CN205014784U - Full rotation type textile drying device - Google Patents

Full rotation type textile drying device Download PDF

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Publication number
CN205014784U
CN205014784U CN201520721781.3U CN201520721781U CN205014784U CN 205014784 U CN205014784 U CN 205014784U CN 201520721781 U CN201520721781 U CN 201520721781U CN 205014784 U CN205014784 U CN 205014784U
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CN
China
Prior art keywords
support column
driven pulley
casing
drying chamber
feeding unit
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
CN201520721781.3U
Other languages
Chinese (zh)
Inventor
张毅
李玉霞
李贤萍
屈艳丽
徐峰
吴家庆
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Anhui Hanlian Textile Co Ltd
Original Assignee
Anhui Hanlian Textile Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Anhui Hanlian Textile Co Ltd filed Critical Anhui Hanlian Textile Co Ltd
Priority to CN201520721781.3U priority Critical patent/CN205014784U/en
Application granted granted Critical
Publication of CN205014784U publication Critical patent/CN205014784U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model relates to a weaving equipment technical field relates to a full rotation type textile drying device. Including the drying chamber, arrange defeated material mechanism in the drying chamber in, to arrange the drying chamber in outside and by rolling part with unreel the winding mechanism that the part constitutes, the upper and lower side of defeated material mechanism is equipped with the mechanism of gathering dust respectively, heats the mechanism. Through defeated material mechanism, the winding mechanism of rational design, gather dust mechanism and heating mechanism, improvement dust collecting effect messenger workshop environment health is being shown to be improved. The winding mechanism is smoothly not smooth with the work of defeated material mechanism system, cloth can not appear and dry by the fire badly and even phenomenon such as adustion. Heating efficiency is high, the stoving is effectual, and effective energy saving not only can improve production efficiency to can reduction in production cost.

