CN200943146Y - Double chamber type cheese yarn beam yarn dual-purpose drying machine - Google Patents
Double chamber type cheese yarn beam yarn dual-purpose drying machine Download PDFInfo
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- CN200943146Y CN200943146Y CN 200620026943 CN200620026943U CN200943146Y CN 200943146 Y CN200943146 Y CN 200943146Y CN 200620026943 CN200620026943 CN 200620026943 CN 200620026943 U CN200620026943 U CN 200620026943U CN 200943146 Y CN200943146 Y CN 200943146Y
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Abstract
The utility model discloses a vertical double-cabinet dual-purpose drying machine for bobbin yarn and warp beam yard and provides a dual-purpose drying machine that is applicable for both the bobbin yarn and the warp beam, improves the yarn quality and saves the energy. The lower part of the two sides of the drying cabinet are respectively provided with a mixed airway; the humid air enters the top of the drying chamber; the outlet of the humidity ventilating and heat exchanging device is connected to the main blower through a primary three-way, a primary valve and a secondary three-way and the main blower is in succession connected to a heating and heat exchanging device and a air inlet on the lower connected cabinet; the air inlets at the two sides on the upper part of the lower connected cabinet is connected with the mixed airway in the drying chamber. The lower side air inlet of the lower connected cabinet is connected to the tertiary end of the secondary three-way through the secondary valve; the air inlet in the front of the lower part of the lower connected cabinet is abutted to a tiny wagon in the drying chamber; the humid and hot gas import and the humidity ventilating and heat exchanging pipe import in the drying chamber are connected; the humidity ventilating and heat exchanging outlet and the humidity ventilating blower are connected; the tertiary end of the primary three-way is connected to the sub-blower through the tertiary valve; and the sub-blower and the mixed airway on the drying chamber are connected.
Description
Technical field
The utility model relates to a kind of dryer, in particular, relates to a kind of double-box type cheese, the dual-purpose dryer of beamed yarn.
Background technology
At present, textile industry dryer commonly used has still formula dryer and radio frequency dryer.Still formula dryer since cheese dewater without Water Extraction Machinery, but in its jar by air extrusion dehydration, cheese moisture content height after the dehydration is so the energy consumption height makes the production cost height.Radio frequency dryer since cheese be placed between two electrodes, so can not dry the yarn that has the metal steel pipe, and, the energy consumption height, consumable accessory price height makes the production cost height.Dryer all is directly to discharge through the air channel when humidity discharging, causes the waste of heat energy.
Above-mentioned two types dryer can only be applicable to cheese, and for beamed yarn owing to there is not special-purpose dryer, generally not just directly starching on Sizing machines of drying after dyeing, carry out drying by the sizing roller increase dynamics of rolling in the stock tank, like this, the effect yarn under working intensity that rolls dynamics at height can descend, and influences yarn qualities.And, can increase the weight of dye migration in the Sizing machines oven dry, dark color can appear during starching to the light color migration, and light color influences cloth cover coloured light to white transport phenomena.
The utility model content
The utility model is in order to overcome weak point of the prior art, to provide a kind of and can be applicable to cheese, can be applicable to beamed yarn again, can improve yarn qualities, the dual-purpose dryer of energy savings.
