JP2020179075A - Sock drying device - Google Patents

Abstract

To provide a sock drying device.SOLUTION: A sock drying device comprises a device main body. When a drive motor starts, the drive motor rotationally interlocks a driving main shaft and a main driving wheel mutually, and the main driving wheel rotationally interlocks an engagement gear on the left by engagement, and the engagement gear on the left rotationally interlocks an air supply shaft on the left. The sock driving device can blow air to one or two socks at the same time, and because socks can be fixed, it is unnecessary to support socks by hands and this can reduce the probability of burning hands. In addition, air reflected to the inside of socks is discharged from an air escape pipe and the probability of device damage can be reduced. Switches on both sides can control start of the device and also an air amount of an air supply port, and this can increase the probability of drying and shorten the time required. The sock drying device is convenient for people's lives, and the device can blow air to shoes. The device has various applications and is convenient for people's lives.SELECTED DRAWING: Figure 1

Description

The present invention relates to the field of household electric appliances, and specifically is a sock drying device.

Due to the cold and rainy weather in the southern winter days, many clothes can only be dried long after being washed, clothes are changed in a few days, but socks have to be changed every day. Don't do it, after a long time, you will not have socks, and you can dry them with a dryer, but since the socks have both inside and outside, the inside is still moist even if the outside is dried, and when you dry it repeatedly, the water vapor is blown inside. If you have to repeat it many times, it will take a lot of circumstances and force, you will burn your hands, and if you put the socks directly on the dryer and dry it, the air reflected inside the socks will damage the dryer if it takes a long time. It is easy, so a household sock dryer is needed.

Chinese Patent Application Publication No. 108613494

An object of the present invention is to provide a sock drying device, which can overcome the above-mentioned drawbacks of existing techniques.

The socks drying device according to the embodiment of the present invention includes a device main body, the device main body includes a device outer shell, an in-device chamber is installed in the device outer shell, and a top end surface of the device outer shell is installed. A windbreak pipe is installed in the windbreak pipe, a wind escape pipe with a small hole is installed in the windbreak pipe, and a lock part that can fix socks is installed in the wind escape pipe. A shoe blower is inserted and connected into the wind escape tube, the locking component includes a locking ring located outside the wind escape tube, and the shoe blower is inserted into the wind escape tube. Two air supply components are installed in the chamber inside the device, including an insertion connection tube connected to the device, and the air supply component includes an air supply tube and an air supply shaft with blades, and is outside the device. Filtering parts that filter the air sucked by the air supply parts are installed on the left and right end faces of the shell, a shaft lock mechanism is installed at the lower end of the air supply shaft, and the shaft lock mechanism is a fixed block. The air supply shaft is stabilized by fixing the fixing block to the bottom wall of the in-device chamber, and drive transmission components for controlling the rotation of the air supply shafts on both sides are installed in the in-device chamber. The drive transmission component includes a drive motor and a drive sub-shaft, a belt for transmitting power is installed between the drive motor and the drive sub-shaft, and the drive component includes a magnet and an electromagnet. The drive auxiliary shaft can be rotated by the magnetic connection between the magnet and the electromagnet, and a heating component for heating the air blown out from the air supply component is installed in the outer shell of the device, and the heating component is installed. The parts include a power seat and a heating wire and a switch for control, the switch on the left side can control the power seat on the left side, the heating wire on the left side and a drive motor, and the switch on the right side has the power seat and the right side on the right side. The heating wire and the electromagnet can be controlled.

A further technical scheme, the device subject comprises two symmetrically upper open air inlets located on the top wall of the device inner chamber, the windshield is fixed to the top end face of the device shell. The lock component includes a locking connection ring that is inserted and connected to the outside of the locking ring so as to communicate with the air supply port, and a lock rotation shaft is provided on the end face of the locking connection ring. Fixedly attached, two lock rings are fixedly attached to the lock rotation shaft, a fixed shaft is installed on the end face of the locking connection ring, and two lock sleeves are attached to the lock fixing shaft. Is installed, the shoe blower includes an insertion connection tube that is inserted and connected to the wind escape pipe, and a position limiting annular block is installed outside the insertion connection tube, and the insertion connection tube is installed. A ventilation net tube is installed at the top of the.

A further technical scheme, the air supply component includes externally open intake ports located on the left and right side walls of the in-device chamber, and the air supply pipe is fixedly installed between the intake port and the air supply port. An air supply chamber that communicates with the intake port and the air supply port is installed in the air supply tube, and is installed so that the air supply shaft can rotate in the bottom wall of the chamber in the device. The air supply shaft goes up into the air supply chamber, the air supply shaft is installed symmetrically to the left and right and has blades, and four stabilizing rods are attached to the inner wall of the air supply chamber. Is fixedly attached, a stabilizing sleeve is fixedly attached between the stabilizing rods, the air supply shaft passes through the stabilizing sleeve, and the shaft locking mechanism is positioned on the air supply shaft. The fixing block includes a rotating ring and is attached so that the fixing block can rotate to the bottom end of the air supply shaft, the fixing block is fixed to the bottom wall of the chamber inside the device by a screw nail, and the filtering component is the outer shell of the device. Includes thread seats that are attached to the left and right end faces of the filter tube and located outside the intake port, and a filter pipe is attached by threads in the screw thread seats on both the upper and lower sides of the space inside the filter pipe. Three filtration nets are fixedly attached between the walls.

