TWM645966U - Structure for marking cutting lines of woodworking machine - Google Patents

Abstract

A structure for marking cutting lines of a woodworking machine, which includes a machine body, a feeding unit, a left vertical axis unit and a laser unit. The machine body includes an outer shell and a base, the feeding unit and the left vertical axis unit. Respectively movably combined with the base, the laser unit includes a first laser and a second laser, and can respectively emit a first laser beam and a second laser beam. The left The vertical axis unit is connected to the first laser using a first steel cable, and the feeding unit is connected to the second laser using a second steel cable. In this way, the present invention connects the first steel cable and the second steel cable. The installation can easily adjust the position where the first laser beam and the second laser beam are projected on a processing object, thereby accurately and quickly knowing the thickness and size of the processing object to be cut, saving labor costs and time, and Reduce material waste.

Description

Structure of marking cutting lines on woodworking machine

This creation is related to the structure of a woodworking machine, specifically the structure of a woodworking machine that marks cutting lines.

According to conventional woodworking machines, they can perform slicing operations on processing objects (such as wood) of different sizes or different contours. However, the surface roughness (deformation and bending amount) of each processing object is different, so after one slicing , if it is found that the surface of the processed object is not flat, that is, when the cutting is insufficient, it is necessary to manually measure the amount to be cut. Repeating the above steps not only consumes manpower, but repeated cutting will also cause a waste of material. .

In view of this, the creator has many years of experience in the manufacturing, development and design of related products. After detailed design and careful evaluation based on the above goals, he finally arrived at a truly practical creation.

The invention discloses a structure for marking cutting lines of a woodworking machine, which includes a machine body. The machine body includes an outer shell and a base. The outer shell has a first side frame and a second side that are oppositely arranged. Frame, the first side frame is provided with a feed inlet, and the first side frame is provided with a first window and a second window respectively above and on the side of the feed inlet, and the base is provided in the outer shell; A feeding unit, the feeding unit is movably combined with the base and located on the conveyor Above the feeding platform, the feeding unit includes a feeding seat and a first knife holder. The feeding seat has a first fixing piece fixed at one end close to the first side frame. The first fixing piece is provided with a first upper end at both ends. A buckle and a first lower buckle, the first knife seat is fixed on the other end side of the feeding base; a left vertical axis unit, the left vertical axis unit is movably combined with the base and is located on the conveying platform On one side, the left vertical axis unit includes a press wheel seat and a second tool holder. A fixed frame is fixed on one side of the press wheel seat, and a second fixing piece is fixed on one end of the fixed frame different from the press wheel seat. The third A first left buckle and a first right buckle are respectively provided on both sides of the two fixing members, and the second knife holder is fixed on one end of the press wheel seat; a laser unit, the laser unit includes a first sliding component, a first laser, a second sliding component and a second laser, the first sliding component has a first slide rail and a first slide base, the first slide rail is fixed to the Inside the side frame and above the first window, the first sliding seat is slidably mounted on the first slide rail. A second left buckle and a second right buckle are respectively provided on both sides of the first sliding seat. , the second left buckle and the second right buckle are connected to the first left buckle and the first right buckle respectively through a first steel cable, and the first laser is fixed on the The first sliding seat passes through the first window, and the first laser can move laterally in the first window. The second sliding component has a second slide rail and a second sliding seat. The slide rail is fixed on the inside of the first side frame and is located next to the second window. The second slide seat is slidably installed on the second slide rail. A second upper buckle is provided at both ends of the second slide seat. and a second lower buckle. The second upper buckle and the second lower buckle are respectively connected to the first upper buckle and the first lower buckle through a second steel cable. The second laser The second laser is fixed on the second sliding seat and passes through the second window, and the second laser can move longitudinally in the second window.

Among them, the first side frame is provided with a conveying platform below the feed inlet for placing a processing object. The conveying platform is fixed above the base, and a conveying platform is provided on one side. Trimming guide plate, the second side frame is provided with an outlet corresponding to the inlet.

Wherein, the first laser can emit a first laser beam, the first laser beam is projected on the top surface of the processing object and forms a straight line, and the second laser can emit a second Laser beam, the second laser beam is projected on the left side of the processing object and forms a straight line.

With the above structure, the left vertical axis unit of the present invention is connected to the first laser through the first steel cable, and the feeding unit is connected to the second laser through the second steel cable, so that the adjustment can be facilitated. The first laser beam and the second laser beam are projected at the position of the processing object, thereby accurately and quickly knowing the thickness and size of the processing object to be cut, saving labor costs and time, and reducing material waste.

