CN108523254A - High-performance abrasion-proof is modified antibacterial socks - Google Patents
High-performance abrasion-proof is modified antibacterial socks Download PDFInfo
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- CN108523254A CN108523254A CN201810214396.8A CN201810214396A CN108523254A CN 108523254 A CN108523254 A CN 108523254A CN 201810214396 A CN201810214396 A CN 201810214396A CN 108523254 A CN108523254 A CN 108523254A
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- Prior art keywords
- socks
- undertoe
- liner
- ball
- antibacterial
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Classifications
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- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41B—SHIRTS; UNDERWEAR; BABY LINEN; HANDKERCHIEFS
- A41B11/00—Hosiery; Panti-hose
-
- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41B—SHIRTS; UNDERWEAR; BABY LINEN; HANDKERCHIEFS
- A41B11/00—Hosiery; Panti-hose
- A41B11/02—Reinforcements
-
- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41B—SHIRTS; UNDERWEAR; BABY LINEN; HANDKERCHIEFS
- A41B2300/00—Details of shirts, underwear, baby linen or handkerchiefs not provided for in other groups of this subclass
- A41B2300/30—Closures
- A41B2300/33—Closures using straps or ties
-
- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41B—SHIRTS; UNDERWEAR; BABY LINEN; HANDKERCHIEFS
- A41B2400/00—Functions or special features of shirts, underwear, baby linen or handkerchiefs not provided for in other groups of this subclass
- A41B2400/22—Breathability, i.e. being vapour permeable and waterproof
-
- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41B—SHIRTS; UNDERWEAR; BABY LINEN; HANDKERCHIEFS
- A41B2400/00—Functions or special features of shirts, underwear, baby linen or handkerchiefs not provided for in other groups of this subclass
- A41B2400/80—Friction or grip reinforcement
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Socks And Pantyhose (AREA)
Abstract
The present invention provides a kind of high-performance abrasion-proof modification antibacterial socks, for solving the problems, such as that socks are easy to grow bacterium because of moisture absorbing and sweat releasing property difference, including sock body, sock body includes stocking blank, the stocking leg, heel, socks face, the stocking sole and undertoe, further include undertoe liner, heel liner, ventilative ball and antibacterial ball, undertoe liner is fixed on the inner layer of undertoe, heel liner is fixed on the inner layer of heel, ventilative ball is fixed on the inner layer in socks face, antibacterial ball is fixed on the inner layer of the stocking sole, and undertoe liner and heel liner all have air hole；Sock body is using cotton fiber and modified polyester fiber as primary raw material.
Description
Technical field
The invention belongs to socks technical fields, are related to a kind of high-performance abrasion-proof modification antibacterial socks.
Background technology
Socks are daily life articles for use, as the improvement of people's living standards, outdoor activities and outdoor activity are got over
Liked by people to get over, people are also higher and higher to the Functional Requirement of sporting goods.In motion process, foot is easy out
Sweat, moisture accumulate on foot, if foot moisture be discharged not in time, foot's skin under high humidity state softens, not wear-resisting, long
The friction of time easy tos produce bubble, and foot is chronically under humid tropical condition, is easy to grow bacterium, leads to tinea pedis
It generates, discomfort is brought to players.
Conventional socks in the prevalence of wearability, it is super it is flexible not enough, the easy worn-off of dress causes to waste, and antibacterial
Deodorization etc. is not functional strong, causes dress to be easy to obtain fungi, influences people’s lives quality, this is that those skilled in the art are urgently to be resolved hurrily
The problem of.
Invention content
The purpose of the present invention is there is the above problem in view of the prior art, it is proposed that a kind of high-performance abrasion-proof modification antibacterial
Socks, to solve the problems, such as that socks are easy to grow bacterium because of moisture absorbing and sweat releasing property difference.
Object of the invention can be realized by the following technical scheme：
High-performance abrasion-proof is modified antibacterial socks, including sock body, sock body include stocking blank, the stocking leg, heel, socks face, socks
Bottom and undertoe further include that undertoe liner, heel liner, ventilative ball and antibacterial ball, undertoe liner are fixed on the inner layer of undertoe, socks
The inner layer of heel is fixed on liner, ventilative ball is fixed on the inner layer in socks face, and antibacterial ball is fixed on the inner layer of the stocking sole, undertoe liner
All there is air hole with heel liner；Sock body is using cotton fiber and modified polyester fiber as primary raw material.
It is modified in antibacterial socks in above-mentioned high-performance abrasion-proof, cotton fiber and improved polyester fiber are contaminated with double benzene sulphurs
Sour sodium.
Be modified in antibacterial socks in above-mentioned high-performance abrasion-proof, be placed in undertoe liner and heel liner hygroscopic powder or in
Medicine antibacterial powder.
