TWM247383U - Orientation adjustment structure for saw blade of stone cutting machine - Google Patents

Description

M247383 IV. Creation Instructions (1) [Technical Field to which the New Type belongs] This creation is related to stone cutting machines, more specifically, a saw blade angle adjustment structure of a stone cutting machine. [Previous technology] According to the prior knowledge, the portable stone cutting machine provides workers with the convenience of cutting floor tiles, murals and other stone materials to cut the size of the stone to meet the demand. Due to the general cutting machine, its saw blades are all It is a vertical cutting table; therefore, all are used for vertical stone cutting, and the cutting surfaces are straight cutting edges. If the corner meets the corner, the straight cutting edge of the stone cannot be bonded to each other. Stone cutting must be used. The inclined cutting edge with a predetermined angle and the inclined cutting edge of another stone are matched with each other at the corner of the wall, so that they can be tightly contacted. Although a saw blade inclined at an angle is used to cut the inclined edge, the operation is changed. The angle is not fast, and the inclination angle is incorrectly positioned, so that the staff has trouble changing the angle, and there are cases where the cutting angle is different several times before and after. In view of this, the author of this case is still actively developing, Research and improvement, and accumulated years of manufacturing and production experience, and finally there is a creation that is sufficient to solve the above drawbacks. [New content] That is, this article creates a saw blade angle adjustment structure for a stone cutting machine, which provides a saw blade that can quickly change the angle and quickly return, and it is easy to operate, and it can make a single positioning and correct angle. The reason is that this invention creates a saw blade angle adjustment structure for a stone cutting machine. It is a machine. The machine consists of several rods and a frame. It has:

Page 5 M247383 IV. Creation instructions (2)! Two symmetrical guides, which guide all the platforms to move along the guide; i All platforms, there are several rollers below the two sides of the cutting platform, the rollers slide along the guide rail, on the cutting platform There is a forward notch and an oblique notch; 丨

A support arm is erected on the side of the machine. The lower end of the support arm is connected to the rod body of the machine I. The upper end is provided with a positioning hole and a long hole to connect a pivot arm. 5 |

One pivot arm is an L-shaped plate with two screw holes on one side. One screw hole is connected with the positioning hole of the I support arm by a screw. The other screw hole is connected with the long hole of the support arm by a rotary button. The screws are connected to each other. The pivot arm can be adjusted slightly according to the long hole. The other side of the pivot arm is provided with a perforation and an arc hole. A cutting machine has a motor, a casing and a saw blade. Two holes are fixedly provided with two large-sized posts with internal threads. The perforation of the pivot arm is connected with the large post of the cutting machine by a screw, and the arc hole of the pivot arm is a screw with a handle and a small post of the cutting machine. According to this, the cutting machine uses a large post as the pivot center, and can be used as an inclined cutting machine and a saw blade depending on the arc hole, and the handle screw is used for the rapid positioning of the inclined saw blade. In order for your review committee to have a better understanding and approval of the content, characteristics and purpose of this creation, a preferred embodiment is given below, which will be explained with drawings and numbers in the following: [Implementation Mode] First, this creation A saw blade angle adjustment structure of a stone cutting machine is shown in Figs. 1, 2, 3, and 4. It is a machine 10, which has all the machines 20, a support arm 3, and a machine. Pivot arm 40 and a cut