100: Structure of woodworking machine marking cutting lines

10:Machine body

11:Outer shell

111: First side frame

112:Second side frame

113: Feed port

114:First window

115:Second window

116: Discharge port

12: base

13:Conveyor platform

14:Trimming guide plate

20:Feeding unit

21:Feeding seat

22:The first tool holder

221:The first tool

23:Feeding wheel

24:First fixing piece

241:First upper buckle

242:The first buckle

30: Left vertical axis unit

31:Press wheel seat

32:Second tool holder

321: Second tool

33:Side pressure wheel

34:fixed frame

35:Second fixing piece

351: First left buckle

352:First right buckle

36:Air duct

37:Pallet

40:Laser unit

41: First sliding component

411:First slide rail

412:First slide

413:Second left buckle

414:Second right buckle

42:The first laser

43:Second sliding component

431:Second slide rail

432:Second slide

433:Second upper buckle

434:Second buckle

44:Second laser

45:First Tightrope

46:Second cable

47: Guide wheel

50: Processed objects

R1: The first laser beam

R2: The second laser beam

[Figure 1] is a perspective view of a preferred embodiment of this invention.

[Figure 2] is a three-dimensional view from another angle of the preferred embodiment of this invention.

[Figure 3] is a perspective view of the feeding unit of the preferred embodiment of this invention.

[Figure 4] is a perspective view of the left vertical axis unit of the preferred embodiment of this invention.

[Figure 5] is an enlarged partial view of Figure 1 at position A.

[Figure 6] is an enlarged view of part B of [Figure 1].

[Figure 7] is a schematic diagram of the first steel cable stay of the preferred embodiment of this invention.

[Figure 8] is a schematic diagram of the second steel cable stay of the preferred embodiment of this invention.

[Figure 9] is a schematic diagram of the first laser beam and the second laser beam projected on the object to be processed in the preferred embodiment of the present invention.

[Figure 10] is a schematic diagram of the operation of the first laser and the second laser according to the preferred embodiment of the present invention.

[Figure 11] is a schematic diagram of the first tool and the feeding wheel aligned with the object to be processed in the preferred embodiment of this invention.

Please refer to Figures 1 and 2, which are a perspective view of a preferred embodiment of the present invention and a perspective view from another angle, which discloses a structure 100 for marking cutting lines of a woodworking machine, which includes: a machine body 10. The machine body 10 includes an outer shell 11 and a base 12. The outer shell 11 has a first side frame 111 and a second side frame 112 arranged oppositely. The first side frame 111 is provided with a feed Port 113, and a conveyor platform 13 is provided below the feed port 113 for placing a processing object 50. As shown in Figure 9, a trimming guide 14 is provided on one side of the conveyor platform 13, and the first side The frame 111 is provided with a first window 114 and a second window 115 above and on the side of the feed port 113 respectively. The second side frame 112 is provided with an outlet 116 corresponding to the feed port 113. The base 12 It is installed inside the outer casing 11 , and the conveying platform 13 is fixed above the base 12 .

A feeding unit 20 is shown in FIG. 3 . The feeding unit 20 is movably combined with the base 12 and is located above the conveying platform 13 . The feeding unit 20 includes a feeding seat 21 and a first knife seat. 22. The feeding base 21 is provided with a plurality of feeding wheels 23 at intervals, and a first fixing member 24 is fixed on one end of the feeding base 21 close to the first side frame 111. The first fixing member 24 is provided with a first fixing member 24 at both ends. An upper buckle 241 and a first lower buckle 242, the first knife holder 22 is fixed on the other end side of the feeding seat 21, and a first tool 221 is provided inside the first knife holder 22.

A left vertical axis unit 30 is shown in FIG. 4 . The left vertical axis unit 30 is movably combined with the base 12 and is located on one side of the conveyor platform 13 . The left vertical axis unit 30 includes A press wheel seat 31 and a second knife seat 32. The press wheel seat 31 is provided with two side press wheels 33 on one side, and a fixed frame 34 is fixed on the other side. The fixed frame 34 is different from the press wheel seat. One end of 31 is fixed with a second fixing member 35. The second fixing member 35 is provided with a first left buckle 351 and a first right buckle 352 on both sides. The second knife seat 32 is fixed to the pressure wheel seat 31. One end of the second tool holder 32 is provided with a second tool 321, and the second tool holder 32 is connected to an air duct 36 on one side of the fixed frame 34. The second tool holder 32 and the air duct 36 A supporting plate 37 is fixed below.

