A front panel connection assembly

Abstract

The application provides a panel front connecting combination device, which comprises a connecting assembly and a buckle assembly. The connecting assembly comprises a multilayer laminated group and an expansion screw. The multilayer laminated group comprises a first laminated sheet, a second laminated sheet, a third laminated sheet and a fourth laminated sheet. The first laminated sheet is provided with a chamfered hole, the second laminated sheet is provided with a through hole, the third laminated sheet is provided with a wide slot, and the fourth laminated sheet is provided with a fixing slot. The first laminated sheet, the second laminated sheet, the third laminated sheet and the fourth laminated sheet are sequentially laminated, so that the chamfered hole, the through hole, the wide slot and the fixing slot are sequentially communicated and form a special-shaped mounting position for mounting the expansion screw. The buckle assembly is matchedly buckled on the first laminated sheet, the second laminated sheet, the third laminated sheet and the fourth laminated sheet. The device has simple structure, convenient assembly, low manufacturing cost, can be combined with the expansion screw, greatly improves the tensile strength, effectively completes the use requirement of product function, is suitable for assembly of different customized furniture and has wide application.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of drawer front panel assembly, in particular to a front connecting combination device of panel. BACKGROUND

[0002] In the conventional assembled drawer, the front panel and the side panel are usually fixed by screw connection, which is time-consuming and laborious, and requires high installation precision, and installation errors are prone to occur.

[0003] Therefore, there is a panel bracket and drawer with patent number 201880060115.6, which has a bracket component, a base, a cylindrical rotation axis and a first adjusting element, the bracket component can be fixed to the front panel, the base can be mounted on the side, surrounding the bearing component and including two transverse side wings aligned at least partially parallel to each other, the cylindrical rotation axis extends through the base and the bracket component, and the first adjusting element is used to adjust the front panel, wherein the bracket component is arranged in a pivoting manner relative to the base around the rotation axis, and the first adjusting element is arranged to be spaced apart from the rotation axis.

[0004] The above-mentioned panel bracket adopts a split structure, and the base and the bracket component can be manufactured separately, which reduces the manufacturing cost to a certain extent, but the above-mentioned bracket component and base are integrally stamped respectively, which is difficult to meet the requirements of product function and tensile strength, if cast iron or cast zinc alloy, although the tensile strength is reached, the manufacturing cost is high, and it is difficult to adapt to different custom furniture assembly, and the use is limited; in addition, in the furniture with heavy load, expansion joints are added on the panel to be combined with screws, but the panel bracket with the above-mentioned structure cooperates with the expansion head, which cannot be realized by casting and injection molding process, and the service life of the stamping process mold equipment is short. SUMMARY

[0005] The purpose of the present application is to overcome the shortcomings of the prior art, provide a front connecting combination device of panel, which is simple in structure, convenient to assemble, low in manufacturing cost, can be combined with expansion screws, greatly improves the tensile strength, effectively meets the use requirements of product function, adapts to different custom furniture assembly, has wide application, and has long service life.

[0006] The application aims at providing a front-connection combination device for a panel, which comprises a connection assembly for assembling with a front panel and a buckle assembly for assembling with a side panel.

[0007] According to the above optimization, the left and right sides of the first, second and third laminated sheets are respectively provided with installation grooves, the left and right sides of the fourth laminated sheet are respectively provided with positioning grooves corresponding to the installation grooves, the two sides of the buckle assembly are respectively embedded in the installation grooves, and the two sides of the buckle assembly are respectively provided with bent edges bent towards the positioning grooves, which are connected with the fourth laminated sheet while being clamped on the side of the third laminated sheet.

[0008] According to the above optimization, the buckle assembly comprises a primary buckle group and a double-stage adjusting buckle group, the first, second and third laminated sheets are respectively provided with two groups of installation grooves side by side, the primary buckle group and the double-stage adjusting buckle group are respectively clamped in the corresponding installation grooves, and the bent edges are respectively arranged at the front ends of the primary buckle group and the double-stage adjusting buckle group.

[0009] According to the above optimization, the primary buckle group comprises a primary left clamping block and a primary right clamping block, the primary left clamping block and the primary right clamping block are respectively embedded in the corresponding installation grooves, the front ends of the primary left clamping block and the primary right clamping block are respectively provided with bent edges clamped on the side of the third laminated sheet while being connected with the fourth laminated sheet side by side, the installation grooves are provided with buckle blocks integrally formed with the first and second laminated sheets, the primary left clamping block and the primary right clamping block are respectively provided with clamping holes matched with the buckle blocks, and the primary left clamping block and the primary right clamping block are provided with a primary fixing nail fixedly connected with each other.