A further technical scheme is that the drive transmission component includes a meshing gear that is fixedly attached to the air supply shaft, the drive motor is fixedly mounted in the bottom wall of the in-device chamber, and of the drive motors. The upward output shaft is fixedly connected to the drive spindle, the main drive wheel that meshes with the meshing gear on the left side is fixedly attached to the top end surface of the drive spindle, and the pulley is fixed to the drive spindle. The drive auxiliary shaft is attached so as to be rotatable in the bottom wall of the chamber in the device, and the auxiliary drive wheel that meshes with the meshing gear on the right side is fixedly attached to the top end surface of the drive auxiliary shaft. A fixed wheel is fixedly attached to the drive auxiliary shaft, the belt ring is attached to the outside of the fixed wheel so as to be rotatable, and the inner end surface of the belt ring can be slid with the fixed wheel. The position limiting ring to be connected is fixedly attached, the slots are uniformly distributed in the inner side wall of the belt ring, and the slides corresponding to the slots are uniformly distributed in the outer end face of the fixed ring. A groove is installed, the electromagnet is fixedly mounted in the slide groove, and a slider inserted and connected to the slot is mounted in the slide groove so as to slide, and the magnet is mounted. Fixedly mounted in the inner end face of the slider, the magnet can repel the electromagnet, a pull repellent is fixedly mounted between the magnet and the electromagnet, and the belt is said. It is attached so that it can be transmitted between the belt ring and the pulley.

A further technical scheme, the heating component includes four power boards fixedly attached to the top wall of the in-device chamber and installed symmetrically to the left and right, with the power seats on the left and right sides of the air supply chamber. The heating wire is fixedly attached to both side walls, the heating wire is fixedly attached to the power seat, the switch is fixedly attached to the top end surface of the outer shell of the device, and the switch is installed symmetrically to the left and right. Further, corresponding to the power board, an electric wire is connected between the power seats on both upper sides and the power board on the front side, and between the power seats on both lower sides and the power board on the rear side. The electric wire is connected.

The beneficial effect of the present invention is: The present invention is fairly simple and convenient to operate, the device can blow one or two socks at the same time, the socks can be fixed, no need for hand support, the probability of hand injury And the air reflected inside the sock is exhausted from the wind escape tube, reducing the probability of equipment damage, the switches on both sides can control the start of the equipment, the amount of air inlet, the probability of drying It enhances, reduces the time used, is convenient for people's lives, and the device can blow shoes, is versatile, and is worth expanding.

For convenience, the present invention will be described in detail with reference to the following specific examples and the accompanying figures.

FIG. 1 is a schematic diagram of the overall configuration of the present invention. FIG. 2 is a front sectional view of the present invention. FIG. 3 is a schematic top view of FIG. 1 in the A direction. FIG. 4 is an enlarged schematic diagram of B in FIG. FIG. 5 is an enlarged schematic diagram of C in FIG. FIG. 6 is a schematic configuration diagram of a shoe blower.

Hereinafter, the present invention will be described in detail with reference to FIGS. 1 to 6, and the orientations currently appearing in the latter sentence are defined as follows: the vertical, horizontal, front-rear directions appearing in the latter sentence are projections of the main body of FIG. Consistent with the vertical, horizontal, front-back directions of the relationship.

With reference to FIGS. 1 to 6, the socks drying device according to the embodiment of the present invention includes the device main body 901, the device main body 901 includes the device outer shell 10, and the device outer shell 10 contains an in-device chamber. 20 is installed, a windbreak pipe 11 is installed on the top end surface of the outer shell 10 of the device, and a wind escape pipe 12 with a small hole is installed in the windbreak pipe 11. A lock part 902 capable of fixing socks is installed in the wind escape pipe 12, and a shoe blowing cylinder 903 is inserted and connected to the wind escape pipe 12, and the lock part 902 is connected to the wind escape pipe. A locking ring 13 located outside the 12 is included, the shoe blowing cylinder 903 includes an insertion connecting cylinder 57 that is inserted and connected to the wind escape pipe 12, and two feeds are contained in the in-device chamber 20. An air component 904 is installed, and the air supply component 904 includes an air supply tube 21 and an air supply shaft 30 with blades, and the air sucked by the air supply component 904 is provided on both left and right end faces of the outer shell 10 of the device. A filtration component 905 for filtering the air is installed, a shaft lock mechanism 906 is installed at the lower end of the air supply shaft 30, and the shaft lock mechanism 906 includes a fixed block 32, and the fixed block 32 and the device. The air supply shaft 30 is stabilized by fixing to the bottom wall of the inner chamber 20, and drive transmission parts 907 that control the rotation of the air supply shafts 30 on both sides are installed in the inner chamber 20 of the apparatus. The drive transmission component 907 includes a drive motor 40 and a drive auxiliary shaft 43, and a belt 41 for transmitting power is installed between the drive motor 40 and the drive auxiliary shaft 43, and the drive component 907 is an electromagnet 52. And the electromagnet 50, the drive auxiliary shaft 43 can be rotated by the magnetic connection between the magnet 52 and the electromagnet 50, and the air blown from the air supply component 904 is heated in the outer shell 10 of the device. A heating component 908 is installed, the heating component 908 includes a power seat 27, a heating wire, and a switch 16 for control, and the switch 16 on the left side drives the power seat 27 on the left side and the heating wire 28 on the left side. The motor 40 can be controlled, and the switch 16 on the right side can control the power seat 27 on the right side, the heating wire 28 on the right side, and the electromagnet 50.

