CN203876298U - Wallpaper printing system - Google Patents
Wallpaper printing system Download PDFInfo
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- CN203876298U CN203876298U CN201420289987.9U CN201420289987U CN203876298U CN 203876298 U CN203876298 U CN 203876298U CN 201420289987 U CN201420289987 U CN 201420289987U CN 203876298 U CN203876298 U CN 203876298U
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Abstract
The utility model provides a wallpaper printing system, and belongs to the technical field of die printing machines. The wallpaper printing system comprises a preheat mechanism, a coining mechanism, a cooling mechanism, a tension mechanism, a winding mechanism and a machine frame. The preheat mechanism comprises a preheat hood and a heat roller, and the preheat hood is arranged on the working face of the heat roller. The coining mechanism comprises a press roller and a coining roller, and the press roller and the coining roller are parallel and located at a discharging outlet of the preheat mechanism. According to the preheat mechanism of the wallpaper printing system, hot oil gets in and out of the preheat mechanism from one side, the number of components exchanging heat with the hot oil is reduced, and thermal efficiency is improved; according to the preheat mechanism of the wallpaper printing system, an oil guide sleeve is adopted, the volume of the hot oil in the heat roller is reduced, so that the circulation speed of the hot oil is improved, and the temperature of the rollers can be maintained constant to the largest extent.
Description
Technical field
The utility model belongs to stamping machine technical field, is particularly related to wallpaper printing system.
Background technology
Wallpaper is a kind of device materials with cultural coloring, can fully meet the device personalization of different home, the requirement of humanism, and the living environment of greatly having beautified people, is therefore loved by the people.Foaming wallpaper, after foaming, utilizes knurling rolls to extrude on its surface the space pattern that 1-4 millimeter does not wait, and shape is as embossment, widely applicable.The application mainly for be foaming wallpaper printing system.
The production line of wallpaper, comprises and mainly comprises printing and two steps of embossing, embossed technology comprises preheating, embossing, cooling and rolling.Traditional embossing machine walks to expect that length is long, a little less than coining power, can not meet actual demand, therefore, is necessary to research and develop the printing system that a practicality is good.
Utility model content
The purpose of this utility model is to overcome the above-mentioned defect of mentioning and deficiency, and wallpaper printing system is provided.
Wallpaper printing system, comprises preheating mechanism, embossing mechanism, cooling body, tension mechanism, rolling-up mechanism and frame, and described preheating mechanism comprises preheating cover and warm-up mill, and described preheating cover is set up in the working face of warm-up mill; Described embossing mechanism comprises pressure roller and flower roller; Described pressure roller and flower roller be arranged in parallel and are positioned at the discharging opening of preheating mechanism; Described cooling body comprises the first chill roll and the second chill roll; Described the first chill roll is arranged on colored roller below; Described the second chill roll is positioned at the charging aperture of tension mechanism; Described tension mechanism comprises carry-over pinch rolls, the first fixed roll, action roller, swing arm, tension force cylinder, the first rotating shaft and the second fixed roll; Described carry-over pinch rolls, the first fixed roll and the second fixed roll are contour to be arranged in frame; Described action roller is between the first fixed roll and the second fixed roll and be rotationally connected with the right-hand member of swing arm; The output of described tension force cylinder is rotationally connected with the middle part of swing arm; The left end of swing arm is fixedly connected on the first rotating shaft; Described rolling-up mechanism comprises reel, driving disc spacing pressing, driven disc, driving mechanism, driven member and jacking mechanism; Described reel is located between driving disc spacing pressing and driven disc; Described jacking mechanism is arranged at driven member back.
Described warm-up mill comprises oil guide pipe, power shaft, heating roller shell, the first sliding shoe, Oil Guide cover, the first fixed block and back shaft; Described Oil Guide cover right-hand member is connected with heating roller shell by the first fixed block, and left end is connected with heating roller shell by the first sliding shoe; Described heating roller shell left side is fixedly connected with the power shaft of hollow shaft structure, and right side is fixedly connected with the back shaft of solid shafting structure; Described oil guide pipe is through power shaft and run through Oil Guide cover.
