Environment-friendly low-dust low-noise stone jade carving workbench

Abstract

The environment-friendly low-dust low-noise stone jade carving workbench is characterized in that the environment-friendly low-dust low-noise stone jade carving workbench comprises an indoor structure, a connecting structure and an outdoor structure, the outdoor structure comprises a water tank dust cover, a water tank precipitation structure and an air suction fan, and the connecting structure is a switching hose used for connecting the indoor structure and the outdoor structure; the indoor structure comprises a carving tool and a carving workbench, the carving tool is pneumatic, water mist can be sprayed out in the carving process, dust and water generated during carving are mixed together and cannot be inhaled by people, and meanwhile noise generated during working can be reduced. The dust absorption and noise reduction device is used for absorbing dust and reducing generated noise.

Description

Technical Field

[0001] This invention relates to a stone carving industry involving stone and jade materials, as well as to an environmentally friendly, low-dust, and low-noise stone and jade carving workbench. Background Technology

[0002] The stone carving and jade industry boasts a rich history and cultural significance spanning centuries. From ancient civilizations to the modern era, stone carving and jade craftsmanship has captivated people's imaginations with its exquisite beauty and intricate designs. Today, the industry continues to evolve and thrive, combining traditional craftsmanship with modern techniques and technologies.

[0003] Stone carving and jade production, if not properly managed, can have environmental impacts and cause pollution. It is important to address these issues and promote sustainable practices within the industry to minimize its environmental impact. One of the major environmental problems associated with stone carving and jade production is waste generation. The process of shaping and carving stone and jade can generate significant amounts of stone dust and debris. If not properly controlled and managed, this waste can pollute the air, soil, and water sources of the surrounding area. Dust particles cause air pollution and respiratory health problems for workers and nearby communities. Dust has a significant impact on the health and well-being of workers involved in stone carving activities. Inhaling dust particles can lead to various respiratory problems and other health issues.

[0004] Stoneworking generates significant noise, impacting workers and the surrounding community in various ways. The noise from stone processing primarily stems from the operation of machinery and tools used for cutting, shaping, and carving stone. Prolonged exposure to high noise levels without proper hearing protection can lead to permanent hearing loss. The immense noise from stoneworking machinery and tools can, over time, damage the delicate structures of the inner ear, resulting in hearing impairment.

[0005] Currently, there is a significant lack of devices on the market that can effectively handle dust and noise. Therefore, we have developed an environmentally friendly, low-dust, and low-noise stone and jade carving workbench to absorb dust and reduce noise. Summary of the Invention

[0006] In order to solve the problems of dust pollution, water pollution and noise pollution caused by stone and jade carving at present, this invention patent proposes an environmentally friendly low-dust and low-noise stone and jade carving workbench.

[0007] An environmentally friendly, low-dust, low-noise stone and jade carving workbench is characterized by comprising an indoor structure, a connecting structure, and an outdoor structure. The outdoor structure includes a water tank dust cover, a water tank sedimentation structure, and an air intake fan. The connecting structure is a flexible adapter hose used to connect the indoor and outdoor structures. The indoor structure includes carving tools and a carving workbench. The carving tools are pneumatic and spray water mist during the carving process, mixing the dust and water generated during carving to prevent inhalation and reduce noise during operation.

[0008] Preferably, the carving workbench includes a toolbox, a cutting machine box, an electrical control cabinet, a desktop structure, a back structure, a bottom structure of the desktop, a top structure, and left and right sound insulation structures of the desktop.

[0009] Preferably, the right side of the water tank waterproof cover is connected to the suction fan, and the connection part uses noise-reducing sponge to reduce the noise generated by the suction fan without affecting the suction power; the outer front side of the water tank dust cover is connected to the connecting structure, and the inner side is connected to the silencer pipe. When the suction fan is sucking air, it will adsorb the dust and its mixture into the silencer pipe. Some silencer holes are drilled on the silencer pipe, which can effectively reduce the noise generated during the suction process of dust and its mixture; a water mist nozzle is installed on the upper inner side of the water tank dust cover to press down the dust and its mixture; the bottom of the water tank dust cover is connected to the water tank sedimentation structure; the water tank sedimentation structure settles the dust and its mixture, and the excess water is discharged through the front of the water tank sedimentation structure for secondary treatment.