Beneficial or exemplary, the device subject 901 includes two symmetrically upwardly open air inlets 15 located on the top wall of the in-device chamber 20, with the windbreak tube 11 being the device outer shell. The locking component 902 includes a locking connection ring 14 that is fixedly installed on the top end surface of the 10 and communicates with the air supply port 15 and is inserted and connected to the outside of the locking ring 13. A lock rotation shaft 44 is fixedly attached to the end face of the connection ring 14, two lock rings 45 are fixedly attached to the lock rotation shaft 44, and a fixed shaft 49 is fixedly attached to the end face of the lock connection ring 14. Is installed, two lock sleeves 46 are installed on the lock fixing shaft 49, and the shoe blowing cylinder 903 includes an insertion connecting cylinder 57 which is inserted and connected to the wind escape pipe 12, and said. A position limiting annular block 58 is installed on the outside of the insertion connection cylinder 57, and a ventilation net cylinder 60 is installed at the top end of the insertion connection cylinder 57.
The mouth rubber portion of the shoe is covered with the wind escape pipe 12, the locking connection ring 14 is put on, the lock rotating shaft 44 and the lock fixing shaft 49 are brought close to each other, and the lock rotating shaft 44 is rotated to lock the lock ring 45 with the lock sleeve 46. Hook on the hole inside, complete the lock, insert the insertion connection tube 57 into the wind escape pipe 12, stabilize the position of the insertion connection tube 57 by the position restriction of the position limiting annular block 58, and ventilate the shoe. You can blow your shoes by putting it on the net tube 60.

Beneficial or exemplary, the air supply component 904 includes an outwardly open intake port 25 located on the left and right side walls of the in-device chamber 20, the air supply tube 21 of the intake port 25 and the air supply port 15. The air supply tube 21 is fixedly installed between them, and an air supply chamber 22 communicating with the intake port 25 and the air supply port 15 is installed in the air supply pipe 21, and the air supply shaft 30 is inside the device. Mounted rotatably in the bottom wall of the chamber 20, the air supply shaft 30 enters the air supply chamber 22 upwards, the air supply shaft 30 is installed symmetrically to the left and right, and the blades. Four stabilizing rods 34 are fixedly attached to the inner wall of the air supply chamber 22, a stabilizing sleeve 35 is fixedly attached between the stabilizing rods 34, and the air supply shaft 30 is attached to the air supply shaft 30. Passing through the stabilizing sleeve 35, the shaft locking mechanism 906 includes a position limiting rotating ring 33 located on the air supply shaft 30, and the fixing block 32 is attached to the bottom end of the air supply shaft 30 so as to be rotatable. The fixing block 32 is fixed to the bottom wall of the chamber 20 in the device by a screw nail, and the filtering component 905 is attached to the left and right end faces of the outer shell 10 of the device and is a screw thread located outside the intake port 25. A filter pipe 24 is attached by a screw thread in the thread seat 23 including a seat 23, and three filter nets 26 are fixedly provided between the upper and lower side walls of the space inside the filter pipe 24. Attached,
When the air supply shaft 30 rotates, the blades attached to the top are simultaneously rotated and interlocked, the air is taken in by the intake port 25, the air sucked from the intake port 25 is filtered, and the air is blown out from the air supply port 15 to be blown out from the air supply port 15, and the stabilizing sleeve 35. The air supply shaft 30 can be stabilized by the fixed block 32, and the air supply shaft 30 can be prevented from coming off.

Beneficial or exemplary, the drive transmission component 907 includes a meshing gear 31 that is fixedly attached to the air supply shaft 30, and the drive motor 40 is fixedly mounted in the bottom wall of the in-device chamber 20. The upward output shaft of the drive motor 40 is fixedly connected to the drive main shaft 37, and the main drive wheel 36 that meshes with the meshing gear 31 on the left side is fixedly attached to the top end surface of the drive main shaft 37. A pulley 38 is fixedly attached to the drive main shaft 37, and the drive auxiliary shaft 43 is attached so as to be rotatable in the bottom wall of the chamber 20 in the apparatus, and is attached to the top end surface of the drive auxiliary shaft 43. The auxiliary drive wheel 42 that meshes with the meshing gear 31 on the right side is fixedly attached, the fixed wheel 47 is fixedly attached to the drive auxiliary shaft 43, and the belt ring 55 rotates on the outside of the fixed wheel 47. A position limiting ring 54 is fixedly attached to the inner end surface of the belt ring 55 so as to be slidably connected to the fixed ring 47, and a slot is formed in the inner side wall of the belt ring 55. 56s are uniformly distributed, and a slide groove 48 corresponding to the slot 56 which is uniformly distributed is installed in the outer end surface of the fixed ring 47, and the electromagnet 50 is fixed in the slide groove 48. A slider 53 inserted into and connected to the slot 56 is slidably mounted in the slide groove 48, and the magnet 52 is fixedly mounted in the inner end surface of the slider 53. The magnet 52 can repel each other with the electric magnet 50, a pulling repellent 51 is fixedly attached between the magnet 52 and the electric magnet 50, and the belt 41 is attached to the belt ring 55 and the pulley 38. Attached so that it can be transmitted between
When the drive motor 40 starts, the drive main shaft 37 and the main drive wheel 36 are rotationally interlocked, the main drive wheel 36 is rotationally interlocked with the left meshing gear 31 by meshing, and at the same time, the pulley 38 is rotated to transmit and interlock the belt 41. The left belt ring 55 is rotated and interlocked, and after the electric magnet 50 is energized to generate a magnetic force, it repels the magnet 52, pushes the slider 53 and slides it outward, inserts it into the slot 56, and then connects the belt. The ring 55 rotates and interlocks the fixed wheel 47 and the drive sub-shaft 43, the drive sub-shaft 43 rotates and interlocks the sub-drive wheel 42, and the sub-drive wheel 42 rotates and interlocks the right meshing gear 31 by meshing.