It is modified in antibacterial socks in above-mentioned high-performance abrasion-proof, wear-resisting rope, lower wear-resisting rope and socks is additionally provided in sock body
Bottom outer lining, ball of breathing freely are connected by upper wear-resisting rope concatenation, and upper wear-resisting rope passes through ventilative ball and formed at least making a round trip to be opened
Tight net；Stocking sole outer lining is compounded in the outer layer of the stocking sole, and the inner surface of stocking sole outer lining is convexly equipped with support ball, and support ball is mutually glued with the stocking sole
Knot supports ball and antibacterial ball mutual dislocation, air-permeable layer is formed between the stocking sole and stocking sole outer lining；Support ball is concatenated by lower wear-resisting rope
It is connected, lower wear-resisting rope passes through support ball and is tensioned net under being formed at least making a round trip.
It is modified in antibacterial socks in above-mentioned high-performance abrasion-proof, upper tensioning net crosses elastic string and stretch with lower tensioning Netcom to be connected.
It is modified in antibacterial socks in above-mentioned high-performance abrasion-proof, sock body further includes interior antibiotic layer and outer antibiotic layer, interior anti-
Bacterium layer is attached to undertoe liner and heel liner, and outer antibiotic layer is attached to the surface layer of heel, the surface layer of stocking sole outer lining and undertoe
Surface layer.
Be modified in antibacterial socks in above-mentioned high-performance abrasion-proof, sock body anti-bacterial purifying finish auxiliary agent, softening agent and
Antiwear assistant；Socks face, the stocking sole and the stocking leg are eyelet stitch, and stocking blank is rib construction, and heel and undertoe are plain stitch.
It is modified in antibacterial socks in above-mentioned high-performance abrasion-proof, which carries out shaping processing by thermo-pressing moulder：By socks
Sub-set is inserted on socks plate and by socks plate on sock feeding mechanism；Sock feeding mechanism is sent in shaping mechanism, and socks plate is by hot pressing
It is tightly carried out shaping in shaping mechanism, sock feeding mechanism is detached and resetted with socks plate；After sizing, socks plate is pushed out shaping mechanism；It is fixed
Socks plate after type is fallen on the conveyer belt of conveying mechanism, is started towards the wind turbine of conveyer belt and is cooled down with drying socks.
It is modified in antibacterial socks in above-mentioned high-performance abrasion-proof, shaping mechanism includes upper mold plate, lower mold plate and the first liquid
The output shaft of cylinder pressure, first hydraulic cylinder is penetrated from the upper end of babinet in babinet, and the upper mold plate is installed in first hydraulic cylinder
Output shaft end and opposite up and down with the lower mold plate, the upper mold plate can lean with the lower mold plate
And form a shaping area for being used for pattern bonded fabrics；The upper mold plate can with offer cavity in lower mold plate, in cavity
It arranges equipped with several heating tubes, and is inoculated with conduction oil in cavity, heating tube is immersed in conduction oil.
Compared with prior art, the technical program has the advantage that：
1, undertoe liner is set in the inner layer of undertoe, not only increases the wear-resistant strength of undertoe, reduce toe to undertoe
Abrasion, and convenient between toe and undertoe gas circulation；Heel liner is set in the inner layer of heel, is not only increased
The wear-resistant strength of heel reduces abrasion of the heel to undertoe, and convenient for the gas circulation between heel and heel；It is ventilative
Ball conflict acts on instep, reduces the contact area of socks face and instep, increases the gas permeability of socks face and instep；Antibacterial ball supports
It touches and acts on sole, reduce the contact area of the stocking sole and sole, be tightly attached to the stocking sole after avoiding sole from perspiring, increase sole
Gas permeability, it is suppressed that bacteria breed improves antibiotic property；
2, the change in size of ball of breathing freely is in linkage with the tensioning of wear-resisting rope and shrinks, upper tensioning net be in socks face and instep it
Between, upper tensioning net can be tensioned to instep, and the contact area for further reducing socks face and instep is shunk in the tensioning of upper tensioning net,
Improve the gas permeability between socks face and instep.The tensioning that the change in size of support ball is in linkage with lower wear-resisting rope is shunk, lower tensioning
Net can be tensioned in air-permeable layer, and lower tensioning Netcom crosses tensioning and shrinks the size that can change air-permeable layer, and ensures that air-permeable layer begins
Exist eventually, it is ensured that the gas circulation between the stocking sole and stocking sole outer lining is conducive to moisture absorbing and sweat releasing.
Description of the drawings
Fig. 1 is the structural schematic diagram that high-performance abrasion-proof according to the present invention is modified antibacterial socks.
Fig. 2 is the structural schematic diagram of the forming machine of the present invention.
Fig. 3 is the partial enlarged view of Fig. 2.
Fig. 4 is the structural schematic diagram of the sock feeding mechanism of forming machine in the present invention.