[0010] Preferably, the toolbox is used to store tools; the cutter box is used to store the cutter; and the electrical control cabinet provides power to the entire workbench.

[0011] Preferably, the desktop structure includes a left rear support, a left front support, a right rear support, a right front support, a front crossbar, a rear crossbar, a left crossbar, and a rear crossbar. The desktop structure is a filter screen used to filter objects larger than dust.

[0012] Preferably, the back structure, the left and right soundproofing structures of the desktop, and the top structure prevent dust from overflowing outwards; the back structure has an exhaust vent through which the suction air draws away the dust and its mixture, and noise-reducing sponge is used near the exhaust vent to reduce the noise of the suction fan; the top structure has a water mist nozzle that presses the dust and its mixture downwards, with some being discharged through the exhaust vent of the back structure and the remainder sinking into the bottom structure; the left and right soundproofing structures of the desktop are a two-layer design, with an outer layer and a middle layer of glass, an inner layer with many sound-absorbing holes, and a middle layer of sound-absorbing sponge, which can block the transmission of noise laterally.

[0013] Preferably, the bottom structure of the desktop has a water outlet at the rear to drain excess water.

[0014] Compared with existing technologies, the beneficial effects achieved by this invention are as follows: This design proposes an environmentally friendly, low-dust, and low-noise stone and jade carving workbench. The carving tools are pneumatic, and water mist is sprayed during the carving process, mixing the dust and water generated during carving together so that they are not inhaled, thus reducing dust and noise pollution. Noise reduction treatments have been implemented in the sound insulation structures on the left and right sides of the desktop, the back structure, the water tank dust cover, and the suction motor to reduce noise pollution. Water mist nozzles have been added to the bottom structure of the desktop, the water tank dust cover, and the water tank sedimentation structure to help dust settle, prevent dust from being inhaled, settle the dust, and drain excess water for secondary treatment. Attached Figure Description

[0015] Figure 1 This is the isometry diagram of the present invention; Figure 2 This is a side view of the present invention; Figure 3 This is a structural diagram of the outdoor mechanism of the present invention; In the diagram: 1-Front baffle, 2-Left front support column, 3-Back panel, 4-Left side sound insulation panel, 5-Left rear support column, 6-Rear crossbar, 7-Left crossbar, 8-Support crossbar, 9-Front crossbar, 10-Cutter housing mounting plate, 11-Cutter housing, 12-Left crossbar, 13-Support column reinforcement, 14-Base plate, 15-Tabletop water outlet, 16-Toolbox, 17-Right crossbar, 18-Electrical control box, 19-Electrical control box mounting plate, 20-Right crossbar, 21-Cover plate, 22-Right front support column, 23-Right 24-Right side panel, 25-Right rear support column, 26-Adapter hose, 27-Water tank rear panel, 28-Water tank left side panel, 29-Water tank left rear support column, 30-Left side panel, 31-Waterproof cover body, 32-Silencer pipe, 33-Waterproof cover front panel, 34-Water tank left front support column, 35-Water tank front panel, 36-Water tank drain outlet, 37-Water tank right front support column, 38-Waterproof cover rear panel, 39-Fan intake, 40-Water tank right side panel, 41-Water tank right rear support column, 42-Water tank bottom panel. Detailed Implementation

[0016] To make the technical means, creative features, objectives and effects of this invention easier to understand, the invention will be further described below in conjunction with specific embodiments.

