TW202245971A - Grinder fastening assembly for building material plates and grinder fastening table thereof capable of saving effort and being easy to use, and rapidly cutting out grooves with the same angle and depth on each building material plate - Google Patents

Abstract

The present invention relates to a grinder fastening assembly for building material plates for guiding the handheld grinder to cut building material for forming grooves. The fastening assembly includes a base and a plurality of fastening tables. The fastening tables are disposed at intervals along the width direction of the base. The fastening table is provided with a positioning base, a building material side abutting member, a grinder connecting member, and a cutting depth positioning member. The positioning base has a base plate, wherein the bottom of the base plate is the abutting surface against the inner side of building material and a processing hole is penetrated through the base plate. The building material side abutting member is protruded from the abutting surface against the inner side of building material. The grinder connecting member is located above the positioning base and may be linearly moved toward the processing hole or away from the processing hole. The cutting depth positioning member may control the sliding stroke of the grinder connecting member. Thus, the present invention may save effort and be easy to use, and may rapidly cut out grooves with the same angle and depth on each building material plate.

Description

Grinder fixing component of building material board body and grinder fixing table thereof

The invention relates to a fixed pedestal for building material processing, especially a fixed pedestal for guiding a hand-held grinder to cut grooves on building material boards such as ceramic tiles or stones.

Traditional building tiles and other building material boards on the exterior walls are usually stuck to the wall through the viscosity of cement mortar itself, which is easy to cause the wall tiles to fall off due to the temperature difference between day and night, causing danger to residents and pedestrians. In order to improve this dangerous situation, the applicant has developed an anti-falling and anti-uplifting building material board. The inner surface (that is, the side that is pasted on the cement mortar) is formed with a plurality of bonding grooves extending obliquely, and then matched with an iron The pieces are used together. One end of the iron piece is inserted obliquely upward into the joint groove of the building material panel, and the other end of the iron piece is fixed in the wall structure, so as to strengthen the fixation and prevent the building material panel from falling off or bulging. effect.

However, the way of processing and forming the combination groove of the anti-drop and anti-uplift building material board is that the worker directly holds a hand-held grinder to cut and form an inclined combination groove on the inner surface of the building material board. However, the speed of the hand-held grinder is high, and it is easy to shake when cutting. It is very laborious to hold the grinder manually and it is difficult to accurately control the attitude of the grinder, making it difficult to control the position, inclination angle and cutting depth of the joint groove, and especially When the building material board is thin, a slight error in the cutting depth will cut the building material board and cause losses.

In addition, there are multiple bonding grooves on the building material board that need to be processed, and it is very time-consuming to move the grinder from one bonding groove to another bonding groove, resulting in slow operation speed. Furthermore, in order to minimize errors in the position, inclination angle, and cutting depth of the joint groove, workers need to carefully control the attitude of the grinder, resulting in slower work. In the current situation where the whole world is facing related problems such as labor shortage, manpower shortage and technical proficiency, the current manpower demand for combined groove processing is too high and the quality is unstable.

Therefore, the processing method of the joint groove of the anti-drop and anti-uplift building material board in the prior art needs to be improved.

In view of the above-mentioned shortcomings and deficiencies of the prior art, this invention provides a grinding wheel machine fixing table for building material boards. The hand-held grinder is fixed on the grinding machine fixing table. Cut out the bonding groove at a specific position to save manpower, improve quality and complete processing quickly.

In order to achieve the above creative purpose, the technical means used in this creation is to design a grinding wheel machine fixing platform for building material panels, which includes: A seat, having: A base plate, which has an upper surface and an inner adjoining surface of the building material respectively located on two opposite sides, and the base plate has a processing hole, which runs through the upper surface and the inner abutting surface of the building material; A guide frame, which is arranged on the upper surface, and the top end of the guide frame is provided with a sliding surface, and the sliding surface is inclined to the inner abutment surface of the building material; a building material side abutting piece, which protrudes downward from the inner abutment surface of the building material; A grinding machine connecting piece, which can be linearly moved on the sliding surface of the guide frame, and the grinding machine connecting piece can move linearly along the sliding surface towards the processing hole of the positioning seat or away from the processing hole ; The cutting depth positioning part is connected with the grinding machine connecting part; the cutting depth positioning part can abut against the positioning seat to restrict the grinding machine connecting part from moving toward the machining hole.