Fig. 5 is the structural schematic diagram of the clamping device of forming machine in the present invention.
Fig. 6 is the schematic side view of the forming machine of the present invention.
Fig. 7 is the startup schematic diagram of the sock feeding mechanism of forming machine in the present invention.
Fig. 8 is the structural schematic diagram of the unloading device of forming machine in the present invention.
In figure, 1, rack；2, shaping box；3, into stocking blank；4, go out stocking blank；5, upper mold plate；6, lower mold plate；7, the first liquid
Cylinder pressure；8, cavity；9, heating tube；10, fixed link；11, slide bar；12, pin-joint piece；13, sliding block；14, tension spring one；15, movable stand；
16, push-rod electric machine；17, rotating bar；18, first motor；19, fixed station；20, turntable；21, the first belt pulley；22, the second skin
Belt wheel；23, third belt pulley；24, belt；25, first gear；26, card slot；27, bar is compressed；28, tension spring two；29, push plate；
30, cursor one；31, cursor two；32, position-limited rack；33, the second motor；34, connecting rod；35, confined planes；36, conveyer belt；
37, wind turbine；38, second gear；39, sliding slot；40, gag lever post；41, auxiliary wheel；42, grip block；43, stocking blank；44, the stocking leg；45、
Heel；46, socks face；47, the stocking sole；48, undertoe；49, undertoe liner；50, heel liner；51, ventilative ball；52, antibacterial ball；53、
Upper wear-resisting rope；54, lower wear-resisting rope；55, stocking sole outer lining；56, upper tensioning net；57, ball is supported；58, air-permeable layer；59, lower tensioning net；
60, elastic string；61, interior antibiotic layer；62, outer antibiotic layer.
Specific implementation mode
It is described below for disclosing the present invention so that those skilled in the art can realize the present invention.It is excellent in being described below
Embodiment is selected to be only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.
As shown in Figure 1, the present invention provides a kind of high-performance abrasion-proof modification antibacterial socks, including sock body, sock body packet
Stocking blank 43, the stocking leg 44, heel 45, socks face 46, the stocking sole 47 and undertoe 48 are included, further includes undertoe liner 49, heel liner 50, breathe freely
Ball 51 and antibacterial ball 52, undertoe liner 49 are fixed on the inner layer of undertoe 48, and heel liner 50 is fixed on the inner layer of heel 45, thoroughly
Balloon 51 is woven in the inner layer in socks face 46, and antibacterial ball 52 is woven in the inner layer of the stocking sole 47, and undertoe liner 49 and heel liner 50 are all
With air hole；Sock body is using cotton fiber and modified polyester fiber as primary raw material.
In the present invention, in the inner layer of undertoe 48 setting undertoe liner 49, the wear-resistant strength of undertoe 48 is not only increased, is subtracted
Abrasion of the little toe to undertoe 48, and convenient for the gas circulation between toe and undertoe 48；It is set in the inner layer of heel 45
Heel liner 50 is set, the wear-resistant strength of heel 45 is not only increased, reduces abrasion of the heel to undertoe 48, and be convenient for heel
Gas circulation between 45 and heel；The ventilative conflict of ball 51 acts on instep, reduces the contact area in socks face 46 and instep,
The gas permeability for increasing socks face 46 and instep avoids the bored sweat of foot；Antibacterial ball 52 conflict act on sole, reduce the stocking sole 47 with
The contact area of sole is tightly attached to the stocking sole 47 after avoiding sole from perspiring, improves the gas permeability of sole, it is suppressed that bacteria breed,
Improve antibiotic property.
Sock body is mainly to be interwoven by cotton fiber and modified polyester fiber, to have higher wearability with
Intensity.Selectively, cotton fiber and improved polyester fiber are contaminated with double benzene sulfonic acid sodium salts, and adding double benzene sulfonic acid sodium salts can carry
The antibacterial of high sock body, bactericidal effect.Undertoe liner 49 can be fixed by way of suture with undertoe 48, and heel liner 50 can
It is fixed with heel 45 by way of suture.
Selectively, undertoe liner 49 and heel liner 50 can be detachably fixed by way of velcro, undertoe liner
49 are placed with Chinese medicine antibacterial powder, and heel liner 50 is placed with hygroscopic powder；Alternatively, undertoe liner 49 is placed with hygroscopic powder, in heel
Lining 50 is placed with Chinese medicine antibacterial powder；Alternatively, undertoe liner 49 is placed with Chinese medicine antibacterial powder and hygroscopic powder simultaneously, Chinese medicine antibacterial powder and
The quality parts ratio of hygroscopic powder is 1:1, heel liner 50 is placed with Chinese medicine antibacterial powder.For absorbing foot's sweat when hygroscopic powder,
Antibiotic property is improved when Chinese medicine antibacterial powder, avoids growing tinea pedis, taking-up is individually dismantled in cleaning, and convenient for addition or replace
Medicinal powder enables drug effect to keep for a long time.
