CN203715934U - Steam setting device of sock steam setting machine - Google Patents

Steam setting device of sock steam setting machine Download PDF

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Publication number
CN203715934U
CN203715934U CN201320824559.7U CN201320824559U CN203715934U CN 203715934 U CN203715934 U CN 203715934U CN 201320824559 U CN201320824559 U CN 201320824559U CN 203715934 U CN203715934 U CN 203715934U
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CN
China
Prior art keywords
steam
discharge
fixed
socks
steam shaping
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201320824559.7U
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Chinese (zh)
Inventor
吴伟东
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HAINING WANLU KNITWEAR Co Ltd
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HAINING WANLU KNITWEAR Co Ltd
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Application filed by HAINING WANLU KNITWEAR Co Ltd filed Critical HAINING WANLU KNITWEAR Co Ltd
Priority to CN201320824559.7U priority Critical patent/CN203715934U/en
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Publication of CN203715934U publication Critical patent/CN203715934U/en
Expired - Fee Related legal-status Critical Current
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Classifications

    • DTEXTILES; PAPER
    • D06TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06CFINISHING, DRESSING, TENTERING OR STRETCHING TEXTILE FABRICS
    • D06C7/00Heating or cooling textile fabrics
    • D06C7/02Setting

Abstract

The utility model provides a steam setting device of a sock steam setting machine, and belongs to the technical field of machinery. The steam setting device is used for solving such technical problems of an existing sock steam setting machine as insufficient sock setting. According to the steam setting device of sock steam setting machine, the steam setting device includes a steam pipeline and a gas collection pipe, wherein the steam pipeline is fixed in a steam setting chamber and is in one-to-one correspondent to a transmission chain wheel, a plurality of steam branch pipes are arranged on the lower end of the steam pipeline, the steam branch pipes are fixedly communicated with a connecting pipe, the gas collection pipe is sleeved at a gas outlet is sleeved by the gas collection pipe, and a control mechanism capable of driving the gas collection pipe to slide up and down to enable the gas collection pipe to open the gas outlet and cover a sock sleeving plate or close the gas outlet to locate the gas collection pipe above the sock sleeving plate is arranged between the gas collection pipe and the steam setting chamber. The steam setting device provided by the utility model has the advantages that identical steam setting effect of socks is ensured and the quality of the socks is ensured.

Description

A kind of steam shaping device of sock steam shaping machine
Technical field
The utility model belongs to field of mechanical technique, relates to the steam shaping device of a kind of sock steam shaping machine, particularly a kind of sock steam shaping machine.
Background technology
Socks need, to its sizing, to ensure that socks remain definite shape after passing, to increase the service life of socks after casting off.Existing the sizing of socks is mainly adopted to steam shaping, make the cotton thread sizing of socks by steam.
When current steam shaping, often in steam chamber, carry out, by socks are put into steaming chamber, in steaming chamber, rush steam again, often need a large amount of steam by said method, need to make to be full of in steam chamber steam in when sizing, need a large amount of energy and produce steam, therefore in the generation of steam, need to pay high cost; Because the steam in steam chamber is in floating state, socks remain static, and therefore the effect between socks and steam is relatively less, there will be the not enough situation of sizing, cause the off quality of socks.
Summary of the invention
The purpose of this utility model is to have the problems referred to above for existing technology, has proposed a kind of steam shaping device of sock steam shaping machine, and this steam shaping device has can be fast by the feature of sock molding.
