US3744110A

US3744110A - Sizing and drying sectional warping machine

Info

Publication number: US3744110A
Application number: US00185661A
Authority: US
Inventors: H Baba; T Takase
Original assignee: Baba Sangyo Kikai Co Ltd; Naigai Orimono KK
Current assignee: Baba Sangyo Kikai Co Ltd; Naigai Orimono KK
Priority date: 1971-10-01
Filing date: 1971-10-01
Publication date: 1973-07-10
Anticipated expiration: 1990-07-10

Abstract

A sizing and drying sectional warping machine. The machine has a set of plural creels movable for replacement in a direction intersecting the travelling direction of the warp. A sizing apparatus for the warp passing between the front sectional warping machine and the winding device and a drying apparatus are provided and the portions of both the sizing and the drying apparatus through which the warp passes are constructed so as to have one-end-support, so that the warp can be loaded while holding the warp passing through the front reed on the side as it is. While sizing, drying and sectional warping are carried on in one creel, in the other creel replacement of the bobbin and the piece of warp are performed to prepare for next operation. By replacement of the creel the next sizing, drying and sectional warping operation can be carried out immediately.

Description

United States Patent 1 Baba et al.

[111 3,744,110 [451 July 10,1973

[ l SIZING AND DRYING SECTIONAL WARPING MACHINE [75] lnventorszHirohito Baba, Osaka; Toshiyuki Takase, Nishiwaki, both of Japan [73] Assignees: Baba Snagyo Kikai Kabushiki Kaisha, Osaka-Pu; Naigai Orimona Kabushiki Kaisha, Nishiwaki-shi, Hyogo-ken, Japan 22 Filed: Oct. 1, 1971 211 App]. No.: 185,661

52 vs. C]. 28/28 [51] Int. Cl. D03j 1/02 [58] Field of Search 28/28; 242/131 [56] References Cited UNITED STATES PATENTS 3,441,991 5/1969 Bryan 28/28 Primary Examiner-Louis K. Rimrodt Attorney-Wenderoth, Lind & Ponack [5 7] ABSTRACT A sizing and drying sectional warping machine The machine hasa set of plural creels movable for replacement in a direction intersecting the travelling direction of the warp. A sizing apparatus for the warp passing between the front sectional warping machine and the winding device and a drying apparatus are provided and the portions of both the sizing and the drying apparatus through which the warp passes are constructed so as to have one-end-support, so that the warp can be loaded while holding the warp passing through the front reed on the side as it is. While sizing, drying and sectional warping are carried on in one creel, in the other creel replacement of the bobbin and the piece of warp are performed to prepare for next operation. By replacement of the creel the next sizing, drying and sectional warping operation can be carried out immediately.

4 Claims, 31 Drawing Figures pmmm Jun 0 ma SHEET DIUF 16 PAINTED-" 3. 744.1 10

SHEEI 0711' 16 PAIENIED JUL 1 man PATENTED 1 3,744.1 10

- sum mar 16 PATENFEB-JUL 1 01915 saw nerds a aaaasz as a PAIEN-Iin JUL 1 0 um saw IQUF PATENTED JUL 1 0197s SIEU 15$ PATENIEB JUL I W975 SEE! 160$ 16 SIZING AND DRYING SECTIONAL WARPING MACHINE The present invention relates to a sizing and drying sectional warping machine.

Heretofore, yarn warp has been dyed previously in hanks, sized manually and dried in the sun (called a hank sizing process).

The hanks of warp yarn are wound upon a wrap beam, the beam is arranged on a creel and then wound on a drum, but this method and the defect of bringing about a reduction of operation efficiency due to excessive labour and time loss since the method must go through various processes.

The object of the present invention is to entirely mechanize the sizing process of warp previously dyed by eliminating manual work and to provide a device wherein sizing and drying apparatus are installed between the bobbin creel and the sectional warping and winding. The sizing process is completed during the sectional warping operation and accordingly, the hank sizing process is completely omitted and the warp from the creel may be replaced very easily.

The object abovementioned is accomplished by the parts and combinations constructing the present invention, and an embodiment thereof will now be illustrated with the accompanying drawings and the detailed explanation described hereinafter.