When using the grinding machine fixing table alone to process the building material board, fix a hand-held grinding machine to the connecting part of the grinding machine; place the inner side of the building material board to be processed on the table, and then place the positioning seat On the building material board body, make the building material inner abutment surface of the positioning seat abut against the inner surface of the building material board body, and make the building material side abutment part of the positioning seat abut against the side edge of the building material board body, thereby making the building material board The position to be processed on the side of the body is exposed in the processing hole.

Then, the user pushes the grinder connecting piece toward the processing hole, so that the grinder fixed on it moves toward the processing hole, and the grinding wheel of the grinder cuts the building material board body exposed to the processing hole, and the building material An inclined combination groove is formed at a specific position on the inner surface of the plate body.

The advantage of the grinder fixed table of this creation is:

First, the grinder is fixed on the grinder connecting piece, so the user does not need to hold the grinder, but only needs to push the grinder connecting piece to make the grinding wheel process the building material board, which saves labor and is easy to use.

Second, the side edge of the building material is against the side of the building material plate, so that the distance between the position of the processing hole and the side of the building material plate remains unchanged, and then the position of the groove cut by the grinding wheel is consistent with the position of the building material plate. The side edge distance remains unchanged, thereby accurately controlling the distance between the bonding groove and the side edge of the building material board.

Thirdly, the guide frame makes the connecting part of the grinding machine slide linearly relative to the positioning seat, so that the angle between the grinding wheel and the building material board remains unchanged, and then the inclination angle of the joint groove can be precisely controlled.

Fourth, the position of the cutting depth positioning member against the positioning seat can be matched with the depth design of the combined groove, so that when the user pushes the grinding machine connecting piece toward the processing hole each time, the depth of the groove cut by the grinding wheel on the building material board remain constant, thereby allowing precise control of the depth of the bonded trench to avoid cutting through.

Fifth, the present invention can fix the attitude of the grinder (that is, the position, inclination angle, and cutting depth of the grinder relative to the building material board). This greatly increases the processing speed.

Furthermore, the above-mentioned grinder fixing table for the building material board body further has at least one reset elastic member, which is arranged between the positioning seat and the grinder connecting piece, and makes the grinder connecting piece tend to stay away from The machining hole.

Furthermore, in the above-mentioned grinding wheel machine fixing platform for building material boards, the positioning seat further has an adjustment piece, which is movably connected to the base plate; the building material side abutting piece is located on the adjustment piece; the building material side The connection line between the edge abutting piece and the processing hole is defined as an adjustment line, and the adjustment piece can be fixed at a plurality of positions arranged along the adjustment line.

Further, in the above-mentioned grinding machine fixing platform for building material panels, when the depth-of-cut positioning member abuts against the positioning seat, the position of the grinding machine connecting member is defined as a limit position; the depth-of-cut positioning member can be moved ground on the grinder attachment to change the limit position.

Further, in the above-mentioned grinder fixing platform for building material boards, the grinder connector has a bottom plate connected to the guide frame, and the bottom plate is inclined up and down; two fixing pieces protrude from the bottom plate and are positioned relative to the One side of the seat; the two fixed pieces are adjacent to the bottom side of the bottom plate, and the distance between the two fixed pieces is tapered toward the bottom side of the bottom plate.

In order to achieve the above creation purpose, this creation further provides a grinding wheel machine fixing assembly for building material panels, which includes: A base, which is a flat plate, and has: An outer abutment surface of a building material, which is the upper surface of the base; A plurality of fixed table connectors are arranged at intervals along a width direction of the base; each of the fixed table connectors has a positioning portion; A plurality of grinding machine fixed platforms as mentioned above are located above the base; the grinding machine fixed platforms are respectively connected to the positioning parts of the fixed platform connectors; The outer abutting surface of the building material of the base; the side abutting pieces of the building material of the grinding machine fixed tables are arranged in a straight line.

