JP2021041686A - Shaving board for enhancing surface flatness of wood material for manufacturing furniture - Google Patents

Abstract

To provide a shaving board for enhancing surface flatness of a wood material for manufacturing furniture.SOLUTION: The shaving board includes a box 10, in which: a top pedestal 24 is symmetrically and fixedly mounted on a top face of the box 10; a cutting tool shell 28 is mounted on the top pedestal 24 on both left and right sides by a hinge; and a processing mechanism 80 capable of directly performing shaving processing on a wood material for manufacturing furniture is provided in the cutting tool shell 28. The processing mechanism 80 includes a cut space 37 provided to a bottom face of the cutting tool shell 28. The cut space 37 is opened downward. A slide table 38 is slidably mounted in the cut space 37. A cutting tool table is fixedly mounted on a bottom face of the slide table 38. A cutting tool is fixedly mounted on the cutting tool table, and the cutting tool can shave an upper side face and both front and rear side faces of furniture. A sending space 13 opening upward is provided in the box 10.SELECTED DRAWING: Figure 1

Description

The present invention takes up the field of furniture manufacturing, and specifically, is a shaving machine capable of improving the surface flatness of wood for furniture manufacturing.

When manufacturing furniture, it is first necessary to treat the surface of the wood for furniture manufacturing. Currently, equipment that treats the surface of wood for furniture manufacturing generally treats the surface of the wood by a rotary shaving method, but this method leaves many dents on the surface of the wood and the flatness of the surface of the wood. Is low.
When processing wood, the thickness of the wood cannot be controlled. Since it is generally controlled by the individual intention of the user, the accuracy is low, and a large amount of dust is likely to be generated during processing, which affects the environment and affects the health of the user.

Publication No. 106514823 of Chinese Patent Application

An object of the present invention is to provide a shaving machine capable of increasing the surface flatness of wood for furniture production, which can solve the above-mentioned problems in the current technique.

In order to solve the above problems, the present invention adopts the following technical plan: The shaving machine capable of enhancing the surface flatness of the wood for furniture production of the present invention includes a box, and the top surface of the box includes a pedestal. Is fixedly attached symmetrically, and a bite shell is attached to the tops on both the left and right sides by hinges, and a processing mechanism capable of directly shaving the wood for furniture manufacturing in the bite shell. The processing mechanism includes a cutting space provided on the bottom surface of the bite shell, and the cutting space is open downward so that the slide table can slide in the cutting space. Attached, a bite stand is fixedly attached to the bottom surface of the slide base, a bite is fixedly attached to the bite stand, and the bite can shave the upper side surface of furniture and both front and rear surfaces. A feeding space opened upward is provided in the box, and an auxiliary mechanism is provided in the feeding space, and the auxiliary mechanism can tightly pinch and raise wood waiting to be processed.
The auxiliary mechanism includes a feed table provided so as to be slidable in the feed space, and the feed wheel and the auxiliary feed ring are attached to the feed table so as to be rotatable, and the feed ring and the auxiliary feed ring are attached. A feed belt is attached to and from the feed belt so that it can be transmitted, and the feed belt can feed wood waiting to be processed from left to right to the processing area. A pinching block that can pinch wood tightly is attached to the pinching table so that it can slide, a push head space that opens downward is provided in the bite shell, and the pushed head space after processing is provided. A feedback mechanism capable of detecting the thickness of the wood is provided, and the feedback mechanism determines whether or not to perform secondary processing on the wood based on the thickness of the processed wood.

A further technical plan, the processing mechanism includes a shaving motor fixedly mounted in the right inner wall of the shaving space, with a first screw bolt fixedly mounted on the output shaft of the shaving motor. , The first screw bolt is attached by the slide base and a thread.

Further technical plan, a fixed rod is fixedly attached to the slide base, a sandwiching rod is attached to the fixed rod so as to be symmetrical and slidable, and a position limiting block is fixedly attached to the sandwiching rod. The first push spring is fixedly attached between the position limiting block and the fixed rod, and the push ring is attached to the sandwiching rod so that the push ring can rotate symmetrically.