The purpose of this utility model can realize by following technical proposal: a kind of steam shaping device of sock steam shaping machine, described sock steam shaping machine comprises frame, be fixed on steam generator and steam shaping chamber in frame, in described frame, be rotatably connected to some driving chains, on described driving chain, be fixed with some socks cage plates, it is characterized in that, it is indoor that this steam shaping device is positioned at steam shaping, comprise jet chimney and discharge, it is indoor corresponding one by one with drive sprocket that described jet chimney is fixed on steam shaping, described jet chimney is all connected with steam generator, described jet chimney be positioned at corresponding drive sprocket directly over, the lower end of described jet chimney has some steam and is in charge of, described steam is in charge of and is evenly distributed on jet chimney, and the distance on the distance of each steam between being in charge of and same drive sprocket between adjacent socks cage plate is identical, each described steam is in charge of all and is fixedly communicated with a tube connector, described tube connector comprises the portion of giving vent to anger that is in charge of with steam the body being communicated with and is positioned at body end, the diameter of the described portion of giving vent to anger is greater than the diameter of body, the end of the described portion of giving vent to anger is blind end, on the side face of the described portion of giving vent to anger, there are some gas outlets, described discharge is enclosed within place of the portion of giving vent to anger, the upper end of described discharge have with give vent to anger portion upper end against bulge loop, the inner tubal wall of described discharge with give vent to anger portion side face against, the Inner tube wall of described discharge offers annular groove, described annular groove is positioned at the top of discharge, described bulge loop with give vent to anger portion upper end against time gas outlet be communicated with annular groove and discharge, between described discharge and steam shaping chamber, be provided with and can drive discharge to slide up and down to make discharge to open gas outlet and socks cage plate is covered or close gas outlet to make discharge be positioned at the controlling organization of socks cage plate top.
Socks cage plate is identical with the shape of socks, and socks are enclosed within on socks cage plate, and after steam shaping, the shape of socks will be identical with socks cage plate, steam generator produces steam delivering vapor pipeline, steam branches to steam again and is in charge of, steam is in charge of steam is carried to a tube connector the gas outlet ejection from the portion of giving vent to anger, discharge can be controlled gas outlet and open or close, in the time that drive sprocket stops operating, now be positioned at the indoor socks cage plate of steam shaping be just positioned at discharge under, controlling organization control discharge moves down, and socks cage plate is covered in discharge, in the time that discharge moves to annular groove and is communicated with gas outlet, gas outlet is opened, steam can spray from gas outlet and be sprayed on socks, steam can make the Bas Discharged in discharge in discharge, to only have steam, through after a period of time, controlling organization control discharge moves upward, discharge and socks cage plate are departed from, now the inner tubal wall of discharge can be again with the side face of the portion of giving vent to anger against gas outlet is sealed, driving chain again rotate by socks complete heat treatment be delivered to steam shaping outdoor and by next group need sizing socks be delivered into steam shaping chamber, so circulation, socks cover and uperize by discharge in the time of sizing, reduced the consumption of steam, saved water resource and production cost, in the discharge of socks in being full of steam and steam be injected on socks, the effect that makes to be subject on socks steam shaping is all identical, has ensured the quality of socks, realize the automated production of sock molding by being used in conjunction with of controller and controlling organization, improved operating efficiency and reduced cost of labor.
In the steam shaping device of above-mentioned sock steam shaping machine, described controlling organization comprises control motor, some rotating shafts and cam, described control motor is fixed on a side of steam shaping chamber, described rotating shaft number is identical with jet chimney number, described rotating shaft is parallel with jet chimney, on the motor shaft of described control motor, be fixed with driving gear, in described frame, be fixed with controller, described control motor is connected with controller, described rotating shaft is rotatably connected on steam shaping chamber, one end that described rotating shaft is positioned at control motor is fixed with driven gear, driven gear engagement between described adjacent shafts, described driving gear engages with one of them driven gear, on the tube wall of described discharge, be fixed with two connecting rods, described connecting rod is positioned at discharge both sides, the upper end of described connecting rod is fixed with the collar, described tube connector is through the collar, described rotating shaft is positioned at collar below, in described rotating shaft, be fixed with some cams, the lower surface of described cam and the collar against, the described collar and two cams against.Between rotating shaft, synchronously rotate by driven gear, ensured that cam rotates consistent; Drive the collar to move up and down by the periodic rotary of cam, thereby drive discharge periodically to move up and down, realization agrees with driving chain intermittent movement.
