CN-117429030-B - Polymer wood-plastic furniture processing production equipment and method

CN117429030BCN 117429030 BCN117429030 BCN 117429030BCN-117429030-B

Abstract

The invention relates to a high molecular wood-plastic furniture processing production device and a high molecular wood-plastic furniture processing production method, wherein the high molecular wood-plastic furniture processing production device comprises a traction mechanism arranged on an extruder, a conveying mechanism arranged on one side of the extruder, a plurality of groups of bearing mechanisms arranged on the conveying mechanism, a cooling forming mechanism arranged on the conveying mechanism and an assembling mechanism arranged on the conveying mechanism, and the traction mechanism comprises a translation component arranged on the end part of an extrusion pipe of the extruder, a guide component arranged on the translation component and a transmission component; the integrated water filtering base plate with the vortex-shaped line slope can be automatically processed and assembled, the split cleaning is not needed, the sanitary environment of the tea table is improved, the water filtering base plates with different specifications can be produced, the market demand is met, and the enterprise benefit is increased, so that the technical problems that the water filtering base plate and the placing groove of the tea table are usually in split combined design, the tea foam and the tea stain are required to be disassembled and cleaned, the cleaning is inconvenient, the water drainage is easy to be unsmooth, and the sanitary environment of the tea table is influenced are solved.

Inventors

DING YUNYUN
GU XINYING
DAI GUANGJIE
MA KAISHENG
REN QIANGQIANG

Assignees

安徽戴家实业股份有限公司

Dates

Publication Date: 20260508
Application Date: 20231103

Claims (7)

