Furniture assembly equipment with high resistance against shear loads

Abstract

This invention is related to the assembly of panel furniture (bookshelves, cabinets, kitchen utensils, office furniture, etc.), and is especially about the apparatus that fixes the panels produced on CNC router benches to be mounted perpendicular to each other and its characterized by; the bottom base (3.4) formed as a result of the body channels (3.9) placed horizontally in the x-axis inside the said invoice (F) and opened on both sides by milling method, the saw tooth part (3.5) that prevents the forward movement of the apparatus by increasing the friction effect on the walls of the said invoice (F), the screw hole (3.3) that allows the said minifix screw (2) to be bedded, the three-legged female part (3.7) formed in the direction of y at the bottom of the seating surface (3.6), the said alignment protrusions (3.2) formed above and below the screw hole (3.3), main body type 1 (3), which includes elements of the main body cap (3.1), which fits on the chamfer (P) edges and provides centering, and the middle hole (3.10), which allows chip dust to accumulate under the main body type 1 (3), the cheeks (4.2), which are mounted by moving towards the said seating surface (3.6) in the direction of the y axis so as to bed the said alignment projections (3.2) through the opening (4.1) and apply pressure to the side walls of the said alignment projections (3.2), the lock hole (4.3), which allows the said locking device (5) to be placed, the serrated surface (4.4), which increases the holding strength of the body to the printing panel (A) the auxiliary body type 1 (4), which includes the elements of the auxiliary body hat (4.6), the auxiliary body mounted on the edges of the male part (4.5) and chamfer (P), which provides the x-axis clamping by passing through the said female part (3.7), and the mentioned is placed on auxiliary body type 1 (4) and has a cover type 1 (6) that hides the body.

Description

[0001] SPECIFICATION

[0002] FURNITURE ASSEMBEY EQUIPMENT WITH HIGH RESISTANCE AGAINST SHEAR LOADS

[0003] Technical Field:

[0004] This invention is related to the assembly of panel furniture (bookshelves, cabinets, kitchen utensils, office furniture, etc.), and is especially about the apparatus that fixes the panels produced on CNC router to be mounted perpendicular to each other.

[0005] State of the Art:

[0006] Furniture panels, which are handcrafted by carpenters or mass-produced automatically with CNC router systems in the industry, are used in the formation of wooden products such as kitchen and sink cabinets, bookcases, study and computer tables, drawers, bedside tables, etc. in our homes. These products are generally produced in disassembled form as multiple panels in order to avoid taking up space in transportation, and the assembly is completed by joining the panels together like puzzle pieces.

[0007] Many furniture fasteners can be used during the assembly of furniture panels. The most well-known of these such as Cabineo, Qfiks, Rafiks etc. allow panels to be interlocked at a 90-degree angle. These fasteners are consisted of a single body and do not require centering for assembly. Additionally, one of the biggest problems of these fasteners aretheir inability to withstand forces acting perpendicular to the panel. The loads of items placed on the edge parts of shelves directly apply to these fasteners. However, the vertical panel screw holding these fasteners cannot show any connecting effect, therefore these fasteners give the impression that they are standing in the air, and for this reason, deflection (bending) is observed in the panels after the moisture that occurs in the wood overtime.

[0008] 1

[0009] RECTIFIED SHEET (RULE 91) ISA / TR Another fastener frequently used in assembly is minifix screws. In this type of connection, since the shear load is directly applied to the screw, the shelves collapse over time and it is not possible to place heavy items on the shelf. Furthermore, it is not possible to disassemble connection apparatuses that only use minifix screws. Because, after the loads are applied to the panels, since the screw is directly connected to the wood, it cause wear around the wooden housing. Axial slipping of the screw is observed, and disassembly cannot be performed afterward.

[0010] Sub-assembly apparatus is described in the patent application numbered TR202013140. The apparatus in question aims to minimize the production and assembly difficulties of the standard fasteners used to connect two panels to each other.