Described warm-up mill also comprises oil guide plate; Described oil guide plate is fixedly installed on Oil Guide cover and is axial screw shape; Described oil guide plate is set up between Oil Guide cover and heating roller shell.
Described embossing mechanism also comprises embossing cylinder, depression bar, flower roller seat, guide rail and positioning key; The output of one end of described depression bar and embossing cylinder is rotationally connected, and the other end and pressure roller are rotationally connected, and middle part and frame are rotationally connected; Described colored roller is arranged on colored roller seat; Described colored roller seat below arranges guide rail; Described guide rail is slidably connected with flower roller seat; On described guide rail, be equipped with positioning key.
Described the first chill roll comprises the cooling roller shell of hollow, establishes the water guide cover of solid shafting structure in described cooling roller shell; Described water guide cover right-hand member is connected with cooling roller shell by the second fixed block, and left end is connected with cooling roller shell by the second sliding shoe; Described water guide cover outer surface is fixed with weather board; Described weather board is axial screw shape; Described weather board is set up between water guide cover and cooling roller shell; Described cooling roller shell left end is fixedly connected with the left tray of hollow, and right-hand member is fixedly connected with the right bracket of hollow; Described left tray is connected with anticlockwise joint; Right bracket is connected with right rotation joint; Described anticlockwise joint is connected with water inlet pipe; Right rotation joint is connected with outlet pipe.
Described tension mechanism also comprises the first gear, the second gear, the second rotating shaft and deflection machine; In described the first rotating shaft, be fixedly connected with the first gear; The second gear that described the second rotating shaft is fixedly installed deflection machine and is meshed with the first gear.
Described jacking mechanism comprises rocking handle, the 3rd rotating shaft, small bevel gear, gamp tooth, guide, base and push rod; Described rocking handle is with the setting of small bevel gear concentric and be all fixedly connected with the 3rd rotating shaft; Described gamp tooth and small bevel gear are intermeshing; Described gamp Chi center is provided with screwed hole; Described gamp tooth the place ahead is provided with guide, and rear is equipped with base; Described guide and push rod are slidably connected; Described push rod passes the screwed hole of guide and gamp tooth and is connected with gamp tooth thread.
Described driving mechanism comprises driving shaft, passive belt wheel, driving pulley and winding motor; Described driving disc spacing pressing is fixedly connected on driving shaft, is fixedly installed passive belt wheel on described driving shaft; Described passive belt wheel is connected with driving pulley by belt; Described driving pulley is equipped on the output of winding motor.
Described driven member comprises driven axle, shell and adjusting gear; Described driven disc is fixedly installed on driven axle, and described driven axle and shell are rotationally connected; Described shell is arranged in frame; On described shell, be provided with tooth bar; Described shell and frame are slidably connected; Described adjusting gear is meshed with the tooth bar on shell.
By adopting technique scheme, compared with prior art, the beneficial effects of the utility model are as follows:
1. the preheating mechanism of this wallpaper printing system, it has adopted the one-sided turnover of oily heat, has reduced the quantity with the parts of deep fat generation heat exchange, has improved the thermal efficiency;
2. the preheating mechanism of this wallpaper printing system, it has adopted Oil Guide cover, has reduced the volume of deep fat in warm-up mill, thereby has accelerated the circulation rate of deep fat, and the temperature of roller can keep constant to greatest extent;
3. the preheating mechanism of this wallpaper printing system, it has adopted screw type oil guide plate, not only plays the effect of Oil Guide, the surface of warm-up mill can be heated, and also for warm-up mill provides multi-point support, improve the rigidity of warm-up mill;
4. the cooling body of this wallpaper printing system, has strengthened the cooling velocity of wallpaper after stamp moulding, has guaranteed the stereoeffect of wallpaper stamp;
5. this printing machine is vertical printing machine, has reduced and has taken up room.