[0010] Based on the above optimization, the dual-stage adjustment latch assembly includes a dual-stage left latching block, a dual-stage right latching block, and a dual-stage adjustment screw. The dual-stage left latching block and the dual-stage latching block are respectively embedded in corresponding mounting slots. The front ends of the dual-stage left latching block and the dual-stage right latching block respectively have bent edges that latch onto the side of the third stack and connect side-by-side with the fourth stack. The mounting slot is provided with latching blocks integrally formed with the first stack and the second stack. The dual-stage left latching block and the dual-stage right latching block are respectively provided with latching holes that match and engage with the latching blocks. The dual-stage left latching block and the dual-stage right latching block are provided with dual-stage fixing nails that are fixedly connected to each other. The left and right ends of the dual-stage adjustment screw are respectively threaded to the dual-stage left latching block and the dual-stage right latching block.

[0011] Alternatively, the buckle assembly includes a single-stage adjustable buckle group, wherein the first stack, the second stack, and the third stack are each provided with a set of mounting grooves, and the bent edges are respectively provided at the front end of the single-stage adjustable buckle group.

[0012] Based on the above optimization, the single-stage adjustment buckle assembly includes a single-stage left buckle block, a single-stage right buckle block, and a single-stage adjustment screw. The single-stage left buckle block and the single-stage right buckle block are respectively embedded in corresponding mounting slots. The front ends of the single-stage left buckle block and the single-stage right buckle block respectively have bent edges that snap onto the side of the third stack and connect side-by-side with the fourth stack. The mounting slot is provided with buckle blocks integrally formed with the first stack and the second stack. The single-stage left buckle block and the single-stage right buckle block are respectively provided with buckle holes that match and snap onto the buckle blocks. The single-stage left buckle block and the single-stage right buckle block are provided with single-stage fixing nails that are fixedly connected to each other. The left and right ends of the single-stage adjustment screw are respectively threaded to the single-stage left buckle block and the single-stage right buckle block.

[0013] Based on the above optimization, the first stack, the second stack, the third stack, and the fourth stack are provided with protrusions and connecting grooves for sequentially positioning the stacked layers, and the protrusions are fitted into the connecting grooves.

[0014] The advantages of this invention are:

[0015] 1) The irregular mounting position of the multi-layer laminated assembly with the expansion screw structure enhances the structural connection stability, improves the tensile strength of the device, and prevents the front panel and side panel from loosening during use.

[0016] 2) Because the multi-layer laminated assembly is composed of multiple laminated pieces, it strengthens the stability of the structure, avoids deformation, and can meet the functional requirements of the product. It is adaptable to different customized furniture assembly, has wide applicability, and effectively extends the service life.

[0017] 3) The device of this structure adopts a split-type modular structure, which facilitates processing and assembly, and effectively reduces manufacturing costs. Attached Figure Description

[0018] Appendix Figure 1 This is a structural diagram of the first embodiment of the present invention.

[0019] Appendix Figure 2 This is a structural diagram of the first embodiment of the present invention from another angle.

[0020] Appendix Figure 3 This is a cross-sectional view of the first embodiment of the present invention.

[0021] Appendix Figure 4 This is the first embodiment of the present invention. Figure 3 Enlarged view of A in the middle

[0022] Appendix Figure 5 An exploded view of the first embodiment of the present invention.

[0023] Appendix Figure 6 This is an exploded view of the multilayer stacked assembly according to the first embodiment of the present invention.

[0024] Appendix Figure 7 This is an exploded view of the multilayer stacked assembly of the first embodiment of the present invention from another angle.

[0025] Appendix Figure 8 This is a structural diagram of the second embodiment of the present invention.

[0026] Appendix Figure 9 This is a partial exploded view of the second embodiment of the present invention. Detailed Implementation

[0027] The present invention will now be further described with reference to the accompanying drawings.