The utility model is achieved through the following technical solutions:
A kind of double-box type cheese, the dual-purpose dryer of beamed yarn, it is characterized in that, comprise casing, heating heat exchanger, the humidity discharging heat exchanger, lower linked box, main air blower, moisture-eliminating blower, attached blower fan, described casing is divided into drying chamber and regenerator volume, described regenerator volume is made up of heating heat exchanger chamber that interconnects and humidity discharging regenerator volume, described heating heat exchanger places in the heater regenerator volume, described humidity discharging heat exchanger and lower linked box place in the humidity discharging regenerator volume, described main air blower, moisture-eliminating blower, attached blower fan places outside the casing, described lower linked box comprises casing, described lower linked box casing is provided with air inlet, both sides, top air outlet, inlet and outlet and lower side air inlet before the bottom, on the lower linked box casing before air inlet and the bottom between the inlet and outlet, under the air inlet of both sides, top, the lower side air inlet is provided with sealing plate, and described sealing plate is connected with switching mechanism; Be welded with the air channel on the air outlet of both sides, top respectively, the air channel is gone to be welded with on the inlet and outlet in the bottom, is welded with the air channel on the lower side air outlet; The bottom, two side of described drying chamber is respectively arranged with mixes the air channel, two mix the air channel is communicated with by total air channel of mixing, the top of described drying chamber is provided with the hectic fever gas feed, the top of humidity discharging regenerator volume and humidity discharging heat exchanger is respectively arranged with air intlet, the outlet of described humidity discharging heat exchanger is connected with main air blower by first threeway, first valve, second threeway successively, described main air blower is connected with the air inlet of heating heat exchanger, lower linked box successively, and the air channel, both sides, top of described lower linked box is connected with the mixing air channel of drying chamber by the 4th valve, the 5th valve respectively; Described lower linked box lower side air channel is connected with the 3rd end of second threeway by second valve, dolly in described lower linked box bottom primary air separating duct and the drying chamber docks, the hectic fever gas feed of described drying chamber is connected with the heat exchanger tube import of humidity discharging heat exchanger, and described humidity discharging heat exchanger heat-exchanging tube outlet is connected with moisture-eliminating blower by the humidity discharging air channel; The 3rd end of described first threeway is connected with attached blower fan by the 3rd valve, and described attached blower fan is connected with the mixing air channel of drying chamber.
An interface at water tank top is connected by the condensation-water drain of electromagnetic valve with the humidity discharging heat exchanger, and another interface is connected with air inlet, the air outlet of main air blower respectively by threeway and electromagnetic valve.
Described humidity discharging regenerator volume air intlet is provided with screen pack.
Be respectively arranged with damping device in air channel and main air blower air inlet, air outlet junction.
The casing of lower linked box is formed by connecting by front wallboard, rear wall plate, left side wallboard, right side wallboard, base plate and flange, the top of described casing has air inlet, described lower linked box left side wallboard has left air outlet, following air outlet, described right side wallboard is provided with right air outlet, described front wallboard bottom is provided with front air outlet, on the described lower linked box casing before air inlet and the bottom between the air inlet, under the air inlet of both sides, top, the lower side air inlet is provided with sealing device; Described sealing device is made up of at least two sealing units, described sealing unit comprises square sealing frame, described sealing frame is provided with sealing plate, be provided with sealing ring between sealing frame and the sealing plate, sealing plate and the welding of sealing plate rotating shaft, described rotating shaft is arranged with and front wallboard and the fixing positioning beam of rear wall plate, on four jiaos of frame bottoms of sealing, be welded with support column respectively, with be welded with sealing frame tray on the front wallboard of support column relevant position and the rear wall plate respectively, each support column is provided with regulating spring with sealing between the frame tray; At least two sealing units connect successively, are provided with sealing ring between positioning beam and the adjacent sealing frame; On left side wallboard and right side wallboard, be fixed with the left positioning beam of fixedlying connected with rear wall plate, right positioning beam respectively with front wallboard, the positioning beam of the sealing unit adjacent with left wallboard and left wallboard are one, are provided with sealing ring between the sealing frame of the sealing unit adjacent with right wallboard and the right positioning beam; On front wallboard, be fixed with preceding bearing shell, on rear wall plate, be fixed with the back bearing shell, on bearing shell and the back bearing shell, be provided with sealing ring between described back bearing shell and the sealing plate rotating shaft before described sealing plate rotating shaft is installed in; Each rotating shaft is connected with separately guide link, described guide link fuses by guide link connecting axle and guide link connector and guide link connecting bolt, the guide link of end is connected with the guiding cylinder, described guiding cylinder is fixed on the guiding cylinder frame, and the lower linked box casing is fixed on the base with the guiding cylinder frame.