[0017] like Figures 1 to 3 As shown, an environmentally friendly, low-dust, and low-noise stone and jade carving workbench includes an indoor structure, a connecting structure, and an outdoor structure, as illustrated in the structure: The four main supports of the interior structure are the left front pillar 2, left rear pillar 5, right front pillar 22, and right rear pillar 25, located in four directions. The left and right ends of the front crossbar 9 connect to the left front pillar 2 and right front pillar 22; the left and right ends of the rear crossbar 6 connect to the left rear pillar 5 and right rear pillar 25; the front and rear ends of the left crossbar 7 connect to the left front pillar 2 and left rear pillar 5; and the front and rear ends of the right crossbar 17 connect to the right front pillar 22 and right rear pillar 25. The front and rear ends of the left crossbar 12 connect to the left front pillar 2 and left rear pillar 5; and the front and rear ends of the right crossbar 20 connect to the right front pillar 22 and right rear pillar 25. The front and rear ends of the support crossbar 8 connect to the front and rear crossbars. The front, rear, left, and right ends of the base plate connect to the front crossbar 9, rear crossbar 6, left crossbar 7, and right crossbar 17, respectively. The left side panel 30 and the left side sound insulation panel 4 are connected to the left front support column 2 at the front end, the left rear support column 5 at the rear end, and the left crossbar 7 at the bottom end; the right side panel 23 and the right side sound insulation panel 24 are connected to the right front support column 22 at the front end, the right rear support column 25 at the rear end, and the right crossbar 17 at the bottom end. The back panel 3 is connected to the left rear support column 5 at the left end, the right rear support column 25 at the right end, and the rear crossbar 6 at the bottom end. The left and right ends of the front baffle 1 are connected to the left front support column 2 and the right front support column 22. The bottom end of the cover plate 21 is connected to the left front support column 2, the left rear support column 5, the right front support column 22 and the right rear support column 25, the front baffle 1, the back panel 3, the left side panel 30, the left side sound insulation panel 4, the right side panel 23, and the right side sound insulation panel 24. The cutter box 11 is connected to the cutter box fixing plate 10, which is connected to the left front support column 2 and the left rear support column 5. The electrical control box 18 is connected to the electrical control box mounting plate 19, which is connected to the right front support column 22 and the right rear support column 25. The toolbox 16 is connected to the right front support column 22.

[0018] The connection structure connects to the indoor structure at the front end and to the outdoor structure at the rear end.

[0019] The four main supports of the outdoor structure are the left front support column 34, the left rear support column 29, the right front support column 37, and the right rear support column 41, located in four directions. The left and right ends of the front panel 35 of the water tank are connected to the left front support column 34 and the right front support column 37. The left and right ends of the rear panel 27 of the water tank are connected to the left rear support column 29 and the right rear support column 41. The front and rear ends of the left side panel 28 of the water tank are connected to the left front support column 34 and the left rear support column 29. The right side panel of the water tank is connected to the right front support column 37 and the right rear support column 41. The bottom plate 43 of the water tank is connected to the front panel 35, the rear panel 27, the left side panel 28, the right side panel, the left front support column 34, the left rear support column 29, the right front support column 37, and the right rear support column 41. The front and rear ends of the main body 31 of the water tank waterproof cover are connected to the front panel 33 and the rear panel 38 of the waterproof cover. The right end is connected to the air intake fan. The lower end is connected to the front panel 35, the rear panel 27, the left side panel 28, the right side panel, the left front support column 34, the left rear support column 29, the right front support column 37, and the right rear support column 41 of the water tank.

[0020] The silencer pipe 32 is connected to the front panel 33 of the waterproof cover.

[0021] Muffler: A muffler is a device used to reduce or attenuate the noise generated by an engine or mechanical exhaust system. It works by employing various technologies to reduce the intensity and frequency of the sound waves produced by exhaust gases.

[0022] Noise-reducing cotton was used at the front and rear ends of the connecting structure and at the connection point between the waterproof cover body and the air intake fan. The properties of these materials enable them to effectively absorb sound waves within a certain frequency range, providing stronger sound absorption capabilities because they have more material to allow sound waves to pass through and interact with them. By using noise-reducing foam and other acoustic treatments, sound reflections can be minimized, reverberation controlled, and a more comfortable acoustic environment created.