In order to achieve the above creation purpose, this creation further provides a grinding wheel machine fixing assembly for building material panels, which includes: A base, which is a flat plate, and has: An outer abutment surface of a building material, which is the upper surface of the base; A plurality of fixed table connectors are arranged at intervals along a width direction of the base; each of the fixed table connectors has a positioning portion, and the positioning portion includes at least one upwardly protruding positioning rod: A plurality of grinding machine fixed platforms as mentioned above are located above the base; the grinding machine fixed platforms are respectively connected to the positioning parts of the fixed platform connectors; The outer abutting surface of the building material of the base; the side abutting parts of the building materials of the grinding machine fixed platforms are arranged in a straight line; at least one connecting hole is formed through the adjustment member of each grinding machine fixed platform, and the grinding machine The at least one positioning rod of the corresponding fixing platform connecting part is sheathed by the fixing platform through the at least one connecting hole so as to slide up and down.

When using the grinding wheel machine fixing assembly to process the building material board, the building material board is inserted between the building material outer abutment surface of the base and the building material inner abutment surface of the grinder fixing table of the building material board, and the side of the building material board is The utility model relates to a building material side abutting part which is abutted against a fixed table of a building material grinder. Finally, push the hand-held grinder on the grinder fixed table to process and form the joint groove respectively.

The advantage of the grinding machine fixing assembly compared with a single grinding machine fixing table is that when one side of the building material board needs to be processed to form multiple bonding grooves, multiple grinding machine fixing tables can correspond to multiple bonding grooves respectively, without the need to It takes time to move the fixed table of the grinding machine, and can quickly process and form multiple bonding grooves on one side of the building material board, and can accurately control the spacing distance of the bonding grooves. For example, the side of a tile with a length of 60 cm usually needs to form two joint grooves. In the present invention, two grinding machine fixing tables can be set to correspond to the two joint grooves at the same time. During the processing, the grinding machine fixing table does not need to be moved, and can be quickly Finish processing. When it is desired to process longer building material boards, multiple grinding machine fixing components can also be used in parallel.

In addition, in actual use, experienced operators can first set the distance, position, and depth of the fixed platform of the grinder on the fixed components of the grinder. After the settings are completed, operators with general experience can take over and perform subsequent simple repetitions. Permanent processing operations can reduce the requirements for technical proficiency in processing operations.

Further, in the above-mentioned grinding machine fixing assembly for the building material board, wherein: the positioning part includes at least one positioning bar protruding upward; each of the grinding machine fixing platforms has at least one connecting hole, and the grinding machine fixing platform is connected The at least one positioning rod corresponding to the positioning portion of the fixing table connecting member is sleeved in at least one connecting hole so as to be slidable up and down.

Furthermore, in the said grinding wheel machine fixing assembly of the building material board body, wherein: the at least one connecting hole extends along the extending direction of the line connecting the building material side abutting piece and the processing hole.

Furthermore, the above-mentioned grinder fixing assembly for the building material board body, wherein: the grinder fixing assembly further has a plurality of lift-up fixing parts; each of the grinder fixing platforms can be turned away from the base to a feeding state, When in the feeding state, the two ends of one of the lifting fixing parts are respectively detachably connected to the fixed table of the grinder machine and the connecting piece of the fixed table corresponding to the fixed table of the grinder machine, so as to restrict the fixed table of the grinder machine from approaching the The orientation of the base is flipped.

Furthermore, in the said grinding machine fixing assembly of the building material board, each of the grinding machine fixing platforms can be fixed at multiple positions along the width direction of the base.

Please refer to Fig. 1 to Fig. 4, the grinder fixing platform 10 of the building material board body of the present invention is used to guide the hand-held grinder A to process the inner surface B1 of a building material board B to form an inclined joint groove B2 (As shown in Figure 4). The thickness of the building material plate body B is preferably greater than 0.4 cm. The grinder fixing table 10 includes a positioning seat 11 , a building material side abutment piece 12 , a grinder connecting piece 13 and a cutting depth positioning piece 14 ; and in this embodiment, it further has at least one return elastic piece 15 .