[0028] According to the appendix Figures 1 to 7 As shown, the front panel connection assembly of the present invention includes a connecting component for assembling with a front panel and a snap-fit ​​component for assembling with a side panel. The connecting component includes a multi-layer laminated plate assembly 1 and expansion screws 2. The multi-layer laminated plate assembly 1 includes a first laminated plate 11, a second laminated plate 12, a third laminated plate 13, and a fourth laminated plate 14. The first laminated plate 11 has a chamfered hole 3 for positioning and installing the head end of the expansion screw 2; the second laminated plate 12 has a round hole 4 for the threaded end of the expansion screw 2 to pass through; the third laminated plate 13 has a wide groove 5 for engaging with the expansion head of the expansion screw 2; and the fourth laminated plate 14 has a fixing groove 6 for fixing the expansion head of the expansion screw 2. The first stacked piece 11, the second stacked piece 12, the third stacked piece 13, and the fourth stacked piece 14 are stacked in sequence, so that the chamfered hole 3, the round hole 4, the wide groove 5, and the fixing groove 6 are connected in sequence and form an irregular mounting position for installing the expansion screw 2. The snap-fit ​​assembly is fitted onto the first stacked piece 11, the second stacked piece 12, the third stacked piece 13, and the fourth stacked piece 14.

[0029] The front panel connection assembly uses multi-layered laminated plates to form irregularly shaped mounting positions, thereby enabling the multi-layered laminated plate assembly 1 to be assembled with the expansion screws 2, strengthening the structural connection stability, improving the tensile strength of the device, solving the structural problems that cannot be processed by the integrated bracket component, and preventing the front panel and side panel from becoming loose during use.

[0030] Meanwhile, between the first stack 11, the second stack 12, the third stack 13, and the fourth stack 14, there are protrusions 19 and connecting grooves 20 for positioning and stacking them in sequence, and the protrusions 19 are fitted into the connecting grooves 20.

[0031] With the assistance of the protruding post 19 and the connecting groove 20, assembly is simple. Furthermore, the multi-layered laminated plate assembly 1 of this structure is easy to process, enhances structural stability, and prevents deformation. Additionally, character recognition can be added to the corresponding laminated plates to fulfill product functional requirements, adapting to the assembly of various customized furniture and offering wide applicability.

[0032] Reference Figures 1 to 7 As shown in further detail, the first stacked piece 11, the second stacked piece 12, and the third stacked piece 13 are respectively provided with mounting grooves 7 on their left and right sides. The fourth stacked piece 14 is respectively provided with positioning grooves 8 corresponding to the mounting grooves 7 on its left and right sides. The front ends of the two sides of the buckle assembly are respectively embedded in the mounting grooves 7, and the front ends of the two sides of the buckle assembly are provided with bent edges 9 that bend towards the positioning grooves 8. The bent edges 9 are snapped onto the side of the third stacked piece 13 and connected side by side with the fourth stacked piece 14.

[0033] Under the action of the mounting groove 7, the buckle assembly is fixed on the multi-layer lamination group 1, while increasing the contact surface and improving the structural stability. In addition, the structure of the bending edge 9 strengthens the front and rear fastening tensile structure, and ensures the flatness of the buckle assembly and the multi-layer lamination group 1, thus ensuring the normal assembly of the device.

[0034] The primary snap-fit ​​assembly 15 includes a primary left snap-fit ​​block 151 and a primary right snap-fit ​​block 152. The primary left snap-fit ​​block 151 and the primary right snap-fit ​​block 152 are respectively embedded in corresponding mounting slots 7. The front ends of the primary left snap-fit ​​block 151 and the primary right snap-fit ​​block 152 each have a bent edge 9 that snaps onto the side of the third stack 13 and connects side-by-side with the fourth stack 14. The mounting slot 7 is provided with snap-fit ​​blocks 17 integrally formed with the first stack 11 and the second stack 12. The primary left snap-fit ​​block 151 and the primary right snap-fit ​​block 152 are respectively provided with snap-fit ​​holes 18 that engage with the snap-fit ​​blocks 17, and primary fixing pins 153 are provided between the primary left snap-fit ​​block 151 and the primary right snap-fit ​​block 152 for mutual fixation.

[0035] Furthermore, the dual-stage adjusting latch assembly 16 includes a dual-stage left latching block 161, a dual-stage right latching block 162, and a dual-stage adjusting screw 163. The dual-stage left latching block 161 and the dual-stage latching block are respectively embedded in the corresponding mounting groove 7. The front ends of the dual-stage left latching block 161 and the dual-stage right latching block 162 respectively have bent edges 9 that latch onto the side of the third stack 13 and are connected side-by-side with the fourth stack 14. The mounting groove 7 is provided with latching blocks 17 integrally formed with the first stack 11 and the second stack 12. The dual-stage left latching block 161 and the dual-stage right latching block 162 are respectively provided with latching holes 18 that are matched and fastened to the latching blocks 17. The double-stage left locking block 161 and the double-stage right locking block 162 are provided with double-stage fixing nails 164 that are fixedly connected to each other, and the left and right ends of the double-stage adjusting screw 163 are threadedly connected to the double-stage left locking block 161 and the double-stage right locking block 162 respectively.

