CN211459530U - Bedstead with wood welding type split assembly - Google Patents

Abstract

The utility model relates to a take wood to weld bedstead of formula amalgamation subassembly. The existing bed frame is fixedly connected through a fastener, and the installation is troublesome. The utility model discloses a plurality of encloses and form the cyclic annular wood of side and mould the board, adjacent wood is moulded the corresponding tip of board and is connected through wood welding formula amalgamation subassembly detachably within a definite time, and adjacent wood is moulded the board and is matchd the rigid coupling and keep erecting and put the gesture through corresponding tip to the top surface that the board was moulded to messenger wood flushes the setting and levels amalgamation formation bearing surface. The adjacent wood-plastic plates are connected through the wood welding type split assembly, fasteners are not needed, the assembly process is simplified, the assembly efficiency is improved, the connection strength between the adjacent wood-plastic plates is effectively ensured, the use stability is ensured, stable support is provided for the mattress, and the use experience is ensured.

Description

Bedstead with wood welding type split assembly

Technical Field

The utility model relates to a bedding field, concretely relates to bedstead.

Background

The existing bed comprises a bed frame and a mattress, wherein the bed frame comprises a plurality of plate bodies which are encircled to form a square ring shape, adjacent plate bodies are fixedly connected through a connecting assembly, the connecting assembly comprises a connecting rod fixedly connected with the end part of the plate body, one end of the connecting rod is fixedly connected onto the end part of the corresponding plate body through a fastener, and the other end of the connecting rod is fixedly connected with the corresponding connecting rod through a fastener, so that the adjacent plate bodies are fixedly connected. The bed frame with the structure has the following defects: through the fastener rigid coupling between connecting rod and plate body, both need assemble at the installation scene, increased assembly work volume, still easy because of the fastener is not hard up influence the plate body between connection stability, influence use experience.

SUMMERY OF THE UTILITY MODEL

In order to solve the not enough of prior art, the utility model provides a take wood to weld bedstead of formula amalgamation subassembly, with the connecting rod through wood welding mode rigid coupling on the board is moulded to wood, existing effect promotes joint strength, still simplifies the assembly process, promotes assembly efficiency.

The utility model discloses a following mode realizes: the utility model provides a take bedstead of wood welding formula amalgamation subassembly, includes that a plurality of surrounds and forms the cyclic annular wood of square and mould the board, connects through wood welding formula amalgamation subassembly detachably between the corresponding tip of board is moulded to adjacent wood, and adjacent wood is moulded the board and is matchd the rigid coupling and keep erectting the gesture through corresponding tip to the top surface that the board was moulded to messenger wood flushes the setting and levelly and smoothly amalgamates and form the bearing face. The adjacent wood-plastic plates are connected through the wood welding type split assembly, fasteners are not needed, the assembly process is simplified, the assembly efficiency is improved, the connection strength between the adjacent wood-plastic plates is effectively ensured, the use stability is ensured, stable support is provided for the mattress, and the use experience is ensured.

Preferably, the wood-welding type splicing assembly comprises a lower rod and an upper rod which are respectively arranged on the corresponding end parts of the adjacent wood-plastic plates, the fixedly connected ends of the upper rod and the lower rod are fixedly connected to the end parts of the corresponding wood-plastic plates in a wood-welding mode, and after the upper rod and the lower rod are installed in place, the outer connected end parts of the upper rod and the lower rod are vertically buckled to enable the corresponding end parts of the adjacent wood-plastic plates to be fixedly connected. The upper rod and the lower rod are arranged on the corresponding end parts of the adjacent wood-plastic plates in a wood welding mode respectively, and are fixed through the buckling of the outer connecting end after the wood welding is finished, so that the adjacent wood-plastic plates are kept fixedly connected in a preset posture, and the wood-plastic plates are matched and spliced to form a square ring shape.

