Storage and shaping device for tire vulcanizing machine

Abstract

The present invention relates to the technical field of tire preparation and molding. The present invention provides a storage and molding device for a tire vulcanizer. The innovation of the present invention lies in providing a customized constant temperature, constant oxygen and constant humidity storage and molding environment for high-quality tires. The present invention includes a first main body and a second main body, and a closed storage and molding space is formed by a lifting device. A tire fixing device, a constant temperature and constant oxygen device, a sensor matrix, etc. are installed inside the first main body to realize automatic fixing of the tire and real-time monitoring and control of the environment in the space. The second main body is equipped with heating, cooling and ventilation equipment to accurately adjust the temperature, humidity and oxygen content of the space according to the instructions of the control device. The present invention not only improves the efficiency of tire storage and molding, but also ensures that the tire completes the molding process in a constant high-quality environment, thereby greatly improving the quality and performance of the tire.

Description

Technical Field

[0001] The invention relates to the technical field of tire preparation and molding, and in particular to a storage and molding device of a tire vulcanizer. Background Art

[0002] As an indispensable equipment in the tire production process, the technological development of tire vulcanizers has always been the focus of the industry. In recent years, with the rapid development of the tire industry, the storage and shaping devices of tire vulcanizers have also undergone many technological innovations. These devices are mainly used for storage and shaping of tires after vulcanization to ensure the quality and shape stability of tires. At present, most storage and shaping devices on the market use advanced mechanical and automatic control technologies to improve production efficiency and the precision of finished tires.

[0003] In existing tire vulcanization production lines, storage and shaping devices usually work closely with the vulcanizer to automatically move the tires to the storage area after the vulcanization process. These devices are often equipped with precise control systems to ensure that the tires are properly cooled and shaped after vulcanization to maintain their shape and performance. In addition, these devices also have automated management functions that can automatically adjust the storage and shaping time according to production needs to maximize production efficiency.

[0004] Although the storage and shaping devices of existing tire vulcanizers are relatively mature, the following technical pain points still exist: high-quality tires need to be shaped within the specified range of tire temperature, humidity and oxygen content to ensure tire quality. Therefore, it is necessary to accurately control the temperature, humidity and oxygen content during the tire shaping process. However, the existing storage and shaping devices cannot provide customized constant temperature, constant oxygen and constant humidity storage and shaping space for high-quality tires, which affects the shaping quality of the tires. Summary of the invention

[0005] The object of the present invention is to provide a storage and shaping device for a tire vulcanizer to solve the problem that the existing storage and shaping device cannot provide a customized constant temperature, constant oxygen and constant humidity storage and shaping space for high-quality tires.

[0006] The present invention provides a storage and shaping device for a tire vulcanizer, comprising: a first main body and a second main body, wherein the first main body is mounted on the second main body, the second main body is mounted on an operating platform, a movable track is mounted on the operating platform, a movable outer wall and a driving device are mounted on the movable track, the driving device is connected to the movable outer wall, and a side wall of the second main body is connected to a transmission device;

[0007] The second main body is equipped with a lifting device and a tire bearing plate, a tire buffer layer is installed at the top center of the tire bearing plate, and a telescopic blocking rod is installed at the top edge of the tire bearing plate, and the telescopic blocking rod is used to limit the movement of the tire;

[0008] A tire fixing device is installed inside the first main body, and a mechanical arm is installed on the tire fixing device, and the mechanical arm is used to clamp the tire on the transmission device to the tire buffer layer;

[0009] The second body lowers the first body through the lifting device to complete the closing of the first body and the second body;

[0010] The first body is equipped with a constant temperature and constant oxygen device and a first sensor matrix, and the second body is equipped with a control device, a second sensor matrix, a first heating device, a second heating device and a refrigeration device;

[0011] The control device establishes an electrical connection with the constant temperature and constant oxygen device, the first sensor matrix, the second sensor matrix heating element, the hot air blower and the refrigeration device. The control device generates corresponding control commands based on the temperature data, humidity data and oxygen content data collected by the first sensor matrix and the second sensor matrix and transmits them to the corresponding equipment.