6. this wallpaper printing system is convenient to regulate the position of colored roller, makes this printing machine can adopt the colored roller of different-diameter, has increased the applicability of equipment;
7. in this wallpaper printing system, the first chill roll is arranged on colored roller below, has reduced the cornerite that wallpaper is walked around colored roller, has extended the time of contact of wallpaper and flower roller, has promoted printing quality;
8. the cooling device of this wallpaper printing system is simple in structure, and current are unobstructed, and cold water is effective, and the life-span is long;
9. this wallpaper printing system, is provided with tension mechanism, the tension force of capable of regulating wallpaper.In addition, along with the increase of the winding diameter of wallpaper on reel, wallpaper is increasing in the difference of the linear velocity at carry-over pinch rolls place at linear velocity and the wallpaper at reel place.Now, swing arm moves on right side, and poor in order to balanced line speed matches winding displacement speed and take-up speed, avoids wallpaper fracture, guaranteed that the serialization of winder is produced;
10. this wallpaper printing system, is provided with jacking mechanism, rotation crank, realize the axial action of push rod, thus location shell, the spacing of control driving disc spacing pressing and driven disc, can adapt to the rolling of the wallpaper of different in width, and prevent that driven disc is subject to axial external force and then moves in the process of rotation.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of the utility model preheating cover;
Fig. 3 is the distribution map of the utility model the first fixed block;
Fig. 4 is the structural representation of the utility model the first chill roll;
Fig. 5 is the structural representation of the utility model tension mechanism;
Fig. 6 is the plan structure schematic diagram of the utility model rolling-up mechanism;
Fig. 7 is the structural representation of the utility model jacking mechanism;
In figure: 1000-preheating mechanism, 1100-preheating cover, 1200-warm-up mill, 1201-oil guide pipe, 1202-power shaft, 1203-heats roller shell, 1204-the first sliding shoe, 1205-oil guide plate, lead 1206-oil jacket, 1207-the first fixed block, 1208-back shaft, 2000-embossing mechanism, 2001-embossing cylinder, 2002-depression bar, 2003-pressure roller, 2004-flower roller, 2005-flower roller seat, 2006-guide rail, 2007-positioning key, 3000-cooling body, 3100-the first chill roll, 3101-water inlet pipe, 3102-anticlockwise joint, 3103-left tray, the cooling roller shell of 3104-, 3105-the second sliding shoe, 3106-weather board, 3107-water guide cover, 3108-the second fixed block, the right bracket of 3109-, 3110-right rotation joint, 3111-outlet pipe, 3200-the second chill roll, 4000-tension mechanism, 4001-carry-over pinch rolls, 4002-the first fixed roll, 4003-action roller, 4004-swing arm, 4005-tension force cylinder, 4006-the first rotating shaft, 4007-the first gear, 4008-the second gear, 4009-the second rotating shaft, 4010-deflection machine, 4011-the second fixed roll, 5000-rolling-up mechanism, 5100-reel, 5200-driving disc spacing pressing, 5300-driven disc, 5400-driving mechanism, 5401-driving shaft, the passive belt wheel of 5402-, 5403-driving pulley, 5404-winding motor, 5405-master stops, 5500-driven member, 5501-driven axle, 5502-shell, 5503-adjusting gear, 5600-jacking mechanism, 5601-rocking handle, 5602-the 3rd rotating shaft, 5603-small bevel gear, 5604-gamp tooth, 5605-guide, 5606-base, 5607-push rod, 6000-frame.
The specific embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
Wallpaper printing system, comprises preheating mechanism 1000, embossing mechanism 2000, cooling body 3000, tension mechanism 4000, rolling-up mechanism 5000 and frame 6000.
Described preheating mechanism comprises preheating cover 1100 and warm-up mill 1200, and described preheating cover 1100 is set up in the working face of warm-up mill 1200, in order to prevent scattering and disappearing of heat.
