JP2020157027A - Sweater drying device - Google Patents

Abstract

To provide a fabric drying device by the present invention.SOLUTION: The drying device comprises a device board. A first axial body at the right side rotatably interlocks a second bevel gear, the second bevel gear rotatably interlocks a third bevel gear and a first rotating shaft by the engagement, and the first rotating shaft rotatably interlocks a second gear. The operative power is provided by a motor. The upper portion of a sweater is suspended to a first rotating device, and the lower portion thereof is supported by a second rotating device, to prevent the sweater from deforming by the gravity of the water content as contained in the sweater upon pulling down. And, at the drying, the sweater is not only continuously rotated but also continuously swung to prevent it from hardening during the drying process. The sweater after the drying is not deformed, and is soft, and the device has the short time for drying and has the propaganda value.SELECTED DRAWING: Figure 1

Description

The present invention relates to the field of sweater drying technology, and specifically is a woven fabric drying device.

After washing, the sweater is often deformed by the maximum centrifugal force caused by the centrifugal dehydration of the washing machine, and the sweater may be deformed if it is squeezed with great force. When natural drying is adopted, water is used. It is stretched by the gravity of the body and eventually deforms and cannot be worn.

Chinese Patent Application Publication No. 108981351

An object of the present invention is to provide a textile drying apparatus, which can solve the problems in the present technology described above.

The present invention is realized through the following technical plan: The textile drying device of the present invention includes a device base, a support leg is provided on the bottom end face of the device base, and a drying chamber is provided in the device base. A transmission drive component is provided below the drying chamber, the transmission drive component includes a motor that provides driving power, a bottom transmission device is provided on the right side of the motor, and the bottom transmission device is the first transmission. A chamber and a first base located in the first transmission chamber are included, and a rotary sleeve, a fixed rotary chamber and a first gear are provided on the bottom end surface of the first base, and the inside of the first base is provided. Is provided with a slide transmission component, the slide transmission component includes a fixing plate located in the fixed rotation chamber, and a fixing sleeve connected to the rotating sleeve so as to be rotatable on the bottom end surface of the fixing plate is provided. A slide block is provided so as to be slidable at the top end of the first substrate, a rotating device is provided in the drying chamber, and the rotating device is an upper first rotating device and the slide block. Including the lower second rotating device installed at the apex, the hanger is hooked by the first rotating device, the sweater is spread and covered with the second rotating device to perform drainage drying, and on the right side of the first transmission chamber. Is provided with an acceleration transmission component, a wind blowing component is provided on the right side of the drying chamber, the same heating chamber having four wind blowing components, and four continuous second transmissions located on the right side of the heating chamber. The acceleration transmission component provides the power of the wind blowing component, the transmission drive component provides the power of the acceleration transmission component and the bottom transmission device, and the transmission drive component also provides the rotation device with power of the transmission drive component including a chamber. Provide power.

Preferentially, the transmission drive component includes a right transmission chamber, a left transmission chamber is provided on the left side of the motor, a first shaft body is connected to the output shafts on both left and right sides of the motor, and the left side is said. The first shaft body is connected to the first captive gear, the first shaft body on the right side is connected to the second captive gear, and the first rotating shaft is installed in the bottom wall of the right transmission chamber so that the first rotating shaft can rotate. A third bevel gear that meshes with the second bevel gear is provided on the first rotary shaft, a second gear is provided on the first rotary shaft, and an upper transmission chamber is provided in the drying chamber. The upper transmission chamber and the left transmission chamber are attached so that the second rotating shaft can rotate, and a lower umbrella gear that meshes with the first umbrella gear is provided on the bottom end surface of the second rotating shaft. A top cap gear is provided at the top end of the second rotation shaft, an upper rotation chamber is provided on the right side of the upper transmission chamber, and a second shaft is provided between the upper rotation chamber and the upper transmission chamber. It is attached so that the body can rotate, a left umbrella gear that meshes with the top umbrella gear is provided on the left end surface of the second shaft body, and a right umbrella gear is provided on the right end of the second shaft body, and the bottom portion thereof. The transmission device includes a lower transmission chamber, a second base is provided on the bottom wall of the lower transmission chamber, and a first ball is attached to the top end of the second base so that the first ball can slide, and the outer end of the rotary sleeve. Is provided with a first ring gear that meshes with the second gear, a first base is provided at the top end of the rotary sleeve, and the bottom wall of the first transmission chamber engages with the first base so as to rotate. The second ball is slidably attached, an annular groove is provided in the inner wall of the first transmission chamber, and a symmetrical third shaft body rotates between the upper and lower walls of the fixed rotation chamber. A second ring gear that is mounted so as to allow and rotates in the annular groove is provided at the outer end of the first board, and a first passage through which the slide transmission component is located in the fixing sleeve and penetrates vertically. The fixing sleeve is rotatably engaged with the rotating sleeve, a drainage conduit is hermetically attached to the end of the first passage, and the fixing plate is located at the top of the fixing sleeve. An outer ring gear that meshes with the first gear is provided on the outside of the fixed plate, a drainage groove that opens upward is provided in the fixed plate, and the first passage is provided on the bottom wall of the drainage groove. A drain hole is provided to communicate with the first gear, and two third transmission chambers are provided symmetrically above the first gear. Then, the third shaft body enters the third transmission chamber upward, and the fourth shaft body is attached between the upper and lower walls of the third transmission chamber so as to be rotatable, and is attached to the fourth shaft body. A belt is attached between the third shaft bodies so that they can be transmitted, a third gear is provided on the fourth shaft body, and a moving groove opening communicating with the drying chamber is provided on the top wall of the first transmission chamber. Is provided, racks that mesh with the third gear are provided on the left and right end faces of the slide block, and a slide guide block that is engaged so as to slide with the first base is provided on the bottom wall of the slide block. It is provided symmetrically, and a drainage through groove that communicates with the drainage hole is provided vertically through the slide block, whereby the power at the bottom can be transmitted upward or to the right, and the power on the right side can be transmitted. It converts the power of the first base into the rotating power of the first base, and converts the power of the first base into the power of the reciprocating motion of the slide block.

Preferentially, the first rotating device in the rotating device is rotatably attached to the bottom wall of the upper rotating chamber and includes an upper rotating shaft penetrating the top wall of the drying chamber, said above. An upper umbrella gear that meshes with the right umbrella gear is provided at the top end of the rotating shaft, a hook rotating block is provided on the bottom end surface of the upper rotating shaft, and a hook is provided on the bottom end surface of the hook rotating block. The second rotating device in the rotating device includes a drain sleeve provided at the top end of the slide block, a drain block is provided at the top end of the drain sleeve, and a drain chamber opened upward in the drain block. Is provided, a fixing plate is provided on the outside of the drainage block, a fixed support plate is provided on the outside of the fixing plate, a filter net sleeve is provided at the fixed support plate, and the fixed support plate is provided. A drainage ring block is provided at the outer end of the water shield ring block, a drainage hole communicating with the inner chamber of the water block ring ring block is provided in the inner wall of the drainage chamber, and the drainage chamber and the drainage chamber are provided in the drainage sleeve. A second passage communicating with the drainage groove is provided, whereby the sweater is rotationally interlocked and dried uniformly.