As another kind of situation, in the steam shaping device of above-mentioned sock steam shaping machine, described controlling organization comprises control cylinder one, control cylinder two and control lever, on the tube wall of described discharge, be fixed with two connecting rods, described connecting rod is positioned at discharge both sides, the upper end of described connecting rod is fixed with suspension ring, described control cylinder one and control cylinder two are fixed on top, steam shaping chamber, described control cylinder one and control cylinder two lay respectively at the export and import place of steam shaping chamber, described control lever comprises the mobile jib one fixing with the piston rod of control cylinder one, and the mobile jib two that the piston rod of control cylinder two is fixing and somely divide one to one bar with jet chimney between mobile jib one and mobile jib two, described point of bar is parallel with jet chimney, described point of bar is through suspension ring, described control cylinder one is connected with controller with control cylinder two.
In the steam shaping device of above-mentioned sock steam shaping machine, in described frame, be rotatably connected to two drive shafts, described drive shaft drives by drive motors, in described drive shaft, be fixed with successively some drive sprockets along its axis, the diameter of described drive sprocket reduces from top to bottom successively, in described drive shaft, between isometrical drive sprocket, be rotatably connected to driving chain, one side of described driving chain is all through steam shaping chamber, described socks cage plate along driving chain length direction be uniformly distributed and every driving chain on the number of socks cage plate all identical, described drive motors is connected with controller.
In the steam shaping device of above-mentioned sock steam shaping machine, on described driving chain, be also fixed with some laser sensors, described laser sensor is equidistantly fixed on driving chain, in described frame, be fixed with laser instrument, the motion track of described laser sensor is crossing with the laser of laser instrument, and described laser instrument is connected with controller.Laser sensor is equidistantly fixing according to design, when the Ear Mucosa Treated by He Ne Laser Irradiation of laser instrument transmitting is during to laser sensor, laser sensor can transmit signals to controller, controller can be controlled drive motors and stop, the socks that are now positioned on the indoor driving chain of steam shaping are finalized, controller is connected with the time relay, restarts drive motors through controller after a period of time, so circulation.
Compared with prior art, the steam shaping device of this sock steam shaping machine has the following advantages:
1, socks cover and uperize by discharge in the time of sizing, reduced the consumption of steam, saved water resource and production cost, in the discharge of socks in being full of steam and steam be injected on socks, the effect that makes to be subject on socks steam shaping is all identical, has ensured the quality of socks.
2, by the automated production that has realized sock molding that is used in conjunction with of controller and cam rotation, improved operating efficiency and reduced cost of labor.
Brief description of the drawings
Fig. 1 is the position relationship schematic diagram of the utility model drive sprocket and steam shaping chamber.
Fig. 2 is the structural representation of controlling organization in embodiment mono-.
Sectional structure schematic diagram on the gas collection shroud socks cage plate that Fig. 3 is.
The discharge that Fig. 4 is does not cover the sectional structure schematic diagram on socks cage plate.
The position relationship schematic diagram of the lifter plate that Fig. 5 is and socks cage plate.
In figure, 11, frame; 12, steam generator; 13, steam shaping chamber; 21, drive shaft; 22, drive sprocket; 23, driving chain; 31, jet chimney; 32, steam is in charge of; 33, tube connector; 331, body; 332, the portion of giving vent to anger; 333, gas outlet; 41, discharge; 42, bulge loop; 43, annular groove; 44, connecting rod; 45, the collar; 51, control motor; 52, driving gear; 53, rotating shaft; 54, driven gear; 55, cam; 61, chain lifting platform; 62, chain decline platform; 71, lifter plate; 72, cylinder; 73, de-socks arm one; 74, holder socks arm two; 75, backing plate; 76, connect socks plate; 77, push rod; 81, socks cage plate.
Detailed description of the invention
Be below specific embodiment of the utility model by reference to the accompanying drawings, the technical solution of the utility model is further described, but the utility model be not limited to these embodiment.
