阅读说明：本技术 一种袜子快速烘干设备 (A kind of socks flash baking equipment ) 是由 刘默言 于 2019-10-22 设计创作，主要内容包括：本发明公开的一种袜子快速烘干设备,包括供热块,所述供热块内设有供热装置,所述供热装置工作可产生热气,所述供热装置包括环形的通气腔,所述供热装置工作产生的热气通过所述通气腔向下输送,所述供热块左右端设置有夹紧装置,所述夹紧装置包括可转动的夹紧转块,本发明通过将袜子套设于套筒及张紧块外侧,通过夹紧装置将袜子夹紧于装置内,且张紧块可根据袜子的形状转动,从而使得袜子平整,保持其形状,其次配合张开装置使得袜子完全舒展,便于热气的流通,热气沿着袜子的外形进行流通并通过张紧块与套筒的内部排出,使得热气循环流通且流通量大,流通过程中热气的流通均匀化,使得烘干全面且高效。(A kind of socks flash baking equipment disclosed by the invention, including for heat block, it is described in heat block be equipped with heating plant, the heating plant work can produce hot gas, the heating plant includes the venting cavity of annular, the hot gas that the heating plant work generates is conveyed downwards by the venting cavity, it is described that heat block or so end is provided with clamping device, the clamping device includes rotatable clamping switch block, socks by being sheathed on the outside of sleeve and tensioning block by the present invention, socks are clamped in device by clamping device, and tensioning block can be rotated according to the shape of socks, so that socks are smooth, keep its shape, secondly cooperation deploying device unfolds socks completely, convenient for the circulation of hot gas, hot gas circulate along the shape of socks and is discharged by the inside of tensioning block and sleeve, so that hot gas cycle circulates and circulation is big, The circulation homogenization of hot gas in the process of circulation, so that drying is comprehensively and efficient.)

1. a kind of socks flash baking equipment, including for heat block, it is characterised in that:

Described to can produce hot gas for, equipped with heating plant, the heating plant works in heat block, the heating plant includes annular Venting cavity, the hot gas that heating plant work generates is conveyed downwards by the venting cavity, described to set for heat block or so end It is equipped with clamping device, the clamping device includes rotatable clamping switch block, described to be installed with bilateral symmetry for heat block lower end surface Fixing clip, socks to be dried can be clamped in described for heat block by the abutting for clamping switch block and the fixing clip On, linkage is equipped on front side of the clamping device on right side, the linkage includes connecting shaft, the clamping device work When the connecting shaft can be driven to rotate；

It is described to be installed with sleeve for heat block lower end surface, it is provided with deploying device in the sleeve, includes turning in the deploying device Moving axis and four extended plates of annular array setting, the rotation axis are connected by power with the connecting shaft by driving belt, then The clamping device work drives the rotation axis to rotate synchronously, and struts socks so that the extended plate extends outwardly, It circulates convenient for dry hot gas, exhaust pipe is equipped on the downside of the deploying device, the sleeve and institute are run through in the exhaust pipe upper end It states for extending to the external world after heat block upwards；

The sleeve lower end is rotatably equipped with tensioning block, is equipped with runner pipe, the runner pipe and the exhaust in the tensioning block Pipe communicates, and then the hot gas that the heating plant generates is dried socks by the sleeve and described circulate for heat block outside, Thereafter gas is discharged by the runner pipe and the exhaust pipe, forms circulation, increases gas circulation, improves the smooth of socks Property.

2. a kind of socks flash baking equipment as described in claim 1, it is characterised in that: slidably set in the exhaust pipe It is equipped with connecting tube, is equipped with connecting cavity in the connecting tube, the connecting tube right end is installed with extruding spring, the connecting tube lower end It is contacted with the tensioning block upper end for arc-shaped.

3. a kind of socks flash baking equipment as described in claim 1, it is characterised in that: the sleeve lower end surface is installed with Determine block, rotation is provided with rotation axis between the fixed block, and the tensioning block is fixedly installed in the rotation axis, the rotation Shaft rear end is connected by power with the driving motor in the fixed block for being mounted on rear side.