The utlity model has following technique effect:
1. dryer of the present utility model because inhale in having and in blow two kinds of working methods, so can be applicable to cheese, can be applicable to beamed yarn again.
2. inhale in dryer of the present utility model has and in blow two kinds of working methods, the interior working method of inhaling makes gas drying yarn outside in, in blow working method make gas from the lining outside drying yarn, in use can according to inhale in the different yarn adjustment with in the number of times that blows reach best drying effect.Two kinds of working methods hocket, and can prevent that yarn from becoming fragile, and improve yarn qualities, and, high efficiency.
3. because damp-heat air is through the humidity discharging heat exchanger heat-exchanging tube during humidity discharging, and during air inlet, extraneous air is through the humidity discharging heat exchanger, extraneous air and damp-heat air utilize the humidity discharging heat exchanger to carry out heat exchange, thereby accomplish discharged at lower temperature, reach purpose of energy saving.Because the interior contained materials such as dyeing assistant of moisture of yarn can enter atmosphere with water evaporates during oven dry, can pollute environment, therefore, the damp vapour of a part can liquefy in the humidity discharging heat exchanger and be discharged in the condensed water water tank during discharged at lower temperature, the Sewage Disposal that is discharged to factory through water tank carries out sewage disposal, thereby has reduced the pollution to environment.
4. because drying chamber and regenerator volume separate, and drying chamber is not influenced by heat-exchange system, the gas temperature in the drying chamber is even, makes the yarn uniform drying in the drying chamber.
Description of drawings
Fig. 1 is the drying chamber of double-box type cheese, the dual-purpose dryer of beamed yarn and the distribution sketch of regenerator volume;
Fig. 2 is the interior suction working method schematic diagram of double-box type cheese, the dual-purpose dryer of beamed yarn;
Fig. 3 be double-box type cheese, the dual-purpose dryer of beamed yarn in blow the working method schematic diagram;
Fig. 4 is the front view of double-box type cheese, the dual-purpose dryer of beamed yarn;
Fig. 5 is the vertical view of double-box type cheese, the dual-purpose dryer of beamed yarn;
Fig. 6 is the vertical view (removing top board) of double-box type cheese, the dual-purpose dryer of beamed yarn;
Fig. 7 is the left view of double-box type cheese, the dual-purpose dryer of beamed yarn;
Fig. 8 is the structural representation of lower linked box assembly;
Fig. 9 is the lower linked box vertical view;
Figure 10 is the lower linked box left view;
Figure 11 is the lower linked box rearview;
Figure 12 is a lower linked box casing cutaway view;
Figure 13 is a lower linked box casing vertical view;
Figure 14 is a lower linked box casing cutaway view;
Figure 15 is the structural representation of double-box type cheese, the dual-purpose dryer of beamed yarn.
The specific embodiment
Below in conjunction with the drawings and specific embodiments the utility model is described in detail.