Further technical plan, a processing space is provided on the apex on both the left and right sides, a push block space is provided in the top wall of the processing space, and the push block can slide in the push block space. A second push spring is fixedly attached between the top surface of the push block and the top wall of the push block space.

Further technical plan, the auxiliary mechanism includes a raising space provided in the bottom wall of the feeding space, and a raising motor is fixedly mounted in the inner wall on the right side of the raising space, and the output of the raising motor is output. A second screw bolt is fixedly attached to the shaft, the second screw bolt has threads in which the rotation directions of both left and right ends are opposite to each other, and the second screw bolt has a thread sleeve threaded symmetrically. It is attached with a thread, and a raising rod is attached to the thread sleeve by a hinge, and the raising rods on both the left and right sides and the feeding base are connected by a hinge.

Further technical plan, a feed motor is fixedly mounted in the feed table, a feed wheel axle is fixedly mounted on the output shaft of the feed motor, and the feed wheel shaft is fixedly connected to the feed wheel. A sandwiching block space is provided in the sandwiching table, and the sandwiching block is attached so as to slide with the sandwiching block space, and is provided between one side surface of the sandwiching block and one side inner wall of the sandwiching block space. The pinch spring is fixedly attached.

Further technical plan, a suction pump is provided in the bottom wall of the feed space, collection spaces are provided on both left and right sides of the box, and the suction port of the suction pump communicates with the feed space. , The outlet of the suction pump communicates with the collection space.

Further technical plan, a stand is fixedly attached to the right side of the box.

Further technical plan, the feedback mechanism includes an adjustment knob attached by a thread between the push head space and the top surface of the bite shell, and position detectors are fixed on both left and right sides of the push head space. The position detector is connected to the cutting motor and the raising motor by an electric signal, and the push head is mounted so as to slide in the push head space, and the push head has a spring space. Provided, the spring space is attached so as to slide with the adjustment knob, a cushioning spring is fixedly attached between the bottom surface of the adjustment knob and the bottom wall of the apex, and moves to the push head. The launcher is fixedly attached.

The present invention can imitate the method of manually shaving wood, greatly reducing the dust that comes out, while improving the surface flatness of the processed wood, and the shaving thickness is determined by a preset height. It can be controlled automatically, which ensures that all processed wood has the same accuracy, reduces personal error, and can absorb dust that comes out during operation, reducing pollution to the environment. , Worth the spread.

In order to explain the invention of the present application in detail with reference to FIGS. 1 to 5 below and to explain the present invention in a convenient manner, the following directions are defined as follows: FIG. The left-right front-back direction and the up-down, left-right front-back direction of the self-projection relationship in FIG. 1 coincide with each other.

FIG. 1 is a schematic diagram of the overall configuration of the present invention. FIG. 2 is a schematic cross-sectional configuration of FIG. 1 in the AA direction. FIG. 3 is a schematic cross-sectional configuration of FIG. 1 in the BB direction. FIG. 4 is an enlarged schematic diagram of C in FIG. FIG. 5 is an enlarged schematic diagram of D in FIG.

With reference to FIGS. 1 to 5, the shaving machine capable of improving the surface flatness of the wood for furniture production of the present invention includes a box 10, and a top 24 is fixedly attached to the top surface of the box 10 symmetrically. A bite shell 28 is attached to the apex 24s on both the left and right sides by a hinge, and a processing mechanism 80 capable of directly shaving the wood for furniture production is provided in the bite shell 28. The processing mechanism 80 includes a cutting space 37 provided on the bottom surface of the bite shell 28, the cutting space 37 is open downward, and a slide table 38 can slide in the cutting space 37. The bite base 40 is fixedly attached to the bottom surface of the slide base 38, the bite 41 is fixedly attached to the bite base 40, and the bite 41 is the upper side surface and the front and rear side surfaces of the furniture. A feeding space 13 opened upward is provided in the box 10, an auxiliary mechanism 81 is provided in the feeding space 13, and the auxiliary mechanism 81 is a piece of wood waiting to be processed. Can be pinched or raised,
The auxiliary mechanism 81 includes a feed table 16 provided so as to be slidable in the feed space 13, and the feed wheel 14 and the auxiliary feed ring 46 are attached to the feed table 16 so as to be rotatable, and the feed is described. A feed belt 17 is attached between the ring 14 and the auxiliary feed ring 46 so that the feed belt 17 can be transmitted, and the feed belt 17 can feed the wood waiting to be processed from the left to the right to the processing area. A sandwiching table 47 is provided on the belt 17, and a sandwiching block 48 capable of tightly sandwiching wood is attached to the sandwiching table 47 so as to slide, and a push head space opened downward in the bite shell 28. 30 is provided, and a feedback mechanism 82 capable of detecting the thickness of the processed wood is provided in the push head space 30, and the feedback mechanism 82 performs secondary processing on the wood according to the thickness of the processed wood. Decide whether to do it.