Preferably, the upper rod and the lower rod are both wood-plastic parts. The wood-plastic part and the wood-plastic plate are hot-melt, and when the wood-plastic part and the wood-plastic plate are in contact friction and melt, hot melting is realized, integrated fixed connection is realized after cooling, and the connecting strength is ensured to meet the use requirement.

Preferably, the radial section of the fixed connection end of the upper rod and the lower rod is circular, and after the adjacent wood-plastic plates are installed in place, the end face of the wood-plastic plate abuts against the end edge of the side wall of the other wood-plastic plate, so that the end edge of the wood-plastic plate is tightly attached to or flush with the side edge of the other wood-plastic plate. The upper rod and the lower rod are fixedly connected with the corresponding wood-plastic plates through the rotating fixedly connected ends when wood welding is carried out, the radial cross sections of the fixedly connected ends are circular, the upper rod and the lower rod can be guaranteed to be in conflict friction in a specific circular area, and the wood welding efficiency and effect are effectively improved. After the adjacent wood-plastic plates are installed in place, the side wall of any wood-plastic plate shields the end face of the other wood-plastic plate, and the two wood-plastic plates are ensured to be vertically and fixedly connected with each other.

Preferably, the wood-plastic plate comprises a first plate, a tail plate and a side plate bridged between the corresponding ends of the first plate and the tail plate, and after the wood-plastic plate is installed in place, the first plate, the tail plate and the side plate are encircled to form a square ring shape. The first plate and the tail plate are arranged in parallel, the length of the first plate and the length of the tail plate are the same, the two side plates are arranged in parallel, the length of the side plates is the same, and the side plates are spliced to form a square ring shape.

Preferably, the bottom edge of the external connecting end part of the upper rod is provided with an upper notch, the top edge of the external connecting end part of the lower rod is provided with a lower notch, and after the upper notch and the lower notch are vertically fastened after the upper notch and the lower notch are installed in place, so that the external connecting ends of the upper rod and the lower rod are matched and fastened. The upper gap is vertically corresponding to the lower gap, and when the upper gap and the lower gap are vertically buckled in place, the adjacent wood-plastic plates are positioned horizontally.

Preferably, the width of the upper notch is matched with the width of the bottom edge of the external connecting end part of the lower rod, and after the lower rod is installed in place, the bottom edge of the external connecting end part of the lower rod is embedded in the upper notch. The two side walls of the upper gap are matched and attached with the two side walls of the lower rod, so that the distance between the lower rod and the wood plastic plate provided with the upper rod is kept constant.

Preferably, the radial section of the outer connecting end part of the upper rod is square, so that the outer connecting end part of the upper rod is provided with four stressed corners, the section outline of the upper notch is rectangular, the upper rod can obtain circumferential acting force through the stressed corners of the outer connecting end part, the wood welding efficiency is improved, and the connection stability is improved by increasing the contact area between the side wall of the upper notch and the lower rod.

Preferably, the width of the lower notch is matched with the width of the top edge of the external connecting end part of the upper rod, and after the lower notch is installed in place, the top edge of the external connecting end part of the upper rod is embedded in the lower notch. The two side walls of the lower gap are matched and attached with the two side walls of the upper rod, so that the distance between the upper rod and the wood plastic plate provided with the lower rod is kept constant.

Preferably, the radial section of the outer connecting end part of the lower rod is square, so that the outer connecting end part of the lower rod is provided with four stressed corners, the section outline of the lower notch is rectangular, the lower rod can obtain circumferential acting force through the stressed corners of the outer connecting end part, the wood welding efficiency is improved, and the connection stability is improved by increasing the contact area between the side wall of the lower notch and the upper rod.

The utility model has the advantages that: the adjacent wood-plastic plates are connected through the wood welding type split assembly, fasteners are not needed, the assembly process is simplified, the assembly efficiency is improved, the connection strength between the adjacent wood-plastic plates is effectively ensured, the use stability is ensured, stable support is provided for the mattress, and the use experience is ensured.