[0012] Furthermore, in the storage and shaping device of the tire vulcanizer provided by the present invention, an air outlet debris filtering device is installed on the top of the first main body, and the air outlet debris filtering device includes an air outlet filter, a top air duct and an electrostatic dust removal device. The air outlet filter is installed on the top of the top air duct, and the electrostatic dust removal device is installed at the bottom of the top air duct. The air outlet filter is used to filter debris in the air, and the electrostatic dust removal device is used to remove dust in the air.

[0013] Furthermore, in the storage and shaping device of the tire vulcanizer provided by the present invention, a suction fan is also installed inside the first main body, the suction fan is connected to the air outlet debris filtering device through a first branch air duct, and the suction fan is connected to the constant temperature and oxygen device through a second branch air duct.

[0014] Furthermore, in the storage and shaping device of the tire vulcanizer provided by the present invention, a water tank is installed at the center position inside the first main body, water pipes are installed on the left and right sides of the water tank, and the first main body is configured as a split structure, including a first main body top cover and a first main body bottom cover, and the first main body top cover and the first main body bottom cover are clamped together by a clamping block.

[0015] Furthermore, the storage and shaping device of the tire vulcanizer provided by the present invention, the constant temperature and constant oxygen device includes a humidifier, a water mist conduit, an air guide bin, a spray guide device, a nozzle mounting plate and a daylight lamp;

[0016] The humidifier is connected to the water tank, and the humidifier is connected to the spray guide device through a water mist duct. The spray guide device is installed on the side wall of the air guide bin, and the top of the air guide bin is connected to the second branch air duct. A support frame is installed inside the air guide bin, and a fluorescent lamp is installed on the support frame inside the air guide bin. A nozzle mounting plate is installed in the area between the fluorescent lamp and the side wall of the air guide bin, and the nozzle mounting plate is connected to the spray guide device.

[0017] Furthermore, the storage and shaping device of the tire vulcanizer provided by the present invention, the constant temperature and constant oxygen device also includes a nozzle, the nozzle is mounted on a nozzle mounting plate, the nozzle mounting plate is arranged to be inclined, and the inclination angle of the nozzle mounting plate is inclined from high to low from the side wall of the air guide bin.

[0018] Furthermore, the storage and shaping device of the tire vulcanizer provided by the present invention, the second main body is provided with a first bottom mounting bin, a second bottom mounting bin and a bottom mounting bin, an insulation layer is installed inside the bottom mounting bin, a heating element is installed on the top of the insulation layer, a copper disk is installed on the top of the heating element, a heat-conducting copper column is installed on the top of the copper disk, a heat-conducting plate is installed on the top of the heat-conducting copper column, and a heat-conducting plate ventilation hole is provided in the area where the heat-conducting copper column is not installed.

[0019] Furthermore, the storage and shaping device of the tire vulcanizer provided by the present invention has a bottom first installation bin filter and a hot air blower installed in the bottom first installation bin, a bottom second installation bin filter and a refrigeration device installed in the bottom second installation bin, a hot air blower outlet installed at the connection between the bottom first installation bin and the bottom installation bin, a cold air outlet installed at the connection between the bottom second installation bin and the bottom installation bin, and an electric push baffle installed at the cold air outlet of the bottom installation bin.

[0020] Furthermore, the storage shaping device of the tire vulcanizer provided by the present invention, the tire fixing device comprises a tire fixing device frame, a first transverse sliding rod, a first transverse electric sliding block, a longitudinal guide rod, a tire fixing sliding block, a second transverse sliding rod and a second transverse electric sliding block;

[0021] A first transverse slide bar and a second transverse slide bar are installed on the tire fixing device frame, a first transverse electric slider is installed on the first transverse slide bar, a second transverse electric slider is installed on the second transverse slide bar, a longitudinal guide rod is connected between the first transverse electric slider and the second transverse electric slider, a tire fixing slider is installed on the longitudinal guide rod, and the tire fixing slider is connected to the mechanical arm.

[0022] Furthermore, in the storage and shaping device of the tire vulcanizer provided by the present invention, the second main body outer wall is provided with a second main body edge guard, the first main body outer wall is provided with a first main body edge guard, the first main body edge guard and the second main body edge guard are combined to match the grooves provided on the movable outer wall, and the side wall of the movable outer wall is also provided with through holes for ventilation, and the ventilation through holes on the side wall of the movable outer wall match the through holes on the first mounting bin at the bottom and the second mounting bin at the bottom.