Described warm-up mill 1200 comprises power shaft 1202, oil guide pipe 1201, heating roller shell 1203, the first sliding shoe 1204, Oil Guide cover 1206, oil guide plate 1205, the first fixed block 1207 and back shaft 1208; Described Oil Guide overlaps 1206 right-hand members and is connected with heating roller shell 1203 by the first fixed block 1207, and left end is connected with heating roller shell 1203 by the first sliding shoe 1204; Described heating roller shell 1203 left sides are fixedly connected with the power shaft 1202 of hollow shaft structure, and right side is fixedly connected with the back shaft 1208 of solid shafting structure; Described oil guide pipe 1201 is through power shaft 1202 and run through Oil Guide cover 1206.Described oil guide plate 1205 is fixedly installed on Oil Guide cover 1206 and is axial screw shape; Described oil guide plate 1205 is set up between Oil Guide cover 1206 and heating roller shell 1203.
The working method of preheating mechanism is: deep fat flow into heating roller shell 1203 right sides through oil guide pipe 1201, then along the interlayer between Oil Guide cover 1206 and heating roller shell 1203, be back to heating roller shell 1203 left sides, and arrange from the interlayer of oil guide pipe 1201 and power shaft 1202.
Described embossing mechanism 2000 comprises embossing cylinder 2001, depression bar 2002, pressure roller 2003, flower roller 2004, flower roller seat 2005, guide rail 2006 and positioning key 2007.The output of one end of described depression bar 2002 and embossing cylinder 2001 is rotationally connected, and the other end and pressure roller 2003 are rotationally connected, and middle part and frame 6000 are rotationally connected, and described depression bar 2002 plays a leverage; Described pressure roller 2003 and flower roller 2004 be arranged in parallel and are positioned at the discharging opening of preheating mechanism 1000.Described colored roller 2004 is arranged on colored roller seat 2005; Described colored roller seat 2005 belows arrange guide rail 2006; Described guide rail 2006 is slidably connected with flower roller seat 2005; On described guide rail 2006, be equipped with positioning key 2007.Described guide rail 2006 is horizontally disposed with.In the time need to changing the colored roller 2004 of different diameters, the position of removable colored roller seat 2005 on guide rail 2006, thus readjust the position of colored roller 2004, make flower roller 2004 and pressure roller 2003 combined pressure again.
During work, first adjust the position of flower roller seat 2005 on guide rail 2006, then fixing with positioning key 2007.2001 actions of embossing cylinder, make pressure roller 2003 near flower roller 2004 combined pressure by depression bar 2002.Pressure roller 2003 is driven rotation by motor, is subject to continuously molded after the preheating that wallpaper is put through oily hot charging.
Described cooling body 3000 comprises the first chill roll 3100 and the second chill roll 3200; Described the first chill roll 3100 is arranged on colored roller 2004 belows.Therefore, wallpaper is less with flower roller 2004 cornerites, and wallpaper, spending roller 2004 can stop the more time, has improved embossing effect, has strengthened the third dimension of wallpaper.Described the second chill roll 3200 is positioned at the charging aperture of tension mechanism 4000.
Described the first chill roll 3100 comprises the cooling roller shell 3104 of hollow, establishes the water guide cover 3107 of solid shafting structure in described cooling roller shell 3104; Described water guide overlaps 3107 right-hand members and is connected with cooling roller shell 3104 by the second fixed block 3108, and left end is connected with cooling roller shell 3104 by the second sliding shoe 3105; Described water guide overlaps 3107 outer surfaces and is fixed with weather board 3106; Described weather board 3106 is axial screw shape; Described weather board 3106 is set up between water guide cover 3107 and cooling roller shell 3104; Described cooling roller shell 3104 left ends are fixedly connected with the left tray 3103 of hollow, and right-hand member is fixedly connected with the right bracket 3109 of hollow; Described left tray 3103 flanges are connected with anticlockwise joint 3102; Right bracket 3109 flanges are connected with right rotation joint 3110; Described anticlockwise joint 3102 is connected with water inlet pipe 3101; Right rotation joint 3110 is connected with outlet pipe 3111.