The aforementioned positioning seat 11 has a base plate 111 and a guide frame 112 ; The base plate 111 has an upper surface 1111 , an inner adjoining surface 1112 of building materials and a processing hole 1113 . The upper surface 1111 and the building material inner abutting surface 1112 are respectively located on opposite sides of the base plate 111 , and the building material inner abutting surface 1112 is used to abut the inner surface B1 of the building material board B. The processing hole 1113 runs through the upper surface 1111 and the abutting surface 1112 inside the building material.

The guide frame 112 is disposed on the upper surface 1111 , and the top of the guide frame 112 is provided with a sliding surface 1121 , and the sliding surface 1121 is inclined to the abutting surface 1112 inside the building material. In this embodiment, a plurality of guiding long holes 1122 are formed on the upper surface 1111 , and the guiding long holes 1122 extend toward the processing hole 1113 . The adjustment member 114 is movably connected to the base plate 111 .

The aforementioned building material side abutting piece 12 protrudes downward from the building material inner abutting surface 1112 of the positioning seat 11 , and the building material side abutting piece 12 is used to abut against the side B3 of the building material board B. The building material side abutting member 12 is preferably a long strip extending in a straight line, but may also include a plurality of blocks arranged in a straight line.

Please refer to FIG. 3 to FIG. 6. In this embodiment, the building material side abutment piece 12 is located on the adjustment piece 114; the connection line between the building material side abutment piece 12 and the processing hole 1113 is defined as an adjustment line L1 , the adjustment piece 114 can be fixed at a plurality of positions arranged along the adjustment line L1, thereby changing the distance D3 between the building material side abutting piece 12 and the processing hole 1113, thereby allowing the user to set the distance between the combination groove B2 and the building material board body B Distance from side B3. The distance D3 is specifically the distance between the side of the building material side abutting member 12 and the center of the processing hole 1113 .

The specific means by which the adjustment member 114 can be fixed at multiple positions arranged along the adjustment line L1 is as follows: the adjustment member 114 is penetrated with a plurality of guide holes 1141, and each guide hole 1141 extends along the extension direction of the adjustment line L1, and the plurality of fixing members 115 are respectively The substrate 111 is locked through the plurality of guide holes 1141 . The fixing part 115 is specifically a bolt. When the fixing part 115 is unscrewed, the adjusting part 114 can move along the extension direction of the adjustment line L1 to change the distance D3 between the building material side abutting part 12 and the processing hole 1113. The fixing member 115 is fastened to fix the adjustment member at a specific position along the adjustment line L1. The method that the adjusting member 114 can be fixed at multiple positions arranged along the adjusting line L1 is not limited to this, for example, a plurality of grooves arranged along the adjusting line L1 can also be formed on the upper surface 1111, and the adjusting member 114 can pass through different grooves to change the position of the adjustment member 114. In other preferred embodiments, the base plate 111 does not have the adjusting member 114 , and the building material side abutting member 12 is directly fixed on the building material inner abutting surface 1112 .

The handle 116 extends laterally and can be grasped and fixed by the user. The two masks 117 are respectively located on both sides of the processing hole 1113, which can enhance safety.

Please refer to Fig. 2 to Fig. 4, the aforementioned grinder connector 13 can be linearly moved on the sliding surface 1121 of the guide frame 112, and the grinder connector 13 can move along the sliding surface 1121 towards the positioning seat 11 The machining hole 1113 or move away from the machining hole 1113 in a straight line. The moving direction of the grinder connector 13 is defined as a knife-advancing and retreating direction D1, and the knife-advancing and retreating direction D1 is inclined to the abutting surface 1112 inside the building material. The included angle between the advancing and retreating direction D1 and the normal line N of the inner abutment surface 1112 of the building material is preferably 45 degrees, and the 45-degree combining groove B2 is easy to work when the building material board B is subsequently hung, and can provide stable suspension force.