Page 6 M247383 IV. Creation instructions (3) Machine 50, the machine 10 is composed of a rod body 11 and a frame 12, and the end faces of the rod body 1 are respectively connected to the plate surface 1 3, 1 4 The board surface 1 3 and 1 4 are internally provided with a guide rail 15, so that the machine table 10 has two symmetrical guides 15. The guide rail 15 is used for placing all the tables 20, and there are several rollers 2 under the cutting table 20. 1 is in contact with the guide rail 15 and is used for sliding movement of the cutting table 20. The cutting table 20 has a forward cutting groove 2 2 and an oblique cutting groove 2 3. There is an auxiliary plate 2 on the side of the cutting table 20. 4 For placing tools, a rod body 11 on the outside of the machine 10 is screwed with a number of screws 3 1 and a lower end of a support arm 30 is fastened. An upper end of the support arm 30 is positioned with a pivot arm 4 0 and a support arm 3. The upper end of 0 is provided with a positioning hole 3 2 and a long hole 3 3. The positioning hole 32 is connected with a screw hole 4 1 of the pivot arm 40 by a screw 3 4. The long hole 3 3 is provided with a rotary button. The screw 3 5 of 3 5 is pivotally connected to the other screw hole 4 2 of the pivot arm 40, so that the pivot arm 40 can be centered on the screw 3 4 and slightly adjusted up and down according to the long hole 3 3. The arm 40 is an L-shaped body, and a perforation 4 3 and an arc hole 4 4 are provided on the other side. The perforation 4 3 Outside, and the arc hole 4 4 is about the middle position, the cutting machine 50 has a casing 5 1, a lower casing 5 2, a motor 5 3, a saw blade 54 and an outer cover 55, and the casing 51 and the lower casing 52 are packaged. The positioning motor 5 3 is covered, the motor 5 3 is driven by a piece 5 4, and a casing 5 5 is provided on the side of the casing 5 1. The casing 5 5 is pivotally connected with a screw 5 6 with a rotary button 5 6 1, and the casing 5 can be lifted up. 5, The outer cover 5 5 covers the upper end of the saw blade 5 4. Two holes 5 1 1 and 5 1 2 are provided on one side of the casing 5 1 for the large post 4 5 and the small post 4 6 to be fixed. Posts 4 5 and small posts 4 6 are internally threaded. The large post 4 5 is perforated 4 3 with respect to the pivot arm 40 and is screwed with the screw 4 7, while the small post 4 6 is relative to the pivot. Arc hole 4 4 of arm 4 0 to

Page 7 M247383 IV. Creation instructions (4) A screw 4 8 with a handle 4 8 1 is on the pivot arm 40, and the perforation is displaced by the arc hole 4 4 for cutting positioning; by the above-mentioned structure combination The angle adjustment structure is as shown in Figures 5 and 6. The cutting table 20 can be used as a displacement to slide along the cutting table 20 and 3 5 1 to make some adjustments, so that when cutting the stone, the handle will be 4 8 1 arc hole. 4 4 at the bottom, so that the cutting machine 5 and cutting machine 50 are in a horizontal state, and the saw blade 5 4 is slightly cut into the cutting table to cut the stone. As shown in Figures 7 and 8, when the handle 4 8 1 is loosened, The screw 4 8 is loose, and the inner side of the screw 4 7 and the large post 4 cutting machine 50 are lifted up to the top of the arc hole 4 4. Place the handle 4 on the top of the arc hole 4 4 and the top of the screw 4 4. The cutting machine is inclined at a forty-five-degree angle, and the saw blade is within 23, and can be used as an oblique cutting stone. Because of this creative operation, the wrong piece 5 is screwed, and the cutting machine 50 is positioned at 3 as the center, and the screw is adjusted. The angle of inclination of 4 8, machine 50 and ore piece 5 4 creates an IS slice of a stone cutting machine, which is mainly used as a saw blade 5 4—place the stone on the top and cut by the roller 2 1 The elevation angle of the machine 50 can be slightly raised and lowered by the rotary button 50, while the general tight screw 4 8 is connected to the pivot arm 40 and the saw blade 5 4 maintains the normal normal saw blade 54 as a vertical cutting table 20 To cut the groove 2 2 inside 5 to cut the stone to make an inclined angle, pivot the arc hole 4 4 and the perforation 4 3 from the pivot arm 4 0 as the center, and screw 4 8 and the small post 4 6 When it reaches 1, it is tightened, and the screw 4 8 is locked and the small post 4 6 is clamped to the arc hole 4 to be positioned at an angle. The saw blade 5 4 is also used as an oblique groove in the cutting table 20 to make the stone cut. The edge becomes a beveled edge; at an oblique angle, as long as you use the handle 4 M247383 IV. Creation instructions (5) 8 1 Loosen and tighten the movement, which can position the cutting machine 50 and the saw blade 5 4 quickly and conveniently, and Once the handle 4 8 1 is tightened, there will be no loosening. The saw blade 5 4 can maintain an oblique angle, it will not change the angle arbitrarily during the cutting process, and the stability is high. To restore the original vertical saw blade 5 4, As long as the handle 4 8 1 is loosened, the screw 48 and the small post 4 6 are moved down, and the original shape can be restored. The saw blade 5 4 is vertical, and then the handle 4 8 1 is tightened, so that the screw 4 8 is connected with the small Rod 4 6 clamped At the bottom of the arc hole 4 and 4, the positioning is completed. In summary, this article creates a saw blade angle adjustment structure for a stone cutting machine. Its novelty and practicability are beyond doubt. For this reason, I would like to ask the reviewing committee, Yi Bing. The Chinese people worked hard to create the original intention, and granted the patent in this case, the applicant is the M247383 diagram to explain the diagram briefly: The first diagram is a three-dimensional exploded diagram of the creation. The second picture is a three-dimensional combination of this creation. The third picture is a three-dimensional combined picture from another perspective of this creation. The fourth picture is the left-hand plan view of this creation. The fifth picture is a plan view of the front view of this creation. The sixth figure is the right side view of this creation, and a schematic plan view of the saw blade. The seventh figure is a right side view of the creation, and a schematic plan view of the tilting operation of the saw blade. The eighth figure is a right side view of the creation, positioning the saw blade at a forty-five degree angle. Drawing number: 1 0 machine 1 1 rod body 1 2 frame 1 3 plate surface 1 4 plate surface 1 5 guide rail 2 0 cutting table 2 1 roller 2 2 groove (positive direction) 2 3 groove (inclined) 2 4 Auxiliary board 3 0 support arm 3 2 positioning hole 3 3 long hole 3 4 screw 3 5 screw 3 5 1 turn button 4 0 pivot arm 4 1 screw hole 4 2 screw hole 4 3 perforated 4 4 arc hole 4 5 large post 4 6 Small post 4 8 Screw 4 8 1 Handle 5 0 Cutter 5 1 Case 5 1 1 Hole 5 1 2 Hole 5 2 Lower case 5 3 Motor 5 4 Saw blade 5 5 Cover 5 6 Screw 5 6 1 turn Button M247383 Brief description of the diagram 3 1 screw 4 7 screw