Described water guide cover 3107 adopts the closed structure of inner inflatable, thereby has reduced the weight of water guide cover 3107, has reduced the weight that cooling roller shell 3104 bears, and therefore, cooling roller shell 3104 is not yielding, and increase service life.
Wallpaper after pressurized, the wallpaper back side, through the first chill roll 3100, avoids positive stereoscopic pattern to be affected.In the cooling roller shell 3104 of the first chill roll 3100, be connected with cold water.Cold water enters cooling roller shell 3104 inside from left side, by water guide cover 3107, be squeezed to cooling roller shell 3104 inwalls, then from right side, get rid of, thus can reduce rapidly the temperature of cooling roller shell 3104, thus the temperature of wallpaper reduced, play good styling.Then wallpaper exports tension mechanism to by the second chill roll 3200.
The setting of spiral helicine weather board 3106, not only plays the effect of water conservancy diversion, guarantees that cooling roller shell 3104 inwalls can be by water-cooled, and also the cooling roller shell 3104 for hollow provides multi-point support, has improved the rigidity of cooling roller shell 3104.
Described tension mechanism 4000 comprises carry-over pinch rolls 4001, the first fixed roll 4002, action roller 4003, swing arm 4004, tension force cylinder 4005, the first rotating shaft 4006, the second fixed roll 4011, the first gear 4007, the second gear 4008, the second rotating shaft 4009 and deflection machine 4010; Described carry-over pinch rolls 4001, the first fixed roll 4002 and the second fixed roll 4011 is contour is arranged in frame 6000; Described action roller 4003 is between the first fixed roll 4002 and the second fixed roll 4011 and be rotationally connected with the right-hand member of swing arm 4004; The output of described tension force cylinder 4005 is rotationally connected with the middle part of swing arm 4004; The left end of swing arm 4004 is fixedly connected on the first rotating shaft 4006; In described the first rotating shaft 4006, be fixedly connected with the first gear 4007; The second gear 4008 that described the second rotating shaft 4009 is fixedly installed deflection machine 4010 and is meshed with the first gear 4007.
During balance, the tension force on wallpaper equals the active force sum of gravity and the tension force cylinder 4005 of action roller 4003.Therefore, can pass through tension force cylinder, adjust the tension force of wallpaper.In addition, along with the increase of the winding diameter of wallpaper on reel 5100, wallpaper is increasing in the difference of the linear velocity at carry-over pinch rolls 4001 places at linear velocity and the wallpaper at reel 5100 places.Now, swing arm moves on 4004 right sides, and poor in order to balanced line speed matches winding displacement speed and take-up speed, avoids wallpaper fracture, guaranteed that the serialization of winder is produced.Deflection machine is in order to record the oscillator arc of swing arm, thereby facilitates the poor of subsequent calculations linear velocity.
Described rolling-up mechanism 5000 comprises reel 5100, driving disc spacing pressing 5200, driven disc 5300, driving mechanism 5400, driven member 5500 and jacking mechanism 5600; Described reel 5100 is located between driving disc spacing pressing 5200 and driven disc 5300; Described jacking mechanism 5600 is arranged at driven member 5500 backs.
Described jacking mechanism 5600 comprises rocking handle 5601, the 3rd rotating shaft 5602, small bevel gear 5603, gamp tooth 5604, guide 5605, base 5606 and push rod 5607; Described rocking handle 5601 is with small bevel gear 5603 concentric settings and be all fixedly connected with the 3rd rotating shaft 5602; Described gamp tooth 5604 and small bevel gear 5603 are intermeshing; The center of described gamp tooth 5604 is provided with screwed hole; Described gamp tooth 5604 the place aheads are provided with guide 5605, and rear is equipped with base 5606; Described guide 5605 is slidably connected with push rod 5607; Described push rod 5607 passes the screwed hole of guide 5605 and gamp tooth 5604 and is threaded with gamp tooth 5604.