Embodiment mono-
A kind of steam shaping device of sock steam shaping machine, as shown in Figure 1, sock steam shaping machine comprises frame 11, steam generator 12, steam shaping chamber 13 and controller, the steam generator 12 using in the utility model is prior art, for what can buy on the market, controller is single-chip microcomputer, in frame 11, be rotatably connected to two drive shafts 21, drive shaft 21 drives by drive motors, in drive shaft 21, be fixed with successively some drive sprockets 22 along its axis, the diameter of drive sprocket 22 reduces from top to bottom successively, in drive shaft 21, between isometrical drive sprocket 22, be rotatably connected to driving chain 23, one side of driving chain 23 is all through steam shaping chamber 13, on every driving chain 23, be all fixed with socks cage plate 81, socks cage plate 81 along driving chain 23 length directions be uniformly distributed and every driving chain 23 on the number of socks cage plate 81 all identical.
On driving chain 23, be also fixed with some laser sensors, laser sensor is equidistantly fixed on driving chain 23, in frame 11, be fixed with laser instrument, the motion track of laser sensor is crossing with the laser of laser instrument, and laser instrument is connected with controller with drive motors.
As Fig. 3, shown in Fig. 4, steam shaping chamber 13 is fixed in frame 11, steam shaping chamber 13 has the import entering for socks cage plate 81 and the outlet of going out for socks cage plate 81, this steam shaping device comprises jet chimney 31 and discharge 41, jet chimney 31 is fixed in steam shaping chamber 13 corresponding one by one with drive sprocket 22, jet chimney 31 is all connected with steam generator 12, jet chimney 31 be positioned at corresponding drive sprocket 22 directly over, the lower end of jet chimney 31 has some steam and is in charge of 32, steam is in charge of 32 and is evenly distributed on jet chimney 31, and it is identical that each steam is in charge of distance between socks cage plate 81 adjacent on distance between 32 and same drive sprocket 22, each steam is in charge of 32 and is all fixedly communicated with a tube connector 33, tube connector 33 comprises the portion of giving vent to anger 332 that is in charge of 32 bodys that are communicated with 331 with steam and is positioned at body 331 ends, the diameter of portion 332 of giving vent to anger is greater than the diameter of body 331, the give vent to anger end of portion 332 is blind end, give vent to anger on the side face of portion 332 and there are some gas outlets 333, discharge 41 is enclosed within 332 places of the portion of giving vent to anger, the upper end of discharge 41 have with the portion of giving vent to anger 332 upper ends against bulge loop 42, the inner tubal wall of discharge 41 with give vent to anger portion 332 side face against, the Inner tube wall of discharge 41 offers annular groove 43, annular groove 43 is positioned at the top of discharge 41, bulge loop 42 and the portion of giving vent to anger 332 upper ends against time gas outlet 333 be communicated with annular groove 43 and discharge 41, between discharge 41 and steam shaping chamber 13, being provided with can drive discharge 41 to slide up and down to make discharge 41 open gas outlet 333 and socks cage plate 81 is covered or close gas outlet 333 makes discharge 41 be positioned at the controlling organization of socks cage plate 81 tops.
As shown in Figure 2, controlling organization comprises controls motor 51, some rotating shafts 53 and cam 55, control the side that motor 51 is fixed on steam shaping chamber 13, rotating shaft 53 numbers are identical with jet chimney 31 numbers, rotating shaft 53 is parallel with jet chimney 31, on the motor shaft of control motor 51, be fixed with driving gear 52, controlling motor 51 is connected with controller, rotating shaft 53 is rotatably connected on steam shaping chamber 13, one end that rotating shaft 53 is positioned at control motor 51 is fixed with driven gear 54, driven gear 54 between adjacent shafts 53 engages, driving gear 52 engages with one of them driven gear 54, on the tube wall of discharge 41, be fixed with two connecting rods 44, connecting rod 44 is positioned at discharge 41 both sides, the upper end of connecting rod 44 is fixed with the collar 45, tube connector 33 is through the collar 45, rotating shaft 53 is positioned at the collar 45 belows, in rotating shaft 53, be fixed with some cams 55, the lower surface of cam 55 and the collar 45 against, the collar 45 and two cams 55 against.Between rotating shaft 53, synchronously rotate by driven gear 54, ensured that cam 55 rotates consistent; Drive the collar 45 to move up and down by the periodic rotary of cam 55, thereby drive discharge 41 periodically to move up and down, realization agrees with driving chain 23 intermittent movements.