[0023] Beneficial effects of the present invention:

[0024] Providing a customized constant temperature, oxygen and humidity environment: Through a constant temperature and oxygen device and precise heating and cooling devices, the present invention can provide a customized constant temperature, oxygen and humidity storage and shaping space for high-quality tires. This environment helps maintain the quality and performance of the tires and reduces the negative impact of the external environment on the tires during storage and shaping.

[0025] Precise environmental control: The first sensor matrix collects real-time data on temperature, humidity and oxygen content in the storage shaping space. The control device can generate control commands based on these data to precisely control the heating device, refrigeration device and constant temperature and oxygen device, thereby achieving precise control of the environment in the storage shaping space.

[0026] Automated operation: The storage shaping device of the present invention is equipped with a mechanical arm, which can automatically clamp the tire from the transmission device and place it on the tire buffer layer, thereby improving work efficiency and reducing the complexity and cost of manual operation.

[0027] Air filtering and humidification function: By setting up a suction fan and an air outlet debris filtering device, the present invention can inhale and filter external air to ensure the quality of air entering the storage and shaping space. At the same time, the humidifier can provide the necessary humidity to further maintain the environmental stability in the space.

[0028] In summary, the beneficial effect of the present invention is that it provides a device that can provide a customized constant temperature, constant oxygen and constant humidity storage and shaping space for high-quality tires, and improves the storage shaping effect and work efficiency of the tires through precise environmental control and automated operation. BRIEF DESCRIPTION OF THE DRAWINGS

[0029] In order to more clearly illustrate the technical solution of the present invention, the following briefly introduces the drawings required for use in the embodiments. Obviously, for ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0030] Figure 1 A schematic diagram of a tire provided in an embodiment of the present invention being transported to a storage and shaping device of a tire vulcanizer.

[0031] Figure 2 A schematic diagram of a tire fixed by a mechanical arm provided in an embodiment of the present invention.

[0032] Figure 3 This is a schematic diagram of a first body and a second body in a closed state provided by an embodiment of the present invention.

[0033] Figure 4 This is a schematic diagram of a first body and a second body after being closed according to an embodiment of the present invention.

[0034] Figure 5 A schematic diagram of a top view structure provided by an embodiment of the present invention.

[0035] Figure 6 A schematic diagram of the cross-sectional structure at a front viewing angle of a storage shaping device of a tire vulcanizer provided in an embodiment of the present invention.

[0036] Figure 7 This is a schematic diagram of the cross-sectional structure of the first main body from a top view according to an embodiment of the present invention.

[0037] Figure 8 A schematic structural diagram of a spray guide device and a fluorescent lamp provided in an embodiment of the present invention.

[0038] Description of the accompanying drawings: 1. First body, 2. First body edge guard, 3. Second body edge guard, 4. Second body, 5. Lifting device, 6. Robotic arm, 7. Transmission device, 8. Tire, 9. Tire buffer layer, 10. Tire bearing plate, 11. Operating platform, 12. Driving device, 13. Moving outer wall, 14. Moving track, 15. Air outlet debris filtering device, 151. Air outlet filter, 152. Top air duct, 153. Electrostatic dust removal device, 16. First branch air duct, 17. Suction fan, 18. Second branch air duct, 19. Constant temperature and oxygen device, 1901. Humidifier, 1902. Water mist duct, 1903. Air guide chamber, 1904. Spray guide device, 1905. Nozzle mounting plate, 1906. Fluorescent lamp, 1907. Nozzle, 20. First sensor matrix , 21. The first installation bin at the bottom, 22. The filter net at the second installation bin at the bottom, 23. The second installation bin at the bottom, 24. The hot air blower, 25. The air outlet of the hot air blower, 26. The heat conducting plate, 27. The ventilation hole of the heat conducting plate, 28. The heat conducting copper column, 29. The copper plate, 30. The heating element, 31. The temperature insulation layer, 32. The electric push baffle, 33. The cold air outlet, 34. The refrigeration device, 35. The second sensor matrix, 36. The tire fixing device, 3601. The tire fixing device frame, 3602. The first horizontal slide bar, 3603. The first horizontal electric slide bar, 3604. The longitudinal guide bar, 3605. The tire fixing slide bar, 3606. The second horizontal slide bar, 3607. The second horizontal electric slide bar, 37. The telescopic baffle bar, 38. The filter net at the first installation bin at the bottom, 39. The water tank, 40. The bottom installation bin. DETAILED DESCRIPTION