In this embodiment, the grinder connector 13 has a bottom plate 131 , two fixing pieces 132 and a plurality of sliding posts 133 . The base plate 131 is connected to the guide frame 112 and is inclined up and down. The fixing pieces 132 protrude from a side of the base plate 131 opposite to the positioning seat 11 and are respectively located on two opposite sides of the base plate 131 . The two fixing pieces 132 are adjacent to the bottom side of the bottom plate 131 , and the distance between the two fixing pieces 132 is tapered toward the bottom side of the bottom plate 131 . Each fixing piece 132 runs through an opening, which is used for locking the front end of the hand-held grinder A. As shown in FIG. The distance between the fixing pieces 132 is tapered to prevent the hand-held grinder A from slipping during the fixing process.

The sliding column 133 protrudes from the side of the bottom plate 131 facing the guide frame 112, and the sliding column 133 can slide through the guiding long hole 1122 of the guiding frame 112, so that the grinder connector 13 can move toward the positioning seat 11 along the sliding surface 1121 The machining hole 1113 or move away from the machining hole 1113 in a straight line.

The aforesaid depth-of-cut positioning member 14 is connected to the grinder connecting member 13 . The depth-of-cut positioning member 14 can abut against the positioning seat 11 to limit the grinder connecting member 13 from moving toward the processing hole 1113 . When the depth-of-cut positioning member 14 abuts against the positioning seat 11, the position of the grinder connecting member 13 is defined as a limit position (as shown in FIG. 4 ).

In this embodiment, the depth-of-cut positioning member 14 is movably arranged on the connecting member 13 of the grinder to change the limit position. Furthermore, the depth-of-cut positioning member 14 is a bolt parallel to the direction D1 of advancing and retreating the knife, and it is screwed together. The top end of the bottom plate 131 of the grinder connecting piece 13. The depth-of-cut positioning member 14 can move along the direction D1 of advancing and retreating the knife, and one end of the depth-of-cut positioning member 14 toward the processing hole 1113 can abut against the guide frame 112 to limit the movement stroke of the grinding machine connecting member 13, thereby changing the depth of the joint groove B2 . In other preferred embodiments, the position of the depth-of-cut positioning member 14 can also be designed to be fixed and cannot be adjusted. The depth of the bonding groove B2 is preferably half to two-thirds of the thickness of the building material board B.

The above-mentioned restoring elastic member 15 is arranged between the positioning seat 11 and the grinder connecting member 13 , and makes the grinder connecting member 13 tend to be away from the processing hole 1113 of the positioning seat 11 .

When using the grinder fixing table 10 alone to process the building material board B, the hand-held grinder A is locked to the grinder connector 13 with bolts. Place the inner surface B1 of the building material board B to be processed on a table facing up, and then place the positioning seat 11 on the building material board B, so that the building material inner abutment surface 1112 of the positioning seat 11 is attached to the building material board and make the building material side abutment member 12 of the positioning seat 11 abut against the side B3 of the building material board B, thereby exposing a specific position of the inner side B1 of the building material board B to the processing hole 1113 . Finally, push the hand-held grinder A toward the processing hole 1113 to process and form the bonding groove B2. With the building material side abutting member 12 against the side B3 of the building material board B, the distance between the combined groove B2 and the side B3 of the building material board B can be fixed and cannot be adjusted, but it can also be adjusted by changing the position of the adjustment member 114 Adjustment. The distance D3 between the bonding groove B2 and the side B3 of the building material board B is preferably 2.5 cm, and generally less than 15 cm.

Please refer to Fig. 7, Fig. 8 and shown in Fig. 12, the grinder fixing assembly of the building material board body of the present invention includes multiple grinder fixing tables 10A, a base 20 and multiple fixing table connectors 30; and in this embodiment, It further has a plurality of lifting fixtures 40 .

The base 20 is flat and has an outer abutment surface 21 of building materials, which is the upper surface of the base 20 . In this embodiment, one side of the base 20 is provided with a slide rail 22 , and the slide rails 22 are arranged at intervals along the width direction of the base 20 .