[0011] The utility model application number DE202004000473U describes a connector that secures hollow plates. The invention relates to a connection piece for connecting hollow plates, in particular honeycomb plates, sandwich plates or the like. The invention includes a clamping piece that meets the head of the clamping bolt, which has free threads at the end, and is rotatably mounted inside the body. A guide tube for a clamping bolt with an extended length is provided on the housing.

[0012] The inventions described in the above applications are insufficient for carrying stacked items (plates, bowls, books, apparatus, etc.) placed on shelves, because although the bonding of two vertical panels in the horizontal direction is strong, the fatigue resistance is weak compared to the forces constantly acting in the vertical direction. Over time, damage, cracks and subsequent breakage are observed in the apparatus. The mounting methods of the above-mentioned connectors are in the y-axis direction. In summary, it is not possible forthem to absorb the forces coming in the y-axis direction. In addition, the assembly of the apparatus in the German utility model application is only possible on sandwich panels. Because it is not possible to mount the guide pipe between the two bodies on flat panels, it is also impossible to open such a channel in the panel. It is not possible for the serrated structures formed on the trunks to hold on to the trunk on their own; discharge occurs overtime.

[0013] 2

[0014] RECTIFIED SHEET (RULE 91) ISA / TR The furniture mounting connector is described in the patent application numbered KR102085150B1. This apparatus ensures that furniture assembly panels are connected to each other perpendicularly. The invention includes a main body, a wrench head bolt and an alien. The invention described in this application belongs to the Qfiks connection method used in the market and cannot overcome the known technique.

[0015] Description of the Invention:

[0016] The main purpose of our invention is to provide a mounting apparatus with high resistance to both distributed and shear forces, especially on the pressing panel, in panels mounted at a 90-degree right angle to each other. Especially in this regard, an additional bottom base and saw teeth are formed on both side surfaces of this base. A special router tool has been manufactured to enable the assembly of the furniture apparatus together with the base. This tool in question creates an additional rabbet on the furniture panel and allows the assembly of our invention device.

[0017] The most important feature of the sub-base formed through body channels specific to the apparatus of our invention is that it can absorb the shear forces with its high moment of inertia. Even heavy objects placed at the end points of the panel do not cause deflection (bending) in the panel.

[0018] One of the most important features of our invention compared to existing apparatus is the way it is applied to panels. Our apparatus consists of two bodies, the first body (main body) is placed on the panel in the x-axis direction, and the other body (auxiliary body) is placed on the first body in the y-axis direction. Most of the embodiments in the current technique consist of a single body and are integrated on the panel pressing in the y-axis direction. The only reason for placing our apparatus in the x-axis direction is to take advantage of the rabbet opened on the panel. Likewise, the lower base is placed within the rabbet. Another reason is to prevent the device from coming back out, thanks to the saw teeth on it, while installing the device that is the subject of our invention. Because the slots in the panels are generally opened with milling tools with smaller tolerances than the apparatus, when the apparatus is placed in the slot, the slot will automatically want to

[0019] 3

[0020] RECTIFIED SHEET (RULE 91) ISA / TR throw it (with the compression effect). In our invention, this effect is eliminated by sawtooth. At the same time, while the second body (auxiliary body) is coupled onto the first body (main body), the first body is prevented from slipping out of the panel by these saw teeth. Since the first body will not move after the second body assembly, this time the first body will want to approach the second body, and with full compression, the second body will not be able to slide upwards in the y-axis direction, and both bodies will be fully assembled, centered within the body slot. During this complete assembly, male and female parts also have a role.

[0021] Another advantage of the apparatus of our invention is that it eliminates the difficulty in tightening due to sawdust that may occur during assembly. These sawdust falls from the holes in the main body towards the inner slot of the panel and the minifix locking is easily tightened.