As shown in Figure 1, the import department that frame 11 is positioned at steam shaping chamber 13 is provided with chain lifting platform 61, on chain lifting platform 61, there is some and driving chain 23 lifting face one to one, the lower end of the driving chain 23 lifting face corresponding with it against, the stepped distribution of lifting face, lifting face opposite planar tilts, described lifting face upper end is near the import of steam shaping chamber 13, difference in height between adjacent lifting face lower end is identical with the difference in height of the drive sprocket 22 that its corresponding driving chain 23 connects, lifting face upper end all with and be positioned at the drive shaft 21 corresponding lifting face of driving chain 23 that drive sprockets 22 are connected topmost and flush.Chain lifting platform 61 makes driving chain 23 highly all identical in the time entering steam shaping chamber 13, make the distance between socks cage plate 81 and discharge 41 all identical, chain lifting platform 61, by the height of the slow lifting driving chain 23 of lifting face, can not exert an influence to the rotation of driving chain 23.
As shown in Figure 1, the exit that frame 11 is positioned at steam shaping chamber 13 is provided with chain decline platform 62, on chain decline platform 62, there is some and driving chain 23 face that declines one to one, the lower end of the driving chain 23 decline face corresponding with it against, the stepped distribution of decline face, decline face opposite planar tilts, described decline face upper end is near the outlet of steam shaping chamber 13, decline face upper end all with and be positioned at the drive shaft 21 corresponding decline face of driving chain 23 that drive sprockets 22 are connected topmost and flush, difference in height between adjacent decline face lower end is identical with the difference in height of the drive sprocket 22 that its corresponding driving chain 23 connects.Chain decline platform 62 makes driving chain 23 height slow decreasing in the time going out from steam shaping chamber 13 to the identical position of height of the drive sprocket 22 corresponding with it, driving chain 23 be rotated smooth.
As shown in Figure 5, in frame 11, be positioned at driving chain 23 and be fixed with some lifter plates 71 away from a side of steam shaping chamber 13, lifter plate 71 is between driving chain 23, between lifter plate 71 and frame 11, be provided with cylinder 72, the cylinder body of cylinder 72 is fixed in frame 11, the piston rod of cylinder 72 and lifter plate 71 are fixing, cylinder 72 is connected with controller, socks cage plate 81 is between lifter plate 71, on the lifter plate 71 of socks cage plate 81 1 sides, be fixed with de-socks arm 1, one side and the socks cage plate 81 of de-socks arm 1 are fitted, the upper end of de-socks arm 1 is inclined-plane one, angle between the side that inclined-plane one and de-socks arm 1 and socks cage plate 81 are fitted is acute angle, the lifter plate 71 of socks cage plate 81 opposite sides is provided with holder socks arm 2 74, between holder socks arm 2 74 and lifter plate 71, be fixed with backing plate 75, one side and the socks cage plate 81 of holder socks arm 2 74 are fitted, the upper end of holder socks arm 2 74 is inclined-plane two, angle between the side that inclined-plane two and de-socks arm two and socks cage plate 81 are fitted is acute angle.Cylinder 72 can be controlled lifter plate 71 and move up and down, in the time that controller control drive motors stops operating, cover has socks cage plate 81 meetings of having shaped between de-socks arm 1 and de-socks arm two, on the driving lifter plate 71 of this Time Controller control cylinder 72, move, the de-inclined-plane one of socks arm 1 and the inclined-plane two of de-socks arm two can stretch into stocking blank and drive stocking blank to move up, socks are taken off from socks cage plate 81, owing to thering is backing plate 75 between de-socks arm two and lifter plate 71, therefore de-socks arm two can first eject a side of socks de-ankle socks plate, therefore socks can fall to de-socks arm one 73 one sides.