FIG. 1 is a side view of the sizing and drying sectional warping machine,

FIG. 2 is a plan of the same above,

FIG. 3 is an enlarged side view of the creel,

FIG. 4 is an enlarged front view of the same creel,

FIG. 5 is an enlarged plan of the same creel, partially broken,

FIG. 6 is a longitudinally sectioned side view of a switch attached to the creel,

FIG. 7 is a section along the line 7-7 in FIG. 6,

FIG. 8is a side view of warp guide attached to the creel,

FIG. 9 is a back view of the rear reed,

FIG. 10 is a side view of the said above, partially broken,

FIG. 11 is an enlarged front view of the same rear reed,

FIG. 12 is a longitudinally sectioned side view of the principal part of the same above,

FIG. 13 is a side view of the sizing apparatus,

FIG. 14 is a longitudinally sectioned back view of the principal part of the same above,

FIG. 15 is a side view of the drying apparatus,

FIG. 16 is a longitudinally sectioned back view of the principal part of the same above,

FIG. 17 is a longitudinally sectioned back view showing the drive transmission mechanism of the drying apparatus,

FIG. 18 is a front view of the same above,

FIG. 19 is a partially longitudinally sectioned side view of the tension controlling apparatus,

FIG. 20 is a longitudinally sectioned back view of the same above,

FIG. 21 is a longitudinally sectioned side view of the front reed,

FIG. 22 is a front view of the winding warping drum,

FIG. 23 is a side view of the same above,

FIG. 24 is a front view showing the principal part of the same above,

FIG. 25 is a longitudinally sectioned side view of the principal part of the same above,

FIG. 26 is a back view of the drive transmission mechanism of the same above,

FIG. 27 is a side view of the same above,

FIG. 28 is a side view of the driving part,

FIG. 29 is a plan of the same above,

FIG. 30 is a side view of the same above,

FIG. 31 is a plan of the same above.

Element 11 in FIG. 1 and FIG. 2 is a creel and in front of the creel are arranged successively the rear reed 12, the sizing apparatus 13, the drying apparatus 14, the tension controlling apparatus 15, the front reed 16 and the winding warping machine 17 in a straight line.

The creel 11 mentioned above is shown in FIG. 3 through FIG. 8, in the creel 11 the horizontal members 19. In required steps and having horizontal axis are installed between the post member 18 facing each other front and rear and the spindle 20 the axis of which is horizontal is disposed insertedly at an interval lengthwise along both sides of the horizontal member 19, the bobbin A is supported fittedly on this spindle 20. 21 is rail extended transversely from the upper end of the post member 18 with the axis thereof being horizontal. On this rail 21 are embarked the wheels fixed on the front and rear upper edges of the frame 22 and supported movably so that the interval of the frame may be adjusted with respect to the side of the post member 18 when required. In addition, each of the wheels 24 fixed at the lower edges of the post member 18 and of the frame 22 is embarked on a plurality of rails 26 laid on the floor 25 to cross said creel 11. 27 is a motor mounted on the base plate at the front lower portion of the front side post member 18. The belt 31 is stretched around the pulley 28 of the motor 27 and the pulley 30 on the input side of the reduction gear mounted on the base plate 40 right below the motor 27. Chain the chain 35 is wound around the sprocket 32 on the output side of the reduction gear 29 and the sprocket 34 mounted on the shaft 33 of said wheel 24 to drive the shaft 33, and the pinion 36 mounted on the shaft 33 is meshed with the rack installed on the floor 25 to be parallel with the rail 26 and thereby the creel 11 is movable outward with the motor 27.

38 is a guide fixed to direct forwards by bending at about after drawing to the side of the frame 22 the warp yarn B on bobbin A supported with the spindle 20 on the juxtaposed vertical rod 39 arranged on the frame 22 to correspond to each of said spindles 20 on the frame 22. 41 is an arm extended sideways horizontally with a required interval between the front and rear of the outside of the frame 22, and on the upper edge of the arm 41 are arranged V-shaped notches 42 to hold each warp B bent and directed forward by the guide 38 at spaced intervals. Guide 44 having an areshaped rod 43 directed outward from a side of the notch 42, prevents the warp B from floating from the opening at the upper edge of the notch 42. On the arm 41 located at the outermost end are arranged guides 44 in two lines front and rear. The number of notches 42 on the arc-shaped rod of the guide 44 increases from the rearmost end to the outer-most end. In addition, between the guides 44 of the arm 41 at the outermost end are put a number of microswitches equal to the number of notches 42. The warp B travelling between said guides 44 is passed through the annular rod 47 at the end of the operation rod 46 of the microswitch 45 and the operation rod 46 rises to contact the stopper 48 by the tension of the warp B. However, in the event that the warp B is broken, the operation rod 46 is turned downward by its own gravity, and the sizing apparatus 13, the drying apparatus 14 and the winding warping machine 17 are connected electrically to stop simultaneously by the closing of the microswitch 45.