1. The high polymer wood-plastic furniture processing production equipment is characterized by comprising a traction mechanism arranged on an extruder, a conveying mechanism arranged on one side of the extruder, a plurality of groups of bearing mechanisms arranged on the conveying mechanism, a cooling forming mechanism arranged on the conveying mechanism and an assembling mechanism arranged on the conveying mechanism; The traction mechanism comprises a translation assembly, a guide assembly and a transmission assembly, wherein the translation assembly is arranged on the extrusion pipe end part of the extruder and used for driving the extrusion bar end part to move, the guide assembly is arranged on the translation assembly and used for changing the orientation of the extrusion bar end part, and the transmission assembly is arranged on the translation assembly and used for driving the bearing mechanism to rotate automatically; The conveying mechanism comprises a conveying frame arranged on one side of the extruder and a chain arranged on the conveying frame; The bearing mechanism comprises an upright post, a bearing plate, a vortex line mould frame, a vortex line bottom plate, a first ratchet wheel, a first hydraulic part and a plurality of groups of supporting rods, wherein the upright post is rotationally arranged on the chain through a damper, the bearing plate is arranged at the upper end part of the upright post, the vortex line mould frame is arranged on the bearing plate, the vortex line bottom plate is arranged on the bearing plate and is lifted and lowered in the vortex line mould frame, the first ratchet wheel is arranged on the upright post, the first hydraulic part is arranged on the upper surface of the first ratchet wheel, and the supporting rods are arranged at the output end of the first hydraulic part and are used for driving the vortex line bottom plate to integrally lift; the translation subassembly is in including setting up first adapter, articulated and the intercommunication setting of extrusion pipe tip are in first heat preservation pipe on the first adapter, set up second hydraulic part on the first adapter, set up second adapter on the second hydraulic part output shaft, articulated and the intercommunication setting is in on the second adapter and through ripple takeover and the second heat preservation pipe of first Wen Guanxiang intercommunication and the setting are in extrusion mouth on the second adapter.
2. The apparatus of claim 1, wherein the transmission assembly comprises a ferrule disposed on the first adapter, a loop bar disposed on the second adapter and slidably coupled to the interior of the ferrule, an L-shaped boom disposed at an end of the loop bar, and a first rack disposed at a lower end of the L-shaped boom for driving the first ratchet.
3. The processing and production equipment for high-molecular wood-plastic furniture according to claim 2, wherein the guide assembly comprises a guide roller, two groups of clamping rollers, a first conical gear, a second conical gear, a first belt pulley, a second ratchet wheel, a second rack, a second cutter, a third hydraulic part and a cutting knife, wherein the guide roller is arranged on the second adapter and is positioned below an extrusion port, the guide roller is arranged on the second adapter through a bracket, the clamping rollers are arranged between the bracket and the second adapter and are positioned below the guide roller and are used for dragging an extrusion strip into a vortex-shaped wire die frame, the first conical gear is coaxially arranged at one end of the clamping rollers, the second conical gear is rotatably arranged on the bracket and is used for driving the first conical gear, the first belt pulley is coaxially arranged on the second conical gear and is synchronously rotated with the guide roller through a belt, the second rack is arranged on the first adapter and is used for driving the second ratchet wheel, the cutting knife is coaxially arranged on the end of the guide roller and is synchronously rotated with the second ratchet wheel through the belt, and the third hydraulic part is arranged on the bracket and is used for cutting the extrusion strip.
4. The processing and production equipment for high-molecular wood-plastic furniture according to claim 3, wherein the cooling and forming mechanism comprises a cold water tank arranged on the conveying frame through a first frame body, a hanging scaffold arranged at the bottom of the cold water tank through a fourth hydraulic part, a long plate rotatably arranged at the bottom of the hanging scaffold, a plurality of groups of spray heads arranged at the bottom of the long plate, a hose arranged between the middle position of the hanging scaffold and the bottom of the cold water tank and communicated with the spray heads, a hanging column arranged at the middle position of the hanging scaffold, rake teeth arranged at the lower end of the hanging column, a vortex line pressing plate arranged at the lower end of the rake teeth and matched with the interior of the vortex line mould frame, and a poking assembly arranged at the middle position of the rake teeth and coaxially arranged with the hanging column; The stirring assembly comprises a hanging shaft arranged at the middle position of the rake teeth, a stirring plate arranged at the lower end part of the hanging shaft and positioned at the middle position of the vortex-shaped line pressing plate, and a double-shaft motor arranged at the middle position of the rake teeth and used for synchronously driving the hanging shaft and the hanging column.
5. The processing and production equipment for the macromolecule wood-plastic furniture according to claim 4, wherein the assembling mechanism is used for assembling the vortex-shaped wire wood plastic strips B in gaps of the vortex-shaped wire wood plastic strips A formed by cooling, the upper surfaces of the vortex-shaped wire wood plastic strips A are planes, and the upper surfaces of the vortex-shaped wire wood plastic strips B are lowered along vortex-shaped lines from inside to outside to play a role in drainage; The assembly mechanism comprises a second frame body arranged on the conveying frame, a drying box arranged between the second frame body and the first frame body, a blanking assembly arranged on the drying box and internally provided with vortex-shaped wire wood plastic strips B, and a pressing assembly arranged on the second frame body and used for pressing the vortex-shaped wire wood plastic strips B into gaps of the vortex-shaped wire wood plastic strips A; the blanking assembly comprises a blanking barrel arranged on the second frame body and located above the drying box, a positioning column arranged on the inner wall of the blanking barrel and used for positioning the outer edge end part of the vortex-shaped wood-plastic strip B, a fifth hydraulic part arranged at the top of the drying box and an arc-shaped anti-slip push plate arranged on the output shaft of the fifth hydraulic part and used for pushing the vortex-shaped wood-plastic strip B onto the pressing assembly.
6. The processing and production equipment for high-molecular wood-plastic furniture according to claim 5, wherein the pressing assembly comprises a receiving box arranged on the second frame body and used for switching a vortex-shaped wood-plastic strip B, a vortex-shaped wire channel arranged at the bottom of the receiving box and matched with the vortex-shaped wood-plastic strip B, a sponge which is arranged on the inner wall of the vortex-shaped wire channel and is immersed with adhesive, an adhesive box arranged on the outer wall of the receiving box and communicated with the sponge through a connecting pipe, a sixth hydraulic part arranged on the second frame body, a cover plate arranged on an output shaft of the sixth hydraulic part and a vortex-shaped wire pressing strip arranged at the bottom of the cover plate and matched with the vortex-shaped wire channel.
7. The processing and producing method of the processing and producing equipment for macromolecule wood-plastic furniture according to any one of claims 1 to 6, characterized by comprising the following steps: Step one, extruding, namely stopping operation after a conveying mechanism moves to the position of a traction mechanism along a bearing mechanism, driving a second adapter to translate towards the center position of a vortex wire die frame by a second hydraulic part of a translation assembly, synchronously working by a second ratchet wheel driving part of a guiding assembly along a guiding roller and a clamping roller to guide an extruded strip into the vortex wire die frame, and simultaneously driving the vortex wire die frame to automatically rotate by a first rack so as to drag the extruded strip into the vortex wire die frame from outside to inside along the vortex wire, cutting off the extruded strip by a cutter after the clamp roller translates to the inner end position of the vortex wire die frame, and resetting the traction mechanism for the next use; Step two, in the forming process, the conveying mechanism moves to the lower position of the cooling forming mechanism along with the bearing mechanism and then stops running, the vortex-shaped wire pressing plate descends to the inside of the vortex-shaped wire die frame, the double-shaft motor drives the shifting plate and the spray heads at the bottoms of the long plates to rotate along the circumferential direction, the spray heads spray cooling water downwards, the shifting plate agitates accumulated water at the middle position of the vortex-shaped wire die frame, and accumulated water in a gap of the vortex-shaped wire die frame flows towards the outer end part of the vortex-shaped wire die frame in a dynamic manner; Step three, assembling, namely stopping the conveying mechanism after moving to the lower position of the pressing assembly with the bearing mechanism, driving the vortex line bottom plate to rise by the first hydraulic part, ejecting the vortex line wood plastic strip A formed in the vortex line mold frame, pushing the vortex line wood plastic strip B onto the receiving box by the fifth hydraulic part, pressing the vortex line wood plastic strip B into the vortex line channel by the pressing assembly, smearing glue on the outer wall of the vortex line wood plastic strip B by sponge in the vortex line channel, and enabling the vortex line wood plastic strip B to fall on the upper surface of the vortex line mold frame and just fit with the assembly of the vortex line wood plastic strip A.