As shown in Figure 5, on de-socks arm 1, be rotatably connected to turning cylinder, turning cylinder is parallel with lifting platform, on turning cylinder, be fixed with and connect socks plate 76, on de-socks arm 1, be positioned at turning cylinder one side and be fixed with pin one, on de-socks arm 1, be positioned at turning cylinder opposite side and be fixed with pin two, pin two is positioned at same level with turning cylinder, on turning cylinder, be fixed with torsion spring, one end of torsion spring and pin one against, connect on socks plate 76, be fixed with the torsion spring other end against pin three, pin three is between turning cylinder and pin two, in frame 11, be fixed with some vertically fixing push rods 77, push rod 77 is corresponding with de-socks arm 1, push rod 77 is through lifter plate 71, push rod 77 is positioned at turning cylinder and has a side of pin three, the upper end of push rod 77 in the time that the piston rod of cylinder 72 shrinks, be positioned at turning cylinder above, in the time that the piston rod of cylinder 72 extends, be positioned at turning cylinder below, on lifter plate 71, offer and connect the socks plate 76 corresponding resigning hole passing through for socks one by one.Connecing socks plate 76 can be towards pin two rotation under the effect of torsion spring, in the time that socks fall down, connect socks plate 76 in level, socks fall connecing socks plate 76, now cylinder 72 can drive lifter plates 71 to decline, the upper end of push rod 77 can with connect socks plate 76 against, make to connect socks plate 76 and rotate, socks can drop and pass resigning hole and drop in surge drum from connecing socks plate 76, realize the automatic collection of socks.
Socks cage plate 81 is identical with the shape of socks, and socks are enclosed within on socks cage plate 81, and after steam shaping, the shape of socks will be identical with socks cage plate 81, laser sensor is equidistantly fixing according to design, when the Ear Mucosa Treated by He Ne Laser Irradiation of laser instrument transmitting is during to laser sensor, laser sensor can transmit signals to controller, controller can be controlled drive motors and stop, the socks that are now positioned on the driving chain 23 of steam shaping chamber 13 are finalized, controller is connected with the time relay, restarts drive motors through controller after a period of time, so circulation, steam generator 12 produces steam delivering vapor pipeline 31, steam branches to steam again and is in charge of 32, steam is in charge of 32 and again steam is carried to a tube connector 33 and sprayed from the gas outlet 333 of the portion of giving vent to anger 332, discharge 41 can be controlled gas outlet 333 and open or close, in the time that drive sprocket 22 stops operating, now be positioned at steam shaping chamber 13 socks cage plate 81 be just positioned at discharge 41 under, controlling organization control discharge 41 moves down, and socks cage plate 81 is covered in discharge 41, in the time that discharge 41 moves to annular groove 43 and is communicated with gas outlet 333, gas outlet 333 is opened, steam can spray from gas outlet 333 and be sprayed on socks, steam can make to only have steam in discharge 41 by the Bas Discharged in discharge 41, through after a period of time, controlling organization control discharge 41 moves upward, discharge 41 and socks cage plate 81 are departed from, now the inner tubal wall of discharge 41 can be again with the side face of the portion of giving vent to anger 332 against gas outlet 333 is sealed, again rotate at driving chain 23 that the socks that heat treatment is complete are delivered to outside steam shaping chamber 13 and need the socks of sizing to be delivered into steam shaping chamber 13 next group, so circulation, some driving chains 23 are set and can once process a collection of socks simultaneously, improve the efficiency of steam shaping, 23 same groups of drive shafts of driving chain 21 drive that to make driving chain 23 rotate time of one week identical, make socks cage plate 81 on driving chain 23 move unification, socks cover and uperize by discharge 41 in the time of sizing, reduced the consumption of steam, saved water resource and production cost, in the discharge 41 of socks in being full of steam and steam be injected on socks, the effect that makes to be subject on socks steam shaping is all identical, has ensured the quality of socks.
Embodiment bis-
The present embodiment is basic identical with structure and the principle of embodiment mono-, different place is: controlling organization comprises control cylinder one, control cylinder two and control lever, on the tube wall of discharge, be fixed with two connecting rods, connecting rod is positioned at discharge both sides, the upper end of connecting rod is fixed with suspension ring, control cylinder one and control cylinder two are fixed on top, steam shaping chamber, control cylinder one and control cylinder two lay respectively at the export and import place of steam shaping chamber, control lever comprises the mobile jib one fixing with the piston rod of control cylinder one, and the mobile jib two that the piston rod of control cylinder two is fixing and somely divide one to one bar with jet chimney between mobile jib one and mobile jib two, divide bar parallel with jet chimney, divide bar through suspension ring, described control cylinder one is connected with controller with control cylinder two.