Preferably, 47 outer lining 55 of wear-resisting rope 53, lower wear-resisting rope 54 and the stocking sole is additionally provided in sock body, ball 51 of breathing freely is logical
It crosses the concatenation of wear-resisting rope 53 to be connected, upper wear-resisting rope 53 passes through ventilative ball 51 and formed at least making a round trip is tensioned net 56；Socks
Bottom outer lining 55 is compounded in the outer layer of the stocking sole 47, and the inner surface of stocking sole outer lining 55 is convexly equipped with support ball 57, supports ball 57 and the stocking sole 47
It is bonding, ball 57 and 52 mutual dislocation of antibacterial ball are supported, forms air-permeable layer 58 between the stocking sole 47 and stocking sole outer lining 55；Support ball 57
Connected by the concatenation of lower wear-resisting rope 54, lower wear-resisting rope 54 passes through support ball 57 and forms lower tensioning net 59 at least making a round trip.
The tensioning that the change in size of ventilative ball 51 is in linkage with wear-resisting rope 53 is shunk, and upper tensioning net 56 is in socks face 46 and foot
Between the back of the body, upper tensioning net 56 can be tensioned to instep, and the tensioning contraction of upper tensioning net 56 further reduces socks face 46 and instep
Contact area, improve the gas permeability between socks face 46 and instep.The change in size of support ball 57 is in linkage with lower wear-resisting rope 54
Tensioning shrink, lower tensioning net 59 can be tensioned in air-permeable layer 58, and lower tensioning net 59 can change air-permeable layer 58 by tensioning contraction
Size, and ensure that air-permeable layer 58 exists always, it is ensured that the gas circulation between the stocking sole 47 and stocking sole outer lining 55 is conducive to
Moisture absorbing and sweat releasing.
Upper tensioning net 56 is connected with lower tensioning net 59 by the way that elastic string 60 is flexible.Elastic string 60 is in socks face 46 and the stocking sole 47
Junction, there is elastic connection effect to upper tensioning net 56 and lower tensioning net 59, under the elastic connection of elastic string 60, raising
Cladding dynamics of the entire socks body to foot avoids socks body from relaxing, improves the service life of socks, and plays and prevent socks body
The effect to misplace with foot, and the tensioning contraction for being tensioned net 56 and the tensioning of lower tensioning net 59 is made to shrink the phase that can link
It closes, since covered effect is stablized, socks face 46 and 47 position of the stocking sole will not move, and the ventilation and perspiration function of instep and sole is stablized.Secondly,
The sweat that lower tensioning net 59 absorbs can be transmitted to upper tensioning net 56 by elastic string 60, avoid the bored sweat of sole and grow bacterium.
Selectively, the volume of support ball 57 is more than the volume of antibacterial ball 52, to realize stable resilient support.Foot from
When ground, antibacterial ball 52 and support ball 57 are returned to the state not being pressurized to jack up the stocking sole 47 and stocking sole outer lining 55 outward, make
Gas-bearing formation 58 becomes larger, and accelerates the discharge of sole sweat.
Sock body further includes interior antibiotic layer 61 and outer antibiotic layer 62, and interior antibiotic layer 61 is attached to undertoe liner 49 and heel
Liner 50, outer antibiotic layer 62 are attached to the surface layer on the surface layer of heel 45, the surface layer of 47 outer lining 55 of the stocking sole and undertoe 48, interior antibacterial
Layer 61 avoids toe and heel from growing bacterium, plays internal layer antibacterial and protective, and outer antibiotic layer 62 avoids socks contamination to shoes
On bacterium, avoid bacterium from inwardly growing, play outer layer antibacterial and protective, double protection improves antibiotic property.
Sock body anti-bacterial purifying finish auxiliary agent, softening agent and antiwear assistant；Socks face 46, the stocking sole 47 and the stocking leg 44 are
Eyelet stitch, stocking blank 43 are rib construction, and heel 45 and undertoe 48 are plain stitch.Improve the antibacterial deodourizing of sock body
Property, wearability, warmth retention property and gas permeability.
In addition, upper wear-resisting rope 53 and lower wear-resisting rope 54 are twisted by spandex and terylene friendship, elastic string 60 is by cotton yarn and spandex
Friendship is twisted, and ball 51 of breathing freely is raw material by terylene water suction low stretch yarn and cotton yarn；Antibacterial ball 52 is low by bamboo charcoal fiber and terylene water suction
Elater is raw material；Support ball 57 is raw material by terylene water suction low stretch yarn and high-shrinkage polyester.Conducive to wear-resisting contraction and moisture absorption row
Sweat.The moisture sorption effect of elastic string 60 is better than the moisture sorption effect of lower wear-resisting rope 54.The moisture sorption effect of ball 57 is supported to be better than antibacterial ball 52
Moisture sorption effect, the moisture sorption effect for the ball 51 of breathing freely is conducive to the sweat of sole from bottom to up better than the moisture sorption effect of support ball 57
Moisture absorbing and sweat releasing avoids sole humidity from going out bubble and grows bacterium.