[0022] The disadvantages of disassembly caused by the minifix used during the assembly of our apparatus in the current technique have been completely eliminated with our invention. Because the minifix screws in our invention will not be in direct contact with the wood material (panels), but with our apparatus made of plastic and similar materials. Since these plastic materials have a hard plastic structure, they will not be damaged even under heavy loads, so they will not move where the screw is, and they will be easy to install afterwards.

[0023] There are two different alternative solutions in our invention, and fixing can be done with minifix screws or normal screws used in the market. Likewise, by using a main body and an auxiliary body in our invention, the connecting of the assembly within the furniture panel to the wood has been increased, any movements that may occur in the slot as a result of the loads have been eliminated, thus the assembly has become easier as there is no wear in the slots during disassembly and subsequent reassembly.

[0024] The main reason why our invention is manufactured in two different bodies (main body and auxiliary body) is that it can be easily assembled. If it is produced as a single body, the body will not be able to enter. Therefore, the main body is first assembled in the x- axis direction, and then the other auxiliary body is mounted from the top in the y-axis

[0025] 4

[0026] RECTIFIED SHEET (RULE 91) ISA / TR direction. Due to the structure of the main body, no lateral sliding movements are observed when mounted on the auxiliary body. It fits and squeezes perfectly.

[0027] Our invention apparatus can be mounted on both flat and hollow (sandwich) panels, and having surfaces cut at different angles (15-75, 30-60, 45-45, etc.) at the ends ofthe panels does not cause any problems. It is not possible to mount the equipment in the current technique to panels arranged in this way.

[0028] The body structures in our inventive apparatus can have various geometries. For this reason, the technical function should not be limited to the relevant views of the apparatus; it will be obvious to an expert in the field that the apparatus can be produced with different views.

[0029] Description of the Figures:

[0030] The invention will be described with reference to the accompanying figures, so that the features ofthe invention will be more clearly understood and appreciated, but the purpose of this is not to limit the invention to these certain regulations. On the contrary, it is intended to cover all alternatives, changes and equivalences that can be included in the area of the invention defined by the accompanying claims. The details shown should be understood that they are shown only for the purpose of describing the preferred embodiments of the present invention and are presented in order to provide the most convenient and easily understandable description of both the shaping of methods and the rules and conceptual features of the invention. In these drawings.

[0031] Figure 1 It is a perspective view showing the application of the mounting apparatus that is the subject of the invention to furniture panels.

[0032] Figure 2 It is the view of furniture assembly panels mounted perpendicular to each other (screws visible).

[0033] Figure 3 It is the view of furniture assembly panels mounted perpendicular to each other (screws are not visible).

[0034] Figure 4 It is a perspective view of the disassembled furniture assembly apparatus.

[0035] 5

[0036] RECTIFIED SHEET (RULE 91) ISA / TR Figure 5 This is the detailed view of the main body type 1, auxiliary body type 1 and cover type 1 parts.

[0037] Figure 6 It is the view of the main body type 1 , auxiliary body type 1 and cover type 1 parts assembled together.

[0038] Figure 7 It is a perspective view showing the application of the alternative mounting apparatus that is the subject of the invention to furniture panels.

[0039] Figure 8 It is the view of furniture mounting panels mounted perpendicular to each other using alternative apparatus (screws visible).

[0040] Figure 9 It is the view of furniture assembly panels mounted perpendicularly to each other using alternative apparatus (screws are not visible).

[0041] Figure 10 It is a perspective view of the disassembled version of the alternative furniture mounting apparatus.

[0042] Figure 11 This is the detailed view of the main body type 2, auxiliary body type 2 and cover type 2 parts.

[0043] Figure 12 The view of the main body type 2 and the auxiliary body type 2 mounted on each other.

[0044] Figure 13 It is the view of main body type 2, auxiliary body type 2, cover type 2 and fixing screw assembled.

[0045] Figure 14 This is the front view of the pocket knife used in processing the mounting panels.