[0039] In order to make the purpose, technical solution and advantages of the present invention clearer, the technical solution of the present invention will be clearly and completely described in conjunction with the specific embodiments of the present invention and the corresponding drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention. The technical solutions provided by the embodiments of the present invention are described in detail below in conjunction with the drawings.

[0040] See also Figures 1 to 8 The present invention provides a storage shaping device for a tire vulcanizer, comprising: a first main body 1 and a second main body 4, wherein the first main body 1 is mounted on the second main body 4, the second main body 4 is mounted on an operating platform 11, a movable track 14 is mounted on the operating platform 11, a movable outer wall 13 and a driving device 12 are mounted on the movable track 14, the driving device 12 is connected to the movable outer wall 13, and a side wall of the second main body 4 is connected to a transmission device 7;

[0041] The second body 4 is provided with a lifting device 5 and a tire bearing plate 10. A tire buffer layer 9 is provided at the top center of the tire bearing plate 10. A telescopic barrier rod 37 is provided at the top edge of the tire bearing plate 10. The telescopic barrier rod 37 is used to limit the movement of the tire 8.

[0042] A tire fixing device 36 is installed inside the first body 1, and a mechanical arm 6 is installed on the tire fixing device 36. The mechanical arm 6 is used to clamp the tire 8 on the transmission device 7 onto the tire buffer layer 9;

[0043] The second body 4 lowers the first body 1 through the lifting device 5 to complete the closing of the first body 1 and the second body 4;

[0044] The first body 1 is equipped with a constant temperature and constant oxygen device 19 and a first sensor matrix 20, and the second body 4 is equipped with a control device, a second sensor matrix 35, a first heating device, a second heating device and a cooling device;

[0045] The control device establishes an electrical connection with the constant temperature and constant oxygen device 19, the first sensor matrix 20, the second sensor matrix 35 heating element 30, the hot air blower 24 and the refrigeration device 34. The control device generates corresponding control commands based on the temperature data, humidity data and oxygen content data collected by the first sensor matrix 20 and the second sensor matrix 35 and transmits them to the corresponding equipment.

[0046] The first body 1 is installed on the second body 4, and a tire fixing device 36, a constant temperature and oxygen device 19, a first sensor matrix 20, a suction fan 17, an air outlet debris filtering device 15 and a water tank 39 are installed inside.

[0047] The second body 4 is mounted on the operating platform 11, on which are mounted the moving track 14, the moving outer wall 13 and the driving device 12. The second body is mounted with the lifting device 5, the tire bearing plate 10, the control device, the second sensor matrix 35, the heating element 30, the hot air blower 24 and the cooling device 34.

[0048] The tire fixing device 36 includes a tire fixing device frame 3601, a first transverse slide bar 3602, a first transverse electric slider 3603, a longitudinal guide bar 3604, a tire fixing slider 3605, a second transverse slide bar 3606, and a second transverse electric slider 3607. The mechanical arm 6 is installed on the tire fixing device and is used to clamp the tire 8 on the transmission device 7 onto the tire buffer layer 9.

[0049] Constant temperature and constant oxygen device 19: includes a humidifier 1901, a water mist conduit 1902, an air guide chamber 1903, a spray guide device 1904, a nozzle mounting plate 1905, a fluorescent lamp 1906 and a nozzle 1907. The humidifier is connected to the water tank 39, and water is transported to the spray guide device through the water mist conduit, and then sprayed out through the nozzle to achieve humidification and spraying functions. The fluorescent lamp is installed in the air guide chamber to provide lighting.

[0050] The first sensor matrix 20 is used to collect and store temperature, humidity and oxygen content data in the shaping space.

[0051] The suction fan 17 is connected to the air outlet debris filtering device 15 through the first branch air duct 16, and is connected to the constant temperature and oxygen device 19 through the second branch air duct 18, and is responsible for sucking in and filtering external air.