[0036] This structure employs a combination of a single-stage snap-fit ​​assembly 15 and a double-stage snap-fit ​​assembly to accommodate the installation of large drawer panels. Furthermore, the double-stage adjusting screw 163 of the double-stage snap-fit ​​assembly allows for easy adjustment of the front panel's left-right installation position relative to the side panels using only a screwdriver. This facilitates operation and improves assembly quality. In addition, the structure of the snap-fit ​​block 17 and the snap-fit ​​hole 18 strengthens the upper, lower, front, and rear positioning tensile structure, further enhancing structural stability.

[0037] Reference Figures 8 to 9 As shown, another embodiment differs from the above in that the single-stage adjustment latch group 10 includes a single-stage left latch block 101, a single-stage right latch block 102, and a single-stage adjustment screw 103. The single-stage left locking block 101 and the single-stage right locking block 102 are respectively embedded in the corresponding mounting grooves 7. The front ends of the single-stage left locking block 101 and the single-stage right locking block 102 are respectively provided with bent edges 9 that engage with the side of the third stack 13 and are connected side-by-side with the fourth stack 14. The mounting groove 7 is provided with a snap-fit ​​block 17 integrally formed with the first stack 11 and the second stack 12. The single-stage left locking block 101 and the single-stage right locking block 102 are respectively provided with snap-fit ​​holes 18 that engage with the snap-fit ​​block 17. The single-stage fixing pins 104 are provided between the single-stage left locking block 101 and the single-stage right locking block 102 and are fixedly connected to each other. The left and right ends of the single-stage adjusting screw 103 are respectively threaded to the single-stage left locking block 101 and the single-stage right locking block 102.

[0038] This structure employs a single-stage snap-fit ​​assembly to accommodate small drawer panels. Furthermore, the single-stage adjusting screw 103 of the single-stage adjusting snap-fit ​​assembly 10 allows for easy adjustment of the front panel's left-right mounting position relative to the side panel using only a screwdriver. This facilitates operation and improves assembly quality. Simultaneously, the structure of the snap-fit ​​block 17 and the snap-fit ​​hole 18 reinforces the upper, lower, front, and rear positioning tensile structure, further enhancing structural stability.

[0039] The above specific embodiments are merely specific implementations of the present invention with better effects. Any structure that is the same as or equivalent to the front panel connection assembly of the present invention is within the protection scope of the present invention.

Claims

1. A front panel connection assembly, comprising a connecting component for mounting to a front panel and a snap-fit ​​component for mounting to a side panel, characterized in that: The connecting assembly includes a multi-layer lamination group (1) and an expansion screw (2). The multi-layer lamination group (1) includes a first lamination (11), a second lamination (12), a third lamination (13), and a fourth lamination (14). The first lamination (11) has a chamfered hole (3) for positioning and installing the head end of the expansion screw (2). The second lamination (12) has a through hole (4) for the threaded end of the expansion screw (2) to pass through. The third lamination (13) has a wide groove (5) for engaging with the expansion head of the expansion screw (2). The fourth stack (14) has a fixing groove (6) for fixing the expansion head of the expansion screw (2). The first stack (11), the second stack (12), the third stack (13), and the fourth stack (14) are stacked in sequence, so that the chamfered hole (3), the through hole (4), the wide groove (5), and the fixing groove (6) are connected in sequence and form an irregular mounting position for installing the expansion screw (2). The snap-fit ​​assembly is fitted onto the first stack (11), the second stack (12), the third stack (13), and the fourth stack (14). The first stack (11), the second stack (12), and the third stack (13) are provided with mounting grooves (7) on their left and right sides respectively. The fourth stack (14) is provided with positioning grooves (8) on its left and right sides respectively corresponding to the mounting grooves (7). The front ends of the two sides of the buckle assembly are respectively embedded in the mounting grooves (7), and the front ends of the two sides of the buckle assembly are provided with bent edges (9) bent towards the positioning grooves (8). The bent edges (9) are snapped onto the side of the third stack (13) and connected side by side with the fourth stack (14). The buckle assembly includes a primary buckle group (15) and a secondary adjustable buckle group (16). The first stack (11), the second stack (12), and the third stack (13) are respectively provided with two sets of mounting slots (7) side by side. The primary buckle group (15) and the secondary adjustable buckle group (16) are respectively fastened to the corresponding mounting slots (7). The bent edges (9) are respectively provided at the front end of the primary buckle group (15) and the secondary adjustable buckle group (16). Alternatively, the buckle assembly includes a single-stage adjustable buckle group (10), wherein the first stack (11), the second stack (12), and the third stack (13) are each provided with a set of mounting grooves (7), and the bent edges (9) are respectively provided at the front end of the single-stage adjustable buckle group (10); The first stack (11), the second stack (12), the third stack (13), and the fourth stack (14) are connected by a protrusion (19) and a connecting groove (20) for positioning the stacked layers in sequence. The protrusion (19) is fitted into the connecting groove (20).