Rotation crank 5601, drives 5604 rotations of gamp tooth by small bevel gear 5603.Gamp tooth 5604 can rotation, and its axial location is fixing by guide 5605 and base 5606, and push rod 5607 and guide 5605 are slidably connected, on guide 5605, sliding rail is set, push rod 5607 cannot rotation, therefore, and when gamp tooth 5604 rotates, push rod 5607 axial actions, realize flexible function.
Described driving mechanism 5400 comprises driving shaft 5401, passive belt wheel 5402, driving pulley 5403 and winding motor 5404; Described driving disc spacing pressing 5200 is fixedly connected on driving shaft 5401, is fixedly installed passive belt wheel 5402 on described driving shaft 5401; Described passive belt wheel 5402 is connected with driving pulley 5403 by belt; Described driving pulley 5403 is equipped on the output of winding motor 5404.Described driving shaft 5401 is equipped with master and stops 5405.Certainly, driving mechanism 5400 also can adopt other structure, such as the fit system of sprocket wheel chain, or replaces belt wheel etc. with frequency converter.
Described driven member 5500 comprises driven axle 5501, shell 5502 and adjusting gear 5503; Described driven disc 5300 is fixedly installed on driven axle 5501, and described driven axle 5501 is rotationally connected with shell 5502; Described shell 5502 is arranged in frame 6000; On described shell 5502, be provided with tooth bar; Described shell 5502 is slidably connected with frame 6000; Described adjusting gear 5503 is meshed with the tooth bar on shell 5502.
Before operation machine, first adjust jacking mechanism 5600, push rod 5607 touching shells 5502, thereby location shell 5502, prevent that driven disc 5300 is subject to axial external force and then moves in the process of rotation.During work, wallpaper is first adjusted tension force through tension mechanism 4000, and then driving mechanism 5400 drives driving disc spacing pressing 5200 rotations, thus 5100 rotations of band movable reel, and wallpaper is accommodated in reel 5100.When rolling is complete, driving mechanism 5400 quits work, and reel 5100 stops the rotation, and adjusts jacking mechanism 5600, and push rod 5607 is return, for moving space is provided after shell 5502.Then rotate adjusting gear 5503, after shell 5502, move, driven disc 5300 is separated with driving disc spacing pressing 5200, thereby takes out finished product.
The utility model is illustrated according to embodiment, is not departing under the prerequisite of present principles, and this device can also be made some distortion and improvement.It should be pointed out that all employings are equal to the technical scheme that the modes such as replacement or equivalent transformation obtain, and all drop in protection domain of the present utility model.
Claims (9)
1. wallpaper printing system, comprises preheating mechanism (1000), embossing mechanism (2000), cooling body (3000), tension mechanism (4000), rolling-up mechanism (5000) and frame (6000); It is characterized in that, described preheating mechanism comprises preheating cover (1100) and warm-up mill (1200), and described preheating cover (1100) is set up in the working face of warm-up mill (1200); Described embossing mechanism (2000) comprises pressure roller (2003) and flower roller (2004); Described pressure roller (2003) and flower roller (2004) be arranged in parallel and are positioned at the discharging opening of preheating mechanism (1000); Described cooling body (3000) comprises the first chill roll (3100) and the second chill roll (3200); Described the first chill roll (3100) is arranged on colored roller (2004) below; Described the second chill roll (3200) is positioned at the charging aperture of tension mechanism (4000); Described tension mechanism (4000) comprises carry-over pinch rolls (4001), the first fixed roll (4002), action roller (4003), swing arm (4004), tension force cylinder (4005), the first rotating shaft (4006) and the second fixed roll (4011); Described carry-over pinch rolls (4001), the first fixed roll (4002) and the second fixed roll (4011) are contour to be arranged in frame (6000); Described action roller (4003) is positioned between the first fixed roll (4002) and the second fixed roll (4011) and is rotationally connected with the right-hand member of swing arm (4004); The output of described tension force cylinder (4005) is rotationally connected with the middle part of swing arm (4004); The left end of swing arm (4004) is fixedly connected on the first rotating shaft (4006); Described rolling-up mechanism (5000) comprises reel (5100), driving disc spacing pressing (5200), driven disc (5300), driving mechanism (5400), driven member (5500) and jacking mechanism (5600); Described reel (5100) is located between driving disc spacing pressing (5200) and driven disc (5300); Described jacking mechanism (5600) is arranged at driven member (5500) back.