Fig. 1 is the drying chamber of double-box type cheese, the dual-purpose dryer of beamed yarn and the distribution sketch of regenerator volume, the schematic diagram of double-box type cheese, the dual-purpose dryer of beamed yarn such as Fig. 4, Fig. 5, Fig. 6, Fig. 7, shown in Figure 15 comprise casing, heating heat exchanger 11, humidity discharging heat exchanger 2, lower linked box 12, main air blower 21, moisture-eliminating blower 3, attached blower fan 6.Casing is divided into drying chamber 16 and regenerator volume, and regenerator volume is made up of heating heat exchanger chamber 31 that interconnects and humidity discharging regenerator volume 32, and heating heat exchanger and lower linked box place in the heater regenerator volume, and the humidity discharging heat exchanger places in the humidity discharging regenerator volume.Main air blower, moisture-eliminating blower, attached blower fan place outside the casing.The structural representation of lower linked box assembly as shown in Figure 8, lower linked box comprises casing 72, the lower linked box casing is provided with inlet and outlet and lower side air inlet before air inlet 42, both sides, top air outlet, the bottom, on the lower linked box casing before air inlet and the bottom between the inlet and outlet, under the air inlet of both sides, top, the lower side air inlet is provided with sealing plate 73, sealing plate is connected with switching mechanism 41.Be welded with air channel 59,60 on the air outlet of both sides, top respectively, air channel 61 is gone to be welded with on the inlet and outlet in the bottom, is welded with air channel 63 on the lower side air outlet.The bottom, two side of drying chamber is respectively arranged with mixes air channel 14,17, two mix the air channel is communicated with by total air channel 18 of mixing, the top of drying chamber is provided with the hectic fever gas feed, the top of humidity discharging regenerator volume and humidity discharging heat exchanger is respectively arranged with air intlet, the outlet of humidity discharging heat exchanger is successively by first threeway 4, first valve 7, second threeway 8 is connected with main air blower 21 air inlets, the main air blower air outlet successively with heating heat exchanger, the air inlet of lower linked box connects, and the air channel, both sides, top of lower linked box is respectively by the 4th valve 13, the 5th valve 19 and drying chamber mix air channel 14,17 connect.Lower linked box lower side air channel is connected with the 3rd end of second threeway 8 by second valve 9, and the interior dolly 15 of lower linked box bottom primary air separating duct and drying chamber docks.The hectic fever gas feed of drying chamber is connected with the heat exchanger tube import of humidity discharging heat exchanger, the outlet of humidity discharging heat exchanger heat-exchanging tube is connected with moisture-eliminating blower by the humidity discharging air channel, the 3rd end of first threeway 4 is connected with attached blower fan by the 3rd valve 5, and attached blower fan is connected with the mixing air channel of drying chamber.All valves adopt the special-purpose pneumatic or Hand-operated butterfly valve in three formula air channels.
For gas communication is more unimpeded, the humidity discharging heat exchanger is an opened type, and top opening is equipped with screen pack 1 as air intlet on the humidity discharging regenerator volume air intlet.
Be provided with damping device 22 in air channel and main air blower air inlet junction, be provided with damping device 20, with the vibrations that reduce main air blower influence dryer in air channel and main air blower air outlet junction.
Described humidity discharging heat exchanger attaches condensed water water tank 23, the interface in condensed water water tank top is connected with the condensed water water discharge outlet of humidity discharging heat exchanger 2 by electromagnetic valve 28, another interface is connected with electromagnetic valve 29,30 respectively by threeway 27, electromagnetic valve 29 is connected with main air blower 21 air inlets, electromagnetic valve 30 is connected with main air blower 21 air outlets, and condensed water water tank bottom interface is connected with the plant drainage pipeline by electromagnetic valve 24.Its operation principle is: when the water level in the water tank be positioned at high water level electric contact 26 when following electromagnetic valve 28 and 29 open, electromagnetic valve 24, close for 30, condensed water in the humidity discharging heat exchanger flows into water tank under the suction of main air blower, water tank is in water stored state, electromagnetic valve 28 and 29 cuts out in the time of on the water level in the water tank is positioned at the high water level electric contact, electromagnetic valve 24, open for 30, water in the water tank is discharged through electromagnetic valve 24 under the power of blowing of main air blower, electromagnetic valve 28 and 29 is opened when the water level in the water tank is lower than low water level electric contact 25, electromagnetic valve 24, close for 30, drainage procedure finishes, and water tank comes back to water stored state, successively reciprocation cycle.