[0052] The air outlet debris filtering device 15 includes an air outlet filter 151, a top air duct 152 and an electrostatic dust removal device 153, and is used to filter debris and dust in the air.

[0053] Water tank 39: installed at the center of the first main body to provide water for the humidifier.

[0054] Lifting device 5: used to lower the first body 1 to achieve the closing of the first body and the second body.

[0055] Tire bearing plate 10: A tire buffer layer 9 is installed at the top center, and a telescopic barrier rod 37 is installed at the edge to limit the movement of the tire.

[0056] The heating element 30, the hot air blower 24 and the refrigeration device 34 are respectively responsible for heating, ventilation and cooling, and work according to the command of the control device to maintain a stable environment in the storage shaping space.

[0057] The second sensor matrix 35 is similar to the first sensor matrix 20 and is used to collect data.

[0058] The bottom installation chamber 40 has a temperature insulation layer 31 installed inside and a heating element 30, a copper plate 29, a heat-conducting copper column 28 and a heat-conducting plate 26 installed on the top. The heat-conducting plate vent holes 27 are arranged in the area where the heat-conducting copper column is not installed.

[0059] The first bottom installation chamber 21 and the second bottom installation chamber 23 are respectively equipped with a hot air blower 24 and a refrigeration device 34, as well as corresponding first bottom installation chamber filter 38 and second bottom installation chamber filter 22. The hot air blower outlet 25 and the cold air outlet 33 are respectively connected to the bottom installation chamber 40, and an electric push baffle 32 is also installed at the cold air outlet.

[0060] Working principle:

[0061] Closing process: The second body 4 lowers the first body 1 through the lifting device 5 to complete the closing of the two to form a closed storage shaping space.

[0062] Environmental control: The first sensor matrix 20 and the second sensor matrix 35 collect the temperature, humidity and oxygen content data in the space in real time and transmit them to the control device. The control device generates control commands according to the preset environmental parameters, adjusts the working state of the heating element 30, the hot air blower 24 and the refrigeration device 34, and the constant temperature and oxygen device 19 works at the same time to ensure that the environment in the space is constant.

[0063] Air filtration: The suction fan 17 sucks in the external air, filters it through the air outlet debris filtering device 15, and then sends it into the storage and shaping space to maintain a constant oxygen environment in the space.

[0064] Specifically, in the storage and shaping device of the tire vulcanizer provided by the present invention, an air outlet debris filter device 15 is installed on the top of the first main body 1, and the air outlet debris filter device 15 includes an air outlet filter 151, a top air duct 152 and an electrostatic dust removal device 153. The air outlet filter 151 is installed at the top of the top air duct 152, and the electrostatic dust removal device 153 is installed at the bottom of the top air duct 152. The air outlet filter 151 is used to filter debris in the air, and the electrostatic dust removal device 153 is used to remove dust in the air.

[0065] Specifically, the storage and shaping device of the tire vulcanizer provided by the present invention further has a suction fan 17 installed inside the first main body 1, the suction fan 17 is connected to the air outlet debris filtering device 15 through a first branch air duct 16, and the suction fan 17 is connected to the constant temperature and oxygen device 19 through a second branch air duct 18.

[0066] Specifically, in the storage and shaping device of the tire vulcanizer provided by the present invention, a water tank 39 is installed at the center position inside the first main body 1, and water pipes are installed on the left and right sides of the water tank 39. The first main body 1 is configured as a split structure, including a first main body top cover and a first main body bottom cover, and the first main body top cover and the first main body bottom cover are connected by a clamping block.