Please refer to FIG. 9 and FIG. 10 , the fixing platform connectors 30 are arranged at intervals along the width direction of the base 20 . Each fixing platform connecting member 30 has a positioning portion; and in this embodiment, further has a sliding block 32 and a plurality of fixing bolts 33 . The positioning portion includes at least one positioning rod 311 protruding upwards. The sliding block 32 is slidably sleeved on the sliding rail 22 of the base 20 , and the bottom end of the positioning rod 311 is fixed on the sliding block 32 . The fixing bolt 33 is screwed into the slide block 32 and can be pressed against the slide rail 22 to limit the slide block 32 from moving relative to the slide rail 22, so that the fixed table connecting member 30 can be fixed at multiple positions along the width direction of the base 20, but fixed The position of the table connecting member 30 is not limited to be adjustable.

The grinding machine fixing table 10A of the building material board is substantially the same as the aforementioned grinding machine fixing table 10 , the difference is that at least one connecting hole 1142A is formed through the adjusting member 114A of the positioning seat 11A. The grinding wheel machine fixing table 10A of the building material board body is respectively connected to the positioning part of the fixing table connecting member 30, and specifically, the grinding wheel machine fixing table 10A of each building material board body is provided with a corresponding positioning hole 1142A that can slide up and down. part of the positioning rod 311. The building material inner side abutting surface 1112 of the grinder fixing table 10A of each building material plate faces the building material outer side abutting surface 21 of the base 20 . The building material side abutting parts 12A of the grinding machine fixing table 10A of the building material board are arranged in a straight line, so that multiple grinding machine fixing tables 10A can be attached to the same side B3 of the building material board B.

Please refer to Fig. 11 and Fig. 12, in this embodiment, the connecting hole 1142A of the grinding wheel machine fixing table 10A of the building material board body extends along the extension direction of the adjustment line L1, so that the grinding machine fixing table 10A of the building material board body In addition to sliding up and down, it can also turn over in a direction away from the base 20 . The grinder fixing table 10A of the building material board can move upwards or turn over in a direction away from the base to a feeding state (as shown in FIG. 12 ). In the feeding state, the two ends of one of the aforesaid lifting fixtures 40 are respectively detachably connected to one of the grinding wheel machine fixing tables 10A of the building material board body and the fixing table connecting piece of the grinding wheel machine fixing table 10A of the corresponding building material board body 30 to restrict the grinding wheel machine fixing table 10A of the building material plate from turning in a direction close to the base 20 . Each lifting fixing member 40 is a rope body, and is preferably a steel cable.

In other preferred embodiments, the connection hole 1142A can also pass through other components formed on the grinding wheel machine fixing table 10A of the building material board body, as long as the grinding wheel machine fixing table 10A of the building material board body can be connected to the positioning part of the fixing table connecting piece 30 That is, even the way that the grinding machine fixing table 10A of the building material board body is connected to the fixing table connecting member 30 is not limited to being set through the connecting hole 1142A.

When using the grinder fixing assembly to process the building material board B, set the distance between the fixed table connector and the fixed table connector 30 according to the spacing distance requirements of the joint groove B2 on the building material board B; insert the building material board B into the base 20 between the building material outer abutment surface 21 and the building material inner abutment surface 1112A of the building material plate body grinder fixing table 10A, and make the side B3 of the building material plate body B abut against the building material side edge of the building material grinder fixing table 10A abutment 113A. Finally, push the hand-held grinder A on the grinder fixing table 10A of the building material board to process and form the bonding groove B2.

To sum up, the present invention can fix the hand-held grinder A, and the user does not need to hold the grinder, which makes the present invention relatively labor-saving and easy to use. The building material side abutting member 12 can control the distance between the bonding groove B2 and the side B3 of the building material board B. The machining hole 1113 allows the grinder connecting member 13 to move linearly relative to the positioning seat 11, thereby accurately controlling the inclination angle of the coupling groove B2. The position of the depth-of-cut positioning member 14 abutting against the positioning seat can match the depth design of the bonding groove B2, so as to accurately control the depth of the bonding groove B2 and complete the processing quickly.