Lower linked box can adopt the special construction design.The schematic diagram of lower linked box is respectively as Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, shown in Figure 14, the casing of lower linked box is by front wallboard 38, rear wall plate 36, left side wallboard 39, right side wallboard 37, base plate 51 and flange 35 are formed by connecting, the top of lower linked box casing has air inlet, lower linked box left side wallboard has left air outlet 53, following air outlet 52, the right side wallboard is provided with right air outlet 50, the front wallboard bottom is provided with preceding inlet and outlet 70, on the lower linked box casing before air inlet and the bottom between the inlet and outlet, under the air outlet of both sides, top, the lower side air outlet is provided with sealing device.Sealing device is made up of at least two sealing units, described sealing unit comprises square sealing frame 44, the sealing frame is provided with sealing plate 34, be provided with sealing ring 48 between sealing frame and the sealing plate, sealing plate 34 and 33 welding of sealing plate rotating shaft, rotating shaft is arranged with and front wallboard and the fixing positioning beam 47 of rear wall plate, on four jiaos of frame bottoms of sealing, be welded with support column 71 respectively, with be welded with sealing frame tray 46 on the front wallboard of support column relevant position and the rear wall plate respectively, each support column is provided with regulating spring 45 with sealing between the frame tray.The effect of regulating spring is four jiaos the relative altitude of regulating the sealing frame, makes sealing frame and sealing plate keeping parallelism, and sealing plate can evenly be pressed on the sealing ring 43 that seals on the frame, reaches sealing function.
At least two sealing units connect successively, are provided with sealing ring between positioning beam and the adjacent sealing frame.On left side wallboard and right side wallboard, be fixed with left positioning beam 40, the right positioning beam 49 of fixedlying connected with rear wall plate respectively with front wallboard, the positioning beam of the sealing unit adjacent with left wallboard and left wallboard are one, are provided with sealing ring 48 between the sealing frame of the sealing unit adjacent with right wallboard and the right positioning beam.Bearing shell 56 before being fixed with on front wallboard, are fixed with back bearing shell 54 on rear wall plate, on bearing shell and the back bearing shell, are provided with sealing ring 55 between back bearing shell and the sealing plate rotating shaft before the sealing plate rotating shaft is installed in.Each rotating shaft is connected with separately guide link 68,69, guide link fuses by guide link connecting axle 64,67 and guide link connector 65 and guide link connecting bolt 66, the guide link of end is connected with guiding cylinder 58, and the guiding cylinder is fixed on the guiding cylinder frame 57.The lower linked box casing is installed on the base 62 with the guiding cylinder frame.Sealing plate is realized opening and closing under the effect of guiding cylinder.
During use, the heat exchanger tube 10 of heating heat exchanger is connected with the thermal source of factory.
Inhale in dryer of the present utility model has and in blow two kinds of working methods.
Fig. 2 is the double-box type cheese, the interior suction working method schematic diagram of the dual-purpose dryer of beamed yarn, during interior the suction, second valve, the 3rd valve, the 4th valve and the 5th valve open, first valve closing, the lower linked box sealing plate cuts out, air enters lower linked box from drying chamber through cheese or beamed yarn, through lower linked box air channel 63, again through second valve, second threeway enters main air blower, afterwards, entering heating heat exchanger through the air channel is heated, afterwards by the outlet of heating heat exchanger through lower linked box air channel 59,60, enter the mixing air channel of drying chamber again through the 4th valve and the 5th valve.Simultaneously, under the effect of attached blower fan, extraneous dry gas enters the humidity discharging heat exchanger by screen pack, enter the mixing air channel of drying chamber by first threeway, the 3rd valve, attached blower fan, be discharged to the damp-heat air that mixes the air channel with main air blower and mix row to drying chamber, at this moment, row is oven dry indoor circulation damp-heat air and the mixed damp-heat air of extraneous air to the air of drying chamber.Because portion of air is to enter drying chamber by the air of drying chamber once more through the cheese circulation of humidity, so, the hot-air of this moment contains certain moisture, can play even wet effect, reduce owing to the influence of hyperthermia drying to yarn strength, meanwhile, attached blower fan enters drying chamber from outside inhaled air, make air capacity increase, thereby be issued to the purpose of humidity discharging in the effect of moisture-eliminating blower.