[0046] Figure 15 It is the view showing the distribution of the forces applied to the apparatus that is the subject of the invention.

[0047] Figure 16 It is the view showing the distribution of the forces applied to the apparatus belonging to the known state of the technique.

[0048] Figure 17 This is the view showing the assembly of furniture mounting panels with different angles at the ends.

[0049] Figure 18 It is a perspective view of the disassembled version of another alternative of the furniture mounting apparatus.

[0050] Figure 19 Another alternative to the furniture mounting apparatus is the appearance of the furniture panels on which it will be applied.

[0051] 6

[0052] RECTIFIED SHEET (RULE 91) ISA / TR The figures to help understand the present invention are numbered as indicated in the attached image and are given below along with their names.

[0053] Description of References:

[0054] 1. Dowel

[0055] 2. Minifix screw

[0056] 3. Main body type 1

[0057] 3.1. Main body cap

[0058] 3.2. Alignment protrusion

[0059] 3.3. Screw hole

[0060] 3.4. Bottom base

[0061] 3.5. Saw tooth part

[0062] 3.6. Seating surface

[0063] 3.7. Female part

[0064] 3.8. Cover bead seat

[0065] 3.9. Body channel

[0066] 3.10. Middle hole

[0067] 4. Auxiliary body type 1

[0068] 4.1. Opening

[0069] 4.2. 4.2. Side face

[0070] 4.3. Lock hole

[0071] 4.4. Serrated surface

[0072] 4.5. Male part

[0073] 4.6. Auxiliary body cap

[0074] 5. Locking apparatus

[0075] 6. Cover type 1

[0076] 7. Main body type 2

[0077] 7.1. Main body cap

[0078] 7.2. Screw path

[0079] 7.3. Screw hole

[0080] 7.4. Bottom base

[0081] 7

[0082] RECTIFIED SHEET (RULE 91) ISA / TR 7.5. Saw tooth part

[0083] 7.6. Split section

[0084] 7.7. Second body

[0085] 7.8. Body channel

[0086] 8. Auxiliary body type 2

[0087] 8.1. Opening

[0088] 8.2. 8.2. Side face

[0089] 8.3. Body slot

[0090] 8.4. Serrated surface

[0091] 8.5. Auxiliary body cap

[0092] 9. Cover type 2

[0093] 9.1. Bead seat

[0094] 10. Fixing screw

[0095] A. Pressing panel

[0096] B. Pressed panel

[0097] C. Milling tool

[0098] F. Rabbet

[0099] M. Apparatus of current state of the art

[0100] P. Chamfer

[0101] Yi. Body slot

[0102] Y2. Dowel slot

[0103] Detailed Description of The Invention:

[0104] The furniture assembly apparatus that is the subject of the invention; It includes dowel (1), minifix screw (2), main body type 1 (3), auxiliary body type 1 (4), locking apparatus (5) and cover type 1 (6). Main body type 1 (3), main body cap (3.1), alignment protrusion (3.2), screw hole (3.3), bottom base (3.4), saw tooth part (3.5), seating surface (3.6), female part (3.7), the cover consists of the tab cover bead seat (3.8), the body channel (3.9) and the middle hole (3.10). Auxiliary body type 1 (4) has the opening (4.1), side face (4.2), lock hole (4.3), serrated surface (4.4), male part (4.5) and auxiliary body cap (4.6) parts.

[0105] 8

[0106] RECTIFIED SHEET (RULE 91) ISA / TR Figures 1-3 show the application of the apparatus of the invention to furniture mounting panels. Furniture assembly panels are shown as pressing panel (A) and pressed panel (B) in this document. Before applying the mounting apparatus, the pressing panel (A) and the pressed panel (B) are processed on the CNC router machine. In particular, the pressing panel (A) can be processed using a T-shaped milling tool (C) to create rabbet (F) parts (Figure 4-5). The rabbet (F) part is the crucial point of the invention and is important for the placement of the main body type 1 (3). Additionally, chamfers (P) have been created on the slots to increase the grip in the connection.