The present invention also provides the processing technologys that a kind of above-mentioned high-performance abrasion-proof is modified antibacterial socks, including step：
Stock：Using cotton fiber and modified polyester fiber as primary raw material, spun yarn；
Weaving：Weaving forms the sock body of both ends open；
Margin to seam processing：Undertoe 48 and socks body sutured to mesh；
Secure liner：A undertoe liner and a heel liner is provided to be fixed on undertoe liner after difference is antibacterial processed
Heel liner is fixed on the internal layer of heel by the internal layer of undertoe；
Fixed sphere：Several ventilative balls and antibacterial ball are provided, ventilative ball is bonded and fixed to the inner layer in socks face, by antibacterial ball
It is bonded and fixed at the inner layer of the stocking sole；
Final finishing：Final finishing is carried out with normal temperature dippings socks such as non-dissolving type durable antibiotic deodorization finishing agent, softening agents；
Sizing treatment：Socks are sleeved on socks plate；Socks plate is inserted in place on the sock feeding mechanism at stocking blank 43；Send socks
Socks plate from into the shaping area being sent to from stocking blank 43 in shaping mechanism, is made socks plate be placed on the lower mold plate 6 of heating, added by mechanism
The upper mold plate 5 of heat is forced downward socks plate, and socks plate is heated to be pressed between mold plate 5 and lower mold plate 6, sock feeding mechanism and set
Socks socks plate is detached and is resetted；Unloading device starts, and push plate 29 releases the socks plate after sizing from lower mold plate 6；Conveying mechanism opens
Dynamic, the set socks socks plate after sizing is fallen on the conveyer belt 36 of conveying mechanism, is started towards the wind turbine 37 of conveyer belt 36 with to socks
Son blowing cooling；
Test package：Artificial quality inspection is carried out to the finished product of gained, after the assay was approved packaging and storage.
In postfinishing process, fabric is real by normal temperature dippings such as non-dissolving type durable antibiotic deodorization finishing agent, softening agents
The function of antibacterial deodourizing is showed, antibiotic rate reaches 95% or more.
Sizing treatment makes socks fully be shaped, conducive to foot is pasted when wearing to realize each position function.
Further, above-mentioned technique further includes：One stocking sole outer lining is provided, ball is supported in the inner surface setting of stocking sole outer lining,
Link support ball is concatenated with lower wear-resisting rope, with the connected ventilative ball of wear-resisting rope concatenation, it is resistance to under that wear-resisting rope is mutually connected with elastic string
After mill rope, stocking sole outer lining and the stocking sole are adhesively fixed.
Further, the surface layer coating antiseptic on the surface layer of heel, the surface layer of stocking sole outer lining and undertoe is done at antibacterial
Reason.
As shown in Fig. 2 to Fig. 8, the present invention provides a kind of heat pressing type forming machine, should for implementing above-mentioned sizing treatment step
Forming machine includes rack 1, and several shaping boxes 2 are installed in rack 1, the forming machine for socks of shaping is provided in shaping box 2
Structure, the front side of shaping box 2 are offered into stocking blank 3, and the rear side of shaping box 2 offers out stocking blank 4, are provided in rack 1 for by socks
Son is sent into the sock feeding mechanism of shaping box 2, and sock feeding mechanism is located at at stocking blank 3；Several be used for shaping mechanism is provided in rack 1
The unloading device that middle socks take out, unloading device and shaping box 2 correspond and be in shaping box 2 goes out stocking blank 4；Rack 1
On be additionally provided with conveying mechanism for the socks of taking-up to be delivered to next station；Shaping box 2 is installed with sliding slot 39, sliding slot 39
It is located at 4 side of stocking blank, the lower end of sliding slot 39 is located at the surface of conveying mechanism, and socks plate slides along sliding slot 39 to conveying mechanism
On.
Specifically, shaping mechanism includes upper mold plate 5, lower mold plate 6, first hydraulic cylinder 7, first hydraulic cylinder 7 is installed in
In rack 1 and output shaft straight down, the output shaft of first hydraulic cylinder 7 is penetrated from the upper plate of shaping box 2 in shaping box 2, upper fixed
Template 5 is installed in the output shaft end of first hydraulic cylinder 7, and lower mold plate 6 is connected to by several elastic constructions in rack 1,
In the implementation case, the quantity of elastic construction is four.