The acceleration transmission component includes a first acceleration chamber located on the right side of the annular groove and communicating with the annular groove, and a second acceleration chamber is provided below the first acceleration chamber, and the second acceleration is provided. A third rotating shaft is installed in the bottom wall of the chamber so that it can rotate, the third rotating shaft is provided with a fourth gear that meshes with the second ring gear, and the third rotating shaft is provided with a fifth gear. Is provided, and the fourth rotating shaft is installed in the bottom wall of the second acceleration chamber so that the fourth rotating shaft can rotate, and the fourth rotating shaft is provided with a sixth gear that meshes with the fifth gear. A fourth umbrella gear is provided at the top end of the rotating shaft, a fourth transmission chamber is provided on the right side of the second acceleration chamber, and inside the second acceleration chamber is inside the right wall of the fourth transmission chamber. The fifth rotating shaft inserted into the shaft is attached so as to be rotatable, and a fifth umbrella gear that meshes with the fourth umbrella gear is provided on the left end surface of the fifth rotating shaft, and the fourth rotating shaft is provided with the fifth rotating shaft. A chain gear is provided in the transmission chamber.

The wind blowing component includes a heating pipe installed between the upper and lower walls of the heating chamber, and is mounted in the right side wall of the second transmission chamber so that the blade shaft can rotate, and the blade is attached to the blade shaft. Is provided so that the first chain can be transmitted between the blade shaft at the bottom and the chain gear, and the second chain can be transmitted between the adjacent blade shafts. The right wall of the second transmission chamber is provided with an air inlet penetrating the right end of the device base, and the left wall of the drying chamber is provided with an air outlet penetrating the left end surface of the device board so as to be symmetrical in the front-rear direction. A filtration groove is provided in the bottom wall of the air inlet at the bottom so as to penetrate the top end of the device base, and the filtration net is slidably installed in the filtration groove.

The beneficial effect of the present invention is: the working power is provided by the motor, the upper part of the sweater is hung on the first rotating device, the lower part is supported by the second rotating device, and the sweater is pulled down by the gravity of the moisture contained in the sweater. Prevents deformation, keeps the sweater spinning and shaking as it dries, prevents the sweater from hardening during the drying process, keeps the sweater dry, soft and has a long drying time Short and advertising value.

FIG. 1 is a schematic diagram of the overall configuration of the present invention; FIG. 2 is an enlarged schematic view of FIG. 1A; FIG. 3 is an enlarged schematic view of FIG. 1B; FIG. 4 is a schematic cross-sectional structure of CC in FIG.

Hereinafter, the present invention will be described in detail with reference to FIGS. 1-4, and for convenience of explanation, the up-down, left-right, front-back directions described below coincide with the up-down, left-right, front-back directions of the projection relationship of FIG. To do.

With reference to FIG. 1-4, the textile drying apparatus of the present invention includes an apparatus base 10, a support leg 47 is provided on the bottom end surface of the apparatus base 10, and a drying chamber 16 is provided in the apparatus base 10. Is provided, a transmission drive component 901 is provided below the drying chamber 16, the transmission drive component 901 includes a motor 28 that provides driving power, and a bottom transmission device 902 is provided on the right side of the motor 28. The bottom transmission device 902 includes a first transmission chamber 62 and a first base 63 located in the first transmission chamber 62, and a rotary sleeve 85 and a fixed rotation are provided on the bottom end surface of the first base 63. A chamber 70 and a first gear 71 are provided, a slide transmission component 903 is provided in the first base 63, and the slide transmission component 903 includes a fixing plate 80 located in the fixed rotation chamber 70. A fixing sleeve 83 connected to the rotating sleeve 85 so as to be rotatable is provided on the bottom end surface of the fixing plate 80, and a slide block 76 is attached to the top end of the first base 63 so as to be slidable. A rotating device 904 is provided in the chamber 16, and the rotating device 904 includes an upper first rotating device 901 and a lower second rotating device 802 installed at the top end of the slide block 76. The hanger is hooked by the one-rotating device 801 and the sweater is spread out and covered with the second rotating device 802 to dry the drainage. An acceleration transmission component 905 is provided on the right side of the first transmission chamber 62, and the drying chamber 16 A wind blowing component 906 is provided on the right side, and the wind blowing component 906 includes four identical heating chambers 51 and four continuous second transmission chambers 50 located on the right side of the heating chamber 51. The acceleration transmission component 905 provides the power of the blow component 906, the transmission drive component 901 provides the power of the acceleration transmission component 905 and the bottom transmission device 902, and the transmission drive component 901 also provides the rotation device 904. Provide power.