[0107] Figures 5-7 show general and detailed views of the apparatus subject to the invention. The main body type 1 (3) has a bottom base (3.4) at the bottom. The bottom base (3.4) was formed by creating body channels (3.9) from the side parts of the main body type 1 (3) with a milling cutter. The bottom base (3.4) both increases the strength of the body and allows the bearing of the auxiliary body type 1 (4) to be placed in the front of the body. This increase in strength can be clearly seen in Figure 19-20. In the relevant figure, the part on the left is our invention and the part on the right is the apparatus of current state of the art (M) belonging to the current technique. While in the known state of the technique the cutting forces are met by the surface where the serrations are located, in our invention they are met by the bottom base (3.4).

[0108] Since the bottom base (3.4) is located on the rabbet (F), it cannot break even if tons of load comes here, and its resistance to shear forces will be much higher. This will not allow deflection in the pressing panel (A). The saw tooth part (3.5) formed on the bottom base (3.4) rests on the walls of the rabbet (F). Unlike the known state of the art, since our inventive apparatus is mounted in the x direction, the saw tooth parts (3.5) ensure tight fit while moving on the rabbet (F), the mouth parts of the saw tooth part (3.5) are arranged to face the edge of the pressing panel (A) where it will be mounted, thus It prevents the forward movement of the main body type 1 (3) after it is mounted. After the main body type 1 (3) is mounted on the body slot (Yl), the auxiliary body type 1 (4) is made ready for assembly. This time, in the y-axis direction, auxiliary body type 1 (4) is placed on the seating surface (3.6) part of the main body type 1 (3). Meanwhile, it is checked whether

[0109] 9

[0110] RECTIFIED SHEET (RULE 91) ISA / TR the side faces (4.2) located around the opening (4.1) rest on both side walls of the alignment protrusions (3.2) and whether the male part (4.5) passes over the female part (3.7). Alignment protrusions (3.2) facilitate the determination of the mounting direction of auxiliary body type 1 (4), and at the same time prevent the rotational movement of auxiliary body type 1 (4). Because, while the locking apparatus (5) is being tightened, the auxiliary body type 1 (4) should not be exposed to rotation movement. During the placement of auxiliary body type 1 (4), the opening (4.1) gives the body an elastic feature. After this opening (4.1), which is larger than the diameter of the body slot (Yl) in which it will be placed, is placed, its diameter narrows to small values and fixing is achieved by relying on the alignment protrusions (3.2). One of the problems that the auxiliary body type 1 (4) will encounter when placing it on the main body type 1 (3) in the y-axis is that it pushes the main body type 1 (3) forward (that is, towards the pressed panel (B)). This is undesirable and prolongs the assembly time. This problem is prevented by the female parts (3.7) opened under the seating surface (3.6) of the main body type 1 (3) . As the male parts (4.5) are about to fit into the female parts (3.7), the main body type 1 (3) will want to be pulled forward, but the saw tooth parts (3.5) will not allow this. After the male parts (4.5) are seated, since the main body type 1 (3) cannot move forward, will move towards the auxiliary body type 1 (4) with small tolerances and full locking will be achieved. Here, the female parts (3.7) are arranged as three legs. The two-foot square can belong to one of the polygon structures such as rectangle, pentagon, triangle, or one of special geometries such as trapezoid, cone, pyramid. The foot at the other end is in the shape of a half moon. One side of this shape is straight. The main reason for this is that after the auxiliary body type 1 (4) is mounted, a partial gap is created and the dust formed during the assembly process is transferred to the lower part with the middle hole (3.10). Thus, easy rotation of the locking apparatus (5) can be ensured during the tightening process.