[0023] When stone or jade carvers prepare to work, they turn on the pneumatic switch of the carving tool, which sprays water mist upon startup. During carving, a large amount of dust is generated; some of this dust is allowed to settle due to the water mist sprayed from the tool, and the water mist nozzles on the cover also help some dust settle. A filter on the table filters out large pieces of stone or jade, allowing dust and its mixture to flow down and excess water to drain through the drain at the rear of the base plate. Dust settles on the base plate for easy cleaning after work. Airborne dust and its mixture are drawn in by the fan through the back panel to the connecting structure, then to the silencer pipe for noise reduction. Water mist nozzles on the upper inner side of the waterproof cover press the dust down, causing it to settle at the bottom. Excess water drains through the drain on the front panel of the water tank.

[0024] The noise generated during operation is insulated by soundproofing panels on both sides to prevent it from affecting others, and the noise from the motor is also reduced.

[0025] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, and improvements made within the spirit and principles of the present invention should be included within the protection scope of the present invention.

Claims

1. An environmentally friendly, low-dust, low-noise stone and jade carving workbench, characterized in that, It includes an indoor structure, a connecting structure, and an outdoor structure. The outdoor structure includes a water tank dust cover, a water tank sedimentation structure, and an air intake fan. The connecting structure is a flexible adapter hose used to connect the indoor and outdoor structures. The indoor structure includes carving tools and a carving workbench. The carving tools are pneumatic and spray water mist during the carving process, mixing the carving dust and water together to prevent people from inhaling them and also reducing the noise generated during operation.

2. The environmentally friendly, low-dust, low-noise stone and jade carving workbench according to claim 1, characterized in that, The carving workbench includes a toolbox, a cutting machine box, an electrical control cabinet, a desktop structure, a back structure, a bottom structure of the desktop, a top structure, and sound insulation structures on the left and right sides of the desktop.

3. The environmentally friendly, low-dust, low-noise stone and jade carving workbench according to claim 1, characterized in that, The right side of the water tank's waterproof cover is connected to the suction fan, with noise-reducing sponge used at the connection point to reduce noise generated by the suction fan without affecting suction power. The outer front side of the water tank's dust cover is connected to the connecting structure, while the inner side is connected to the silencer pipe. When the suction fan is drawing air, it will adsorb dust and its mixture onto the silencer pipe, which has some noise-reducing holes to effectively reduce the noise generated during the dust and its mixture being drawn in. A water mist nozzle is installed on the upper inner side of the water tank's dust cover to press down the dust and its mixture. The bottom of the water tank's dust cover is connected to the water tank's sedimentation structure. The water tank's sedimentation structure settles the dust and its mixture, and excess water is discharged through the front of the sedimentation structure for secondary treatment.

4. The environmentally friendly, low-dust, low-noise stone and jade carving workbench according to claim 2, characterized in that, The toolbox is used to store tools; the cutter box is used to store the cutter; and the electrical control cabinet provides power to the entire workbench.

5. The environmentally friendly, low-dust, low-noise stone and jade carving workbench according to claim 2, characterized in that, The desktop structure includes a left rear support, a left front support, a right rear support, a right front support, a front crossbar, a rear crossbar, a left crossbar, and a rear crossbar. The desktop structure is a filter screen used to filter objects larger than dust.

6. The environmentally friendly, low-dust, low-noise stone and jade carving workbench according to claim 2, characterized in that, The back structure, the left and right soundproofing structures of the desktop, and the top structure prevent dust from overflowing. The back structure has an exhaust vent, through which air is drawn to remove dust and its mixture. Noise-reducing sponges are used near the exhaust vents to reduce the noise of the intake fan. The top structure has water mist nozzles that push the dust and its mixture downwards, with some being discharged through the exhaust vents of the back structure and the remainder sinking to the bottom structure. The left and right soundproofing structures of the desktop are a two-layer design, with an outer layer of glass in the middle and an inner layer with many sound-absorbing holes and a sound-absorbing sponge in the middle, which can block the transmission of noise laterally.

7. The environmentally friendly, low-dust, low-noise stone and jade carving workbench according to claim 2, characterized in that, There is a water outlet at the rear of the bottom structure of the desktop to drain excess water.

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