The above description is only a preferred embodiment of this creation, and does not impose any formal restrictions on this creation. Although this creation has been disclosed as above with a preferred embodiment, it is not used to limit this creation. Anyone in the technical field has Ordinary knowledgeable persons, without departing from the scope of this creative technical solution, may use the technical content disclosed above to make some changes or modify them into equivalent embodiments with equivalent changes. The technical essence of the creation Any simple modification, equivalent change and modification made to the above embodiments still belong to the scope of the technical solution of the creation.

10: Grinder fixed table 11: Positioning seat 111: Substrate 1111: upper surface 1112: Inner abutment surface of building materials 1113: Machining holes 112: guide frame 1121: sliding surface 1122: guide long hole 114: Adjustment piece 1141: guide hole 115:Fixer 116: handle 117: Matte 12: Building material side abutment parts 13: Grinder connector 131: Bottom plate 132: fixed piece 133: Sliding column 14: Depth of cut locator 15: Reset elastic piece 20: base 21: Outside abutment surface of building materials 22: slide rail 30: Fixing table connector 311: positioning rod 32: Slider 33: Fixing bolt 40: lift the fixing piece L1: Adjustment line D1: Advance and retreat direction D2: Width direction D3: Distance A: Handheld grinder N: Normal B: Building material board B1: inner side B2: Bonding groove B3: side 10A: Grinder fixed table 11A: positioning seat 1112A: Inner abutment surface of building materials 114A: Adjustment piece 1142A: connection hole 12A: Building material side support piece

Fig. 1 is the three-dimensional appearance view of the first embodiment of the grinder fixing table of the building material board body of the present invention. Fig. 2 is an exploded view of the first embodiment of the grinding machine fixing table for the building material board of the present invention. Fig. 3 and Fig. 4 are cross-sectional action diagrams of the first embodiment of the grinder fixing table for the building material board body of the present invention, wherein Fig. 4 shows that the grinder connector is in the extreme position. 5 and 6 are top action diagrams of the first embodiment of the grinding machine fixing platform for building material panels of the present invention, showing that the distance between the processing hole and the side of the building material panel can be adjusted through the adjustment piece. Fig. 7 is a three-dimensional appearance view of the grinding machine fixing assembly of the building material board body of the present invention. Fig. 8 is an exploded view of the grinding machine fixing assembly of the building material board of the present invention. Figures 9 and 10 are front view action diagrams of the grinding machine fixing assembly of the building material board body of the present invention, showing that the distance between the connecting parts of the fixing table can be adjusted. Fig. 11 is a side view of the grinder fixing assembly of the building material panel of the present invention. Fig. 12 is another side view of the grinding machine fixing assembly of the building material board of the present invention, showing that the grinding machine fixing platform of the building material board is turned away from the base to the feeding state.

10A: Grinder fixed table

11A: positioning seat

1112A: Inner abutment surface of building materials

12A: Building material side support piece

114A: Adjustment piece

1142A: connection hole

20: base

21: Outside abutment surface of building materials

22: slide rail

30: Fixing table connector

311: positioning rod

L1: Adjustment line

Claims (11)