The transmission drive component 901 includes a right transmission chamber 30, a left transmission chamber 25 is provided on the left side of the motor 28, and a first shaft body 27 is connected to the output shafts on both the left and right sides of the motor 28, and the left side is left. The first shaft body 27 is connected to the first cap gear 26, the first shaft body 27 on the right side is connected to the second cap gear 39, and the first rotating shaft is inside the bottom wall of the right transmission chamber 30. The first rotating shaft 32 is provided with a third umbrella gear 31 that meshes with the second umbrella gear 39, and the first rotating shaft 32 is provided with a second gear 60. An upper transmission chamber 11 is provided in the drying chamber 16, and a second rotation shaft 14 is installed between the upper transmission chamber 11 and the left transmission chamber 25 so that the second rotation shaft 14 can rotate. A lower umbrella gear 24 that meshes with the first umbrella gear 26 is provided on the bottom end surface of 14, a top umbrella gear 12 is provided on the top end of the second rotating shaft 14, and an upper is provided on the right side of the upper transmission chamber 11. A rotary chamber 17 is provided, and a second shaft body 19 is attached between the upper rotary chamber 17 and the upper transmission chamber 11 so as to be rotatable, and the top umbrella is attached to the left end surface of the second shaft body 19. A left umbrella gear 13 that meshes with the gear 12 is provided, a right umbrella gear 18 is provided at the right end of the second shaft body 19, the bottom transmission device 902 includes a lower transmission chamber 88, and the bottom of the lower transmission chamber 88. A second base 87 is provided on the wall, the first ball 90 is slidably attached to the top end of the second base 87, and the outer end of the rotary sleeve 85 meshes with the second gear 60. A ring gear 86 is provided, a first base 63 is provided at the top end of the rotary sleeve 85, and a second ball is rotatably engaged with the first base 63 on the bottom wall of the first transmission chamber 62. 61 is attached so as to be slidable, an annular groove 64 is provided in the inner wall of the first transmission chamber 62, and a symmetrical third shaft body 67 rotates between the upper and lower walls of the fixed rotation chamber 70. A second ring gear 65 is provided at the outer end of the first base 63 so as to be able to rotate in the annular groove 64, and the slide transmission component 903 is located above and below the fixed sleeve 83. The fixing sleeve 83 is rotatably engaged with the rotating sleeve 85, including the penetrating first passage 84, and a drainage conduit 33 is hermetically attached to the end of the first passage 84. Is the fixed sleeve 83 An outer ring gear 89 that is located at the top end of the fixing plate 80 and meshes with the first gear 71 is provided on the outside of the fixing plate 80, and a drainage groove 81 that opens upward is provided in the fixing plate 80. A drain hole 82 communicating with the first passage 84 is provided on the bottom wall of the drain groove 81, and two third power transmission chambers 72 are provided symmetrically above the first gear 71. The triaxial body 67 enters the third transmission chamber 72 upward, and the fourth axial body 74 is attached between the upper and lower walls of the third transmission chamber 72 so as to be rotatable, and the fourth axial body 74 is installed. A belt 68 is attached between the third shaft body 67 and the third shaft body 67 so that the belt 68 can be transmitted, the fourth shaft body 74 is provided with the third gear 73, and the top wall of the first transmission chamber 62 is dried. A moving groove 66 communicating with the chamber 16 is provided, racks that mesh with the third gear 73 are provided on the left and right end faces of the slide block 76, and the first base 63 and the bottom wall of the slide block 76 are provided. A slide guide block 78 that is engaged so as to be slidable is provided symmetrically, and a drainage through groove 77 that communicates with the drainage hole 82 is provided in the slide block 76 so as to penetrate vertically. The power of the bottom can be transmitted upward or to the right, the power on the right side is converted into the rotating power of the first base 63, and the power of the first base 63 is converted into the power of the reciprocating motion of the slide block 76.

The first rotating device 801 in the rotating device 904 is attached to the bottom wall of the upper rotating chamber 17 so as to be rotatable, and includes an upper rotating shaft 21 penetrating the top wall of the drying chamber 16. An upper umbrella gear 20 that meshes with the right umbrella gear 18 is provided at the top end of the rotating shaft 21, a hook rotating block 22 is provided on the bottom end surface of the upper rotating shaft 21, and a hook rotating block 22 is provided on the bottom end surface of the hook rotating block 22. A hook 23 is provided, and the second rotating device 802 in the rotating device 904 includes a drainage sleeve 99 provided at the top end of the slide block 76, and a drainage block 96 is provided at the top end of the drainage sleeve 99. A drainage chamber 97 opened upward is provided in the drainage block 96, a fixing plate 93 is provided on the outside of the drainage block 96, and a fixed support plate 94 is provided on the outside of the fixing plate 93. A filter net sleeve 91 is provided at the fixed support plate 94, a water shield annular block 92 is provided at the outer end of the fixed support plate 94, and the water shield annular block 92 is provided in the inner wall of the drainage chamber 97. A drain hole 95 communicating with the internal chamber of the block 92 is provided, and a second passage 98 communicating with the drain chamber 97 and the drain through groove 77 is provided in the drain sleeve 99, whereby the sweater is rotated and interlocked. Let it dry evenly.

The acceleration transmission component 905 includes a first acceleration chamber 34 located on the right side of the annular groove 64 and communicating with the annular groove 64, and a second acceleration chamber 41 is provided below the first acceleration chamber 34. The third rotating shaft 37 is installed in the bottom wall of the second acceleration chamber 41 so as to be rotatable, and the third rotating shaft 37 is provided with a fourth gear 35 that meshes with the second ring gear 65. A fifth gear 36 is provided on the third rotating shaft 37, and the fourth rotating shaft 43 is mounted in the bottom wall of the second accelerating chamber 41 so that the fourth rotating shaft 43 can rotate. A sixth gear 38 that meshes with the fifth gear 36 is provided, a fourth umbrella gear 40 is provided at the top end of the fourth rotating shaft 43, and a fourth transmission chamber 46 is provided on the right side of the second acceleration chamber 41. provided, said in the right side wall of the fourth transmission chamber 46 mounted so that it can rotate fifth rotation shaft 44 which is inserted into said second acceleration chamber 4 1, the left end of the fifth rotation shaft 44 A fifth umbrella gear 42 that meshes with the fourth umbrella gear 40 is provided on the surface, and a chain gear 45 is provided in the fourth transmission chamber 46 on the fifth rotating shaft 44, whereby the first base 63. The rotation of is transmitted to the right, and the speed is increased during the transmission process.

The wind blowing component 906 includes a heating pipe 52 installed between the upper and lower walls of the heating chamber 51, and is mounted in the right side wall of the second transmission chamber 50 so that the blade shaft 56 can rotate. The blade shaft 56 is provided with blades 55, which are attached between the blade shaft 56 at the bottom and the chain gear 45 so that the first chain 48 can be transmitted, and between the blade shafts 56 adjacent to each other. The second chain 57 is attached so as to be able to transmit, an air inlet 54 penetrating the right end of the device base 10 is provided on the right side wall of the second transmission chamber 50, and the device is provided on the left side wall of the drying chamber 16. An air outlet 15 penetrating the left end surface of the base 10 is provided symmetrically in the front-rear direction, and a filtration groove 58 penetrating the top end of the device base 10 is provided upward in the bottom wall of the air inlet 54 at the bottom. A filtration net 53 is slidably installed in the filtration groove 58, whereby hot air is blown to dry the sweater.