The rear reed 12 shown in FIG. 9, FIG. 10, FIG. 11 and FIG. 12 is supported by fixing the horizontal mem ber 51 parallel with the rail 26 on the upper end of the post 50 erected upright on the base plate 49 parallel with the rod 26, fitting the lower edge of the rear reed 12 into the groove 52 provided between both ends at the upper edge of the horizontal member 51, and removably attaching the lower end of the vertical member 54 toboth ends of the horizontal member 51 with the clamping device 53 comprising bolts on which nuts are screwed. The edges at both ends of said rear reed 12 are then fitted into the grooves 55 provided between the upper and lower ends of the inner surfaces facing each other of both vertical members 54.

Underneath the base plate 49 are disposed the wheels 56. The post 50 and the front post member 18 of the creel 11 are joined together with the connecting rod 57, and thereby the base plate 49 supporting the rear reed 12 travels together with creel 11. 58 is an oblong hole both ends of which are located up and down at the edge of the rear reed 12. 59 is a pair of plates belonging to the oblong hole 58 and are contacted to the front and rear surfaces of the rear reed 12. Through the plates 59 and the oblong hole 58 is inserted the clamp ing device 60 comprising a bolt on which a nut is screwed and thereby the plates 59 are attached to be adjustable vertically. To the plate 59 located at the rear side of the rear reed 12 is fixed one end of plate member 61, a set of which consists of upper and lower members. In the U-shaped portion 62 at the other end directed rearward is supported the end of the rod 63 the axis of which is horizontal, and thereby the warp B before passing through the rear reed 12 is collected in the center between the upper and lower portions of the rear reed 12 and between the rods 63. 64 are arms directed forward from both ends of the front side of the horizontal member 51. In the end portion directed upward of the arm 64 are formed the oblong holes 65 in three steps'vertically, both ends of which are directed vertically. In the oblong hole 65 is inserted the screw threaded portion 67 of the end directed forward of the attaching shaft 66 and is attached with the nut 68 screwed on the screw-threaded portion 67. In addition, on the end of the attaching shaft 66 is fixed a U-shaped rod 69 both ends of which are directed rearward, and thereby the rod the axis of which is horizontal is installed in the U-shaped rod 69 so that the warp B passing through the rear reed 12 is separated into several vertical steps as required with each of the rods 70.

FIGS. 13 and 14 show the sizing apparatus 13. 71 is a frame opened at the upper side thereof, arranged on the floor 25. At the upper portion within the frame 71 are arranged respectively the sizing tank 72 opened at the upper edge thereof and the hot water tank 73 encircling the outside of the sizing tank 72 from the lower side thereof to heat the sizing tank 72 and within both tanks is arranged the pipe 74 heated with steam. 75 are two lines of vertical guide rails laid on said frame 71 on the outside of the sizing tank 72. Between the rails 75 is fitted the rack 76 to be movable vertically, and the rack 76 is prevented from being released by the plate member 77 connected securedly to the rails at the side edges thereof to cover the rack 76 midway between the upper and lower ends of the rails 75. 78 is a shaft passed through the rear portion of the frame 71 from one side to the other side thereof and journaled with the bearing 79. On both ends of the shaft 78 are mounted the handles 80 respectively. Worm gear 81 mounted on one end of the shaft 78 is meshed with the worm wheel 84 mounted on one end of the shaft 83 journaled with the axis thereof horizontally by the bearing 82 outside of the frame 71. The pinion mounted on the other end of the shaft 83 is meshed with said rack 76. When the shaft 78 is turned by the handle 80, then the worm gear 81, the worm wheel 84 and the rack meshed with the pinion 85 on the shaft 83 are moved vertically. 86 is a shaft member directed from one side to the other side within the upper edge of the sizing tank 72. One end of the shaft member 86 is fixed at the upper end of said rack 76, and reverse Y-shaped arms 87 are fixed on either end of the shaft 86 at the upper ends thereof. Between the lower ends of the arms 87 are rotatably supported the ends of the rollers 88 arranged in two lines front and rear. 89 is a roller located in front of the rollers 88 to be parallel with the rollers 88 and submerged into the sizing tank 72 at the lower periphery thereof, and the shaft 90 at one end of the roller 89 is rotatably supported at one end with the bearing 91 on the upper edge on one side of the frame 71. Bevel gear 92, mounted on the end of the shaft 90, is meshed with the bevel on one end of the shaft 94 supported with the bearing 93 to direct longitudinally both ends thereof at outside of the frame 71. Around the sprocket 96 at the other end of the shaft 94 and the sprocket 98 of the input shaft 97 is stretched the chain 99 so that the roller 89 is forcibly turned.