The processing mechanism 80 includes a cutting motor 36 fixedly mounted in the right inner wall of the cutting space 37, and a first screw bolt 39 is fixedly attached to the output shaft of the cutting motor 36. , The first screw bolt 39 is attached by the slide base 38 and the thread.
When shaving wood, the shaving motor 36 is started, the shaving motor 36 rotates and interlocks the first screw bolt 39, the first screw bolt 39 rotates and the slide base 38 slides to the left, and the slide base 38 Drives the bite 41 to the left, and the bite 41 performs a shaving process on the wood.

A fixed rod 42 is fixedly attached to the slide base 38, a sandwiching rod 43 is attached to the fixed rod 42 so as to be symmetrical and slidable, and a position limiting block 44 is fixed to the sandwiching rod 43. The first push spring 45 is fixedly attached between the position limiting block 44 and the fixed rod 42, and the push ring 60 is attached to the sandwiching rod 43 so as to be symmetrical and rotatable. Be,
During the shaving process, the push ring 60 can pinch the wood tightly, preventing the wood from being out of position.

A processing space 56 is provided on the apex 24s on both the left and right sides, a push block space 25 is provided in the top wall of the processing space 56, and the push block 26 can slide in the push block space 25. A second push spring 27 is fixedly attached between the top surface of the push block 26 and the top wall of the push block space 25.
When the wood is sent to the processing position, the second push spring 27 pushes and moves the push block 26, and the push block 26 tightly sandwiches the wood.

The auxiliary mechanism 81 includes a raising space 18 provided in the bottom wall of the feeding space 13, and a raising motor 22 is fixedly mounted in the inner wall on the right side of the raising space 18, and the raising motor 22 A second screw bolt 19 is fixedly attached to the output shaft, the second screw bolt 19 has threads having opposite rotation directions at both left and right ends, and the second screw bolt 19 has a screw thread sleeve 20. Are attached symmetrically with threads, a raising rod 21 is attached to the screw thread sleeve 20 by a hinge, and the raising rods 21 on both the left and right sides and the feed base 16 are connected by a hinge.
As a result, the raising motor 22 is started, the raising motor 22 rotates and interlocks the second screw bolt 19, the second screw bolt 19 rotates, and the screw thread sleeves 20 on both the left and right sides are slid and interlocked in the middle, and the screw thread sleeve 20 The feed base 16 is pushed and moved, and the wood on the feed belt 17 is interlocked and moves upward.

The feed motor 55 is fixedly mounted in the feed base 16, the feed wheel shaft 15 is fixedly mounted on the output shaft of the feed motor 55, and the feed wheel shaft 15 is fixedly mounted on the feed wheel 14. It is connected, and a sandwiching block space 49 is provided in the sandwiching table 47, and the sandwiching block 48 is attached so as to slide with the sandwiching block space 49, and one side surface of the sandwiching block 48 and the sandwiching block space 49. A sandwiching spring 50 is fixedly attached to the inner wall on one side of the above, and the sandwiching spring 50 can push and move the sandwiching block 48 to tightly sandwich the wood in the sandwiching block 48, which is convenient for shaving. Yes,
The motor 55 is started, the feed motor 55 rotates and interlocks the feed wheel 14, and the feed wheel 14 rotates to feed the wood to the right side of the feed belt 17.