Upper mold plate 5 can lean with lower mold plate 6 and form a shaping area for socks of shaping；Upper mold plate 5 with
Cavity 8 is offered in lower mold plate 6, is arranged in cavity 8 equipped with several heating tubes 9 and clamping piece, clamping piece contacts at sky
The inner wall of chamber 8, heating tube 9 is closely fed through clamping piece to form gap with the inner wall of cavity 8, and is inoculated with conduction oil in cavity 8,
Heating tube 9 is immersed in conduction oil.
Elastic construction includes fixed link 10, slide bar 11, several pin-joint pieces 12, several sliding blocks 13, in the implementation case, hinge
The quantity of contact pin 12 is two, and the quantity of sliding block 13 is two；Slide bar 11 is installed in rack 1, and slide opening is offered on sliding shoe,
Sliding shoe is set in by slide opening on the both ends of slide bar 11；Pin-joint piece 12 is respectively hinged on the sliding shoe at 11 both ends of slide bar, Gu
One end of fixed pole 10 is hinged on pin-joint piece 12, and the other end of fixed link 10 is installed in 6 lower face of lower mold plate；It is covered on slide bar 11
Equipped with tension spring 1, the both ends of tension spring 1 are connected with the sliding shoe on 11 both ends of slide bar respectively.
When socks plate enters lower mold plate 6, upper mold plate 5 is pressed downward, and upper mold plate 5 can lean with lower mold plate 6
And a shaping area for socks of shaping is formed, socks plate is in shaping area, and lower mold plate 6 is connected to by several elastic constructions
In rack 1, when upper mold plate 5 presses to lower mold plate 6, prevent mold plate 5 and lower 6 hard contact of mold plate, socks from passing through
It calorifies mold plate 6 up and down to mutually compress, socks can quickly shape.
Conduction oil inside cavity 8 can be kept the temperature in stable range.Lower mold plate 6 by upper mold plate 5 to
When pushing, fixed link 10 is pressed downward, and sliding block 13 is slided on slide bar 11 to both ends, and tension spring 1 is by two cunnings on slide bar 11
Block 13 connects.Make lower mold plate 6 that there is certain deformability, the pressure for making the socks of shaping area be subject in this way
It is identical.When upper mold plate 5 lifts, the contraction of tension spring 1 makes the opposite sliding of two sliding blocks 13 that lower mold plate 6 be driven to reset upwards.
If specifically, sock feeding mechanism include movable stand 15, it is several push-rod electric machines 16, rotating bar 17, first motor 18, solid
Determine platform 19, several turntables 20, push-rod electric machine 16 is installed in rack 1 and output shaft is horizontally disposed, and movable stand 15, which is installed in, to be pushed away
The output shaft end of bar motor 16, the telescopic drive of 15 drawn stem motor 16 of movable stand, rotating bar 17 are rotatably arranged on movable stand
On 15, first motor 18 is installed in rack 1 and output shaft is connect with rotating bar 17,18 17 turns of energy band turn lever of first motor
Dynamic, in the implementation case, the rotatable angle range of rotating bar 17 is 0-90 °；Fixed station 19 is installed in rotating bar 17, is turned
On the dynamic rotation of platform 20 setting fixed station 19, in the implementation case, angle rotatable of the turntable 20 on fixed station 19 is 0-
180°。
Further, it is provided with the clamping device for clamping socks plate lower end on turntable 20, turntable 20 times is also fixed
There is the first belt pulley 21, is rotated on movable stand 15 and be provided with the second belt pulley 22 and third belt pulley 23,22 He of the second belt pulley
Third belt pulley 23 divides to be arranged with belt 24 on the both ends of movable stand 15, the second belt pulley 22 and third belt pulley 23,
The belt 24 is connected with the first belt pulley 21 and can take up rotation；Is coaxially installed on the output shaft of the first motor 18
One gear 25 is coaxially installed with second gear 38 on third belt pulley 23, and second gear 38 is helical gear with first gear 25, the
Two gears 38 are meshed with first gear 25.
Clamping device includes grip block 42, card slot 26 is offered on grip block 42,42 one end of grip block offers and card slot
The 26 several through-holes being connected are equipped in through-hole and compress bar 27 and can be slided in through-hole, and the one end for compressing bar 27 is located at
There is oblique type face, the other end for compressing bar 27 to be connected on grip block 42 by tension spring 2 28 in card slot 26 and on the end.