Beneficial or exemplary, the heating component 908 includes four power boards 17 that are fixedly attached to the top wall of the in-device chamber 20 and installed symmetrically to the left and right, with the power seats 27 on both left and right sides. The heating wire 28 is fixedly attached to the left and right side walls of the air supply chamber 22, the heating wire 28 is fixedly attached to the power seat 27, and the switch 16 is fixedly attached to the top end surface of the outer shell 10 of the device. The switch 16 is installed symmetrically to the left and right and corresponds to the power board 17, and an electric wire 18 is connected between the power seats 27 on both upper sides and the power board 17 on the front side, and the electric wires 18 are connected on both lower sides. The electric wire 18 is connected between the power seat 27 and the power board 17 on the rear side.
The switch 16 on the left side controls the upper power seat 27 or two power seats 27 to heat the heating wire 28 and controls the start of the drive motor 40, and the power board 17 on the right side controls the power seat 27 and the electromagnet on the right side. 50 can be controlled.

When using, cover the mouth rubber part of the socks on the wind escape pipe 12, cover the locking connection ring 14, bring the lock rotating shaft 44 and the lock fixing shaft 49 close to each other, and then rotate the lock rotating shaft 44 to lock the lock ring. Hook 45 into the hole in the lock sleeve 46 to complete the lock, and if there is only one sock, the switch 16 on the left controls the upper power seat 27 or two power seats 27 to heat the heating wire 28. Then, the start of the drive motor 40 can be controlled, and when the drive motor 40 starts, the drive spindle 37 and the main drive wheel 36 are rotationally interlocked, and the main drive wheel 36 rotationally interlocks the left meshing gear 31 by meshing, and the left side. In the meshing gear 31, the left air supply shaft 30 is rotationally interlocked, and at the same time, the pulley 38 is rotated to transmit and interlock the belt 41 to rotate and interlock the left belt ring 55, and the left air supply shaft 30 is attached on the top. The blades are rotated and interlocked at the same time, intake is started by the intake port 25, the air sucked from the intake port 25 is filtered by the filtration net 26, the air is blown out from the air supply port 15, and the amount of heat generated by the heating wire 28 The socks are dried, and the air bounced off the socks is discharged by the wind escape pipe 12.

When the two socks are dried, the power seat 27 and the electric magnet 50 on the right side are controlled by the electric power board 17 on the right side, and after the electric magnet 50 is energized, they repel each other with the magnet 52, and the slider 53 is pushed and slid out. The belt ring 55 is inserted and connected to the slot 56 to rotate and interlock the fixed wheel 47 and the drive sub-shaft 43, the drive sub-shaft 43 rotates the sub-drive wheel 42, and the sub-drive wheel 42 is engaged with the right side. The meshing gear 31 is rotationally interlocked, and the right meshing gear 31 simultaneously rotates and interlocks the blades of the right air supply shaft 30 and the air supply shaft 30 to start air supply.

When blowing shoes, insert the insertion connection tube 57 into the wind escape pipe 12, stabilize the position of the insertion connection tube 57 by the position restriction of the position limiting annular block 58, cover the shoe cover on the ventilation net tube 60, and dry it. start.

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 household electric appliances, and specifically is a sock drying device.

Due to the cold and rainy weather in the southern winter days, many clothes can only be dried long after being washed, clothes are changed in a few days, but socks have to be changed every day. Don't do it, after a long time, you will not have socks, and you can dry them with a dryer, but since the socks have both inside and outside, the inside is still moist even if the outside is dried, and when you dry it repeatedly, the water vapor is blown inside. If you have to repeat it many times, it will take a lot of circumstances and force, you will burn your hands, and if you put the socks directly on the dryer and dry it, the air reflected inside the socks will damage the dryer if it takes a long time. It is easy, so a household sock dryer is needed.

Chinese Patent Application Publication No. 108613494

An object of the present invention is to provide a sock drying device, which can overcome the above-mentioned drawbacks of existing techniques.

The socks drying device according to the embodiment of the present invention includes a device main body, the device main body includes a device outer shell, an in-device chamber is installed in the device outer shell, and a top end surface of the device outer shell is installed. A windbreak pipe is installed in the windbreak pipe, a wind escape pipe with a small hole is installed in the windbreak pipe, and a lock part that can fix socks is installed in the wind escape pipe. A shoe blower is inserted into the wind escape tube and connected, the lock component includes a locking ring located outside the wind escape tube, and the shoe blower is inserted into the wind escape tube. Two air supply components are installed in the chamber inside the device, including an insertion connection tube connected to the device, and the air supply component includes an air supply tube and an air supply shaft with blades, and is outside the device. Filtering parts that filter the air sucked by the air supply parts are installed on the left and right end faces of the shell, a shaft lock mechanism is installed at the lower end of the air supply shaft, and the shaft lock mechanism is a fixed block. The air supply shaft is stabilized by fixing the fixed block to the bottom wall of the in-device chamber, and drive transmission components that control the rotation of the air supply shafts on both sides are installed in the in-device chamber. The drive transmission component includes a drive motor and a drive auxiliary shaft, and a belt for transmitting power is installed between the drive motor and the drive auxiliary shaft, and the drive transmission component contains a magnet and an electromagnet. Including, a heating component for heating the air blown from the air supply component is installed in the outer shell of the device, and the heating component includes a power seat, a heating wire, and a switch for control, and the left side is said to be included. The switch can control the power seat on the left side, the heating wire on the left side, and the drive motor, and the switch on the right side can control the power seat on the right side, the heating wire on the right side, and the electromagnet.