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Claims (1)

M247383 V. Application for patent scope 1. A saw blade angle adjustment structure of a stone cutting machine, which is a machine. The machine consists of several rods and a frame. It has: two symmetrical guide rails, which are used for everything The table moves along the guide rails; for all tables, there are several rollers on both sides of the cutting table, and the rollers slide according to the guide rail. The cutting table is provided with a forward cutting groove and an oblique cutting groove; | a support arm, set up on the machine At the side of the table, the lower end of the support arm is connected to the rod body of the table. The upper end is provided with a positioning hole and a long hole to connect a pivoting arm and an arm to the hole and a long screw to support the hole support. The screw and the two holes have a screw on one side and another on the other side. In the setting, the plate-shaped rod L screw has an arm that is pivoted by the arm hole position, the height is the same, the hole is long, and the hole is long. The pivot and the hole 5 are provided with an arm button connected with a side rod and another arm button, and the pivot is provided with the tool. The two screws of the hole rod are provided with the above-mentioned hole for the shell to pass through the machine. Then, \, m! J / Dama Malaysia has snails with internal cutters A fixed hole handle has a cutting machine with a hole-arc arm and a phase-phase rod and a small machine to cut and cut the rod and screw. The center-centered fixed-speed connection quick-connect is used as a lever screw to handle a large number of machines. The cutting piece should be cut incorrectly, and the machine cuts it obliquely. The tilted piece is cut with a saw, the cover machine is cut outside, and all the following items of the wood shell stone machine are 1 ±. The saw, the machine can cut the horse to cut the material and fix the stone. The description of the package is combined with the above. The item 1 Mine 1 is connected to the cover of the shell, and the side of the shell can be used outside. Please ask the shell to apply the machine to the side, and then connect the 3 bolts. Page M247383 5. Scope of patent application Angle adjustment structure, where the perforation of the pivot arm is located on the outside and the arc hole is located in the middle position, which can make the saw blade at an inclination angle of about 45 degrees.