear transverse right-angle sliding plate, the top of the right rear transverse right-angle sliding plate extends out of the top of the right rear transverse right-angle groove, the top of the right rear transverse right-angle sliding plate is provided with a right rear transverse circular groove, a right rear transverse circular rod is arranged in the right rear transverse circular groove and is fixedly bonded, and the right rear transverse circular rod is connected with a right rear transverse positioning plate.
2. The material positioning device of the laser cutting machine as claimed in claim 1, wherein the left front cross positioning plate is provided with a left front insertion hole, the left front cross round bar is inserted into the left front insertion hole, the top of the left front cross positioning plate is provided with a left front top threaded hole, the left front top threaded hole is connected with a left front counterbore, the left front cross round bar is provided with a left front bottom threaded hole, the left front top threaded hole is overlapped with the left front bottom threaded hole and is connected with a screw for fixation, and a cap of the screw is embedded into the left front counterbore; the left rear transverse positioning plate is provided with a left rear insertion hole, the left rear transverse round rod is inserted into the left rear insertion hole, the top of the left rear transverse positioning plate is provided with a left rear top threaded hole, the left rear top threaded hole is connected with a left rear reaming hole, the left rear transverse round rod is provided with a left rear bottom threaded hole, the left rear top threaded hole is overlapped with the left rear bottom threaded hole and is connected with a screw for fixing, and a cap of the screw is embedded into the left rear reaming hole; the right front transverse positioning plate is provided with a right front insertion hole, the right front round bar is inserted into the right front insertion hole, the top of the right front transverse positioning plate is provided with a right front top threaded hole, the right front top threaded hole is connected with a right front counterboring, the right front round bar is provided with a right front bottom threaded hole, the right front top threaded hole and the right front bottom threaded hole are overlapped and connected with a screw for fixation, and a cap of the screw is embedded into the right front counterboring; the right back horizontal positioning plate open and to have right back jack, right back jack in insert right back horizontal round bar, the top of right back horizontal positioning plate open and to have right back top screw hole, right back top screw hole connect right back reaming, right back horizontal round bar open and to have right back end screw hole, right back top screw hole with right back end screw hole coincidence and connecting the fix with screw, the cap of screw bury right back reaming.
3. The material positioning device of the laser cutting machine as claimed in claim 2, wherein a left front flat magnetic plate is bonded to the bottom of the left front transverse right-angle groove, a transverse plate of the left front right-angle sliding plate is a left front iron plate, the left front flat magnetic plate attracts the left front iron plate to be fixed, and a movable gap is formed between the left front iron plate and the transverse groove of the left front transverse right-angle groove; the bottom of the left rear transverse right-angle groove is bonded with a left rear flat magnetic plate, the transverse plate of the left rear right-angle sliding plate is a left rear iron plate, the left rear flat magnetic plate attracts the left rear iron plate to be fixed, and a movable gap is formed between the left rear iron plate and the transverse groove of the left rear transverse right-angle groove; the bottom of the right front transverse right-angle groove is bonded with a right front flat magnetic plate, the transverse plate of the right front right-angle sliding plate is a right front iron plate, the right front flat magnetic plate attracts and fixes the right front iron plate, and a movable gap is formed between the right front iron plate and the transverse groove of the right front transverse right-angle groove; the bottom in horizontal right-angle groove in right back flat magnetic plate in right back bonds, the diaphragm of right back right-angle slide be right back iron plate, the flat magnetic plate actuation in right back iron plate fixed in right back, right back iron plate with the horizontal groove in horizontal right-angle groove in right back between have a movable space, the four sides of laser cutting machine workstation all have the scale.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920610649.3U CN210046181U (en) | 2019-04-30 | 2019-04-30 | Material positioning device of laser cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920610649.3U CN210046181U (en) | 2019-04-30 | 2019-04-30 | Material positioning device of laser cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN210046181U true CN210046181U (en) | 2020-02-11 |
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ID=69380496
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920610649.3U Active CN210046181U (en) | 2019-04-30 | 2019-04-30 | Material positioning device of laser cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN210046181U (en) |
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2019
- 2019-04-30 CN CN201920610649.3U patent/CN210046181U/en active Active
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Effective date of registration: 20220426 Granted publication date: 20200211 |