[0111] Alignment protrusions (3.2) facilitate the assembly process of auxiliary body type 1 (4) and provide zero-to-zero installation. In addition, the male part (4.5) also prevents the spontaneous movement of the auxiliary body type 1 (4) in the x axis. The side faces (4.2) prevent the spontaneous moment in the y-axis. When both apparatus are mounted on the pressing panel (A), the main body cap (3.1) and the auxiliary body cap (4.6) are positioned on the chamfers (P) and the gripping effect in the connection is increased. These hats also

[0112] 10

[0113] RECTIFIED SHEET (RULE 91) ISA / TR provide centering during assembly and also hide possible cracks in the apparatus due to manufacturing after assembly. Likewise, another factor that positively affects this gripping effect is the serrated surface (4.4), and the bonding effect between the auxiliary body type 1 (4) and the body slot (Yl) increases.

[0114] In the next process, the dowel (1) is placed in the dowel slot (Y2) opened on the pressed panel (B). The minifix screw (2) is passed through the dowel (1) and the pressing panel (A) pressing the other end of the screw is brought closer to ensure that the minifix screw (2) is supported through the screw hole (3.3). In the vertical installation here, the minifix screw (2) only serves the purpose of fixing the two panels (A, B) to each other after assembly. Then, the locking apparatus (5) is placed through the lock hole (4.3) and the assembly process is completed by rotating it in the y-axis direction using a screwdriver, alien or other connection equipment. Finally, in order to make the installation look decorative, the body is covered with cover type 1 (6). When the cover type 1 (6) is required to be opened during the disassembly process, a person can easily remove the cover by inserting part of his fingernail into the cover bead seat (3.8).

[0115] In Figures 8-10, the mounting views of the alternative configuration of the furniture mounting apparatus to the furniture panels (A, B) are given. Here, unlike the other embodiment, a fixing screw (10) is used instead of minifix screw (2). The elements that make up the alternative configuration are the main body type 2 (7), the main body cap (7.1), the screw path (7.2), the screw hole (7.3), the bottom base (7.4), the saw tooth part (7.5), the split section (7.6), It includes the second body (7.7) and body channel (7.8) parts. In auxiliary body type 2 (8), there are opening (8.1), side face (8.2), body slot (8.3), serrated surface (8.4) and auxiliary body cap (8.5) parts.

[0116] The pressing panel (A) and the pressed panels (B) are subjected to the same processes on the CNC router machine as explained above. The main body type 2 (7) has a bottom base (7.4) at its bottom. The bottom base (7.4) was formed by creating body channels (7.8) from the side parts of the main body type 2 (7) with a milling cutter. The bottom base (7.4) both increases the strength of the body and allows the bearing of the auxiliary body type 2 (8) to be placed in the front of the body. This increase in strength can be clearly

[0117] 11

[0118] RECTIFIED SHEET (RULE 91) ISA / TR seen in Figure 19-20. In the relevant figure, the part on the left is our invention and the part on the right is the apparatus of current state of the art (M) belonging to the current technique. While in the known state of the technique the cutting forces are covered by the surface where the serrations are located, in our invention they are covered by the bottom base (7.4). Since the bottom base (7.4) is located on the rabbet (F), it cannot break even if tons of load comes here, and its resistance to cutting forces will be much higher. This will not allow deflection in the pressing panel (A). The saw tooth part (7.5) formed on the bottom base (7.4) rests on the walls of the rabbet (F). Unlike the known state of the art, since our inventive apparatus is mounted in the x direction, the saw tooth parts (7.5) ensure tight fit while moving on the rabbet (F), the mouth parts of the saw tooth part (7.5) are arranged to face the edge of the pressing panel (A) where it will be mounted, thus It prevents the forward movement of the main body type 2 (7) after it is mounted. After the main body type 2 (7) is mounted on the body slot (Yl), the auxiliary body type 2 (8) is made ready for assembly. The main differences of main body type 2 (7) from main body type 1 (3); It is the long screw path (7.2), a second body (7.7) and the split section (7.6) located between the main body and the second body (7.7). The main purpose of making the screw path (7.2) long is to make it easier to tighten the fixing screw (10) with a screwdriver. The second body (7.7) passes through the body slot (8.3) formed on the auxiliary body type 2 (8) and provides the full connection between the auxiliary body type 2 (8) and the main body type 2 (7). Meanwhile, the side faces (8.2) are positioned between the split section (7.6) to prevent axis shifts in the x direction. When both apparatus are mounted on the pressing panel (A), the main body cap (7.1) and the auxiliary body cap (8.5) are positioned on the chamfers (P) and the gripping effect in the connection is increased. Likewise, another factor that positively affects this gripping effect is the serrated surface (8.4), and the bonding effect between the auxiliary body type 2 (8) and the body slot (Yl) increases.