4. a kind of socks flash baking equipment as described in claim 1, it is characterised in that: the heating plant includes hot wind Chamber；

The hot air cavity upper end wall is installed with rotary electric machine, and rotary electric machine lower end power is equipped with power shaft, described dynamic Power shaft lower end is equipped with fan, and the hot air cavity is interior to be fixedly installed with heat block, the heating in the fan lower position Block can be connect with extraneous power supply, be communicated on the downside of the hot air cavity equipped with cavity, the cavity is communicated with the venting cavity.

5. a kind of socks flash baking equipment as described in claim 1, it is characterised in that: the clamping device includes clamping to turn Slot；

Be rotatablely installed by clamping rotating shaft in the clamping turn trough in the clamping switch block, the clamping switch block upper surface with it is described Clamp and be installed with compression spring between turn trough, be equipped in the clampings switch block and stir chamber, it is described stir it is intracavitary by installation axle turn It is dynamic to be provided with driving lever, torsional spring is installed in the installation axle, described stir slidably is provided with briquetting in chamber upper end wall, institute State briquetting lower end extend to it is described stir intracavitary and described briquetting upper end and extend to the external world, the briquetting rear end is installed with Power spring to the pressing block reset；

Described stir slidably is equipped with fixture block in cavity rear end wall, communicate in the clamping turn trough aft bulkhead equipped with retraction slot, The fixture block rear end extends in the retraction slot and is installed with adjustable spring.

6. a kind of socks flash baking equipment as described in claim 1, it is characterised in that: the linkage includes transmission Chamber；

The clamping rotating shaft front end extends in the drive cavity and is installed with first bevel gear, and the first bevel gear left end is nibbled Conjunction is connected with second bevel gear, and the second bevel gear left side is installed with rotary gear shaft；

Reversing groove is equipped on the left of the drive cavity, the rotary gear shaft left end extends in the reversing groove and is installed with third cone Gear, third hand tap gear downside engagement are connected with the 4th bevel gear, and the connecting shaft is fixedly arranged in the 4th bevel gear At the heart.

7. a kind of socks flash baking equipment as described in claim 1, it is characterised in that: the deploying device includes rotation Chamber；

The rotation is intracavitary to be provided with rotating block by rotation axis rotation, on the rotating block there are four annular array settings Groove, the rotation chamber are equipped with container far from the side of array center, and the extended plate is located in the container and described Extended plate is installed with slide bar close to an end face of the rotation axis, and the slide bar other end extends in the groove, the cunning Reset spring is arranged on bar.

Technical field

The present invention relates to clothing technical field, specially a kind of socks flash baking equipment.

Background technique

When taking rainy day or wet weather laundry, clothes is not easy to air-dry, and needs cloth drying machine to carry out auxiliary to clothing and dries in the air Dry, jacket or trousers can be hung on clothes hanger, so that jacket or trousers open, be convenient for hot air seasoning, but the small articles such as socks Foldable or accumulation, when drying simultaneously with clothes, drying efficiency is low, and existing socks drying unit cannot keep socks in drying The original shape of son, then the hot gas generated when drying can make socks deform, secondly, socks can generate fold or folding when not opening, So that hot gas smooth can not circulate, then the circulation of hot gas is uneven, so that the drying of socks is uneven, the position temperature of hot gas aggregation It spends higher, socks can be damaged, and hot gas circulation is not comprehensive and has some setbacks, so that most of hot gas is directly flowed out from stocking blank, then may be used The hot gas amount utilized reduces, and drying efficiency is low.A kind of device that can solve the above problem that the present invention illustrates.

Summary of the invention

Technical problem:

Traditional socks drying unit gas circulation is limited, and hot gas utilization rate is low, causes drying efficiency low.