2. wallpaper printing system as claimed in claim 1, it is characterized in that, described warm-up mill (1200) comprises oil guide pipe (1201), power shaft (1202), heating roller shell (1203), the first sliding shoe (1204), Oil Guide cover (1206), the first fixed block (1207) and back shaft (1208); Described Oil Guide cover (1206) right-hand member is connected with heating roller shell (1203) by the first fixed block (1207), and left end is connected with heating roller shell (1203) by the first sliding shoe (1204); Described heating roller shell (1203) left side is fixedly connected with the power shaft (1202) of hollow shaft structure, and right side is fixedly connected with the back shaft (1208) of solid shafting structure; Described oil guide pipe (1201) is through power shaft (1202) and run through Oil Guide cover (1206).
3. wallpaper printing system as claimed in claim 2, is characterized in that, described warm-up mill (1200) also comprises oil guide plate (1205); Described oil guide plate (1205) is fixedly installed on Oil Guide cover (1206) and is axial screw shape; Described oil guide plate (1205) is set up between Oil Guide cover (1206) and heating roller shell (1203).
4. wallpaper printing system as claimed in claim 1, is characterized in that, described embossing mechanism (2000) also comprises embossing cylinder (2001), depression bar (2002), flower roller seat (2005), guide rail (2006) and positioning key (2007); The output of one end of described depression bar (2002) and embossing cylinder (2001) is rotationally connected, and the other end and pressure roller (2003) are rotationally connected, and middle part and frame (6000) are rotationally connected; Described colored roller (2004) is arranged on colored roller seat (2005); Described colored roller seat (2005) below arranges guide rail (2006); Described guide rail (2006) is slidably connected with flower roller seat (2005); On described guide rail (2006), be equipped with positioning key (2007).
5. wallpaper printing system as claimed in claim 1, is characterized in that, described the first chill roll (3100) comprises the cooling roller shell (3104) of hollow, establishes the water guide cover (3107) of solid shafting structure in described cooling roller shell (3104); Described water guide cover (3107) right-hand member is connected with cooling roller shell (3104) by the second fixed block (3108), and left end is connected with cooling roller shell (3104) by the second sliding shoe (3105); Described water guide cover (3107) outer surface is fixed with weather board (3106); Described weather board (3106) is axial screw shape; Described weather board (3106) is set up between water guide cover (3107) and cooling roller shell (3104); Described cooling roller shell (3104) left end is fixedly connected with the left tray (3103) of hollow, and right-hand member is fixedly connected with the right bracket (3109) of hollow; Described left tray (3103) is connected with anticlockwise joint (3102); Right bracket (3109) is connected with right rotation joint (3110); Described anticlockwise joint (3102) is connected with water inlet pipe (3101); Right rotation joint (3110) is connected with outlet pipe (3111).
6. wallpaper printing system as claimed in claim 1, is characterized in that, described tension mechanism (4000) also comprises the first gear (4007), the second gear (4008), the second rotating shaft (4009) and deflection machine (4010); In described the first rotating shaft (4006), be fixedly connected with the first gear (4007); The second gear (4008) that described the second rotating shaft (4009) is fixedly installed deflection machine (4010) and is meshed with the first gear (4007).