Description

Full rotation type textile drying unit
Technical field
The utility model relates to technical field of textile equipment, specifically relates to a kind of full rotation type textile drying unit.
Background technology
In existing textile processing equipment, as the textiles such as cloth need to carry out drying and processing.Mainly there is following defect in existing drying plant:
Dust collection effect is bad causes workshop condition poor hygienic, causes greatly injure the health of staff; The ineffective cloth that causes of reel system work is advanced freely, and often occurs that cloth dries the phenomenons such as bad and even adustion; The efficiency of heating surface is low and drying effect is bad, and greatly wastes energy.
Utility model content
For the technical problem existed in prior art, the purpose of this utility model is to provide a kind of full rotation type textile drying unit.To achieve these goals, the technical scheme that the utility model adopts is: a kind of full rotation type textile drying unit, comprise drying chamber, the feeding unit be placed in drying chamber, be placed in that drying chamber is outside and by rolling parts with unreel the winding mechanism that parts form, the upper and lower of feeding unit is respectively equipped with mechanism of gathering dust, heating arrangements;
Described feeding unit comprises underframe, is placed in the frame on underframe top and is placed in the driven roll of frame both sides, and in frame, both sides are provided with power transmission shaft, and connected by belt between two power transmission shafts, the inner side of belt is provided with elastic supporting member for supporting optical member; The two ends of frame are provided with fixed head, and adjusting screw(rod) passes fixed head and coordinates with the connecting plate bolt be nested with on power transmission shaft, realize the adjustment of two power transmission shaft gap lengths in frame by rotating adjusting screw(rod); Described elastic supporting member for supporting optical member is made up of, by the formula crawler belt connection that joins end to end between several horizontally disposed support wheels several support wheels being placed in belt the chute at middle part, the pulley be placed in chute, the cam be connected with pulley and being bonded in belt inwall; Be with movable pulley to move in chute in the groove that support wheel is fastened on cam, when pulley motion is to chute end, cam rotates to realize its groove towards changing along pulley;
The rolling parts of described winding mechanism and unreel parts and be placed in the going out of feeding unit, feeding end respectively, described rolling parts comprise the first support column, the second support column and the 3rd support column, the two ends of the 3rd support column connect the first support column, the second support column respectively, first driven pulley is placed on the first support column, second driven pulley and the 3rd driven pulley are placed in the both sides of the second support column respectively, 4th driven pulley is placed in the top with the second position, driven pulley the same side on the second support column, and rewinding is provided at the top with the first position, driven pulley the same side on the first support column; Rewinding volume is arrived through the first driven pulley, the second driven pulley, the 3rd driven pulley, the 4th driven pulley and clamping wheels successively from feeding unit textile out; Clamping wheels are placed on the 3rd support column;
Described the 6th support column unreeling parts and comprise the 4th support column, the 5th support column and be square, 4th support column is placed in the side of the 6th support column, 5th support column is placed in the inside top of the 6th support column, 5th driven pulley, the 6th driven pulley are placed on the 4th support column, the 5th support column respectively, reach feeding unit successively from discharging roll textile out through the 6th driven pulley and the 5th driven pulley; The two ends of described discharging roll are by V-type seat supports, and V-type seat is placed on trapezoidal gripper shoe, and the bottom of trapezoidal gripper shoe is provided with rotating shaft, and the two ends of rotating shaft are provided with roller; Trapezoidal gripper shoe two bottom sides is respectively arranged with a spacing chuck mechanism and is not moved to realize discharging roll;