[0067] Specifically, the storage and shaping device of the tire vulcanizer provided by the present invention, the constant temperature and oxygen device 19 includes a humidifier 1901, a water mist duct 1902, an air guide bin 1903, a spray guide device 1904, a nozzle mounting plate 1905 and a daylight lamp 1906;

[0068] The humidifier 1901 is connected to the water tank, and the humidifier 1901 is connected to the spray guide device 1904 through the water mist conduit 1902. The spray guide device 1904 is installed on the side wall of the air guide chamber 1903. The top of the air guide chamber 1903 is connected to the second branch air duct 18. A support frame is installed inside the air guide chamber 1903. A fluorescent lamp 1906 is installed on the support frame inside the air guide chamber 1903. A nozzle mounting plate 1905 is installed in the area between the fluorescent lamp 1906 and the side wall of the air guide chamber 1903. The nozzle mounting plate 1905 is connected to the spray guide device 1904. After the wind blows to the fluorescent lamp 1906, the fluorescent lamp 1906 plays a buffering role for the wind. The wind blows into the device from the gap between the fluorescent lamp 1906 and the nozzle mounting plate 1905 to prevent the excessive wind flow from directly blowing on the tire and preventing the wind from affecting the shaping of the tire.

[0069] Specifically, the storage and shaping device of the tire vulcanizer provided by the present invention, the constant temperature and oxygen device 19 also includes a nozzle 1907, the nozzle 1907 is installed on the nozzle mounting plate 1905, the nozzle mounting plate 1905 is set to be inclined, and the inclination angle of the nozzle mounting plate 1905 is inclined from high to low from the side wall of the air guide bin 1903.

[0070] Specifically, the storage and shaping device of the tire vulcanizer provided by the present invention, the second main body 4 is provided with a bottom first mounting bin 21, a bottom second mounting bin 23 and a bottom mounting bin 40, an insulation layer 31 is installed inside the bottom mounting bin 40, a heating element 30 is installed on the top of the insulation layer 31, a copper disk 29 is installed on the top of the heating element 30, a heat-conducting copper column 28 is installed on the top of the copper disk 29, a heat-conducting plate 26 is installed on the top of the heat-conducting copper column 28, and a heat-conducting plate ventilation hole 27 is provided in the area of ​​the heat-conducting plate 26 where the heat-conducting copper column 28 is not installed.

[0071] Specifically, the storage and shaping device of the tire vulcanizer provided by the present invention has a bottom first installation bin filter 38 and a hot air blower 24 installed in the bottom first installation bin 21, a bottom second installation bin filter 22 and a refrigeration device 34 installed in the bottom second installation bin 23, a hot air blower outlet 25 installed at the connection between the bottom first installation bin 21 and the bottom installation bin 40, a cold air outlet 33 installed at the connection between the bottom second installation bin 23 and the bottom installation bin 40, and the bottom installation bin 40 is also equipped with an electric push baffle 32 at the cold air outlet 33.

[0072] Specifically, the storage shaping device of the tire vulcanizer provided by the present invention, the tire fixing device 36 includes a tire fixing device frame 3601, a first transverse slide bar 3602, a first transverse electric slide block 3603, a longitudinal guide bar 3604, a tire fixing slide block 3605, a second transverse slide bar 3606 and a second transverse electric slide block 3607;

[0073] A first transverse slide bar 3602 and a second transverse slide bar 3606 are installed on the tire fixing device frame 3601, a first transverse electric slider 3603 is installed on the first transverse slide bar 3602, a second transverse electric slider 3607 is installed on the second transverse slide bar 3606, a longitudinal guide rod 3604 is connected between the first transverse electric slider 3603 and the second transverse electric slider 3607, a tire fixing slider 3605 is installed on the longitudinal guide rod 3604, and the tire fixing slider 3605 is connected to the robotic arm 6.

[0074] Specifically, the storage and shaping device of the tire vulcanizer provided by the present invention has a second main body 4 outer wall provided with a second main body edge guard 3, and a first main body 1 outer wall provided with a first main body edge guard 2. After the first main body edge guard 2 and the second main body edge guard 3 are combined, they match with the grooves provided on the movable outer wall 13. The side wall of the movable outer wall 13 is also provided with through holes for ventilation. The ventilation through holes on the side wall of the movable outer wall 13 match with the through holes on the bottom first mounting bin 21 and the bottom second mounting bin 23.

[0075] The technical solution of the present invention solves the problem that the existing storage shaping device cannot provide a customized constant temperature, constant oxygen and constant humidity storage shaping space for high-quality tires in the following ways;

[0076] Constant temperature and oxygen device 19: Constant temperature and oxygen device 19 is the key to ensure a constant environment in the storage and shaping space. The constant temperature and oxygen device 19 integrates functions such as humidification, spraying, wind guidance and sunlight, and can effectively control the temperature, humidity and oxygen content in the space, thereby meeting the special environmental requirements for high-quality tire storage and shaping.