A laser unit 40, as shown in Figures 5 to 9, the laser unit 40 includes a first sliding component 41, a first laser 42, a second sliding component 43 and a second laser The first sliding component 41 has a first slide rail 411 and a first slide seat 412. The first slide rail 411 is fixed on the inside of the first side frame 111 and is located above the first window 114. The first sliding seat 412 is slidably mounted on the first slide rail 411. A second left buckle 413 and a second right buckle 414 are respectively provided on both sides of the first slide 412. The second left buckle 413 And the second right buckle 414 is connected to the first left buckle 351 and the first right buckle 352 respectively through a first steel cable 45, and the first laser 42 is fixed on the first The sliding seat 412 passes through the first window 114. The first laser 42 can move laterally in the first window 114 and can emit a first laser beam R1. The first laser beam R1 It is projected on the top surface of the processing object 50 and forms a straight line. The second sliding component 43 has a second slide rail 431 and a second slide seat 432. The second slide rail 431 is fixed to the first side frame 111 Inside and next to the second window 115, the second sliding seat 432 is slidably mounted on the second slide rail 431. The second sliding seat 432 is provided with a second upper buckle 433 and a second lower buckle at both ends. The buckle 434, the second upper buckle 433 and the second lower buckle 434 are respectively connected to the first upper buckle 241 and the first lower buckle 242 through a second steel cable 46. The second laser 44 is fixed on the second sliding seat 432 and passes through the second window 115. The second laser 44 can perform longitudinal laser scanning in the second window 115. Moves and can emit a second laser beam R2. The second laser beam R2 is projected on the left side of the processing object 50 and forms a straight line. The laser unit 40 uses the first laser beam R1 And the straight line generated by the second laser beam R2 on the processing object 50 indicates the cutting amount.

Among them, the first steel cable 45 and the second steel cable 46 are wound along the inner and outer sides of the outer shell 11, and a guide wheel 47 is provided at each turning point, and each guide wheel 47 is used to guide the first The direction of the wire pulling of the steel cable 45 and the second steel cable 46.

In order to further understand the structural characteristics of this creation, the application of technical means and the expected effects, the usage of this creation is described here. I believe that this will lead to a more in-depth and specific understanding of this creation, as follows:

Referring to Figures 7 to 10 in conjunction with Figures 3 to 6, when the present invention wants to perform the cutting operation of the processing object 50, the processing object 50 is first placed on the conveying platform 13 and against the trimming The guide plate 14 and the conveying platform 13 will drive the processing object 50 to move toward the feeding port 113. At this time, the feeding unit 20 is driven by a motor (not shown) in the base 12 to be relatively The base 12 moves up and down. When the feeding base 21 moves, the first knife base 22 can be driven at the same time, so that the tangent lines of the feeding wheels 23 and the first cutting tool 221 are aligned with the top surface of the processing object 50, as shown in Figure 11 As shown, the first fixing member 24 fixed to the feeding seat 21 links the second sliding seat 432 through the second steel cable 46, so that the second laser 44 can move along the second slide rail 431. The longitudinal movement in the second window 115 can change the position of the second laser beam R2 projected on the left side of the processing object 50 to adjust the thickness of the processing object 50 to be cut. Similarly, the left vertical axis The unit 30 is driven by another motor (not shown) and can move left and right relative to the base 12. When the supporting plate 37 moves, the pressing wheel seat 31, the second knife seat 32 and the fixed frame 34 can be driven simultaneously, so that The tangent lines of the side pressure wheels 33 and the second cutter 321 are aligned with the left side of the processing object 50 and are fixed to the second fixing part of the fixing frame 34 The member 35 links the first sliding seat 412 through the first steel cable 45, so that the first laser 42 can move laterally along the first slide rail 411 in the first window 114, thereby changing the The first laser beam R1 is projected on the top surface of the processing object 50 to adjust the width size of the processing object 50 to be cut. After the processing object 50 confirms the size to be cut, it is passed through the first tool 221 and The second tool 321 performs cutting and is sent out from the outlet 116 to complete the cutting operation. Accordingly, the left vertical axis unit 30 of the present invention is connected to the first laser 42 through the first steel cable 45, and The feeding unit 20 is connected to the second laser 44 through the second steel cable 46, so that the position of the first laser beam R1 and the second laser beam R2 projected on the processing object 50 can be conveniently adjusted, and thereby The thickness and size of the processed object 50 to be cut are accurately and quickly known, saving labor costs and time, and reducing material waste.