To solve the above problems, this example devises a kind of socks flash baking equipment, a kind of socks flash baking of this example Equipment, including for heat block, described for being equipped with heating plant in heat block, the heating plant work can produce hot gas, the heat supply Device includes the venting cavity of annular, and the hot gas that the heating plant work generates is conveyed downwards by the venting cavity, the confession Heat block or so end is provided with clamping device, and the clamping device includes rotatable clamping switch block, described solid for heat block lower end surface Equipped with symmetrical fixing clip, socks to be dried can be clamped in by the clamping switch block and the abutting of the fixing clip It is described in heat block, linkage is equipped on front side of the clamping device on right side, the linkage includes connecting shaft, the folder The connecting shaft can be driven to rotate when tight device work, it is described to be installed with sleeve for heat block lower end surface, it is provided in the sleeve Deploying device, four extended plates being arranged in the deploying device including rotation axis and annular array, the rotation axis with it is described Connecting shaft is connected by power by driving belt, then the clamping device work drives the rotation axis to rotate synchronously, so that The extended plate, which extends outwardly, struts socks, circulates convenient for dry hot gas, and exhaust pipe, institute are equipped on the downside of the deploying device Exhaust pipe upper end is stated through the sleeve and described for extending to the external world after heat block upwards, the sleeve lower end is rotatably equipped with Tight block, the tensioning block is interior to be equipped with runner pipe, and the runner pipe is communicated with the exhaust pipe, and then heating plant generation Hot gas is dried socks by the sleeve and described circulate for heat block outside, and gas passes through the runner pipe and the row thereafter Tracheae discharge, forms circulation, increases gas circulation, improves the planarization of socks.

It may be preferred that being slidably provided with connecting tube in the exhaust pipe, connecting cavity is equipped in the connecting tube, it is described Connecting tube right end is installed with extruding spring, and the connecting tube lower end is contacted with the tensioning block upper end for arc-shaped, thus When the tensioning block turns to vertical state, the connecting tube can be pushed to rise, when the tensioning block turns to inclination, the company Adapter tube can ensure that the gas of the exhaust pipe and the runner pipe circulates.

It may be preferred that the sleeve lower end surface is installed with fixed block, rotation is provided with rotation axis between the fixed block, institute It states tensioning block to be fixedly installed in the rotation axis, the rotation shaft rear end and the driving in the fixed block for being mounted on rear side Motor power connection, so that tensioning block described in the driving motor job control rotates.

Wherein, the heating plant includes hot air cavity, and the hot air cavity upper end wall is installed with rotary electric machine, the rotation electricity Machine lower end power is equipped with power shaft, and the power shaft lower end is equipped with fan, and the hot air cavity is interior under the fan Side position is fixedly installed with heat block, and the heat block can be connect with extraneous power supply, communicates on the downside of the hot air cavity equipped with cavity, The cavity is communicated with the venting cavity, so that after being powered hot gas occurs for the heat block, is generated by the rotation of the fan Wind-force circulates hot gas, is circulated to inside socks and is dried by the venting cavity.

Wherein, the clamping device includes clamping turn trough, is rotatablely installed by clamping rotating shaft in institute in the clamping switch block Clamping turn trough is stated, is installed with compression spring between the clamping switch block upper surface and the clamping turn trough, in the clamping switch block Equipped with stirring chamber, it is described stir it is intracavitary driving lever is provided with by installation axle rotation, be installed with torsional spring in the installation axle, described group Slidably it is provided with briquetting in dynamic chamber upper end wall, the briquetting lower end, which extends to, described stirs the intracavitary and described briquetting Upper end extends to the external world, and the briquetting rear end is installed with the power spring to the pressing block reset, it is described stir chamber after Fixture block is slidably installed in end wall, is communicated in the clamping turn trough aft bulkhead equipped with retraction slot, the fixture block rear end extends In to the retraction slot and it is installed with adjustable spring, so that described clamp turns when stirring intracavitary described in the insertion of the fixture block front end Block can not rotate, and the compression spring is in compressive state at this time, and the fixture block exits described when stirring chamber, the clamping switch block It rotates and is abutted with the fixing clip and clamp socks.