Described mechanism of gathering dust comprises and is placed in dust collection cover in drying chamber directly over feeding unit, the support body that gathers dust that connects dust collection cover, is placed in process casing on drying chamber inwall and connection and gathers dust the connection tube of support body and process casing, connection tube with process end that casing is connected there is semicircle cover plate towards processing box house; Described process box house has vertically arranged absorbing barrel, absorbing barrel is made up of grid, and surface is equipped with filter cloth, the top of absorbing barrel is connected with transverse support bar by the second pull bar, transverse support bar is connected with the top of process box house, the upper end for the treatment of box body absorption cylinder is closed chamber and covers, this closed chamber be placed in the air-introduced machine processing casing top and be communicated with, the air outlet of air-introduced machine is placed in the outside of drying chamber; The bottom of described process casing is fixed on the inwall of drying chamber by tripod, process casing inner bottom has skewed runner, this skewed runner is connected with the connecting pipe being placed in treatment box external body, the port of export of connecting pipe is placed in collecting box, and collecting box is arranged on the outer wall of drying chamber by connector; Absorbing barrel in described process casing is connected by a snap ring in the figure of eight, and the end of snap ring is stretched out process casing and is connected with bracing wire;
Described heating arrangements comprises the cylindric heater installation room being placed in frustum heat dissipating housing in drying chamber immediately below feeding unit, being placed in heat dissipating housing bottom, central upright stanchion is furnished with in heater installation room, central upright stanchion is furnished with Multi-layer warming pipe, the heating tube of every layer has three, and angle is 60 ° between two.
Full rotation type textile drying unit of the present utility model, its beneficial effect shows:
By appropriate design feeding unit, winding mechanism, gather dust mechanism and heating arrangements, improves dust collection effect and workshop condition health is significantly improved.Winding mechanism and feeding unit system works smooth and easy smooth, there will not be cloth to dry the phenomenons such as bad and even adustion.The efficiency of heating surface is high, good drying effect, and effective economize energy can not only be enhanced productivity, and can reduce production cost.
Accompanying drawing explanation
Fig. 1 is the structural representation of full rotation type textile drying unit of the present utility model.
Fig. 2 is the structural representation of feeding unit.
Fig. 3 is the structural representation of winding mechanism.
Fig. 4 is the structural representation of mechanism of gathering dust.
Fig. 5 is the structural representation of heating arrangements.
Fig. 6 is the A-A direction view in Fig. 5.
Detailed description of the invention
For further describing full rotation type textile drying unit of the present utility model, below in conjunction with accompanying drawing, it is described further.
A kind of full rotation type textile drying unit of Fig. 1, comprise drying chamber 50, the feeding unit 10 be placed in drying chamber 50, be placed in that drying chamber 50 is outside and by rolling parts 22 with unreel the winding mechanism 20 that parts 21 form, the upper and lower of feeding unit 10 is respectively equipped with mechanism 30 of gathering dust, heating arrangements 40.
Refer to Fig. 2, feeding unit 10 comprises underframe 110, is placed in the frame 111 on underframe 110 top and is placed in the driven roll 104 of frame 111 both sides, in frame 111, both sides are provided with power transmission shaft 112, and connected by belt 113 between two power transmission shafts 112, the inner side of belt 113 is provided with elastic supporting member for supporting optical member.
The two ends of frame 111 are provided with fixed head 105, and adjusting screw(rod) 102 passes fixed head 105 and coordinates with connecting plate 103 bolt be nested with on power transmission shaft 112, realizes the adjustment of two power transmission shaft 112 gap lengths in frame 111 by rotating adjusting screw(rod) 102.
Elastic supporting member for supporting optical member is made up of several support wheels 106 being placed in the chute 109 at middle part in belt 113, the pulley 101 be placed in chute 109, the cam 108 be connected with pulley 101 and being bonded in belt 113 inwall, is connected between several horizontally disposed support wheels 106 by the formula crawler belt 107 that joins end to end.
Be with movable pulley 101 movement chute 109 in the groove that support wheel 106 is fastened on cam 108, when pulley 101 moves to chute 109 end, cam 108 rotates to realize its groove towards changing along pulley 101.