Specific embodiment described herein is only to the explanation for example of the utility model spirit.The utility model person of ordinary skill in the field can make various amendments or supplements or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present utility model or surmount the defined scope of appended claims.
Although more used 11 herein, frame; 12, steam generator; 13, steam shaping chamber; 21, drive shaft; 22, drive sprocket; 23, driving chain; 31, jet chimney; 32, steam is in charge of; 33, tube connector; 331, body; 332, the portion of giving vent to anger; 333, gas outlet; 41, discharge; 42, bulge loop; 43, annular groove; 44, connecting rod; 45, the collar; 51, control motor; 52, driving gear; 53, rotating shaft; 54, driven gear; 55, cam; 61, chain lifting platform; 62, chain decline platform; 71, lifter plate; 72, cylinder; 73, de-socks arm one; 74, holder socks arm two; 75, backing plate; 76, connect socks plate; 77, push rod; 81, the term such as socks cage plate, but do not get rid of the possibility that uses other term.Use these terms to be only used to describe more easily and explain essence of the present utility model; They are construed to any additional restriction is all contrary with the utility model spirit.

Claims (5)

1. the steam shaping device of a sock steam shaping machine, described sock steam shaping machine comprises frame (11), be fixed on steam generator (12) and steam shaping chamber (13) in frame (11), in described frame (11), be rotatably connected to some driving chains (23), on described driving chain (23), be fixed with some socks cage plates (81), it is characterized in that, this steam shaping device is positioned at steam shaping chamber (13), comprise jet chimney (31) and discharge (41), described jet chimney (31) is fixed in steam shaping chamber (13) corresponding one by one with drive sprocket (22), described jet chimney (31) is all connected with steam generator (12), described jet chimney (31) be positioned at corresponding drive sprocket (22) directly over, the lower end of described jet chimney (31) has some steam and is in charge of (32), described steam is in charge of (32) and is evenly distributed on jet chimney (31), and it is identical that each steam is in charge of distance between distance between (32) and the upper adjacent socks cage plate (81) of same drive sprocket (22), each described steam is in charge of (32) and is all fixedly communicated with a tube connector (33), described tube connector (33) comprises is in charge of the body (331) that (32) be communicated with and the portion of giving vent to anger (332) that is positioned at body (331) end with steam, the diameter of the described portion of giving vent to anger (332) is greater than the diameter of body (331), the end of the described portion of giving vent to anger (332) is blind end, on the side face of the described portion of giving vent to anger (332), there are some gas outlets (333), described discharge (41) is enclosed within the portion of giving vent to anger (332) and locates, the upper end of described discharge (41) have with the portion of giving vent to anger (332) upper end against bulge loop (42), the inner tubal wall of described discharge (41) with give vent to anger portion (332) side face against, the Inner tube wall of described discharge (41) offers annular groove (43), described annular groove (43) is positioned at the top of discharge (41), described bulge loop (42) and the portion of giving vent to anger (332) upper end against time gas outlet (333) be communicated with annular groove (43) and discharge (41), between described discharge (41) and steam shaping chamber (13), be provided with and can drive discharge (41) to slide up and down to make discharge (41) to open gas outlet (333) and socks cage plate (81) is covered or close gas outlet (333) to make discharge (41) be positioned at the controlling organization of socks cage plate (81) top.