Wherein, the linkage includes drive cavity, and the clamping rotating shaft front end extends in the drive cavity and fixed There is first bevel gear, the first bevel gear left end engagement is connected with second bevel gear, and the second bevel gear left side is fixed There is rotary gear shaft, reversing groove is equipped on the left of the drive cavity, the rotary gear shaft left end extends in the reversing groove and fixed There is third hand tap gear, engagement is connected with the 4th bevel gear on the downside of the third hand tap gear, and the connecting shaft is fixedly arranged on the described 4th At bevel gear center, so that the clamping switch block drives the clamping rotating shaft to rotate when rotating, transmission is so that the connecting shaft turns It is dynamic, and then drive the deploying device work.

Wherein, the deploying device includes rotation chamber, and the rotation is intracavitary to be provided with rotation by rotation axis rotation Block, there are four grooves, the rotation chamber to be equipped with container far from the side of array center for annular array setting on the rotating block, The extended plate is located in the container and the extended plate close to an end face of the rotation axis is installed with slide bar, the cunning The bar other end extends in the groove, is arranged with reset spring on the slide bar, to can pass through when the rotating block rotates The slide bar pushes the extended plate to extend outward, and then socks are strutted.

The beneficial effects of the present invention are: the present invention is filled by the way that socks are sheathed on the outside of sleeve and tensioning block by clamping It sets and socks is clamped in device, and tensioning block can be rotated according to the shape of socks, so that socks are smooth, keep its shape Secondly shape cooperates deploying device that socks are unfolded completely, convenient for the circulation of hot gas, hot gas circulates along the shape of socks And be discharged by the inside of tensioning block and sleeve, so that hot gas cycle circulates and circulation is big, the circulation of hot gas in the process of circulation Homogenization, so that drying is comprehensively and efficient.

Detailed description of the invention

The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.

Fig. 1 is a kind of overall structure diagram of socks flash baking equipment of the invention；

Fig. 2 is the structural schematic diagram in direction " A-A " of Fig. 1；

The structural schematic diagram that " B " that Fig. 3 is Fig. 1 amplifies；

Fig. 4 is the structural schematic diagram in direction " C-C " of Fig. 3；

The structural schematic diagram that " D " that Fig. 5 is Fig. 1 amplifies；

Fig. 6 is the structural schematic diagram in direction " E-E " of Fig. 5；

Fig. 7 is the structural schematic diagram in direction " F-F " of Fig. 1.

Specific embodiment

Below with reference to Fig. 1-Fig. 7, the present invention is described in detail, for sake of convenience, now provides to hereafter described orientation As follows: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.

The present invention relates to a kind of socks flash baking equipment, are mainly used for socks drying work, below in conjunction with the present invention The present invention will be further described for attached drawing:

A kind of socks flash baking equipment of the present invention, including for heat block 32, it is described for being equipped with heating plant in heat block 32 601, the work of heating plant 601 can produce hot gas, and the heating plant 601 includes the venting cavity 39 of annular, the heat supply The hot gas that the work of device 601 generates is described that the end of heat block 32 or so is provided with clamping dress by the conveying downwards of venting cavity 39 602 are set, the clamping device 602 includes rotatable clamping switch block 46, described to be installed with bilateral symmetry for 32 lower end surface of heat block Fixing clip 52, socks to be dried can be clamped in the confession by the abutting for clamping switch block 46 and the fixing clip 52 In heat block 32, linkage 603 is equipped on front side of the clamping device 602 on right side, the linkage 603 includes connecting shaft 43, the clamping device 602 can drive the connecting shaft 43 to rotate when working, described to be installed with sleeve for 32 lower end surface of heat block 10, it is provided with deploying device 604 in the sleeve 10, includes that rotation axis 13 and annular array are arranged in the deploying device 604 Four extended plates 20, the rotation axis 13 and the connecting shaft 43 be connected by power by driving belt 16, then clampings fills Setting 602 work drives the rotation axis 13 to rotate synchronously, and struts socks so that the extended plate 20 extends outwardly, is convenient for Dry hot gas circulates, and exhaust pipe 21 is equipped on the downside of the deploying device 604, and the sleeve 10 is run through in 21 upper end of exhaust pipe And it is described for extending upwardly to the external world after heat block 32,10 lower end of sleeve is rotatably equipped with tensioning block 30, the tensioning block 30 Interior to be equipped with runner pipe 31, the runner pipe 31 is communicated with the exhaust pipe 21, and then the hot gas that the heating plant 601 generates is logical Cross the sleeve 10 and described for being circulated on the outside of heat block 32 by socks drying, gas passes through the runner pipe 31 and the row thereafter Tracheae 21 is discharged, and forms circulation, increases gas circulation, improves the planarization of socks.