Drawings

FIG. 1 is a schematic view of the partially disassembled structure of the present invention;

FIG. 2 is a schematic view of a partial assembly structure of the present invention;

FIG. 3 is a schematic cross-sectional view of a split wood welded assembly;

in the figure: 1. the wood-plastic plate comprises a wood-welding type splicing assembly 2, a lower rod 3, an upper rod 4, an upper notch 5, an upper notch 6, a lower notch 7 and a stressed corner.

Detailed Description

The essential features of the invention will be further explained below with reference to the drawings and the detailed description of the invention.

A bedstead with a wood-welding type splicing assembly shown in figure 1 is composed of a plurality of wood-plastic plates 1 which are encircled to form a square ring shape, corresponding end parts of adjacent wood-plastic plates 1 are detachably connected through the wood-welding type splicing assembly 2, and the adjacent wood-plastic plates 1 are fixedly connected and kept in a vertical posture through corresponding end parts in a matching mode, so that the top surfaces of the wood-plastic plates 1 are arranged in a flush mode and are spliced flatly to form a bearing surface. The adjacent wood-plastic plates 1 are connected through the wood welding type splicing assemblies 2, fasteners are not needed, the assembly process is simplified, the assembly efficiency is improved, the connection strength between the adjacent wood-plastic plates 1 is effectively ensured, the use stability is ensured, stable support is provided for a mattress, and the use experience is ensured.

Specifically, the wood-plastic panel 1 comprises a first panel, a tail panel and a side panel bridged between corresponding ends of the first panel and the tail panel, and after the wood-plastic panel is installed in place, the first panel, the tail panel and the side panel are enclosed to form a square ring shape. The curb plate sets up between the tip that corresponds of head plate and tailboard to make head plate, curb plate and tailboard amalgamation form the square ring form that the top surface flushes, and then carry out the outrigger to the mattress.

In actual operation, the radial cross section of the fixed connection end of the upper rod 4 and the lower rod 3 is circular, and after the adjacent wood-plastic plate 1 is installed in place, the end face of the wood-plastic plate 1 abuts against the end edge of the side wall of the other wood-plastic plate 1, so that the end edge of the wood-plastic plate 1 is tightly attached to or flush with the side edge of the other wood-plastic plate 1. Specifically, after the installation targets in place, the terminal surface of first board flushes the setting with the lateral wall that corresponds the curb plate, the terminal surface of curb plate is contradicted on the lateral wall end edge of first board orientation curb plate, simultaneously, the terminal surface of tailboard flushes the setting with the lateral wall that corresponds the curb plate, the terminal surface of curb plate is contradicted on the lateral wall end edge of tailboard orientation curb plate for first board and tailboard are parallel arrangement each other and through the fixed curb plate of tip centre gripping that corresponds. Furthermore, the curb plate is parallel arrangement each other and through the fixed first board of tip centre gripping and the tailboard that corresponds, also should regard as the utility model discloses a specific embodiment.

In actual operation, wood welding formula amalgamation subassembly 2 includes that the branch puts down pole 3 and overhead pole 4 on adjacent wood-plastic panel 1 corresponds the tip, the rigid coupling end of overhead pole 4 and lower pole 3 all with the wood welding mode rigid coupling on the tip of corresponding wood-plastic panel 1, after the installation targets in place, the vertical lock joint of the outer tip of overhead pole 4 and lower pole 3 to make adjacent wood-plastic panel 1 correspond the tip rigid coupling. When installed, the method is realized by the following steps:

firstly, fixedly connecting an upper rod 4 and a lower rod 3 between corresponding end parts between a tail plate and a side plate and between a head plate and the side plate in a wood welding mode respectively;

then, arranging the tail plate and the head plate in a spaced and parallel manner, and arranging the side plates in a spaced and parallel manner;

and finally, fixedly connecting the adjacent first plates and the adjacent side plates and the adjacent tail plates and the side plates through vertical buckling, and splicing to form the square annular bedstead.