Refer to Fig. 3, the rolling parts 22 of winding mechanism 20 and unreel parts 21 and be placed in going out of feeding unit 10 respectively, feeding end, rolling parts 22 comprise the first support column 220, second support column 227 and the 3rd support column 228, the two ends of the 3rd support column 228 connect the first support column 220 respectively, second support column 227, first driven pulley 226 is placed on the first support column 220, second driven pulley 221 and the 3rd driven pulley 222 are placed in the both sides of the second support column 227 respectively, 4th driven pulley 223 is placed in the top with the second position, driven pulley 221 the same side on the second support column 227, rewinding volume 225 is placed in the top with the first position, driven pulley 226 the same side on the first support column 220.
Arrive rewinding volume 225 through the first driven pulley 226, second driven pulley 221, the 3rd driven pulley 222, the 4th driven pulley 223 and clamping wheels 224 successively from feeding unit 10 textile out, clamping wheels 224 are placed on the 3rd support column 228.
Unreel the 6th support column 212 that parts 21 comprise the 4th support column 210, the 5th support column 211 and are square, 4th support column 210 is placed in the side of the 6th support column 212,5th support column 211 is placed in the inside top of the 6th support column 212,5th driven pulley 217, the 6th driven pulley 209 are placed on the 4th support column 210, the 5th support column 211 respectively, reach feeding unit 10 successively from discharging roll 215 textile out through the 6th driven pulley 209 and the 5th driven pulley 217.
The two ends of discharging roll 215 are supported by V-type seat 214, and V-type seat 214 is placed on trapezoidal gripper shoe 213, and the bottom of trapezoidal gripper shoe 213 is provided with rotating shaft 219, and the two ends of rotating shaft 219 are provided with roller 216.
Trapezoidal gripper shoe 213 two bottom sides is respectively arranged with a spacing chuck mechanism 218 and is not moved to realize discharging roll 215.
Refer to Fig. 4, mechanism 30 of gathering dust comprises and is placed in dust collection cover 302 in drying chamber 50 directly over feeding unit 10, the support body 303 that gathers dust that connects dust collection cover 302, is placed in the process casing 310 on drying chamber 50 inwall and connects the connection tube 304 of gather dust support body 303 and process casing 310, connection tube 304 with process end that casing 310 is connected there is semicircle cover plate 305 towards processing casing 310 inside.
Process casing 310 inside has vertically arranged absorbing barrel 309, absorbing barrel 309 is made up of grid, and surface is equipped with filter cloth 311, the top of absorbing barrel 309 is connected with transverse support bar 312 by the second pull bar 306, transverse support bar 312 is connected with the top of process casing 310 inside, the upper end processing absorbing barrel 309 in casing 310 is closed chamber 308 and covers, this closed chamber 308 be placed in the air-introduced machine 307 processing casing 310 top and be communicated with, the air outlet of air-introduced machine 307 is placed in the outside of drying chamber 50.
The bottom of process casing 310 is fixed on the inwall of drying chamber 50 by tripod 318, process casing 310 inner bottom has skewed runner 316, this skewed runner 316 be placed in the connecting pipe 317 processing casing 310 outside and be connected, the port of export of connecting pipe 317 is placed in collecting box 301, and collecting box 301 is arranged on the outer wall of drying chamber 50 by connector 319.
Absorbing barrel 309 in process casing 310 is connected by the snap ring 313 that is the figure of eight, and the end of snap ring 313 is stretched out process casing 310 and is connected with bracing wire 314.
Refer to Fig. 5 and 6, heating arrangements 40 comprises the cylindric heater installation room 405 being placed in frustum heat dissipating housing 401 in drying chamber 50 immediately below feeding unit 10, being placed in heat dissipating housing 401 bottom, central upright stanchion 403 is furnished with in heater installation room 405, central upright stanchion 403 is furnished with Multi-layer warming pipe 402, the heating tube 402 of every layer has three, and angle is 60 ° between two.
Above content is only to design example of the present utility model and explanation; affiliated those skilled in the art make various amendment to described specific embodiment or supplement or adopt similar mode to substitute; only otherwise depart from the design of utility model or surmount this scope as defined in the claims, protection domain of the present utility model all should be belonged to.