When using, hang the hanger on the hook 23, spread the lower part of the sweater and cover it on the filter net sleeve 91, start the motor 28 to rotate and interlock the first shaft bodies 27 on both sides, and the first shaft body 27 on the left side The first umbrella gear 26 is rotationally interlocked, the first umbrella gear 26 is meshed to rotate the lower umbrella gear 24, the lower umbrella gear 24 is rotationally interlocked with the second rotating shaft 14 and the top bevel gear 12, and the top umbrella is The gear 12 rotates and interlocks the left cap gear 13 and the second shaft body 19 by meshing, the second shaft body 19 rotates and interlocks the right cap gear 18, and the right cap gear 18 rotates upward with the upper cap gear 20 by meshing. The shaft 21 is rotationally interlocked, the upper rotary shaft 21 is rotationally interlocked with the hook rotation block 22 and the hook 23, the first shaft body 27 on the right side is rotationally interlocked with the second cap gear 39, and the second cap gear 39 is meshed. The third bevel gear 31 and the first rotary shaft 32 are rotationally interlocked, the first rotary shaft 32 is rotationally interlocked with the second gear 60, and the second gear 60 is rotationally interlocked with the first ring gear 86 and the rotary sleeve 85. , The rotary sleeve 85 rotates and interlocks the first base 63, and the first base 63 interlocks the two third shaft bodies 67 and the first gear 71 to rotate around the center of the first base 63, and at the same time, the first base 63. 63 rotates the second ring gear 65, and at this time, the fixed sleeve 83 is fixed to the fixing plate 80, and after the first gear 71 on the left side and the outer ring gear 89 mesh with each other, the first gear 71 on the left side and the third shaft The body 67 is rotationally interlocked, the left third shaft body 67 is transmitted and interlocked with the left belt 68, the left belt 68 is rotationally interlocked with the left fourth shaft body 74 and the third gear 73, and the left side is The third gear 73 interlocks the slide block 76 to move forward by meshing, and as the first base 63 continues to rotate, the first gear 71 on the right side starts to rotate and interlocks the slide block 76 to move backward. At the same time, the first base 63 rotates and interlocks the slide block 76, the slide block 76 rotates and interlocks the filter net sleeve 91, and the sweater starts to rotate in conjunction with the synchronous rotation of the filter net sleeve 91 and the hook 23. , Water in the sweater flows along the filter net sleeve 91 into the inner chamber of the water shield annular block 92, enters the drain chamber 97 through the drain hole 95, and some water also flows through the filter net sleeve 91. It passes through and falls directly into the fixing plate 93 and enters the drain chamber 97, and after water enters the drain through groove 77 from the second passage 98, it enters the first passage 84 and is discharged from the drain conduit 33. , Simultaneously slide block 7 6 starts to slide back and forth, moves back and forth with the sweater, swings the sweater, the second ring gear 65 accelerates the fourth gear 35 by meshing and interlocks with rotation, and the fourth gear 35 and the third rotation shaft 37 The fifth gear 36 is rotationally interlocked, the fifth gear 36 is meshed with the sixth gear 38 and the fourth rotating shaft 43 to accelerate and rotate, and the sixth gear 38 is rotationally interlocked with the fourth bevel gear 40. The fourth umbrella gear 40 rotates and interlocks the fifth umbrella gear 42 by meshing, the fifth umbrella gear 42 rotates and interlocks the fifth rotating shaft 44 and the chain gear 45, the heating pipe is energized to generate heat, and the chain The gear 45 transmits and interlocks the first chain 48, the first chain 48 interlocks and starts rotating the blade shaft 56 at the bottom, and the blade shaft 56 at the bottom interlocks and transmits the second chain 57 at the bottom. The two chains 57 rotate and interlock the other blade shafts 56, the blade shafts 56 rotate and interlock the blades 55, suck air from the air inlet 54, filter the filtration net 53, heat the heating pipe 52, and then the drying chamber 16. Blow into and shake the sweater as it rotates and moves to dry.

The beneficial effect of the present invention is: the working power is provided by the motor, the upper part of the sweater is hung on the first rotating device, the lower part is supported by the second rotating device, and the sweater is pulled down by the gravity of the moisture contained in the sweater. Prevents deformation, keeps the sweater spinning and shaking as it dries, prevents the sweater from hardening during the drying process, keeps the sweater dry, soft and has a long drying time Short and advertising value.

Engineers in this field can clarify that they do not deviate from the general spirit and ideas of the present invention, and various modifications can be made to the above examples, all of which are within the scope of protection of the present invention. The protection plan of the present invention should be standardized on the claim of the present invention.

The present invention relates to the field of sweater drying technology, and specifically is a sweater drying device.

After washing, the sweater is often deformed by the maximum centrifugal force caused by the centrifugal dehydration of the washing machine, and the sweater may be deformed if it is squeezed with great force. When natural drying is adopted, water is used. It is stretched by the gravity of the body and eventually deforms and cannot be worn.

Chinese Patent Application Publication No. 108981351

An object of the present invention is to provide a sweater drying device, which can solve the problems in the current technology described above.

The present invention is realized through the following technical plan: The sweater drying device of the present invention includes a device base, a support leg is provided on the bottom end face of the device base, and a drying chamber is provided in the device base. A transmission drive component is provided below the drying chamber, the transmission drive component includes a motor that provides drive power, a bottom transmission device is provided on the right side of the motor, and the bottom transmission device is the first transmission. A chamber and a first base located in the first transmission chamber are included, and a rotary sleeve, a fixed rotary chamber and a first gear are provided on the bottom end surface of the first base, and the inside of the first base is provided. Is provided with a slide transmission component, the slide transmission component includes a fixing plate located in the fixed rotation chamber, and a fixing sleeve connected to the rotation sleeve so as to be rotatable is provided on the bottom end surface of the fixing plate. A slide block that is provided and can slide forward or backward is attached to the top end of the first substrate, a rotating device is provided in the drying chamber, and the rotating device is an upper first rotating device and the slide. Including the lower second rotating device installed at the top of the block
The first rotating device in the rotating device is rotatably attached to the bottom wall of the upper rotating chamber and includes an upper rotating shaft penetrating the top wall of the drying chamber, at the top end of the upper rotating shaft. Is provided with an upper umbrella gear that meshes with the right umbrella gear, a hook rotation block is provided on the bottom end surface of the upper rotation shaft, and a hook is provided on the bottom end surface of the hook rotation block. The second rotating device includes a drainage sleeve provided at the top end of the slide block, a drainage block is provided at the top end of the drainage sleeve, and a drainage chamber opened upward is provided in the drainage block. A fixing plate is provided on the outside of the drainage block, a fixed support plate is provided on the outside of the fixing plate, a filter net sleeve is provided at the fixed support plate, and an outer end of the fixed support plate is provided. A water-blocking annular block is provided, a drain hole communicating with the internal chamber of the water-shielding annular block is provided in the inner wall of the drainage chamber, and the drainage chamber and the drainage through groove are provided in the drainage sleeve. A second passage is provided to allow the sweater to rotate and dry evenly.
The hanger is hooked by the hook in the first rotating device, the sweater hung on the hook is spread out, and the sweater is drained and dried by covering the filter net sleeve of the second rotating device, and on the right side of the first transmission chamber. Is provided with an acceleration transmission component, a wind blowing component is provided on the right side of the drying chamber, the same heating chamber having four wind blowing components, and four continuous second transmissions located on the right side of the heating chamber. The acceleration transmission component provides power to the wind blowing component, the transmission drive component provides power to the acceleration transmission component and the bottom transmission device, and the transmission drive component also provides power to the rotation device, including a chamber. Providing power.