In actual operation, the bottom edge of the external connecting end part of the upper rod 4 is provided with an upper notch 5, the top edge of the external connecting end part of the lower rod 3 is provided with a lower notch 6, and after the upper notch 5 and the lower notch 6 are vertically buckled after being installed in place, so that the external connecting ends of the upper rod 4 and the lower rod 3 are matched and buckled. The upper rod 4 and the lower rod 3 are arranged in equal height, the depth of the upper notch 5 is half of the height of the external connecting end part of the upper rod 4, and the depth of the lower notch 6 is half of the height of the external connecting end part of the lower rod 3; then, the upper rod 4 moves downward (as shown in fig. 2), in the process, the upper notch 5 passes through the lower notch 6 and is clamped on the bottom edge of the outer connecting end part of the lower rod 3, and meanwhile, the lower notch 6 passes through the upper notch 5 and is clamped on the top edge of the outer connecting end part of the upper rod 4 (as shown in fig. 3), so that the upper rod 4 and the lower rod 3 are buckled and fixed.

After assembly is completed, the external connecting end part of the upper rod 4 passes through the lower notch 6, and the external connecting end part of the lower rod 3 passes through the upper notch 5. The width of overhead breach 5 matches with the lower pole 3 outer tip bottom edge width of linking, installs the back that targets in place, and the lower pole 3 outer tip bottom edge of linking inlays and is put in overhead breach 5, two opposition lateral walls of lower breach 6 with the overhead pole 4 outer lateral wall top edge matching laminating of linking the tip plays axial positioning effect to the lower pole 3, ensures that 3 rigid coupling ends of lower pole and 4 intervals of overhead pole keep invariable. The width of putting down breach 6 matches with the outer tip apical margin width of linking to of overhead pole 4, and the back of targetting in place is installed, and overhead pole 4 links outward the tip apical margin and inlays and be put in putting down in the breach 6, two opposition lateral walls of putting up breach 5 with put the pole 3 and link outward the lateral wall apical margin matching laminating of tip down, play the axial positioning effect to overhead pole 4, ensure that 4 rigid couplings of overhead pole hold and put 3 intervals of pole down keep invariable. On the bedstead needs to be disassembled, the upper rod 4 only needs to be moved upwards to be separated from the lower rod 3, and then the tail plate and the side plate, and the head plate and the side plate are separated.

In actual operation, the upper rod 4 and the lower rod 3 are fixedly connected to a preset station in a wood welding mode. Specifically, taking the upper rod 4 as an example, the upper rod 4 is welded on a preset station through a wood welding device, when being installed, on one hand, the wood welding device applies an axial acting force to the upper rod 4 so as to enable the end surface of the upper rod 4 to tightly abut on the preset station, on the other hand, the wood welding device applies a circumferential acting force to the upper rod 4 so as to enable the upper rod 4 to rotate at a high speed by taking the axis of the upper rod 4 as the center, the end surface of the upper rod 4 and the preset station corresponding to the wood-plastic plate 1 generate heat through friction between the two acting forces, and then the end surface of the upper rod 4 and the corresponding preset station are heated and melted and are solidified into an integral structure after being cooled, and the wood welding device also plays a positioning role in positioning the upper rod 4 and the preset station so as to enable the upper rod 4 to be solidified and fixedly connected on the preset station in a vertical posture. The lower rod 3 is fixedly connected in the same way.

In practical operation, the radial section of the external connecting end part of the upper rod 4 is square, so that the external connecting end part of the upper rod 4 is provided with four stressed corners 7, and the section outline of the upper notch 5 is rectangular. The radial section of the outer connecting end part of the lower rod 3 is square, so that the outer connecting end part of the lower rod 3 is provided with four stressed corners 7, and the section outline of the lower notch 6 is rectangular. The wood welding equipment applies circumferential acting force to the upper rod 4 or the lower rod 3 through the stressed corner 7, and heat generated by friction is increased by increasing the rotating speed.