A grinder fixing table for a building material board, comprising: A seat, having: A base plate, which has an upper surface and an inner adjoining surface of the building material respectively located on two opposite sides, and the base plate has a processing hole, which runs through the upper surface and the inner abutting surface of the building material; A guide frame, which is arranged on the upper surface, and the top end of the guide frame is provided with a sliding surface, and the sliding surface is inclined to the inner abutment surface of the building material; a building material side abutting piece, which protrudes downward from the inner abutment surface of the building material; A grinding machine connecting piece, which can be linearly moved on the sliding surface of the guide frame, and the grinding machine connecting piece can move linearly along the sliding surface towards the processing hole of the positioning seat or away from the processing hole ; The cutting depth positioning part is connected with the grinding machine connecting part; the cutting depth positioning part can abut against the positioning seat to restrict the grinding machine connecting part from moving toward the machining hole. The grinding wheel machine fixing table for the building material plate body as described in claim 1, which further has At least one restoring elastic piece is arranged between the positioning seat and the grinder connecting piece, and makes the grinder connecting piece tend to stay away from the processing hole. The grinding wheel machine fixing platform for building material boards as described in claim 1 or 2, wherein the positioning seat further has an adjustment piece, which is movably connected to the base plate; the building material side abutting piece is located on the adjustment piece; the The connection line between the building material side abutting piece and the processing hole is defined as an adjustment line, and the adjustment piece can be fixed at a plurality of positions arranged along the adjustment line. The grinding wheel machine fixing platform for building material panels as described in claim 1 or 2, wherein When the depth-of-cut positioning member abuts against the positioning seat, the position of the grinder connecting member is defined as a limit position; the depth-of-cut positioning member is movably arranged on the grinder connecting member to change the limit position. The grinding wheel machine fixing platform for building material panels as described in claim 1 or 2, wherein The grinder attachment has a bottom plate, which is connected to the guide frame, and the bottom plate is inclined up and down; Two fixing pieces protrude from a side of the bottom plate opposite to the positioning seat; the two fixing pieces are adjacent to the bottom side of the bottom plate, and the distance between the two fixing pieces is tapered toward the bottom side of the bottom plate. A grinder fixing assembly for a building material board, comprising: A base, which is a flat plate, and has: An outer abutment surface of a building material, which is the upper surface of the base; A plurality of fixed table connectors are arranged at intervals along a width direction of the base; each of the fixed table connectors has a positioning portion; A plurality of grinding machine fixed platforms as described in any one of claims 1 to 5, which are located above the base; the grinding machine fixed platforms are respectively connected to the positioning parts of the fixed platform connectors; each of the grinding machine fixed The inner abutting surface of the building material of the table faces the outer abutting surface of the building material of the base; the side abutting pieces of the building materials of the grinding machine fixing tables are arranged in a straight line. The grinding machine fixing component of the building material board as described in claim 6, wherein: The positioning part includes at least one positioning rod protruding upward; Each of the grinder fixing tables has at least one connecting hole, and the at least one positioning rod of the positioning portion of the corresponding fixing table connecting piece is sheathed in the at least one connecting hole through the at least one connecting hole. The grinding machine fixing component of the building material board as described in claim 7, wherein: The at least one connecting hole extends along the extending direction of the connection line between the side abutting part of the building material and the processing hole. The grinding wheel machine fixing assembly for building material panels as described in any one of claims 6 to 8, wherein: The grinder fixing assembly further has a plurality of lifting fixing parts; Each of the grinding wheel machine fixing tables can be turned away from the base to a feeding state, and in the feeding state, the two ends of one of the raised fixing parts are respectively detachably connected to the grinding wheel machine fixing table and the corresponding grinding wheel The fixed table connector of the grinder fixed table is used to limit the turning of the grinder fixed table towards the direction approaching the base. The grinding wheel machine fixing assembly for building material panels as described in any one of claims 6 to 8, wherein: Each of the grinder fixing tables can be fixed at a plurality of positions along the width direction of the base. A grinder fixing assembly for a building material board, comprising: A base, which is a flat plate, and has: An outer abutment surface of a building material, which is the upper surface of the base; A plurality of fixed table connectors are arranged at intervals along a width direction of the base; each of the fixed table connectors has a positioning portion, and the positioning portion includes at least one upwardly protruding positioning rod: A plurality of grinder fixed tables as described in claim 3, which are located above the base; the grinder fixed tables are respectively connected to the positioning parts of the fixed table connectors; the inner side of the building material of each grinder fixed table is pasted The outer abutting surface of the building material facing the base; the side abutting parts of the building materials of the grinding machine fixing tables are arranged in a straight line; at least one connecting hole is formed through the adjusting part of each grinding machine fixing table The grinder fixing table is slidably sleeved up and down with the at least one positioning rod of the corresponding fixing table connecting piece through the at least one connecting hole.

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