Preferentially, the transmission drive component includes a right transmission chamber, a left transmission chamber is provided on the left side of the motor, a first shaft body is connected to the output shafts on both left and right sides of the motor, and the left side is said. The first shaft body is connected to the first captive gear, the first shaft body on the right side is connected to the second captive gear, and the first rotating shaft is installed in the bottom wall of the right transmission chamber so that the first rotating shaft can rotate. A third bevel gear that meshes with the second bevel gear is provided on the first rotary shaft, a second gear is provided on the first rotary shaft, and an upper transmission chamber is provided in the drying chamber. The upper transmission chamber and the left transmission chamber are attached so that the second rotating shaft can rotate, and a lower umbrella gear that meshes with the first umbrella gear is provided on the bottom end surface of the second rotating shaft. A top cap gear is provided at the top end of the second rotation shaft, an upper rotation chamber is provided on the right side of the upper transmission chamber, and a second shaft is provided between the upper rotation chamber and the upper transmission chamber. It is attached so that the body can rotate, a left umbrella gear that meshes with the top umbrella gear is provided on the left end surface of the second shaft body, and a right umbrella gear is provided on the right end of the second shaft body, and the bottom portion thereof. The transmission device includes a lower transmission chamber, a second base is provided on the bottom wall of the lower transmission chamber, and a first ball is attached to the top end of the second base so that the first ball can slide, and the outer end of the rotary sleeve. Is provided with a first ring gear that meshes with the second gear, a first base is provided at the top end of the rotary sleeve, and the bottom wall of the first transmission chamber engages with the first base so as to rotate. The second ball is slidably attached, an annular groove is provided in the inner wall of the first transmission chamber, and a symmetrical third shaft body rotates between the upper and lower walls of the fixed rotation chamber. A second ring gear that is mounted so as to allow and rotates in the annular groove is provided at the outer end of the first board, and a first passage through which the slide transmission component is located in the fixing sleeve and penetrates vertically. The fixing sleeve is rotatably engaged with the rotating sleeve, a drainage conduit is hermetically attached to the end of the first passage, and the fixing plate is located at the top of the fixing sleeve. An outer ring gear that meshes with the first gear is provided on the outside of the fixed plate, a drainage groove that opens upward is provided in the fixed plate, and the first passage is provided on the bottom wall of the drainage groove. A drain hole is provided to communicate with the first gear, and two third transmission chambers are provided symmetrically above the first gear. Then, the third shaft body enters the third transmission chamber upward, and the fourth shaft body is attached between the upper and lower walls of the third transmission chamber so that the fourth shaft body can rotate with the fourth shaft body. A belt is attached between the third shaft bodies so that they can be transmitted, a third gear is provided on the fourth shaft body, and a moving groove opening communicating with the drying chamber is provided on the top wall of the first transmission chamber. Is provided, racks that mesh with the third gear are provided on the left and right end faces of the slide block, and a slide guide block that is engaged so as to slide with the first base is provided on the bottom wall of the slide block. It is provided symmetrically, and a drainage through groove that communicates with the drainage hole is provided vertically through the slide block, whereby the power at the bottom can be transmitted upward or to the right, and the power on the right side can be transmitted. It converts the power of the first base into the rotating power of the first base, and converts the power of the first base into the power of the reciprocating motion of the slide block.

The acceleration transmission component includes a first acceleration chamber located on the right side of the annular groove and communicating with the annular groove, and a second acceleration chamber is provided below the first acceleration chamber, and the second acceleration is provided. A third rotating shaft is installed in the bottom wall of the chamber so that it can rotate, the third rotating shaft is provided with a fourth gear that meshes with the second ring gear, and the third rotating shaft is provided with a fifth gear. Is provided, and the fourth rotating shaft is installed in the bottom wall of the second acceleration chamber so that the fourth rotating shaft can rotate, and the fourth rotating shaft is provided with a sixth gear that meshes with the fifth gear. A fourth umbrella gear is provided at the top end of the rotating shaft, a fourth transmission chamber is provided on the right side of the second acceleration chamber, and inside the second acceleration chamber is inside the right wall of the fourth transmission chamber. The fifth rotating shaft inserted into the shaft is attached so as to be rotatable, and a fifth umbrella gear that meshes with the fourth umbrella gear is provided on the left end surface of the fifth rotating shaft, and the fourth rotating shaft is provided with the fifth rotating shaft. A chain gear is provided in the transmission chamber.

The wind blowing component includes a heating pipe installed between the upper and lower walls of the heating chamber, and is mounted in the right side wall of the second transmission chamber so that the blade shaft can rotate, and the blade is attached to the blade shaft. Is provided so that the first chain can be transmitted between the blade shaft at the bottom and the chain gear, and the second chain can be transmitted between the adjacent blade shafts. The right wall of the second transmission chamber is provided with an air inlet penetrating the right end of the device base, and the left wall of the drying chamber is provided with an air outlet penetrating the left end surface of the device board so as to be symmetrical in the front-rear direction. A filtration groove is provided in the bottom wall of the air inlet at the bottom so as to penetrate the top end of the device base, and the filtration net is slidably installed in the filtration groove.

The beneficial effect of the present invention is: the working power is provided by the motor, the upper part of the sweater is hung on the first rotating device, the lower part is supported by the second rotating device, and the sweater is pulled down by the gravity of the moisture contained in the sweater. Prevents deformation, keeps the sweater spinning and shaking as it dries, prevents the sweater from hardening during the drying process, keeps the sweater dry, soft and has a long drying time Short and advertising value.

FIG. 1 is a schematic diagram of the overall configuration of the present invention. FIG. 2 is an enlarged schematic view of FIG. 1A. FIG. 3 is an enlarged schematic view of B in FIG. FIG. 4 is a schematic cross-sectional structure of CC of FIG.

Hereinafter, the present invention will be described in detail with reference to FIGS. 1-4, and for convenience of explanation, the up-down, left-right, front-back directions described below coincide with the up-down, left-right, front-back directions of the projection relationship of FIG. To do.