In actual operation, the wood-plastic plate 1, the upper rod 4 and the lower rod 3 are all made of wood-plastic materials. The wood-plastic material has the characteristics of hot melting, convenient wood welding operation and wood, and is convenient to fixedly connect through a fastener.

In practical operation, the stressed corner can also be formed by extending the upper rod or the lower rod radially outwards, so that the circumferential force transmission efficiency is ensured.

Claims (10)

1. The utility model provides a take bedstead of wood welding formula amalgamation subassembly, includes that a plurality of encloses and closes and form board (1) are moulded to the annular wood of side, its characterized in that, connects through wood welding formula amalgamation subassembly (2) detachably between the corresponding tip of board (1) is moulded to adjacent wood, and board (1) is moulded to adjacent wood is through corresponding tip matching rigid coupling and keeping erectting and put the gesture to the top surface that makes board (1) is moulded to wood flushes the setting and levels amalgamation formation bearing surface.

2. The bedstead with the split wood-welding assembly according to claim 1, wherein the split wood-welding assembly (2) comprises a lower rod (3) and an upper rod (4) which are separately arranged on the corresponding end portions of the adjacent wood-plastic plates (1), the fixedly connected ends of the upper rod (4) and the lower rod (3) are fixedly connected on the end portions of the corresponding wood-plastic plates (1) in a wood-welding manner, and after the bedstead is installed in place, the externally connected end portions of the upper rod (4) and the lower rod (3) are vertically buckled to fixedly connect the corresponding end portions of the adjacent wood-plastic plates (1).

3. The split brazed assembly bedframe according to claim 2, wherein the upper bar (4) and the lower bar (3) are both wood plastic parts.

4. The bedstead with the split wood-welding assembly according to claim 2, wherein the radial cross section of the fixed connection end of the upper rod (4) and the lower rod (3) is circular, and after the adjacent wood-plastic plate (1) is installed in place, the end face of the wood-plastic plate (1) abuts against the end edge of the side wall of the other wood-plastic plate (1), so that the end edge of the wood-plastic plate (1) is tightly attached to or flush with the side edge of the other wood-plastic plate (1).

5. The split brazed wood frame as in claim 2, wherein the wood-plastic plate (1) comprises a head plate, a tail plate and side plates bridging the ends of the head plate and the tail plate, and when the split brazed wood frame is installed in place, the head plate, the tail plate and the side plates form a square ring.

6. A split brazed assembly bedstead according to any one of claims 2 to 5, wherein said upper bar (4) has an upper notch (5) in the bottom edge of its outer end and said lower bar (3) has a lower notch (6) in the top edge of its outer end, and when installed in place, said upper notch (5) and said lower notch (6) are vertically fastened together so that the outer ends of said upper bar (4) and said lower bar (3) are matingly fastened together.

7. A split brazed assembly bedframe according to claim 6, wherein the width of the upper gap (5) matches the width of the bottom edge of the outer connecting end of the lower bar (3), and when installed in place, the bottom edge of the outer connecting end of the lower bar (3) is embedded in the upper gap (5).

8. A split brazed assembly bedframe according to claim 7, wherein the radial cross section of the outer end of the upper bar (4) is square, so that the outer end of the upper bar (4) has four stressed corners (7), and the cross section of the upper gap (5) is rectangular.

9. A split brazed assembly bedframe according to claim 6, wherein the width of the lower gap (6) matches the width of the top edge of the outer end of the upper bar (4), and when mounted in place, the top edge of the outer end of the upper bar (4) fits into the lower gap (6).

10. A split brazed assembly foundation according to claim 9, wherein the radial cross section of the lower bar (3) at its outer end is square, so that the bar (3) at its outer end has four stressed corners (7) and the cross sectional profile of the undercut (6) is rectangular.

Images