2. The panel front connection assembly according to claim 1, characterized in that: The first-level snap-fit ​​assembly (15) includes a first-level left snap-fit ​​block (151) and a first-level right snap-fit ​​block (152). The first-level left snap-fit ​​block (151) and the first-level right snap-fit ​​block (152) are respectively embedded in the corresponding mounting groove (7). The front ends of the first-level left snap-fit ​​block (151) and the first-level right snap-fit ​​block (152) respectively have bent edges (9) that snap onto the side of the third stack (13) and are connected side-by-side with the fourth stack (14). The mounting groove (7) is provided with snap-fit ​​blocks (17) integrally formed with the first stack (11) and the second stack (12). The first-level left snap-fit ​​block (151) and the first-level right snap-fit ​​block (152) are respectively provided with snap-fit ​​holes (18) that match and snap onto the snap-fit ​​blocks (17). The first-level left snap-fit ​​block (151) and the first-level right snap-fit ​​block (152) are provided with first-level fixing nails (153) that are fixedly connected to each other.

3. The panel front connection assembly according to claim 1, characterized in that: The double-stage adjusting buckle assembly (16) includes a double-stage left snap-fit ​​block (161), a double-stage right snap-fit ​​block (162), and a double-stage adjusting screw (163). The double-stage left snap-fit ​​block (161) and the double-stage snap-fit ​​block are respectively embedded in the corresponding mounting slots (7). The front ends of the double-stage left snap-fit ​​block (161) and the double-stage right snap-fit ​​block (162) respectively have bent edges (9) that snap onto the side of the third stack (13) and are connected side-by-side with the fourth stack (14). The mounting slot (7) is provided with a connection to the first stack. (11) The second stack (12) is integrally formed into a snap block (17). The double-stage left snap block (161) and the double-stage right snap block (162) are respectively provided with snap holes (18) that are matched and snapped with the snap block (17). The double-stage left snap block (161) and the double-stage right snap block (162) are provided with double-stage fixing nails (164) that are fixedly connected to each other. The left and right ends of the double-stage adjusting screw (163) are respectively threaded to the double-stage left snap block (161) and the double-stage right snap block (162).

4. The panel front connection assembly according to claim 1, characterized in that: The single-stage adjusting latch assembly (10) includes a single-stage left latch (101), a single-stage right latch (102), and a single-stage adjusting screw (103). The single-stage left latch (101) and the single-stage right latch (102) are respectively embedded in the corresponding mounting slots (7). The front ends of the single-stage left latch (101) and the single-stage right latch (102) respectively have bent edges (9) that engage with the side of the third stack (13) and are connected side-by-side with the fourth stack (14). The mounting slot (7) is provided with a bend edge (9) that engages with the side of the third stack (13) and is connected side-by-side with the fourth stack (14). A snap-fit ​​block (17) is integrally formed from a stack of plates (11) and a second stack of plates (12). The single-stage left snap-fit ​​block (101) and the single-stage right snap-fit ​​block (102) are respectively provided with snap-fit ​​holes (18) that match and engage with the snap-fit ​​block (17). A single-stage fixing nail (104) is provided between the single-stage left snap-fit ​​block (101) and the single-stage right snap-fit ​​block (102) for mutual fixed connection. The left and right ends of the single-stage adjusting screw (103) are respectively threadedly connected to the single-stage left snap-fit ​​block (101) and the single-stage right snap-fit ​​block (102).

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