[0119] The opening (8.1) located in the auxiliary body type 2 (8) provides flexibility to the apparatus and ensures the continuation of the screw path (7.2).

[0120] In the next process, the dowel (1) is placed in the dowel slot (Y2) opened on the pressed panel (B). When the assembly process of the main body type 2 (7) and the auxiliary body

[0121] 12

[0122] RECTIFIED SHEET (RULE 91) ISA / TR type 2 (8) on the pressing panel (A) is completed, the pressing panel (A) is brought closer to the pressed panel (B) and the fixing screw (10) is first placed into the opening (8.1) and then The assembly process is completed by tightening it along the screw path (7.2). Here, the screw hole (7.3) supports the fixing screw (10). Finally, in order to make the installation look decorative, the body is covered with cover type 2 (9). The difference between cover type 2 (9) and cover type 1 (6) is the bead seat (9.1). By inserting part of one's fingernail directly into the bead seat (9.1) formed on the cover type 2 (9), the person will be able to easily remove the cover and start the disassembly process.

[0123] Our invention device can clamp the pressing panel (A) and the pressed panel (B) vertically, regardless of the end cutting angles, and no loss in strength is observed. These angles in question are 15-75, 30-60, 45-45 etc. It can belong to any of the angles in the form or angles outside this range that complement each other to 90 degrees (Figure 21). The number and opening shape of the body channels (3.9, 7.8) in the bodies may be different, therefore the number and shape of the lower bases (3.4, 7.4) will also be different. The shapes of the lower bases (3.4, 7.4) may belong to any of the polygons such as triangle, square, rectangle, pentagon, etc. when viewed from the front, or to any of different special shapes such as rectangular prism, trapezoid, cone, pyramid. These defined shapes are also valid for the design of main body type 1 (3) and main body type 2 (7) geometries. The opened body channels (3.9, 7.8) may be straight or gradually increasing / decreasing from bottom to top (ladder shape).