Description

Polymer wood-plastic furniture processing production equipment and method Technical Field The invention relates to the technical field of furniture production, in particular to processing and production equipment and method for high polymer wood-plastic furniture. Background The tea table is furniture for making tea and drinking tea, the tea table is usually provided with a storage space for storing tea teacups, a water leakage hole is arranged for making tea and a water filtering pad for placing the teacups, and the modern tea table is also usually provided with an electromagnetic oven for heating water and preserving heat. Patent document CN2022226566415 discloses a tea table with ponding prevention function, which comprises a table body, install supporting leg, apron one and apron two on the table body, and apron one is swing joint with the movable tank of seting up on the table body, and apron two is articulated with the table body, insert on the table body and have drawer and water collecting box, put the groove and put the room in the table body inside, and put the slope form that the groove bottom is low in one end and high in the other end, set up the apopore in the groove, and the position of seting up of apopore is located the lowest department of putting the groove bottom, and the inserting position of water collecting box is located the apopore bottom, install the riding block in the groove of putting, the block is installed to the block in the apopore, is the slope form that the one end is low in the other end is high through putting the groove bottom, and the position of seting up of apopore is located the groove bottom, can be convenient for when the tea water stream splashes in putting the groove, can flow down along putting the groove bottom and flow into water collecting box through the apopore and concentrate in the slope. However, in the actual use process, the inventor finds that the water filtering base plate and the placing groove of the tea table are generally in a split combination design, and the problems that tea foam and tea stains are required to be cleaned up, the cleaning is inconvenient, the water drainage is unsmooth, and the sanitary environment of the tea table is affected are easily caused. Disclosure of Invention The invention aims at overcoming the defects of the prior art, and the integrated water filtering base plate with the vortex-shaped line slope can be automatically processed and assembled by matching the traction mechanism and the assembly mechanism, so that tea stains and tea foams remained on the water filtering base plate are scrubbed from inside to outside along the vortex-shaped line slope, the water filtering base plate is not required to be detached, the cleaning is convenient, the sanitary environment of a tea table is improved, the automation is higher, the water filtering base plate can be produced in batch, the water filtering base plates with different specifications can be produced, the water filtering base plates with different specifications are suitable for the use of the tea table with different specifications, the market demands are met, the production benefits of enterprises are increased, and the technical problems that the water filtering base plate and the placing groove of the tea table are generally in split combined design, the tea foams and the tea foams need to be cleaned apart, the cleaning is inconvenient, the water drainage is easy to be caused, and the sanitary environment of the tea table is influenced are solved. Aiming at the technical problems, the technical scheme is as follows: The high polymer wood plastic furniture processing production equipment comprises a traction mechanism arranged on an extruder, a conveying mechanism arranged on one side of the extruder, a plurality of groups of bearing mechanisms arranged on the conveying mechanism, a cooling forming mechanism arranged on the conveying mechanism and an assembling mechanism arranged on the conveying mechanism; The traction mechanism comprises a translation assembly, a guide assembly and a transmission assembly, wherein the translation assembly is arranged on the extrusion pipe end part of the extruder and used for driving the extrusion bar end part to move, the guide assembly is arranged on the translation assembly and used for changing the orientation of the extrusion bar end part, and the transmission assembly is arranged on the translation assembly and used for driving the bearing mechanism to rotate automatically. Preferably, the conveying mechanism includes a conveying frame provided on one side of the extruder and a chain provided on the conveying frame. Preferably, the bearing mechanism comprises a stand column arranged on the chain in a rotating manner through a damper, a bearing plate arranged at the upper end part of the stand column, a vortex line die frame arranged on the bearing plate, a vortex line bottom plate arranged on the bearing plate and arranged