7. wallpaper printing system as claimed in claim 1, it is characterized in that, described jacking mechanism (5600) comprises rocking handle (5601), the 3rd rotating shaft (5602), small bevel gear (5603), gamp tooth (5604), guide (5605), base (5606) and push rod (5607); Described rocking handle (5601) is with small bevel gear (5603) concentric setting and be all fixedly connected with the 3rd rotating shaft (5602); Described gamp tooth (5604) and small bevel gear (5603) are intermeshing; The center of described gamp tooth (5604) is provided with screwed hole; Described gamp tooth (5604) the place ahead is provided with guide (5605), and rear is equipped with base (5606); Described guide (5605) is slidably connected with push rod (5607); Described push rod (5607) passes the screwed hole of guide (5605) and gamp tooth (5604) and is threaded with gamp tooth (5604).
8. wallpaper printing system as claimed in claim 1, is characterized in that, described driving mechanism (5400) comprises driving shaft (5401), passive belt wheel (5402), driving pulley (5403) and winding motor (5404); Described driving disc spacing pressing (5200) is fixedly connected on driving shaft (5401), is fixedly installed passive belt wheel (5402) on described driving shaft (5401); Described passive belt wheel (5402) is connected with driving pulley (5403) by belt; Described driving pulley (5403) is equipped on the output of winding motor (5404).
9. wallpaper printing system as claimed in claim 1, is characterized in that, described driven member (5500) comprises driven axle (5501), shell (5502) and adjusting gear (5503); Described driven disc (5300) is fixedly installed on driven axle (5501), and described driven axle (5501) is rotationally connected with shell (5502); Described shell (5502) is arranged in frame (6000); Described shell is provided with tooth bar on (5502); Described shell (5502) is slidably connected with frame (6000); Described adjusting gear (5503) is meshed with the tooth bar on shell (5502).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420289987.9U CN203876298U (en) | 2014-06-03 | 2014-06-03 | Wallpaper printing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420289987.9U CN203876298U (en) | 2014-06-03 | 2014-06-03 | Wallpaper printing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203876298U true CN203876298U (en) | 2014-10-15 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420289987.9U Expired - Fee Related CN203876298U (en) | 2014-06-03 | 2014-06-03 | Wallpaper printing system |
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| CN (1) | CN203876298U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104002507A (en) * | 2014-06-03 | 2014-08-27 | 浙江雨兰建材有限公司 | Wallpaper printing system |
| CN105059036A (en) * | 2015-08-03 | 2015-11-18 | 桂林威迈壁纸有限公司 | Vacuum wallpaper printing device |
| CN107825840A (en) * | 2017-11-15 | 2018-03-23 | 安徽工程大学 | One kind weaving printing device of weaving cotton cloth |
| CN109230596A (en) * | 2018-09-11 | 2019-01-18 | 广东宏穗晶科技服务有限公司 | A kind of transfer robot that stability is good |
| CN110450534A (en) * | 2019-08-29 | 2019-11-15 | 荆门市国弘模具有限公司 | A kind of printed tablecloth manufacturing line |
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2014
- 2014-06-03 CN CN201420289987.9U patent/CN203876298U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104002507A (en) * | 2014-06-03 | 2014-08-27 | 浙江雨兰建材有限公司 | Wallpaper printing system |
| CN104002507B (en) * | 2014-06-03 | 2016-08-31 | 浙江雨兰建材有限公司 | wallpaper printing system |
| CN105059036A (en) * | 2015-08-03 | 2015-11-18 | 桂林威迈壁纸有限公司 | Vacuum wallpaper printing device |
| CN107825840A (en) * | 2017-11-15 | 2018-03-23 | 安徽工程大学 | One kind weaving printing device of weaving cotton cloth |
| CN109230596A (en) * | 2018-09-11 | 2019-01-18 | 广东宏穗晶科技服务有限公司 | A kind of transfer robot that stability is good |
| CN110450534A (en) * | 2019-08-29 | 2019-11-15 | 荆门市国弘模具有限公司 | A kind of printed tablecloth manufacturing line |
| CN110450534B (en) * | 2019-08-29 | 2024-04-12 | 荆门市国弘模具有限公司 | Production line for manufacturing printing tablecloth |
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