With reference to FIG. 1-4, the sweater drying device of the present invention includes the device base 10, the support legs 47 are provided on the bottom end surface of the device base 10, and the drying chamber 16 is contained in the device base 10. A transmission drive component 901 is provided below the drying chamber 16, the transmission drive component 901 includes a motor 28 that provides driving power, and a bottom transmission device 902 is provided on the right side of the motor 28. The bottom transmission device 902 includes a first transmission chamber 62 and a first base 63 located in the first transmission chamber 62, and a rotary sleeve 85 and a fixed rotation are provided on the bottom end surface of the first base 63. A chamber 70 and a first gear 71 are provided, a slide transmission component 903 is provided in the first base 63, and the slide transmission component 903 includes a fixing plate 80 located in the fixed rotation chamber 70. A fixing sleeve 83 that is rotatably connected to the rotating sleeve 85 is provided on the bottom end surface of the fixing plate 80, and a slide block 76 that can slide forward or backward is attached to the top end of the first base 63. A rotating device 904 is provided in the drying chamber 16, and the rotating device 904 includes an upper first rotating device 901 and a lower second rotating device 802 installed at the top end of the slide block 76.
The first rotating device 801 in the rotating device 904 is attached to the bottom wall of the upper rotating chamber 17 so as to be rotatable, and includes an upper rotating shaft 21 penetrating the top wall of the drying chamber 16. An upper umbrella gear 20 that meshes with the right umbrella gear 18 is provided at the top end of the rotating shaft 21, a hook rotating block 22 is provided on the bottom end surface of the upper rotating shaft 21, and a hook rotating block 22 is provided on the bottom end surface of the hook rotating block 22. A hook 23 is provided, and the second rotating device 802 in the rotating device 904 includes a drainage sleeve 99 provided at the top end of the slide block 76, and a drainage block 96 is provided at the top end of the drainage sleeve 99. A drainage chamber 97 opened upward is provided in the drainage block 96, a fixing plate 93 is provided on the outside of the drainage block 96, and a fixed support plate 94 is provided on the outside of the fixing plate 93. A filter net sleeve 91 is provided at the fixed support plate 94, a water shield annular block 92 is provided at the outer end of the fixed support plate 94, and the water shield annular block 92 is provided in the inner wall of the drainage chamber 97. A drain hole 95 communicating with the internal chamber of the block 92 is provided, and a second passage 98 communicating with the drain chamber 97 and the drain through groove 77 is provided in the drain sleeve 99, whereby the sweater is rotated and interlocked. Let it dry evenly,
The hanger is hooked by the hook 23 in the first rotating device 801, the sweater hung on the hook 23 is spread, and the sweater is drained and dried by covering the filter net sleeve 91 of the second rotating device 802 . An acceleration transmission component 905 is provided on the right side of the transmission chamber 62, a wind blowing component 906 is provided on the right side of the drying chamber 16, and the same heating chamber 51 having four wind blowing components 906 and the heating chamber 51 are provided. The acceleration transmission component 905 provides the power of the wind blowing component 906, and the acceleration transmission component 905 and the bottom transmission device 902 are powered by the acceleration transmission component 905, including four continuous second transmission chambers 50 located on the right side of the above. The transmission drive component 901 provides, and the transmission drive component 901 also provides power to the rotating device 904.

The transmission drive component 901 includes a right transmission chamber 30, a left transmission chamber 25 is provided on the left side of the motor 28, and a first shaft body 27 is connected to the output shafts on both the left and right sides of the motor 28, and the left side is left. The first shaft body 27 is connected to the first cap gear 26, the first shaft body 27 on the right side is connected to the second cap gear 39, and the first rotating shaft is inside the bottom wall of the right transmission chamber 30. The first rotating shaft 32 is provided with a third umbrella gear 31 that meshes with the second umbrella gear 39, and the first rotating shaft 32 is provided with a second gear 60. An upper transmission chamber 11 is provided in the drying chamber 16, and a second rotation shaft 14 is installed between the upper transmission chamber 11 and the left transmission chamber 25 so that the second rotation shaft 14 can rotate. A lower umbrella gear 24 that meshes with the first umbrella gear 26 is provided on the bottom end surface of 14, a top umbrella gear 12 is provided on the top end of the second rotating shaft 14, and an upper is provided on the right side of the upper transmission chamber 11. A rotary chamber 17 is provided, and a second shaft body 19 is attached between the upper rotary chamber 17 and the upper transmission chamber 11 so as to be rotatable, and the top umbrella is attached to the left end surface of the second shaft body 19. A left umbrella gear 13 that meshes with the gear 12 is provided, a right umbrella gear 18 is provided at the right end of the second shaft body 19, the bottom transmission device 902 includes a lower transmission chamber 88, and the bottom of the lower transmission chamber 88. A second base 87 is provided on the wall, the first ball 90 is slidably attached to the top end of the second base 87, and the outer end of the rotary sleeve 85 meshes with the second gear 60. A ring gear 86 is provided, a first base 63 is provided at the top end of the rotary sleeve 85, and a second ball is rotatably engaged with the first base 63 on the bottom wall of the first transmission chamber 62. 61 is attached so as to be slidable, an annular groove 64 is provided in the inner wall of the first transmission chamber 62, and a symmetrical third shaft body 67 rotates between the upper and lower walls of the fixed rotation chamber 70. A second ring gear 65 is provided at the outer end of the first base 63 so as to be able to rotate in the annular groove 64, and the slide transmission component 903 is located above and below the fixed sleeve 83. The fixing sleeve 83 is rotatably engaged with the rotating sleeve 85, including the penetrating first passage 84, and a drainage conduit 33 is hermetically attached to the end of the first passage 84. Is the fixed sleeve 83 An outer ring gear 89 that is located at the top end of the fixing plate 80 and meshes with the first gear 71 is provided on the outside of the fixing plate 80, and a drainage groove 81 that opens upward is provided in the fixing plate 80. A drain hole 82 communicating with the first passage 84 is provided on the bottom wall of the drain groove 81, and two third power transmission chambers 72 are provided symmetrically above the first gear 71. The triaxial body 67 enters the third transmission chamber 72 upward, and the fourth axial body 74 is attached between the upper and lower walls of the third transmission chamber 72 so as to be rotatable, and the fourth axial body 74 is installed. A belt 68 is attached between the third shaft body 67 and the third shaft body 67 so that the belt 68 can be transmitted, the fourth shaft body 74 is provided with the third gear 73, and the top wall of the first transmission chamber 62 is dried. A moving groove 66 communicating with the chamber 16 is provided, racks that mesh with the third gear 73 are provided on the left and right end faces of the slide block 76, and the first base 63 and the bottom wall of the slide block 76 are provided. A slide guide block 78 that is engaged so as to be slidable is provided symmetrically, and a drainage through groove 77 that communicates with the drainage hole 82 is provided in the slide block 76 so as to penetrate vertically. The power of the bottom can be transmitted upward or to the right, the power on the right side is converted into the rotating power of the first base 63, and the power of the first base 63 is converted into the power of the reciprocating motion of the slide block 76.

The acceleration transmission component 905 includes a first acceleration chamber 34 located on the right side of the annular groove 64 and communicating with the annular groove 64, and a second acceleration chamber 41 is provided below the first acceleration chamber 34. The third rotating shaft 37 is installed in the bottom wall of the second acceleration chamber 41 so as to be rotatable, and the third rotating shaft 37 is provided with a fourth gear 35 that meshes with the second ring gear 65. A fifth gear 36 is provided on the third rotating shaft 37, and the fourth rotating shaft 43 is mounted in the bottom wall of the second accelerating chamber 41 so that the fourth rotating shaft 43 can rotate. A sixth gear 38 that meshes with the fifth gear 36 is provided, a fourth umbrella gear 40 is provided at the top end of the fourth rotating shaft 43, and a fourth transmission chamber 46 is provided on the right side of the second acceleration chamber 41. The fifth rotating shaft 44, which is provided and inserted into the second acceleration chamber 41, is installed in the right wall of the fourth transmission chamber 46 so as to be rotatable, and the left end surface of the fifth rotating shaft 44 is provided. Is provided with a fifth umbrella gear 42 that meshes with the fourth umbrella gear 40, and a chain gear 45 is provided in the fourth transmission chamber 46 on the fifth rotating shaft 44, whereby the first base 63 The rotation is transmitted to the right, and the speed is increased during the transmission process.