A further technical scheme, the device subject comprises two symmetrically upper open air inlets located on the top wall of the device inner chamber, the windshield is fixed to the top end face of the device shell. The lock component includes a locking connection ring that is inserted and connected to the outside of the locking ring so as to communicate with the air supply port, and a lock rotation shaft is provided on the end face of the locking connection ring. Fixedly attached, two lock rings are fixedly attached to the lock rotation shaft, a fixed shaft is installed on the end face of the locking connection ring, and two lock sleeves are attached to the fixed shaft. The shoe blower is installed, and includes an insertion connection tube that is inserted and connected to the wind escape pipe, and a position limiting annular block is installed outside the insertion connection tube, and the insertion connection tube is installed. A ventilation net tube is installed at the top.

A further technical scheme, the air supply component includes externally open intake ports located on the left and right side walls of the in-device chamber, and the air supply pipe is fixedly installed between the intake port and the air supply port. An air supply chamber that communicates with the intake port and the air supply port is installed in the air supply tube, and is installed so that the air supply shaft can rotate in the bottom wall of the chamber in the device. The air supply shaft goes up into the air supply chamber, the air supply shaft is installed symmetrically to the left and right and has blades, and four stabilizing rods are attached to the inner wall of the air supply chamber. Is fixedly attached, a stabilizing sleeve is fixedly attached between the stabilizing rods, the air supply shaft passes through the stabilizing sleeve, and the shaft locking mechanism is positioned on the air supply shaft. The fixing block includes a rotating ring and is attached so that the fixing block can rotate to the bottom end of the air supply shaft, the fixing block is fixed to the bottom wall of the chamber inside the device by a screw nail, and the filtering component is the outer shell of the device. Includes thread seats that are attached to the left and right end faces of the filter tube and located outside the intake port, and a filter pipe is attached by threads in the screw thread seats on both the upper and lower sides of the space inside the filter pipe. Three filtration nets are fixedly attached between the walls.

A further technical scheme is that the drive transmission component includes a meshing gear that is fixedly attached to the air supply shaft, the drive motor is fixedly mounted in the bottom wall of the in-device chamber, and of the drive motors. The upward output shaft is fixedly connected to the drive spindle, the main drive wheel that meshes with the meshing gear on the left side is fixedly attached to the top end surface of the drive spindle, and the pulley is fixed to the drive spindle. The drive auxiliary shaft is attached so as to be rotatable in the bottom wall of the chamber in the device, and the auxiliary drive wheel that meshes with the meshing gear on the right side is fixedly attached to the top end surface of the drive auxiliary shaft. A fixed wheel is fixedly attached to the drive auxiliary shaft, the belt ring is attached to the outside of the fixed wheel so as to be rotatable, and the inner end surface of the belt ring can be slid with the fixed wheel. The position limiting ring to be connected is fixedly attached, the slots are uniformly distributed in the inner side wall of the belt ring, and the slides corresponding to the slots are uniformly distributed in the outer end face of the fixed ring. A groove is installed, the electromagnet is fixedly mounted in the slide groove, and a slider inserted and connected to the slot is mounted in the slide groove so as to slide, and the magnet is mounted. Fixedly mounted in the inner end face of the slider, the magnet can repel the electromagnet, a pull repellent is fixedly mounted between the magnet and the electromagnet, and the belt is said. It is attached so that it can be transmitted between the belt ring and the pulley.

A further technical scheme, the heating component includes four power boards fixedly attached to the top wall of the in-device chamber and installed symmetrically to the left and right, with the power seats on the left and right sides of the air supply chamber. The heating wire is fixedly attached to both side walls, the heating wire is fixedly attached to the power seat, the switch is fixedly attached to the top end surface of the outer shell of the device, and the switch is installed symmetrically to the left and right. Further, corresponding to the power board, an electric wire is connected between the power seats on both upper sides and the power board on the front side, and between the power seats on both lower sides and the power board on the rear side. The electric wire is connected.

The beneficial effect of the present invention is: The present invention is fairly simple and convenient to operate, the device can blow one or two socks at the same time, the socks can be fixed, no need for hand support, the probability of hand injury And the air reflected inside the sock is exhausted from the wind escape tube, reducing the probability of equipment damage, the switches on both sides can control the start of the equipment, the amount of air inlet, the probability of drying It enhances, reduces the time used, is convenient for people's lives, and the device can blow shoes, is versatile, and is worth expanding.

For convenience, the present invention will be described in detail with reference to the following specific examples and the accompanying figures.

FIG. 1 is a schematic diagram of the overall configuration of the present invention. FIG. 2 is a front sectional view of the present invention. FIG. 3 is a schematic top view of FIG. 1 in the A direction. FIG. 4 is an enlarged schematic diagram of B in FIG. FIG. 5 is an enlarged schematic diagram of C in FIG. FIG. 6 is a schematic configuration diagram of a shoe blower.

Hereinafter, the present invention will be described in detail with reference to FIGS. 1 to 6, and the orientations currently appearing in the latter sentence are defined as follows: the vertical, horizontal, front-rear directions appearing in the latter sentence are projections of the main body of FIG. Consistent with the vertical, horizontal, front-back directions of the relationship.