Socks plate is inserted into the grip block 42 on turntable 20, at this point, the card slot 26 on grip block 42 is in hang down with rotating bar 17
Straight state, socks plate is perpendicular to lower mold plate 6 and socks plate is not in shaping area, when first motor 18 rotates, 18 band of first motor
Turn lever 17 rotates, while first gear 25 being driven to rotate, and fixed fixed station 19 also rotates therewith bar 17 in rotating bar 17
Rotation, until socks plate turns in shaping area, and first gear 25 drives third belt pulley 23 to rotate, and third belt pulley 23 drives
Second belt pulley 22 rotates and the belt 24 that is set on third belt pulley 23 and the second belt pulley 22 rotates, the drive of belt 24 the
One belt pulley 21 rotates, and the first belt pulley 21 drives turntable 20 to rotate, and so that socks plate is turned to parallel with lower mold plate 6.Rotation
The rotation of platform 20 is synchronous regime with the rotation of rotating bar 17.It is inserted into card slot 26 in socks plate, the lower end of socks plate is from compressing bar 27
Oblique type face is inserted into, and is compressed bar 27 and is resisted socks plate.
It is set on fixed station 19 there are one gag lever post 40, auxiliary wheel 41 is set on gag lever post 40, auxiliary wheel 41 is located at the first skin
21 side of belt wheel, belt 24 pass through between auxiliary wheel 41 and the first belt pulley 21 and are pressed on the first belt by auxiliary wheel 41
On wheel 21.
Specifically, unloading device includes push plate 29, cursor 1, cursor 2 31, position-limited rack 32, the second motor 33,
Position-limited rack 32 is installed in rack 1, and the second motor 33 is installed in rack 1, and the output shaft of the second motor 33 is horizontally disposed, rotation
Arm 1 is installed on the output shaft of the second motor 33, and cursor 2 31 is rotatably arranged on position-limited rack 32, and 29 both ends of push plate are equal
It is installed in connecting rod 34, confined planes 35 are offered in connecting rod 34, have the gag lever post being mutually parallel, push rod logical on position-limited rack 32
It crosses connecting rod 34 and is rotatably arranged on cursor 1 and cursor 2 31, all had on cursor 1 and cursor 2 31 flexible
The upper plane that structure, confined planes 35 and gag lever post can make push plate 29 perpendicular to lower mold plate 6 when contacting, push plate 29 can by socks plate from
Lower mold plate 6 is released.
Second motor 33 drives cursor 1 to rotate, and cursor 1 drives cursor 2 31 to rotate, and makes push plate 29
Output shaft around the second motor 33 rotates, and the confined planes 35 in the connecting rod 34 of push plate 29 connect with the gag lever post on position-limited rack 32
It touches, and makes push plate 29 perpendicular to lower mold plate 6, the second motor 33 is rotated further, and is stretched by cursor 1, cursor 2 31
Shrinking structure makes push plate 29 be moved along gag lever post, and socks plate is released from lower mold plate 6.The stretching structure includes big
Bar, small bar, compression spring, big bar is interior, and there is channel, small bar to be threaded through in the channel of big bar and be connect with big bar by compression spring.
Specifically, conveying mechanism includes conveyer belt 36, the first roller, the second roller, wind turbine 37, the first roller and the second roller
Cylinder rotation is arranged in parallel in rack 1, and conveyer belt 36 is set in the first roller and the second roller, and conveyer belt 36 is chain type conveyor belt
36, wind turbine 37 is installed in rack 1, and wind turbine 37 is located at the lower section of conveyer belt 36, and wind turbine 37 can be to up-draught.
When socks plate is fallen on conveyer belt 36, quickly cooled down to socks by wind turbine 37, improves fixed effect.
When sizing, socks are set on socks plate and socks plate is inserted on sock feeding mechanism, socks plate is fixed from being entered into stocking blank 3
In type mechanism, by shaping mechanism fast shaping, which need not carry out drying step by the way of thermocompression forming
Suddenly, the sizing socks time is short, and effect is good；After sizing finishes, socks plate is released from shaping mechanism by unloading device, and
It is sent on conveying mechanism, is transferred out socks plate by conveying mechanism, when socks carry out shaping, new socks plate is inserted into and is sent
In hosiery machine structure, multiple steps are carried out at the same time, and improve working efficiency.
The product of the present invention is widely used in men and women, old and young and wears socks, and products application has a extensive future, society and the performance of enterprises
Well, there is the performances such as high-wearing feature, high intensity, high flexibility, antibacterial deodourizing, product main technical performance index：
1, colorfastness to rubbing：3-4 grades of the color fastness of resistance to dry friction, 4 grades of moisture-proof colorfastness to rubbing；
2, wearability：>10000 turns；
3, elongation at break/%：30；
4, decomposable asymmetric choice net carcinogenic aromatic amine dyestuff (mg/kg)：It is not detected；
5, peculiar smell：Nothing.
Specific embodiment described herein is only an example for the spirit of the invention.Technology belonging to the present invention is led
The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method
In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.