A suction pump 11 is provided in the bottom wall of the feed space 13, collection spaces 12 are provided on both left and right sides of the box 10, and the suction port of the suction pump 11 communicates with the feed space 13. The outlet of the suction pump 11 communicates with the collection space 12.
As a result, the suction pump 11 is started, and the suction pump 11 sucks the dust generated after the wood processing into the collection space 12.

A stand 23 is fixedly attached to the right side of the box 10.
The processed wood can be placed on the stand 23.

The feedback mechanism 82 includes an adjustment knob 29 attached by a screw thread between the push head space 30 and the top surface of the bite shell 28, and position detectors 31 are fixed to both left and right sides of the push head space 30. The position detector 31 is connected to the cutting motor 36 and the raising motor 22 by an electric signal, and the pushing head 34 is mounted so as to be slidable in the pushing head space 30. A spring space 33 is provided in the head 34, and the spring space 33 is attached so as to slide with the adjustment knob 29, and a cushioning spring 35 is provided between the bottom surface of the adjustment knob 29 and the bottom wall of the top 24. Is fixedly attached, and a mobile launcher 32 is fixedly attached to the push head 34.
The push head 34 can be moved up and down by rotating the adjustment knob 29, and the thickness of the processed wood can be adjusted by adjusting the height of the position of the push head 34. When the push head 34 is pressed, the position of the mobile launcher 32 changes with respect to the position detector 31, and the wood is directly sent out.

The wood waiting to be processed is fed from the processing space 56 on the left side, and the push head 34 can be moved up and down by rotating the adjustment knob 29, and the height of the position of the push head 34 is adjusted to adjust the height of the push head 34 after processing. The thickness of the wood can be adjusted, the pinching spring 50 pushes and moves the pinching block 48, the wood is tightly pinched by the pinching block 48, the feed motor 55 is started, the feed motor 55 rotates and interlocks the feed wheel 14, and the feed wheel 14 rotates to drive the feed belt 17, the feed belt 17 feeds the wood to the right, the shaving motor 36 is started, the shaving motor 36 rotates and interlocks the first screw bolt 39, and the first screw bolt 39 Rotates and slides the slide base 38 to the left, the slide base 38 drives the bite 41 to the left, the bite 41 performs a shaving process on the wood, and the push ring 60 can pinch the wood tightly. It is prevented that the wood is out of position, the raising motor 22 is started, the raising motor 22 rotates and interlocks the second screw bolt 19, the second screw bolt 19 rotates, and the screw thread sleeves 20 on both the left and right sides are intermediate. The screw thread sleeve 20 pushes and moves the feed base 16, the wood on the feed belt 17 moves upward, and the wood can be shaving a plurality of times. After starting, the suction pump 11 sucks the dust generated after the wood processing into the collection space 12.

When the shaving-completed wood presses the push head 34, the mobile launcher 32 changes its position with respect to the position detector 31 and the wood is directly sent out.

The beneficial effect of the present invention is: The present invention can mimic the method of manually shaving wood and can greatly reduce the dust that comes out, while improving the surface flatness of the processed wood and increasing the thickness of the shaving. It can be automatically controlled by a preset height, which allows all processed wood to have the same accuracy, reduce errors due to personal manipulation, and absorb dust that comes out during operation. , Reduces pollution to the environment and has widespread value.

The above is merely a specific embodiment of the present invention, and the scope of protection of the present invention is not limited to this. Changes and replacements that come to mind through all creative labor are covered by the scope of the invention of the present application. Therefore, the scope of protection of the present invention is based on the scope of protection in which the request for rights is limited.

Claims (9)