With reference to FIGS. 1 to 6, the socks drying device according to the embodiment of the present invention includes the device main body 901, the device main body 901 includes the device outer shell 10, and the device outer shell 10 contains an in-device chamber. 20 is installed, a windbreak pipe 11 is installed on the top end surface of the outer shell 10 of the device, and a wind escape pipe 12 with a small hole is installed in the windbreak pipe 11. A lock part 902 capable of fixing socks is installed in the wind escape pipe 12, and a shoe blowing cylinder 903 is inserted and connected to the wind escape pipe 12, and the lock part 902 is connected to the wind escape pipe. A locking ring 13 located outside the 12 is included, the shoe blowing cylinder 903 includes an insertion connecting cylinder 57 that is inserted and connected to the wind escape pipe 12, and two feeds are contained in the in-device chamber 20. An air component 904 is installed, and the air supply component 904 includes an air supply tube 21 and an air supply shaft 30 with blades, and the air sucked by the air supply component 904 is provided on both left and right end faces of the outer shell 10 of the device. A filtration component 905 for filtering the air is installed, a shaft lock mechanism 906 is installed at the lower end of the air supply shaft 30, and the shaft lock mechanism 906 includes a fixed block 32, and the fixed block 32 and the device. The air supply shaft 30 is stabilized by fixing to the bottom wall of the inner chamber 20, and drive transmission parts 907 that control the rotation of the air supply shafts 30 on both sides are installed in the inner chamber 20 of the apparatus. The drive transmission component 907 includes a drive motor 40 and a drive auxiliary shaft 43, and a belt 41 for transmitting power is installed between the drive motor 40 and the drive auxiliary shaft 43, and the drive transmission component 907 is a magnet. A heating component 908 that heats the air blown out from the air supply component 904 is installed in the outer shell 10 of the device including 52 and an electromagnet 50, and the heating component 908 includes a power seat 27, a heating wire, and a heating wire. The switch 16 on the left side can control the power seat 27 on the left side, the heating wire 28 on the left side, and the drive motor 40, and the switch 16 on the right side can control the power seat 27 on the right side and the power seat 27 on the right side. The heating wire 28 and the electromagnet 50 can be controlled.

Beneficial or exemplary, the device subject 901 includes two symmetrically upwardly open air inlets 15 located on the top wall of the in-device chamber 20, with the windbreak tube 11 being the device outer shell. The locking component 902 includes a locking connection ring 14 that is fixedly installed on the top end surface of the 10 and communicates with the air supply port 15 and is inserted and connected to the outside of the locking ring 13. A lock rotation shaft 44 is fixedly attached to the end face of the connection ring 14, two lock rings 45 are fixedly attached to the lock rotation shaft 44, and a fixed shaft 49 is fixedly attached to the end face of the lock connection ring 14. Is installed, two lock sleeves 46 are installed on the fixed shaft 49 , and the shoe blowing cylinder 903 includes an insertion connecting cylinder 57 that is inserted and connected to the wind escape pipe 12, and the insertion. A position limiting annular block 58 is installed on the outside of the connection cylinder 57, and a ventilation net cylinder 60 is installed at the top end of the insertion connection cylinder 57.
The rubber part of the mouth of the sock is covered with the wind escape pipe 12, the locking connection ring 14 is put on, the lock rotating shaft 44 and the fixed shaft 49 are brought close to each other, the lock rotating shaft 44 is rotated, and the lock ring 45 is locked by the lock sleeve 46. Hook on the hole inside, complete the lock, insert the insertion connection tube 57 into the wind escape pipe 12, stabilize the position of the insertion connection tube 57 by the position limitation of the position limiting annular block 58, and make the shoe a ventilation net. You can blow your shoes by putting it on the tube 60.

Beneficial or exemplary, the air supply component 904 includes an outwardly open intake port 25 located on the left and right side walls of the in-device chamber 20, the air supply tube 21 of the intake port 25 and the air supply port 15. The air supply tube 21 is fixedly installed between them, and an air supply chamber 22 communicating with the intake port 25 and the air supply port 15 is installed in the air supply pipe 21, and the air supply shaft 30 is inside the device. Mounted rotatably in the bottom wall of the chamber 20, the air supply shaft 30 enters the air supply chamber 22 upwards, the air supply shaft 30 is installed symmetrically to the left and right, and the blades. Four stabilizing rods 34 are fixedly attached to the inner wall of the air supply chamber 22, a stabilizing sleeve 35 is fixedly attached between the stabilizing rods 34, and the air supply shaft 30 is attached to the air supply shaft 30. Passing through the stabilizing sleeve 35, the shaft locking mechanism 906 includes a position limiting rotating ring 33 located on the air supply shaft 30, and the fixing block 32 is attached to the bottom end of the air supply shaft 30 so as to be rotatable. The fixing block 32 is fixed to the bottom wall of the chamber 20 in the device by a screw nail, and the filtering component 905 is attached to the left and right end faces of the outer shell 10 of the device and is a screw thread located outside the intake port 25. A filter pipe 24 is attached by a screw thread in the thread seat 23 including a seat 23, and three filter nets 26 are fixedly provided between the upper and lower side walls of the space inside the filter pipe 24. Attached,
When the air supply shaft 30 rotates, the blades attached to the top are simultaneously rotated and interlocked, the air is taken in by the intake port 25, the air sucked from the intake port 25 is filtered, and the air is blown out from the air supply port 15 to be blown out from the air supply port 15, and the stabilizing sleeve 35. The air supply shaft 30 can be stabilized by the fixed block 32, and the air supply shaft 30 can be prevented from coming off.