[0124] 13

[0125] RECTIFIED SHEET (RULE 91) ISA / TR

Claims

CLAIMS1- An invention relates to a furniture panel mounting apparatus using a dowel (1), minifix screw (2), and locking apparatus (5) are used during the assembly process, that ensures the mounting of a pressing panel and pressed panels (A, B) at a 90-degree angle to each other, with the help of a T-shaped milling tool (C) connected to a CNC router table, creating a groove (Yl) and a dowel hole (Y2) including rabbets (F) on their surfaces, its characterized by;- a main body type 1 (3) including a bottom base (3.4) formed as a result of the body channels (3.9) placed horizontally in the x-axis inside the said rabbet (F) and opened on both sides by milling method, a saw tooth part(3.5) that prevents the forward movement of the apparatus by increasing the friction effect on the walls of the said rabbet (F), a screw hole (3.3) that allows the said minifix screw (2) to be bedded, a three-legged female part (3.7) formed in the direction of y at the bottom of the seating surface (3.6), alignment protrusions (3.2) formed above and below the screw hole (3.3), a main body cap (3.1), which fits on the chamfer (P) edges and provides centering and a middle hole (3.10), which allows chip dust to accumulate under body,- a auxiliary body type 1 (4) including side faces (4.2) which are mounted by moving towards the said seating surface (3.6) in the direction of the y axis so as to bed the said alignment protrusions (3.2) through the opening (4. 1) and apply pressure to the side walls of the said alignment protrusions (3.2), a lock hole (4.3), which allows the said locking apparatus (5) to be placed, a serrated surface (4.4), which increases the holding strength of the body to the pressing panel (A), a male part (4.5) which provides clamping in the x- axis by passing over the said female part (3.7) and a auxiliary body cap(4.6) which sits on the chamfer (P) edges, and- a cover type 1 (6) which conceals the body by being placed on the said auxiliary body type 1 (4).14RECTIFIED SHEET (RULE 91) ISA / TR- The main body type 1 (3) as claimed in Claim 1, wherein it has a cover bead seat (3.8) that facilitates the grip of the finger to facilitate the de-assembly of the said cover type 1 (6).3- The female part (3.7) as claimed in Claim 1, wherein it has two legs, one of which is in the form of a polygon such as a rectangle, triangle, square, or polygonal structure, and the other leg has a flat half-moon structure on one side.4- The furniture panel mounting apparatus as claimed in Claim 1, wherein it has an auxiliary body type 1 (4) positioned along the Y-axis on the seating surface (3.6).5- An invention relates to a furniture panel mounting apparatus using a dowel (1), and fixing screw (10) are used during the assembly process, that ensures the mounting of a pressing panel and pressed panels (A, B) at a 90-degree angle to each other, with the help of a T-shaped milling tool (C) connected to a CNC router table, creating a groove (Yl) and a dowel hole (Y2) including rabbets (F) on their surfaces, its characterized by;- a main body type 2 (7) including a bottom base (7.4) formed as a result of the body channels (7.8) placed horizontally in the x-axis inside the said rabbet (F) and opened on both sides by milling method, a saw tooth part (7.5) that prevents the forward movement of the apparatus by increasing the friction effect on the walls of the said rabbet (F), a second body (7.7) formed to be monolithic to the main body, a split section (7.6) which is between main body and said second body (7.7), a screw hole (7.3) that provides the bearing of the said fixing screw (10), a screw path (7.2) in which the said fixing screw (10) rotates and makes a feed movement on the x-axis during the assembly of the body to the pressed panel (B) by passing over the pressing panel (A), a main body cap (7.1), which sits on the edges of the chamfer (P) and ensures centering,- an auxiliary body type 2 (8) including an opening (8.1) allowing the insertion of said fixing screw (10) into said screw path (7.2), a side face (8.2) fixed along the x-axis to the main body type 2 (7) by entering between the said split section (7.6), a serrated surface (8.4) to increase the holding15RECTIFIED SHEET (RULE 91) ISA / TRstrength of the body to the pressing panel (A), an auxiliary body cap (8.5) fitted on the edges of the chamfer (P),- a cover type 2 (9) which conceals the body by being placed on the said auxiliary body type 2 (8) and has a bead seat (9. 1).6- The furniture panel mounting apparatus as claimed in Claim 5, wherein it has a auxiliary body type 2 (8) bearing on the main body type 2 (7) in the y-axis direction via body slot (8.3).7- The body channels (3.9, 7.8) as claimed in Claim 1 or Claim 5, wherein they have two legs, one of which is in the form of a polygon such as a rectangle, triangle, square, or polygonal structure, and the other leg has a flat half-moon structure on one side.8- The main body type 1 (3) and the main body type 2 (7) as claimed in Claim 1 or Claim 5, wherein they have any of the polygonal structures such as triangle, square, rectangle, pentagon, or any of the geometric shapes such as prism, cone, pyramid, trapezoid.16RECTIFIED SHEET (RULE 91) ISA / TR

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