Fig. 3 be double-box type cheese, the dual-purpose dryer of beamed yarn in blow the working method schematic diagram, in when blowing, second valve, the 3rd valve, the 4th valve and the 5th valve closing, first valve open, the sealing plate of lower linked box is opened, extraneous dry gas enters the humidity discharging heat exchanger by screen pack, enter main air blower by first threeway, first valve, second threeway, entering heating heat exchanger through main air blower is heated, afterwards, enter the spooler or, flow to drying chamber by lower linked box through cheese or beamed yarn through the axle car.Damp-heat air in the drying chamber enters moisture-eliminating blower through the humidity discharging heat exchanger heat-exchanging tube under the effect of main air blower and moisture-eliminating blower, discharge through moisture-eliminating blower, reaches the purpose of humidity discharging.
Although with reference to embodiment to disclosedly relate to a kind of double-box type cheese, the dual-purpose dryer of beamed yarn has carried out special description, embodiment described above is illustrative and not restrictive, under the situation that does not break away from spirit and scope of the present utility model, all variations and modification are all within scope of the present utility model.
Claims (5)
1, a kind of double-box type cheese, the dual-purpose dryer of beamed yarn, it is characterized in that, comprise casing, heating heat exchanger, the humidity discharging heat exchanger, lower linked box, main air blower, moisture-eliminating blower, attached blower fan, described casing is divided into drying chamber and regenerator volume, described regenerator volume is made up of heating heat exchanger chamber that interconnects and humidity discharging regenerator volume, described heating heat exchanger places in the heater regenerator volume, described humidity discharging heat exchanger and lower linked box place in the humidity discharging regenerator volume, described main air blower, moisture-eliminating blower, attached blower fan places outside the casing, described lower linked box comprises casing, described lower linked box casing is provided with air inlet, both sides, top air outlet, inlet and outlet and lower side air inlet before the bottom, on the lower linked box casing before air inlet and the bottom between the inlet and outlet, under the air inlet of both sides, top, the lower side air inlet is provided with sealing plate, and described sealing plate is connected with switching mechanism; Be welded with the air channel on the air outlet of both sides, top respectively, be welded with the air channel before the bottom on the inlet and outlet, be welded with the air channel on the lower side air outlet; The bottom, two side of described drying chamber is respectively arranged with mixes the air channel, two mix the air channel is communicated with by total air channel of mixing, the top of described drying chamber is provided with the hectic fever gas feed, the top of humidity discharging regenerator volume and humidity discharging heat exchanger is respectively arranged with air intlet, the outlet of described humidity discharging heat exchanger is connected with main air blower by first threeway, first valve, second threeway successively, described main air blower is connected with the air inlet of heating heat exchanger, lower linked box successively, and the air channel, both sides, top of described lower linked box is connected with the mixing air channel of drying chamber by the 4th valve, the 5th valve respectively; Described lower linked box lower side air channel is connected with the 3rd end of second threeway by second valve, dolly in described lower linked box bottom primary air separating duct and the drying chamber docks, the hectic fever gas feed of described drying chamber is connected with the heat exchanger tube import of humidity discharging heat exchanger, and described humidity discharging heat exchanger heat-exchanging tube outlet is connected with moisture-eliminating blower by the humidity discharging air channel; The 3rd end of described first threeway is connected with attached blower fan by the 3rd valve, and described attached blower fan is connected with the mixing air channel of drying chamber.
2, double-box type cheese according to claim 1, the dual-purpose dryer of beamed yarn, it is characterized in that, an interface at water tank top is connected by the condensation-water drain of electromagnetic valve with the humidity discharging heat exchanger, and another interface is connected with air inlet, the air outlet of main air blower respectively by threeway and electromagnetic valve.