Beneficial or exemplary, the drive transmission component 907 includes a meshing gear 31 that is fixedly attached to the air supply shaft 30, and the drive motor 40 is fixedly mounted in the bottom wall of the in-device chamber 20. The upward output shaft of the drive motor 40 is fixedly connected to the drive main shaft 37, and the main drive wheel 36 that meshes with the meshing gear 31 on the left side is fixedly attached to the top end surface of the drive main shaft 37. A pulley 38 is fixedly attached to the drive main shaft 37, and the drive auxiliary shaft 43 is attached so as to be rotatable in the bottom wall of the chamber 20 in the apparatus, and is attached to the top end surface of the drive auxiliary shaft 43. The auxiliary drive wheel 42 that meshes with the meshing gear 31 on the right side is fixedly attached, the fixed wheel 47 is fixedly attached to the drive auxiliary shaft 43, and the belt ring 55 rotates on the outside of the fixed wheel 47. A position limiting ring 54 is fixedly attached to the inner end surface of the belt ring 55 so as to be slidably connected to the fixed ring 47, and a slot is formed in the inner side wall of the belt ring 55. 56s are uniformly distributed, and a slide groove 48 corresponding to the slot 56 which is uniformly distributed is installed in the outer end surface of the fixed ring 47, and the electromagnet 50 is fixed in the slide groove 48. A slider 53 inserted into and connected to the slot 56 is slidably mounted in the slide groove 48, and the magnet 52 is fixedly mounted in the inner end surface of the slider 53. The magnet 52 can repel each other with the electric magnet 50, a pulling repellent 51 is fixedly attached between the magnet 52 and the electric magnet 50, and the belt 41 is attached to the belt ring 55 and the pulley 38. Attached so that it can be transmitted between
When the drive motor 40 starts, the drive main shaft 37 and the main drive wheel 36 are rotationally interlocked, the main drive wheel 36 is rotationally interlocked with the left meshing gear 31 by meshing, and at the same time, the pulley 38 is rotated to transmit and interlock the belt 41. The left belt ring 55 is rotated and interlocked, and after the electric magnet 50 is energized to generate a magnetic force, it repels the magnet 52, pushes the slider 53 and slides it outward, inserts it into the slot 56, and then connects the belt. The ring 55 rotates and interlocks the fixed wheel 47 and the drive sub-shaft 43, the drive sub-shaft 43 rotates and interlocks the sub-drive wheel 42, and the sub-drive wheel 42 rotates and interlocks the right meshing gear 31 by meshing.

Beneficial or exemplary, the heating component 908 includes four power boards 17 that are fixedly attached to the top wall of the in-device chamber 20 and installed symmetrically to the left and right, with the power seats 27 on both left and right sides. The heating wire 28 is fixedly attached to the left and right side walls of the air supply chamber 22, the heating wire 28 is fixedly attached to the power seat 27, and the switch 16 is fixedly attached to the top end surface of the outer shell 10 of the device. The switch 16 is installed symmetrically to the left and right and corresponds to the power board 17, and an electric wire 18 is connected between the power seats 27 on both upper sides and the power board 17 on the front side, and the electric wires 18 are connected on both lower sides. The electric wire 18 is connected between the power seat 27 and the power board 17 on the rear side.
The switch 16 on the left side controls the upper power seat 27 or two power seats 27 to heat the heating wire 28 and controls the start of the drive motor 40, and the power board 17 on the right side controls the power seat 27 and the electromagnet on the right side. 50 can be controlled.

When using, cover the mouth rubber part of the socks on the wind escape pipe 12, cover the locking connection ring 14, bring the lock rotating shaft 44 and the fixed shaft 49 close to each other, and then rotate the lock rotating shaft 44 to rotate the lock ring 45. Is hooked into the hole in the lock sleeve 46 to complete the lock, and if there is only one sock, the switch 16 on the left side controls the upper power seat 27 or the two power seats 27 to heat the heating wire 28. , The start of the drive motor 40 can be controlled, and when the drive motor 40 starts, the drive spindle 37 and the main drive wheel 36 are rotationally interlocked, and the main drive wheel 36 rotationally interlocks the left meshing gear 31 by meshing, and the left meshing gear 31 is rotated. The meshing gear 31 rotates and interlocks the left air supply shaft 30, and at the same time, the pulley 38 rotates to transmit and interlock the belt 41 to rotate and interlock the left belt ring 55, and the left air supply shaft 30 is attached to the top. The blades are rotated and interlocked at the same time, intake is started by the intake port 25, the air sucked from the intake port 25 is filtered by the filtration net 26, the air is blown out from the air supply port 15, and the socks are generated by the amount of heat generated by the heating wire 28. The air bounced off the socks is discharged by the wind escape pipe 12.

When the two socks are dried, the power seat 27 and the electric magnet 50 on the right side are controlled by the electric power board 17 on the right side, and after the electric magnet 50 is energized, they repel each other with the magnet 52, and the slider 53 is pushed and slid out. The belt ring 55 is inserted and connected to the slot 56 to rotate and interlock the fixed wheel 47 and the drive sub-shaft 43, the drive sub-shaft 43 rotates the sub-drive wheel 42, and the sub-drive wheel 42 is engaged with the right side. The meshing gear 31 is rotationally interlocked, and the right meshing gear 31 simultaneously rotates and interlocks the blades of the right air supply shaft 30 and the air supply shaft 30 to start air supply.

When blowing shoes, insert the insertion connection tube 57 into the wind escape pipe 12, stabilize the position of the insertion connection tube 57 by the position restriction of the position limiting annular block 58, cover the shoe cover on the ventilation net tube 60, and dry it. start.