Valuably, it is slidably provided with connecting tube 22 in the exhaust pipe 21, is equipped with connecting cavity in the connecting tube 22 23,22 right end of connecting tube, which is installed with, squeezes spring 25, and 22 lower end of connecting tube and 30 upper end of tensioning block are circular arc Shape contacts, to the connecting tube 22 can be pushed to rise, the tensioning block when tensioning block 30 turns to vertical state 30 when turning to inclination, and the connecting tube 22 can ensure that the exhaust pipe 21 and the gas of the runner pipe 31 circulate.

Valuably, 10 lower end surface of sleeve is installed with fixed block 27, and rotation is provided with rotation between the fixed block 27 Axis 29, the tensioning block 30 are fixedly installed in the rotation axis 29,29 rear end of rotation axis be mounted on rear side it is described Driving motor 28 in fixed block 27 is connected by power, so that tensioning block 30 described in 28 job control of the driving motor rotates.

According to embodiment, heating plant 601 is described in detail below, the heating plant 601 includes hot air cavity 33, 33 upper end wall of hot air cavity is installed with rotary electric machine 34, and the 34 lower end power of rotary electric machine is equipped with power shaft 35, institute It states 35 lower end of power shaft and fan 36 is installed, the hot air cavity 33 is interior to be fixedly installed with heating in 36 lower position of fan Block 37, the heat block 37 can be connect with extraneous power supply, be communicated on the downside of the hot air cavity 33 equipped with cavity 38, the cavity 38 with The venting cavity 39 communicates, so that after being powered hot gas occurs for the heat block 37, generates wind-force by the rotation of the fan 36 Hot gas is circulated, is circulated to inside socks and is dried by the venting cavity 39.

According to embodiment, clamping device 602 is described in detail below, the clamping device 602 includes clamping turn trough 44, the clamping switch block 46 is interior to be rotatablely installed by clamping rotating shaft 45 in the clamping turn trough 44,46 upper end of clamping switch block It is installed with compression spring 51 between face and the clamping turn trough 44, is equipped in the clamping switch block 46 and stirs chamber 53, it is described to stir Driving lever 54 is provided with by the rotation of installation axle 56 in chamber 53, torsional spring 55 is installed in the installation axle 56, it is described to stir on chamber 53 Slidably it is provided with briquetting 57 in end wall, 57 lower end of briquetting extends to described stir in chamber 53 and the briquetting 57 upper ends extend to the external world, and 57 rear end of briquetting is installed with the power spring 58 resetted to the briquetting 57, described It stirs and fixture block 61 is slidably installed in 53 aft bulkhead of chamber, communicate in 44 aft bulkhead of clamping turn trough equipped with retraction slot 59, 61 rear end of fixture block extends in the retraction slot 59 and is installed with adjustable spring 60, so that institute is inserted into 61 front end of the fixture block It states when stirring in chamber 53, the clamping switch block 46 can not rotate, and the compression spring 51 is in compressive state, the fixture block at this time 61 exit described when stirring chamber 53, and the rotation of clampings switch block 46 and abutting with the fixing clip 52 clamps socks.

According to embodiment, linkage 603 is described in detail below, the linkage 603 includes drive cavity 48, 45 front end of clamping rotating shaft extends in the drive cavity 48 and is installed with first bevel gear 47, and the first bevel gear 47 is left End engagement is connected with second bevel gear 49, and 49 left side of second bevel gear is installed with rotary gear shaft 50, the drive cavity 48 Left side is equipped with reversing groove 40, and 50 left end of rotary gear shaft extends in the reversing groove 40 and be installed with third hand tap gear 41, Engagement is connected with the 4th bevel gear 42 on the downside of the third hand tap gear 41, and the connecting shaft 43 is fixedly arranged on the 4th bevel gear 42 At center, so that the clamping switch block 46 drives the clamping rotating shaft 45 to rotate when rotating, it is driven so that 43 turns of the connecting shaft It is dynamic, and then the deploying device 604 is driven to work.