[0077] The first sensor matrix 20 and the second sensor matrix 35: The first sensor matrix 20 and the second sensor matrix 35 can be installed with sensors according to actual use requirements. In this application, temperature sensors, humidity sensors and oxygen content sensors are installed. The sensor matrix is ​​distributed in different positions of the storage and shaping device to monitor the temperature, humidity, oxygen content and other environmental parameters in the space in real time. These data are transmitted to the control device in real time to provide accurate feedback for environmental control.

[0078] Control device: receives data from the first sensor matrix 20 and the second sensor matrix 35, and generates control commands according to preset environmental parameters. These commands adjust the working state of the heating element 30, the hot air blower 24 and the refrigeration device 34 to ensure that the environment in the storage and shaping space is maintained at a set constant temperature, constant oxygen and constant humidity state.

[0079] The heating element 30, the hot air blower 24 and the refrigeration device 34 work according to the command of the control device and are responsible for heating, ventilation and cooling respectively, so as to achieve precise control of the environment in the storage shaping space.

[0080] Suction fan 17 and air outlet debris filter device 15: The suction fan 17 is responsible for sucking in external air and filtering it through the air outlet debris filter device 15 to ensure that the air entering the storage and shaping space is clean and pollution-free, thereby maintaining a constant oxygen environment in the space.

[0081] The closed design of the first body 1 and the second body 4: When the first body 1 is lowered by the lifting device 5 and closed with the second body 4, a closed storage and shaping space is formed. This design helps to maintain the environmental stability in the space and prevent interference from the external environment.

[0082] To summarize, the technical solution of the present invention realizes precise control of the environment in the storage and shaping space by integrating a constant temperature and oxygen device, a sensor matrix, a control device, and heating, cooling and ventilation equipment, thereby solving the problem that the existing storage and shaping device cannot provide customized constant temperature, constant oxygen and constant humidity storage and shaping space for high-quality tires.

[0083] The above-described embodiments of the present invention do not limit the protection scope of the present invention.