The wind blowing component 906 includes a heating pipe 52 installed between the upper and lower walls of the heating chamber 51, and is mounted in the right side wall of the second transmission chamber 50 so that the blade shaft 56 can rotate. The blade shaft 56 is provided with blades 55, which are attached between the blade shaft 56 at the bottom and the chain gear 45 so that the first chain 48 can be transmitted, and between the blade shafts 56 adjacent to each other. The second chain 57 is attached so as to be able to transmit, an air inlet 54 penetrating the right end of the device base 10 is provided on the right side wall of the second transmission chamber 50, and the device is provided on the left side wall of the drying chamber 16. An air outlet 15 penetrating the left end surface of the base 10 is provided symmetrically in the front-rear direction, and a filtration groove 58 penetrating the top end of the device base 10 is provided upward in the bottom wall of the air inlet 54 at the bottom. A filtration net 53 is slidably installed in the filtration groove 58, whereby hot air is blown to dry the sweater.

When it dries , the hanger is hung on the hook 23, the lower part of the sweater is spread out and put on the filter net sleeve 91, the motor 28 is started to rotate the first shaft bodies 27 on both sides, and the first shaft body 27 on the left side is rotated. The first umbrella gear 26 is rotationally interlocked, the first umbrella gear 26 is meshed to rotate the lower umbrella gear 24, the lower umbrella gear 24 is rotationally interlocked with the second rotating shaft 14 and the top bevel gear 12, and the top umbrella is The gear 12 rotates and interlocks the left cap gear 13 and the second shaft body 19 by meshing, the second shaft body 19 rotates and interlocks the right cap gear 18, and the right cap gear 18 rotates upward with the upper cap gear 20 by meshing. The shaft 21 is rotationally interlocked, the upper rotary shaft 21 is rotationally interlocked with the hook rotation block 22 and the hook 23, the first shaft body 27 on the right side is rotationally interlocked with the second cap gear 39, and the second cap gear 39 is meshed. The third bevel gear 31 and the first rotary shaft 32 are rotationally interlocked, the first rotary shaft 32 is rotationally interlocked with the second gear 60, and the second gear 60 is rotationally interlocked with the first ring gear 86 and the rotary sleeve 85. , The rotary sleeve 85 rotates and interlocks the first base 63, and the first base 63 interlocks the two third shaft bodies 67 and the first gear 71 to rotate around the center of the first base 63, and at the same time, the first base 63. 63 rotates the second ring gear 65, and at this time, the fixed sleeve 83 is fixed to the fixing plate 80, and after the first gear 71 on the left side and the outer ring gear 89 mesh with each other, the first gear 71 on the left side and the third shaft The body 67 is rotationally interlocked, the left third shaft body 67 is transmitted and interlocked with the left belt 68, the left belt 68 is rotationally interlocked with the left fourth shaft body 74 and the third gear 73, and the left side is The third gear 73 interlocks the slide block 76 to move forward by meshing, and as the first base 63 continues to rotate, the first gear 71 on the right side starts to rotate and interlocks the slide block 76 to move backward. At the same time, the first base 63 rotates and interlocks the slide block 76, the slide block 76 rotates and interlocks the filter net sleeve 91, and the sweater starts to rotate in conjunction with the synchronous rotation of the filter net sleeve 91 and the hook 23. , Water in the sweater flows along the filter net sleeve 91 into the inner chamber of the water shield annular block 92, enters the drain chamber 97 through the drain hole 95, and some water also flows through the filter net sleeve 91. It passes through and falls directly into the fixing plate 93 and enters the drain chamber 97, and after water enters the drain through groove 77 from the second passage 98, it enters the first passage 84 and is discharged from the drain conduit 33. , Simultaneously slide block 7 6 starts to slide back and forth, moves back and forth with the sweater, swings the sweater, the second ring gear 65 accelerates the fourth gear 35 by meshing and interlocks with rotation, and the fourth gear 35 and the third rotation shaft 37 The fifth gear 36 is rotationally interlocked, the fifth gear 36 is meshed with the sixth gear 38 and the fourth rotating shaft 43 to accelerate and rotate, and the sixth gear 38 is rotationally interlocked with the fourth bevel gear 40. The fourth umbrella gear 40 rotates and interlocks the fifth umbrella gear 42 by meshing, the fifth umbrella gear 42 rotates and interlocks the fifth rotating shaft 44 and the chain gear 45, the heating pipe is energized to generate heat, and the chain The gear 45 transmits and interlocks the first chain 48, the first chain 48 interlocks and starts rotating the blade shaft 56 at the bottom, and the blade shaft 56 at the bottom interlocks and transmits the second chain 57 at the bottom. The two chains 57 rotate and interlock the other blade shafts 56, the blade shafts 56 rotate and interlock the blades 55, suck air from the air inlet 54, filter the filtration net 53, heat the heating pipe 52, and then the drying chamber 16. Blow into and shake the sweater as it rotates and moves to dry.

The beneficial effect of the present invention is: the working power is provided by the motor, the upper part of the sweater is hung on the first rotating device, the lower part is supported by the second rotating device, and the sweater is pulled down by the gravity of the moisture contained in the sweater. Prevents deformation, keeps the sweater spinning and shaking as it dries, prevents the sweater from hardening during the drying process, keeps the sweater dry, soft and has a long drying time Short and advertising value.

Engineers in this field can clarify that they do not deviate from the general spirit and ideas of the present invention, and various modifications can be made to the above examples, all of which are within the scope of protection of the present invention. The protection plan of the present invention should be standardized on the claim of the present invention.