Claims (9)
1. high-performance abrasion-proof is modified antibacterial socks, including sock body, sock body include stocking blank, the stocking leg, heel, socks face, the stocking sole
And undertoe, which is characterized in that further include that undertoe liner, heel liner, ventilative ball and antibacterial ball, undertoe liner are fixed on undertoe
Inner layer, heel liner is fixed on the inner layer of heel, and ventilative ball is fixed on the inner layer in socks face, and antibacterial ball is fixed in the stocking sole
Layer, undertoe liner and heel liner all have air hole；Sock body is using cotton fiber and modified polyester fiber as primary raw material.
2. high-performance abrasion-proof according to claim 1 is modified antibacterial socks, which is characterized in that cotton fiber and improved polyester
Fiber is contaminated with double benzene sulfonic acid sodium salts.
3. high-performance abrasion-proof according to claim 2 is modified antibacterial socks, which is characterized in that in undertoe liner and heel liner
It is placed with hygroscopic powder or Chinese medicine antibacterial powder.
4. high-performance abrasion-proof according to claim 2 is modified antibacterial socks, which is characterized in that be additionally provided in sock body resistance to
Mill rope, lower wear-resisting rope and stocking sole outer lining, ball of breathing freely is concatenated by upper wear-resisting rope to be connected, and upper wear-resisting rope passes through at least making a round trip
It is tensioned net in ventilative ball and formation；Stocking sole outer lining is compounded in the outer layer of the stocking sole, and the inner surface of stocking sole outer lining is convexly equipped with support ball, branch
It supports ball and the stocking sole is bonding, support ball and antibacterial ball mutual dislocation, air-permeable layer is formed between the stocking sole and stocking sole outer lining；Support ball logical
It is connected to cross down wear-resisting rope concatenation, lower wear-resisting rope passes through support ball and forms lower tensioning net at least making a round trip.
5. high-performance abrasion-proof according to claim 4 is modified antibacterial socks, which is characterized in that be above tensioned net and lower tensioning Netcom
It is flexible connected to cross elastic string.
6. high-performance abrasion-proof according to claim 4 is modified antibacterial socks, which is characterized in that sock body further includes interior antibacterial
Layer and outer antibiotic layer, interior antibiotic layer are attached to undertoe liner and heel liner, and outer antibiotic layer is attached to the surface layer of heel, outside the stocking sole
The surface layer of lining and the surface layer of undertoe.
7. high-performance abrasion-proof according to claim 4 is modified antibacterial socks, which is characterized in that sock body antibacterial deodourizing
Finishing auxiliaries, softening agent and antiwear assistant；Socks face, the stocking sole and the stocking leg are eyelet stitch, and stocking blank is rib construction, heel and undertoe
For plain stitch.
8. the high-performance abrasion-proof according to claim 1-7 any claims is modified antibacterial socks, which is characterized in that the socks
Processing is carried out shaping by thermo-pressing moulder：Socks are sleeved on socks plate and socks plate is inserted on sock feeding mechanism；Sock feeding mechanism
It is sent in shaping mechanism, heated be pressed in shaping mechanism of socks plate carries out shaping, and sock feeding mechanism is detached and answered with socks plate
Position；After sizing, socks plate is pushed out shaping mechanism；Socks plate after sizing is fallen on the conveyer belt of conveying mechanism, towards conveyer belt
Wind turbine start with to socks dry cool down.
9. high-performance abrasion-proof according to claim 8 is modified antibacterial socks, which is characterized in that sock feeding mechanism is arranged in forming machine
Structure at stocking blank, socks plate compresses bar to resist in being inserted longitudinally on the grip block of sock feeding mechanism to grip block insertion
The lower end of socks plate；The rotating bar of sock feeding mechanism rotates so that socks plate is transferred to the shaping area of shaping mechanism, turns where grip block
Dynamic platform rotation is so that socks plate turns to horizontality；After shaping mechanism clamps socks plate, sock feeding mechanism is backwards to shaping mechanism direction
It is mobile, so that socks plate and grip block is detached；Rotating bar and turntable, which rotate backward, resets to reset condition, for being inserted into new socks
Plate.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810214396.8A CN108523254A (en) | 2018-03-15 | 2018-03-15 | High-performance abrasion-proof is modified antibacterial socks |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810214396.8A CN108523254A (en) | 2018-03-15 | 2018-03-15 | High-performance abrasion-proof is modified antibacterial socks |
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| CN108523254A true CN108523254A (en) | 2018-09-14 |
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| CN201810214396.8A Pending CN108523254A (en) | 2018-03-15 | 2018-03-15 | High-performance abrasion-proof is modified antibacterial socks |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109806154A (en) * | 2019-02-13 | 2019-05-28 | 王保平 | A kind of micro- electromagnetically healthy socks |
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| CN2115663U (en) * | 1992-02-28 | 1992-09-16 | 陈美华 | Raised granule socks with healthful purpose of anti-bacteria and removing bad smell |
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Application publication date: 20180914 |
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