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 socks drying device, which includes a device main body, the device main body includes a device outer shell, an in-device chamber is installed in the device outer shell, and a windbreak is provided on the top end surface of the device outer shell. A pipe is installed, a wind escape pipe with a small hole is installed in the windbreak pipe, and a lock part that can fix socks is installed in the wind escape pipe. A shoe blower is inserted and connected inside, the lock component includes a locking ring located outside the wind escape tube, and the shoe blower is inserted and connected to the wind escape tube. Two air supply components are installed in the chamber inside the device, including an insertion connection tube, and the air supply components include an air supply tube and an air supply shaft with blades on both the left and right sides of the outer shell of the device. A filtration component that filters the air sucked by the air supply component is installed on the end face, a shaft lock mechanism is installed at the lower end of the air supply shaft, and the shaft lock mechanism includes a fixed block. The air supply shaft is stabilized by fixing the fixed block to the bottom wall of the in-device chamber, and drive transmission components that control the rotation of the air supply shafts on both sides are installed in the in-device chamber. The drive transmission component includes a drive motor and a drive auxiliary shaft, and a belt for transmitting power is installed between the drive motor and the drive auxiliary shaft. The drive component includes a magnet and an electromagnet, and the drive auxiliary component includes a magnet and an electromagnet. The shaft can be rotated by the magnetic connection between the magnet and the electromagnet, and a heating component for heating the air blown out from the air supply component is installed in the outer shell of the device, and the heating component is a power seat. The switch on the left can control the power seat on the left, the heating wire on the left and the drive motor, and the switch on the right is the power seat on the right and the heating wire on the right. And the socks drying device characterized in that the electromagnet can be controlled. The device subject includes two symmetrically upper open air inlets located on the top wall of the device inner chamber, and the windbreak pipe is fixedly installed on the top end surface of the device outer shell. The lock component communicates with the air supply port and includes a locking connection ring which is inserted and connected to the outside of the locking ring, and a lock rotating shaft is fixedly attached to the end face of the locking connection ring. , Two lock rings are fixedly attached to the lock rotation shaft, a fixed shaft is installed on the end face of the locking connection ring, and two lock sleeves are installed on the lock fixing shaft. The shoe blower includes an insertion connection tube that is inserted and connected to the wind escape pipe, a position limiting annular block is installed on the outside of the insertion connection tube, and ventilation is provided at the top end of the insertion connection tube. The socks drying device according to claim 1, wherein a net tube is installed. The air supply component includes an externally open intake port located on the left and right side walls of the in-device chamber, and the air supply tube is fixedly installed between the intake port and the air supply port. An air supply chamber that communicates with the intake port and the air supply port is installed in the trachea, and the air supply shaft is installed so as to be rotatable in the bottom wall of the chamber in the device, and the air supply is provided. The shaft goes up into the air supply chamber, the air supply shaft is installed symmetrically to the left and right and has blades, and four stabilizer rods are fixedly attached to the inner wall of the air supply chamber. A stabilizing sleeve is fixedly attached between the stabilizing rods, the air supply shaft passes through the stabilizing sleeve, and the shaft locking mechanism includes a position limiting rotary ring located on the air supply shaft. The fixing block is rotatably attached to the bottom end of the air supply shaft, the fixing block is fixed to the bottom wall of the chamber inside the device by screw nails, and the filtering component is attached to the left and right end faces of the outer shell of the device. A thread seat that is attached and located outside the intake port is included, and a filter tube is attached by a thread in the thread seat, and between the upper and lower side walls of the space inside the filter tube. The sock drying device according to claim 1, wherein three filtration nets are fixedly attached. The drive transmission component includes a meshing gear that is fixedly attached to the air supply shaft, and the drive motor is fixedly mounted in the bottom wall of the chamber in the device, and the upward output of the drive motor. The shaft is fixedly connected to the drive spindle, a main drive wheel that meshes with the meshing gear on the left side is fixedly attached to the top end surface of the drive spindle, and a pulley is fixedly attached to the drive spindle. The drive auxiliary shaft is mounted so as to be rotatable in the bottom wall of the chamber in the device, and the auxiliary drive wheel that meshes with the meshing gear on the right side is fixedly attached to the top end surface of the drive auxiliary shaft. A fixed ring is fixedly attached to the shaft, a belt ring is attached to the outside of the fixed ring so that the belt ring can rotate, and a position limitation connected to the inner end surface of the belt ring so as to slide with the fixed ring. The ring is fixedly attached, the slots are uniformly distributed in the inner side wall of the belt ring, and the slide groove corresponding to the slot is installed in the outer end face of the fixed ring. The electromagnet is fixedly mounted in the slide groove, the slider inserted and connected to the slot is slidably mounted in the slide groove, and the magnet is mounted on the inner end surface of the slider. Fixedly mounted in, the magnet can repel each other with the electromagnet, a pull repellent is fixedly mounted between the magnet and the electromagnet, and the belt is attached to the belt ring and the pulley. The socks drying device according to claim 1, wherein the socks drying device is attached so as to be able to transmit between the two. The heating component includes four power boards fixedly attached to the top wall of the in-device chamber and installed symmetrically to the left and right, and the power seats are fixed to the left and right side walls of the air supply chamber on both the left and right sides. The heating wire is fixedly attached to the power seat, the switch is fixedly attached to the top end surface of the outer shell of the device, and the switch is installed symmetrically to the left and right and with the power board. Correspondingly, an electric wire is connected between the power seats on both upper sides and the power board on the front side, and the electric wire is connected between the power seats on both sides below and the power board on the rear side. The socks drying device according to claim 1, wherein the socks are dried.

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