3, double-box type cheese according to claim 1, the dual-purpose dryer of beamed yarn is characterized in that, described humidity discharging regenerator volume air intlet is provided with screen pack.
4, double-box type cheese according to claim 1, the dual-purpose dryer of beamed yarn is characterized in that, are respectively arranged with damping device in air channel and main air blower air inlet, air outlet junction.
5, double-box type cheese according to claim 1, the dual-purpose dryer of beamed yarn, it is characterized in that, the casing of lower linked box is by front wallboard, rear wall plate, the left side wallboard, the right side wallboard, base plate and flange are formed by connecting, the top of described casing has air inlet, described lower linked box left side wallboard has left air outlet, following air outlet, described right side wallboard is provided with right air outlet, described front wallboard bottom is provided with front air outlet, on the described lower linked box casing before air inlet and the bottom between the air inlet, under the air inlet of both sides, top, the lower side air inlet is provided with sealing device; Described sealing device is made up of at least two sealing units, described sealing unit comprises square sealing frame, described sealing frame is provided with sealing plate, be provided with sealing ring between sealing frame and the sealing plate, sealing plate and the welding of sealing plate rotating shaft, described rotating shaft is arranged with and front wallboard and the fixing positioning beam of rear wall plate, on four jiaos of frame bottoms of sealing, be welded with support column respectively, with be welded with sealing frame tray on the front wallboard of support column relevant position and the rear wall plate respectively, each support column is provided with regulating spring with sealing between the frame tray; At least two sealing units connect successively, are provided with sealing ring between positioning beam and the adjacent sealing frame; On left side wallboard and right side wallboard, be fixed with the left positioning beam of fixedlying connected with rear wall plate, right positioning beam respectively with front wallboard, the positioning beam of the sealing unit adjacent with left wallboard and left wallboard are one, are provided with sealing ring between the sealing frame of the sealing unit adjacent with right wallboard and the right positioning beam; On front wallboard, be fixed with preceding bearing shell, on rear wall plate, be fixed with the back bearing shell, on bearing shell and the back bearing shell, be provided with sealing ring between described back bearing shell and the sealing plate rotating shaft before described sealing plate rotating shaft is installed in; Each rotating shaft is connected with separately guide link, described guide link fuses by guide link connecting axle and guide link connector and guide link connecting bolt, the guide link of end is connected with the guiding cylinder, described guiding cylinder is fixed on the guiding cylinder frame, and the lower linked box casing is fixed on the base with the guiding cylinder frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620026943 CN200943146Y (en) | 2006-08-04 | 2006-08-04 | Double chamber type cheese yarn beam yarn dual-purpose drying machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620026943 CN200943146Y (en) | 2006-08-04 | 2006-08-04 | Double chamber type cheese yarn beam yarn dual-purpose drying machine |
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| Publication Number | Publication Date |
|---|---|
| CN200943146Y true CN200943146Y (en) | 2007-09-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620026943 Expired - Fee Related CN200943146Y (en) | 2006-08-04 | 2006-08-04 | Double chamber type cheese yarn beam yarn dual-purpose drying machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102453997A (en) * | 2010-10-29 | 2012-05-16 | 吴江市中仕服饰有限公司 | Drying device for texturing machine |
| CN105202900A (en) * | 2015-11-09 | 2015-12-30 | 海安县联发染纱有限公司 | Cheese drying machine |
-
2006
- 2006-08-04 CN CN 200620026943 patent/CN200943146Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102453997A (en) * | 2010-10-29 | 2012-05-16 | 吴江市中仕服饰有限公司 | Drying device for texturing machine |
| CN105202900A (en) * | 2015-11-09 | 2015-12-30 | 海安县联发染纱有限公司 | Cheese drying machine |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20070905 Termination date: 20100804 |