To sum up, this invention has excellent practicality among similar products. At the same time, after searching the technical information about this type of structure at home and abroad, no similar structure has been found in the literature. Therefore, This invention has indeed met the requirements for a new patent, and an application must be filed in accordance with the law.

However, the above is only one of the best possible embodiments of this invention. Therefore, all equivalent structural changes made by applying the description of this invention and the patent application scope should be included in the patent scope of this invention.

100: Structure of woodworking machine marking cutting lines

10:Machine body

11:Outer shell

111: First side frame

112:Second side frame

113: Feed port

116: Discharge port

12: base

13:Conveyor platform

14:Trimming guide plate

20:Feeding unit

21:Feeding seat

23:Feeding wheel

30: Left vertical axis unit

31:Press wheel seat

32:Second tool holder

40:Laser unit

42:The first laser

44:Second laser

Claims (7)

A structure for marking cutting lines of a woodworking machine, which includes: a machine body, the machine body includes an outer shell and a base, the outer shell has a first side frame and a second side frame that are oppositely arranged, The first side frame is provided with a feed opening, and the first side frame is provided with a first window and a second window respectively above and on the side of the feed opening, and the first side frame is provided with a feed opening below the feed opening. There is a conveying platform for placing a processed object. The conveying platform is fixed above the base, and the base is located inside the outer shell; a feeding unit, which is movably combined with the base. And located above the conveying platform, the feeding unit includes a feeding seat and a first knife seat. The feeding seat is fixed with a first fixing piece at one end close to the first side frame. The first fixing piece is provided with a first fixing piece at both ends. A first upper buckle and a first lower buckle, the first knife seat is fixed on the other end side of the feeding seat; a left vertical axis unit, the left vertical axis unit is movably combined with the base and is located On one side of the conveying platform, the left vertical axis unit includes a pressure wheel seat and a second tool holder. A fixed frame is fixed on one side of the pressure wheel seat, and a second fixing piece is fixed on one end of the fixed frame different from the pressure wheel seat. , the second fixing member is provided with a first left buckle and a first right buckle respectively on both sides, the second knife holder is fixed on one end of the pressure wheel seat; a laser unit, the laser unit includes a A first sliding component, a first laser, a second sliding component and a second laser. The first sliding component has a first slide rail and a first slide seat. The first slide rail is fixed Inside the first side frame and above the first window, the first sliding seat is slidably mounted on the first slide rail. A second left buckle and a second second sliding seat are respectively provided on both sides of the first sliding seat. The right buckle, the second left buckle and the second right buckle are respectively connected to the first left buckle and the first right buckle through a first steel cable, and the first laser is fastened is located on the first sliding seat and Passing through the first window, the first laser can move laterally in the first window. The second sliding component has a second slide rail and a second slide base. The second slide rail is fixed on Inside the first side frame and located next to the second window, the second sliding seat is slidably mounted on the second slide rail. A second upper buckle and a second lower buckle are respectively provided at both ends of the second sliding seat. buckle, the second upper buckle and the second lower buckle are respectively connected to the first upper buckle and the first lower buckle through a second steel cable, and the second laser is fixed on The second sliding seat passes through the second window, and the second laser can move longitudinally within the second window. The structure of the woodworking machine marking cutting lines as described in claim 1, wherein the conveying platform is provided with a trimming guide plate on one side, and the second side frame is provided with an outlet corresponding to the inlet. The woodworking machine according to claim 1 has a structure for marking cutting lines, wherein the feeding seat is provided with a plurality of feeding wheels at intervals, and a first tool is provided inside the first tool seat. The structure of the woodworking machine marking cutting lines as described in claim 1, wherein the other side of the pressure wheel seat is provided with two side pressure wheels, and the second tool seat is provided with a second tool inside. The structure of the woodworking machine marked with cutting lines as described in claim 1, wherein the second tool holder is connected to an air duct on one side of the fixed frame, and a supporting plate is fixed below the second tool holder and the air duct. . The structure of the woodworking machine marking cutting lines as described in claim 1, wherein the first laser can emit a first laser beam, and the first laser beam is projected on the top surface of the processing object and forms A straight line, and the second laser can emit a second laser beam. The second laser beam is projected on the left side of the processing object and forms a straight line. The structure of the woodworking machine marking cutting lines as described in claim 1, wherein the first steel cable and the second steel cable are wound with pull wires along the inner and outer sides of the outer shell and at each turning point. A guide wheel is provided, each of which is used to guide the direction of the first steel cable and the second steel cable.

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