Claims (5)

A support leg is provided on the bottom end surface of the device base including the device base, a drying chamber is provided in the device base, a transmission drive component is provided below the drying chamber, and the transmission drive component is provided. Includes a motor that provides drive power, a bottom transmission is provided on the right side of the motor, and the bottom transmission includes a first transmission chamber and a first substrate located within the first transmission chamber. A rotary sleeve, a fixed rotary chamber, and a first gear are provided on the bottom end surface of the first board, a slide transmission component is provided in the first board, and the slide transmission component is a fixed rotary chamber. A fixing sleeve including a fixing plate located inside is provided on the bottom end surface of the fixing plate so as to be connected to the rotating sleeve so as to be rotatable, and a slide block is attached to the top end of the first board so as to be slidable. A rotating device is provided in the drying chamber, and the rotating device includes an upper first rotating device and a lower second rotating device installed at the top end of the slide block. A hanger is hooked by the device, the sweater is spread and covered with the second rotating device to perform drainage drying, an acceleration transmission component is provided on the right side of the first transmission chamber, and a wind blowing component is provided on the right side of the drying chamber. Provided, the wind-blown component comprises four identical heating chambers and four interconnected second transmission chambers located to the right of the heating chamber, the wind-blown component providing power to the accelerated transmission component. A textile drying device, characterized in that the transmission drive component provides power to the acceleration transmission component and the bottom transmission device, and the transmission drive component also provides power to the rotation device. The transmission drive component includes a right transmission chamber, a left transmission chamber is provided on the left side of the motor, a first shaft body is connected to the output shafts on both left and right sides of the motor, and the first shaft body on the left side is. The first shaft body on the right side is connected to the second cap gear, and the first shaft is installed in the bottom wall of the right transmission chamber so that the first rotating shaft can rotate. The rotating shaft is provided with a third umbrella gear that meshes with the second umbrella gear, the first rotating shaft is provided with a second gear, and an upper transmission chamber is provided in the drying chamber, and the upper transmission is provided. A second rotating shaft is rotatably attached between the chamber and the left transmission chamber, and a lower umbrella gear that meshes with the first umbrella gear is provided on the bottom end surface of the second rotating shaft. A top cap gear is provided at the top end of the rotating shaft, and an upper rotating chamber is provided on the right side of the upper transmission chamber so that the second shaft body can rotate between the upper rotating chamber and the upper transmission chamber. A left umbrella gear that meshes with the top umbrella gear is provided on the left end surface of the second shaft body, a right umbrella gear is provided on the right end of the second shaft body, and the bottom transmission device is transmitted downward. A second base is provided on the bottom wall of the lower transmission chamber including the chamber, the first ball is slidably attached to the top end of the second base, and the second base is attached to the outer end of the rotary sleeve. A first ring gear that meshes with the gear is provided, a first base is provided at the top end of the rotary sleeve, and a second ball that is rotatably engaged with the first base on the bottom wall of the first transmission chamber. Is mounted so that it can slide, an annular groove is provided in the inner wall of the first transmission chamber, and a symmetrical third axis body can rotate between the upper and lower walls of the fixed rotation chamber. A second ring gear that rotates in the annular groove is provided at the outer end of the first board, and the slide transmission component includes a first passage that penetrates vertically and is located in the fixing sleeve, and is fixed. The sleeve is rotatably engaged with the rotating sleeve, a drainage conduit is hermetically attached to the end of the first passage, the fixing plate is located at the top end of the fixing sleeve, and outside the fixing plate. Is provided with one outer ring gear that meshes with the first gear, a drain groove that opens upward is provided in the fixing plate, and a drain hole that communicates with the first passage is provided on the bottom wall of the drain groove. Is provided, and two third transmission chambers are symmetrically provided above the first gear, and the third The shaft body enters the third transmission chamber upward, and the fourth shaft body is mounted between the upper and lower walls of the third transmission chamber so that the fourth shaft body can rotate, and the fourth shaft body and the third shaft body are mounted. A belt is attached between them so that they can be transmitted, a third gear is provided on the fourth shaft body, and a moving groove opening communicating with the drying chamber is provided on the top wall of the first transmission chamber. Racks that mesh with the third gear are provided on the left and right end faces of the slide block, and slide guide blocks that are engaged so as to slide with the first base are symmetrically engaged on the bottom wall of the slide block. A drainage groove that communicates with the drainage hole is provided in the slide block so as to penetrate up and down, whereby the power of the bottom can be transmitted upward or to the right, and the power on the right side can be transmitted to the rotation of the first base. The textile drying apparatus according to claim 1, wherein the power of the first base is converted into the power of the reciprocating motion of the slide block. The first rotating device in the rotating device is rotatably attached to the bottom wall of the upper rotating chamber and includes an upper rotating shaft penetrating the top wall of the drying chamber, at the top end of the upper rotating shaft. Is provided with an upper umbrella gear that meshes with the right umbrella gear, a hook rotation block is provided on the bottom end surface of the upper rotation shaft, and a hook is provided on the bottom end surface of the hook rotation block. The second rotating device includes a drainage sleeve provided at the top end of the slide block, a drainage block is provided at the top end of the drainage sleeve, and a drainage chamber opened upward is provided in the drainage block. A fixing plate is provided on the outside of the drainage block, a fixed support plate is provided on the outside of the fixing plate, a filter net sleeve is provided at the fixed support plate, and an outer end of the fixed support plate is provided. A water-blocking annular block is provided, a drain hole communicating with the internal chamber of the water-shielding annular block is provided in the inner wall of the drainage chamber, and the drainage chamber and the drainage through groove are provided in the drainage sleeve. The textile drying device according to claim 1, wherein a second passage for communication is provided, whereby the sweater is rotated and interlocked to dry uniformly. The acceleration transmission component includes a first acceleration chamber located on the right side of the annular groove and communicating with the annular groove, and a second acceleration chamber is provided below the first acceleration chamber, and the second acceleration is provided. A third rotating shaft is installed in the bottom wall of the chamber so that it can rotate, the third rotating shaft is provided with a fourth gear that meshes with the second ring gear, and the third rotating shaft is provided with a fifth gear. Is provided, and the fourth rotating shaft is installed in the bottom wall of the second acceleration chamber so that the fourth rotating shaft can rotate, and the fourth rotating shaft is provided with a sixth gear that meshes with the fifth gear. A fourth umbrella gear is provided at the top end of the rotating shaft, a fourth transmission chamber is provided on the right side of the second acceleration chamber, and inside the second acceleration chamber is inside the right wall of the fourth transmission chamber. The fifth rotating shaft inserted into the shaft is attached so as to be rotatable, and a fifth umbrella gear that meshes with the fourth umbrella gear is provided on the left end surface of the fifth rotating shaft, and the fourth rotating shaft is provided with the fifth rotating shaft. The textile drying device according to claim 1, wherein a chain gear is provided in the transmission chamber. The wind blowing component includes a heating pipe installed between the upper and lower walls of the heating chamber, and is mounted in the right side wall of the second transmission chamber so that the blade shaft can rotate, and the blade is attached to the blade shaft. Is provided so that the first chain can be transmitted between the blade shaft at the bottom and the chain gear, and the second chain can be transmitted between the adjacent blade shafts. The right wall of the second transmission chamber is provided with an air inlet penetrating the right end of the device base, and the left wall of the drying chamber is provided with an air outlet penetrating the left end surface of the device board so as to be symmetrical in the front-rear direction. A filtration groove is provided in the bottom wall of the air inlet at the bottom so as to penetrate the top end of the device base, and the filtration net is slidably installed in the filtration groove. The textile drying apparatus according to claim 1.

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