Including the box, the apex is fixedly attached to the top surface of the box symmetrically, the bite shells are attached to the tops on both the left and right sides by hinges, and furniture is manufactured directly in the bite shell. A processing mechanism capable of shaving the wood is provided, and the processing mechanism includes a cutting space provided on the bottom surface of the bite shell, and the cutting space is open downward, and the cutting A slide base is mounted in the shaving space so that it can slide, a bite stand is fixedly attached to the bottom surface of the slide stand, a bite is fixedly attached to the bite stand, and the bite is a piece of furniture. The upper side surface and the front and rear side surfaces can be shaving, a feed space opened upward is provided in the box, an auxiliary mechanism is provided in the feed space, and the auxiliary mechanism is waiting for processing. You can pinch and raise wood tightly,
The auxiliary mechanism includes a feed table provided so as to be slidable in the feed space, and the feed wheel and the auxiliary feed ring are attached to the feed table so as to be rotatable, and the feed ring and the auxiliary feed ring are attached. A feed belt is attached to and from the feed belt so that it can be transmitted, and the feed belt can feed wood waiting to be processed from left to right to the processing area, and the feed belt is provided with a sandwiching table. A pinching block that can pinch wood tightly is attached to the pinching table so that it can slide, a push head space that opens downward is provided in the bite shell, and the pushed head space after processing is provided. A feedback mechanism capable of detecting the thickness of the wood is provided, and the feedback mechanism determines whether or not to perform secondary processing on the wood based on the thickness of the processed wood. Shaving board that can enhance. The processing mechanism includes a shaving motor fixedly mounted in the right inner wall of the shaving space, and a first screw bolt is fixedly mounted on the output shaft of the shaving motor. The shaving machine according to claim 1, wherein the bolts are attached to the slide base by a screw thread, and the surface flatness of the wood for manufacturing furniture can be improved. A fixed rod is fixedly attached to the slide base, a sandwiching rod is attached to the fixed rod so that it can slide symmetrically, and a position limiting block is fixedly attached to the sandwiching rod. The first push spring is fixedly attached between the limiting block and the fixed rod, and the push ring is attached to the sandwiching rod so that the push ring can rotate symmetrically. A shaving machine that can improve the surface flatness of the wood for furniture manufacturing described in. A processing space is provided on the apex on both the left and right sides, a push block space is provided in the top wall of the processing space, and the push block is installed in the push block space so as to be slidable. The surface flatness of the wood for furniture manufacturing according to claim 1, wherein a second push spring is fixedly attached between the top surface of the push block and the top wall of the push block space. A shaving board that can be enhanced. The auxiliary mechanism includes a raising space provided in the bottom wall of the feeding space, a raising motor is fixedly mounted in the inner wall on the right side of the raising space, and a second raising motor is attached to the output shaft of the raising motor. A screw bolt is fixedly attached, and the second screw bolt has threads in which the rotation directions of both left and right ends are opposite to each other, and a thread sleeve is attached to the second screw bolt symmetrically with threads. The flat surface of the wood for furniture manufacturing according to claim 1, wherein a raising rod is attached to the thread sleeve by a hinge, and the raising rods on both the left and right sides and the feed base are connected by a hinge. A shaving board that enhances the quality. A feed motor is fixedly mounted in the feed base, a feed wheel shaft is fixedly mounted on the output shaft of the feed motor, the feed wheel shaft is fixedly connected to the feed wheel, and the sandwiching base is fixedly connected. A sandwiching block space is provided inside, and the sandwiching block is attached so as to slide with the sandwiching block space, and a sandwiching spring is fixed between one side surface of the sandwiching block and the inner wall on one side of the sandwiching block space. The shaving machine according to claim 1, wherein the surface flatness of the wood for manufacturing furniture can be improved. A suction pump is provided in the bottom wall of the feed space, collection spaces are provided on both left and right sides of the box, and the suction port of the suction pump communicates with the feed space. The shaving machine according to claim 1, wherein the spout communicates with the collection space, and the surface flatness of the wood for manufacturing furniture can be improved. The shaving machine according to claim 1, wherein a stand is fixedly attached to the right side surface of the box, and the surface flatness of the wood for furniture production can be improved. The feedback mechanism includes an adjustment knob attached by a thread between the push head space and the top surface of the bite shell, and position detectors are fixedly attached to both left and right sides of the push head space. The position detector is connected to the cutting motor and the raising motor by an electric signal, and is installed in the push head space so that the push head can slide. The push head is provided with a spring space, and the spring is provided. A space is attached so that it can slide with the adjustment knob, a cushioning spring is fixedly attached between the bottom surface of the adjustment knob and the bottom wall of the apex, and a mobile launcher is fixed to the push head. The shaving machine according to claim 1, wherein the surface flatness of the wood for manufacturing furniture can be improved.

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