Claims

1. A storage and shaping device for a tire vulcanizer, comprising: A first body (1) and a second body (4), wherein the first body (1) is mounted on the second body (4), and the second body (4) is mounted on an operating platform (11), characterized in that a movable track (14) is mounted on the operating platform (11), a movable outer wall (13) and a driving device (12) are mounted on the movable track (14), the driving device (12) is connected to the movable outer wall (13), and a side wall of the second body (4) is connected to a transmission device (7); The second main body (4) is mounted with a lifting device (5) and a tire bearing plate (10); a tire buffer layer (9) is mounted at the top center of the tire bearing plate (10); a telescopic barrier rod (37) is mounted at the top edge of the tire bearing plate (10); the telescopic barrier rod (37) is used to limit the movement of the tire (8); A tire fixing device (36) is installed inside the first main body (1), and a mechanical arm (6) is installed on the tire fixing device (36). The mechanical arm (6) is used to clamp the tire (8) on the transmission device (7) onto the tire buffer layer (9); The second body (4) lowers the first body (1) through the lifting device (5) to complete the closing of the first body (1) and the second body (4); The first body (1) is equipped with a constant temperature and constant oxygen device (19) and a first sensor matrix (20), and the second body (4) is equipped with a control device, a second sensor matrix (35), a first heating device, a second heating device, and a refrigeration device; The control device is electrically connected to the constant temperature and constant oxygen device (19), the first sensor matrix (20), the second sensor matrix (35), the heating element (30), the hot air blower (24) and the refrigeration device (34); the control device generates corresponding control commands based on the temperature data, humidity data and oxygen content data collected by the first sensor matrix (20) and the second sensor matrix (35) and transmits them to corresponding devices; A tuyere debris filter device (15) is installed at the top of the first main body (1), the tuyere debris filter device (15) comprising a tuyere filter screen (151), a top air duct (152), and an electrostatic dust removal device (153), the tuyere filter screen (151) is installed at the top of the top air duct (152), the electrostatic dust removal device (153) is installed at the bottom of the top air duct (152), the tuyere filter screen (151) is used to filter debris in the air, and the electrostatic dust removal device (153) is used to remove dust in the air; A suction fan (17) is also installed inside the first main body (1); the suction fan (17) is connected to the air outlet debris filtering device (15) via a first branch air duct (16); and the suction fan (17) is connected to the constant temperature and constant oxygen device (19) via a second branch air duct (18); A water tank (39) is installed at the center of the first main body (1), and water pipes are installed on both the left and right sides of the water tank (39). The first main body (1) is configured as a split structure, comprising a first main body top cover and a first main body bottom cover, and the first main body top cover and the first main body bottom cover are connected by a clamping block; The constant temperature and constant oxygen device (19) comprises a humidifier (1901), a water mist conduit (1902), an air guide chamber (1903), a spray guide device (1904), a nozzle mounting plate (1905), and a daylight lamp (1906); The humidifier (1901) is connected to the water tank, the humidifier (1901) is connected to the spray guide device (1904) via a water mist conduit (1902), the spray guide device (1904) is installed on the side wall of the air guide bin (1903), the top of the air guide bin (1903) is connected to the second branch air duct (18), a support frame is installed inside the air guide bin (1903), a fluorescent lamp (1906) is installed on the support frame inside the air guide bin (1903), a nozzle mounting plate (1905) is installed in the area between the fluorescent lamp (1906) and the side wall of the air guide bin (1903), and the nozzle mounting plate (1905) is connected to the spray guide device (1904); The constant temperature and constant oxygen device (19) further comprises a nozzle (1907), wherein the nozzle (1907) is mounted on a nozzle mounting plate (1905), and the nozzle mounting plate (1905) is arranged to be inclined, and the inclination angle of the nozzle mounting plate (1905) is inclined from the side wall of the air guide chamber (1903) from high to low; The second main body (4) is provided with a first bottom installation chamber (21), a second bottom installation chamber (23), and a bottom installation chamber (40); a temperature insulating layer (31) is installed inside the bottom installation chamber (40); a heating element (30) is installed on the top of the temperature insulating layer (31); a copper plate (29) is installed on the top of the heating element (30); a heat-conducting copper column (28) is installed on the top of the copper plate (29); a heat-conducting plate (26) is installed on the top of the heat-conducting copper column (28); and a heat-conducting plate ventilation hole (27) is provided in the area of ​​the heat-conducting plate (26) where the heat-conducting copper column (28) is not installed. The first bottom installation chamber (21) is provided with a first bottom installation chamber filter (38) and a hot air blower (24); the second bottom installation chamber (23) is provided with a second bottom installation chamber filter (22) and a refrigeration device (34); a hot air blower outlet (25) is provided at the connection between the first bottom installation chamber (21) and the bottom installation chamber (40); a cold air outlet (33) is provided at the connection between the second bottom installation chamber (23) and the bottom installation chamber (40); and an electric push baffle (32) is provided at the cold air outlet (33) of the bottom installation chamber (40); The tire fixing device (36) comprises a tire fixing device frame (3601), a first transverse sliding bar (3602), a first transverse electric sliding block (3603), a longitudinal guide bar (3604), a tire fixing sliding block (3605), a second transverse sliding bar (3606) and a second transverse electric sliding block (3607); A first transverse slide bar (3602) and a second transverse slide bar (3606) are mounted on the tire fixing device frame (3601); a first transverse electric slider (3603) is mounted on the first transverse slide bar (3602); a second transverse electric slider (3607) is mounted on the second transverse slide bar (3606); a longitudinal guide bar (3604) is connected between the first transverse electric slider (3603) and the second transverse electric slider (3607); a tire fixing slider (3605) is mounted on the longitudinal guide bar (3604); and the tire fixing slider (3605) is connected to the mechanical arm (6); The outer wall of the second body (4) is provided with a second body edge guard (3), the outer wall of the first body (1) is provided with a first body edge guard (2), the first body edge guard (2) and the second body edge guard (3) are combined to match with a groove provided on the movable outer wall (13), the side wall of the movable outer wall (13) is also provided with a through hole for ventilation, and the ventilation through hole on the side wall of the movable outer wall (13) matches with the through holes on the first installation bin (21) and the second installation bin (23) at the bottom.

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