Claims (1)

1. a full rotation type textile drying unit, comprise drying chamber (50), it is characterized in that, also comprise the feeding unit (10) be placed in drying chamber (50), be placed in that drying chamber (50) is outside and by rolling parts (22) with unreel the winding mechanism (20) that parts (21) form, the upper and lower of feeding unit (10) is respectively equipped with mechanism of gathering dust (30), heating arrangements (40);
Described feeding unit (10) comprises underframe (110), is placed in the frame (111) on underframe (110) top and is placed in the driven roll (104) of frame (111) both sides, the upper both sides of frame (111) are provided with power transmission shaft (112), connected by belt (113) between two power transmission shafts (112), the inner side of belt (113) is provided with elastic supporting member for supporting optical member; The two ends of frame (111) are provided with fixed head (105), adjusting screw(rod) (102) is through fixed head (105) and coordinate with connecting plate (103) bolt be nested with on power transmission shaft (112), realizes the adjustment of upper two power transmission shaft (112) gap lengths of frame (111) by rotating adjusting screw(rod) (102); Described elastic supporting member for supporting optical member is by being placed in the chute (109) at middle part in belt (113), the pulley (101) be placed in chute (109), the cam (108) be connected with pulley (101) and several support wheels (106) of being bonded in belt (113) inwall form, by formula crawler belt (107) connection that joins end to end between several horizontally disposed support wheels (106); Movable pulley (101) movement chute (109) in is with in the groove that support wheel (106) is fastened on cam (108), when pulley (101) moves to chute (109) end, cam (108) rotates to realize its groove towards changing along pulley (101);
The rolling parts (22) of described winding mechanism (20) and unreel parts (21) and be placed in going out of feeding unit (10) respectively, feeding end, described rolling parts (22) comprise the first support column (220), second support column (227) and the 3rd support column (228), the two ends of the 3rd support column (228) connect the first support column (220) respectively, second support column (227), first driven pulley (226) is placed on the first support column (220), second driven pulley (221) and the 3rd driven pulley (222) are placed in the both sides of the second support column (227) respectively, 4th driven pulley (223) is placed in the top with the second driven pulley (221) position, the same side on the second support column (227), rewinding volume (225) is placed in the top with the first driven pulley (226) position, the same side on the first support column (220), rewinding volume (225) is arrived through the first driven pulley (226), the second driven pulley (221), the 3rd driven pulley (222), the 4th driven pulley (223) and clamping wheels (224) successively from feeding unit (10) textile out, clamping wheels (224) is placed on the 3rd support column (228),
The described parts (21) that unreel comprise the 4th support column (210), 5th support column (211) and the 6th support column (212) be square, 4th support column (210) is placed in the side of the 6th support column (212), 5th support column (211) is placed in the inside top of the 6th support column (212), 5th driven pulley (217), 6th driven pulley (209) is placed in the 4th support column (210) respectively, on 5th support column (211), feeding unit (10) is reached through the 6th driven pulley (209) and the 5th driven pulley (217) successively from discharging roll (215) textile out, the two ends of described discharging roll (215) are supported by V-type seat (214), V-type seat (214) is placed on trapezoidal gripper shoe (213), the bottom of trapezoidal gripper shoe (213) is provided with rotating shaft (219), and the two ends of rotating shaft (219) are provided with roller (216), trapezoidal gripper shoe (213) two bottom sides is respectively arranged with a spacing chuck mechanism (218) and is not moved to realize discharging roll (215),
Described mechanism of gathering dust (30) comprises and is placed in dust collection cover (302) directly over drying chamber (50) interior feeding unit (10), the support body that gathers dust (303) that connects dust collection cover (302), is placed in the process casing (310) on drying chamber (50) inwall and connects the connection tube (304) of gather dust support body (303) and process casing (310), connection tube (304) with process end that casing (310) is connected there is semicircle cover plate (305) towards processing casing (310) inside, described process casing (310) inside has vertically arranged absorbing barrel (309), absorbing barrel (309) is made up of grid, and surface is equipped with filter cloth (311), the top of absorbing barrel (309) is connected with transverse support bar (312) by the second pull bar (306), transverse support bar (312) is connected with the top of process casing (310) inside, the upper end of process casing (310) interior absorbing barrel (309) is closed chamber (308) and covers, this closed chamber (308) be placed in the air-introduced machine (307) processing casing (310) top and be communicated with, the air outlet of air-introduced machine (307) is placed in the outside of drying chamber (50), the bottom of described process casing (310) is fixed on the inwall of drying chamber (50) by tripod (318), process casing (310) inner bottom has skewed runner (316), this skewed runner (316) be placed in the connecting pipe (317) processing casing (310) outside and be connected, the port of export of connecting pipe (317) is placed in collecting box (301), and collecting box (301) is arranged on the outer wall of drying chamber (50) by connector (319), absorbing barrel (309) in described process casing (310) is connected by a snap ring (313) in the figure of eight, and the end of snap ring (313) is stretched out process casing (310) and is connected with bracing wire (314),
Described heating arrangements (40) comprises the cylindric heater installation room (405) being placed in frustum heat dissipating housing (401) immediately below drying chamber (50) interior feeding unit (10), being placed in heat dissipating housing (401) bottom, central upright stanchion (403) is furnished with in heater installation room (405), central upright stanchion (403) is furnished with Multi-layer warming pipe (402), the heating tube (402) of every layer has three, and angle is 60 ° between two.
CN201520721781.3U 2015-09-16 2015-09-16 Full rotation type textile drying device Expired - Fee Related CN205014784U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520721781.3U CN205014784U (en) 2015-09-16 2015-09-16 Full rotation type textile drying device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520721781.3U CN205014784U (en) 2015-09-16 2015-09-16 Full rotation type textile drying device

Publications (1)

Publication Number Publication Date
CN205014784U true CN205014784U (en) 2016-02-03

Family

ID=55213382

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201520721781.3U Expired - Fee Related CN205014784U (en) 2015-09-16 2015-09-16 Full rotation type textile drying device

Country Status (1)

Country Link
CN (1) CN205014784U (en)

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Legal Events

Date Code Title Description
GR01 Patent grant
C14 Grant of patent or utility model
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20160203

Termination date: 20170916

CF01 Termination of patent right due to non-payment of annual fee