According to embodiment, deploying device 604 is described in detail below, the deploying device 604 includes rotation chamber 11, Rotating block 14 is provided with by the rotation axis 13 rotation in the rotation chamber 11, annular array is provided on the rotating block 14 Four grooves 12, the rotation chamber 11 are equipped with container 17 far from the side of array center, and the extended plate 20 is located at the receipts In tank 17 and the extended plate 20 close to an end face of the rotation axis 13 is installed with slide bar 19, and 19 other end of slide bar prolongs It extends in the groove 12, is arranged with reset spring 18 on the slide bar 19, so that institute can be passed through when the rotating block 14 rotates Stating slide bar 19 pushes the extended plate 20 to extend outward, and then socks are strutted.

It is described in detail below in conjunction with use step of the Fig. 1 to Fig. 7 to one of this paper socks flash baking equipment:

When initial, tensioning block 30 and the state in a vertical shape of sleeve 10 are sheathed on the periphery of sleeve 10 and tensioning block 30 convenient for socks, block 61 front end of block, which extends to, stirs in chamber 53, then clamping switch block 46 can not rotate, and compression spring 51 is in compression energy storage state, this When, extended plate 20 is shunk in container 17, and the outer surface of extended plate 20 connects with 10 outer surface smoother of sleeve.

When installation, socks are successively sheathed on to the periphery of tensioning block 30, sleeve 10 upwards, socks upper edge is located at fixing clamp 52 periphery of block, thereafter, Manual descending press briquetting 57, so that briquetting 57 pushes driving lever 54 to rotate, then 54 push card of driving lever Block 61 moves backward, so that fixture block 61 and clamping switch block 46 are detached from, then clamps switch block 46 in the elastic restoring force of compression spring 51 It being rotated down under effect, socks are clamped in when rotating for clamping switch block 46 in heat block 32 by clamping switch block 46 and fixing clip 52, Clamping rotating shaft 45 is driven to rotate, then the rotation of second bevel gear 49 drives the rotation of the 4th bevel gear 42, makes by driving belt 16 Rotation axis 13 rotates, then the rotation of rotating block 14 pushes extended plate 20 to move outward by slide bar 19, and extended plate 20 is by socks at this time Sub- inside struts；

Thereafter, driving motor 28 works, and rotation axis 29 is driven to rotate, then tensioning block 30 rotates, and the lower half portion of socks is strutted And it is bonded stocking foot shape；

When drying, heat block 37, which is powered, generates hot gas, and rotary electric machine 34 works, and fan 36 is driven to change the line of production raw wind-force, and wind is by hot gas It is circulated in venting cavity 39 downwards, by venting cavity 39 to socks delivered inside, hot gas is outer along sleeve 10 and tensioning block 30 Zhou Liutong is simultaneously discharged by runner pipe 31 and exhaust pipe 21 upwards, and the process of hot gas cycle circulation dries socks, and hot gas root It circulates according to socks shape, circulation is big and keeps the planarization of socks.

The beneficial effects of the present invention are: the present invention is filled by the way that socks are sheathed on the outside of sleeve and tensioning block by clamping It sets and socks is clamped in device, and tensioning block can be rotated according to the shape of socks, so that socks are smooth, keep its shape Secondly shape cooperates deploying device that socks are unfolded completely, convenient for the circulation of hot gas, hot gas circulates along the shape of socks And be discharged by the inside of tensioning block and sleeve, so that hot gas cycle circulates and circulation is big, the circulation of hot gas in the process of circulation Homogenization, so that drying is comprehensively and efficient.

In the above manner, those skilled in the art can be made within the scope of the invention according to operating mode it is various Change.