2. the steam shaping device of sock steam shaping machine according to claim 1, it is characterized in that, described controlling organization comprises controls motor (51), some rotating shafts (53) and cam (55), described control motor (51) is fixed on a side of steam shaping chamber (13), described rotating shaft (53) number is identical with jet chimney (31) number, described rotating shaft (53) is parallel with jet chimney (31), on the motor shaft of described control motor (51), be fixed with driving gear (52), described frame is fixed with controller on (11), described control motor (51) is connected with controller, described rotating shaft (53) is rotatably connected on steam shaping chamber (13), one end that described rotating shaft (53) is positioned at control motor (51) is fixed with driven gear (54), driven gear (54) engagement between described adjacent shafts (53), described driving gear (52) engages with one of them driven gear (54), on the tube wall of described discharge (41), be fixed with two connecting rods (44), described connecting rod (44) is positioned at discharge (41) both sides, the upper end of described connecting rod (44) is fixed with the collar (45), described tube connector (33) is through the collar (45), described rotating shaft (53) is positioned at the collar (45) below, in described rotating shaft (53), be fixed with some cams (55), the lower surface of described cam (55) and the collar (45) against, the described collar (45) and two cams (55) against.
3. the steam shaping device of sock steam shaping machine according to claim 1, it is characterized in that, described controlling organization comprises control cylinder one, control cylinder two and control lever, on the tube wall of described discharge (41), be fixed with two connecting rods (44), described connecting rod (44) is positioned at discharge (41) both sides, the upper end of described connecting rod (44) is fixed with suspension ring, described control cylinder one and control cylinder two are fixed on top, steam shaping chamber (13), described control cylinder one and control cylinder two lay respectively at the export and import place of steam shaping chamber (13), described control lever comprises the mobile jib one fixing with the piston rod of control cylinder one, and the mobile jib two that the piston rod of control cylinder two is fixing and somely divide one to one bar with jet chimney (31) between mobile jib one and mobile jib two, described point of bar is parallel with jet chimney (31), described point of bar is through suspension ring, described control cylinder one is connected with controller with control cylinder two.
4. the steam shaping device of sock steam shaping machine according to claim 2, it is characterized in that, in described frame (11), be rotatably connected to two drive shafts (21), described drive shaft (21) drives by drive motors, described drive shaft (21) is upper is fixed with some drive sprockets (22) successively along its axis, the diameter of described drive sprocket (22) reduces from top to bottom successively, between the upper isometrical drive sprocket (22) of described drive shaft (21), be rotatably connected to driving chain (23), one side of described driving chain (23) is all through steam shaping chamber (13), described socks cage plate (81) along driving chain (23) length direction be uniformly distributed and every driving chain (23) on the number of socks cage plate (81) all identical, described drive motors is connected with controller.
5. the steam shaping device of sock steam shaping machine according to claim 2, it is characterized in that, described driving chain is also fixed with some laser sensors on (23), described laser sensor is equidistantly fixed on driving chain (23), described frame is fixed with laser instrument on (11), the motion track of described laser sensor is crossing with the laser of laser instrument, and described laser instrument is connected with controller.
CN201320824559.7U 2013-12-13 2013-12-13 Steam setting device of sock steam setting machine Expired - Fee Related CN203715934U (en)

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CN201320824559.7U CN203715934U (en) 2013-12-13 2013-12-13 Steam setting device of sock steam setting machine

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103726250A (en) * 2013-12-13 2014-04-16 海宁市万路针织有限公司 Steam setting device of steam sock setting machine
CN106436119A (en) * 2016-08-25 2017-02-22 桐庐容易富机械有限公司 Sock shaping and fixing apparatus
CN107075768A (en) * 2014-08-19 2017-08-18 奥拓泰克斯意大利责任有限公司 For the equipment to textile steam shaping

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103726250A (en) * 2013-12-13 2014-04-16 海宁市万路针织有限公司 Steam setting device of steam sock setting machine
CN107075768A (en) * 2014-08-19 2017-08-18 奥拓泰克斯意大利责任有限公司 For the equipment to textile steam shaping
CN107075768B (en) * 2014-08-19 2019-07-23 奥拓泰克斯意大利责任有限公司 For the equipment to textile steam shaping
CN106436119A (en) * 2016-08-25 2017-02-22 桐庐容易富机械有限公司 Sock shaping and fixing apparatus
CN106436119B (en) * 2016-08-25 2018-09-07 桐庐容易富机械有限公司 A kind of socks shaping modular system

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