Immediately above the roller 89 is disposed the roller 100 the lower periphery of which contacts the upper periphery of the roller 89. 101 is an arm of nearly reverse L-shape in front, which is fixed on the upper edge at one side of the frame 71 along the axis of the roller 100 and above the roller 100 at the end thereof. At the.

rear surface of the front end of the arm 101 is formed the hook 102. 103 are shafts projected from both ends of the roller 100 and the-projected shafts 103 are supported by self adjustable bearings 105 provided at the ends of the plate member 104. The center of the plate member 104 at one side is pivoted in the inside surface of the end of said arm 101 with the shaft 106 and the center of the plate member 104 on the other side is supported on the supporting member 107 erected upright from the upper edge on the other side of the frame 71 by removably inserting pin 108. On the inside of the end of the arm 101 and the upper portion of the supporting member 107 and also below the shaft 106 and the pin 108 are pivoted the ends of the rotary plates 110 respectively with the shaft 111. At the front end of the rotary plate 110 is pivoted with the pin the front end directed upward of the piston rod 114 of the cylinder 113 which is pivoted at the frame 71 at the end thereof with the pin 112. The lug 116 in the central portion at the upper edge of the rotary plate 110 contacts the lower edge of the front end of the plate member 104, thereby the piston rod 1 14 is raised by the air pressure led into the cylinder 113, the rotary plate 110 using the shaft 111 as its fulcrum is turned counterclockwise in FIG. 13, and the lug 116 of the rotary plate 110 forcibly turns the rotary plate 104 using the shaft 106 as its fulcrum also in the same direction and thereby the roller 100 is pressed against the roller 89.

117 is a grip rod formed on the extension of the projected shaft 103 at the other end of the roller 100. 118 are guide rods arranged in two lines front and rear located right above the upper edge at the rear side of the frame 71. 119 is a bracket directed upward from the upper edge at the rear side of the frame 71, and on the upper edge of the bracket 119 is fixed the lower edge of the reed 120.

121 are arms projected forward from both sides of the upper edge at the front side of the frame 71. Between the front and rear portions of each of the facing arms 121 are erected upright the legs 122 directed upward. Between the legs 122 are rotatably supported the projected shafts at the end of the roller 123 the axis of which is horizontal, and on the projected shaft 124 is mounted the sprocket 125. 126 is a worm gear mounted on the input shaft 97, the worm gear 126 is meshed with the worm wheel 129 on the shaft 128 supported with the bearing 127 mounted on the frame 71. On the shaft 125 is fixed the sprocket 130, and around the sprocket 125 and the sprocket 130 is stretched the endless chain 131.

FIGS. 15, 16, 17 and 18 show the drying apparatus 14 located in front of the sizing apparatus 13. 132 is a frame erected upright on the floor 25 along the warp B outside of the travelling path of the warp B. Between the front and rear ends of the side of the frame 132 facing to the travelling path of said warp B are fixed the drums 133 (8 in number) having a distance vertically and longitudinally at the outside end of the pipe shafts 135 supported on the bearings 134 of the frame 132 so that the axis thereof are horizontal, and steam is supplied from the pipe shafts 135 to the interior of the drums 133 to heat them.

136 are sprockets mounted on the inner ends of the pipe shafts 135 respectively. 137 is a rotary shaft supported with the bearings 138 and passing through longitudinally at the lower portion of the frame 132. The rotary shaft 137 is driven by winding the chain 140 around the sprocket 139 at one end thereof.

141 are bevel gears mounted on both ends of the rotary shaft 137. Supported with the bearing 143 mounted on the frame 132 at a right angle to the rotary shaft 137, the bevel gear 144 mounted on the shaft 142 is meshed with said bevel gear 141, thereby the drive is transmitted to the shaft 142. Also mounted on the shaft 142 is the sprocket 145. Each of the drums 133 is driven forcibly in a direction with a given speed by winding the endless chain 146 around each of the four front and four rear sprockets 136 and around the sprocket 145. 147 are sprockets mounted on the frame 132 to be engaged with the chain 146 to eliminate slack of the chain 146.

FIGS. 19 and 20 show the tension controlling apparatus located in front of the drying

apparatus

14, 148 is a frame disposed on the floor 25 to be located right below the travelling path of the warp B. On the upper edge at the rear end of the frame 148 is rotatably supported the ends of the roller 149 in the bearings 150 of the frame 148 so that the axis thereof crosses the warp B. The ends of the roller 152 are supported rotatably in the bearings 151 on the upper edge at both sides of the frame 148 to be parallel therewith in front of the roller 149.

At the lower portion between the

rollers

149 and 152 are rotatably supported the ends of the shaft 154 with the bearings 153 at both lower sides of the frame 148. One end of the shaft 154 is severed, and a magnetic clutch 156, which is set free when a predetermined resistance is applied to the severed portion of the shaft 154, is interposed to make the severed portion engageable and disengageable. 157 is a rocking frame fixed to the other end of the shaft 154 and the portion located inside the magnetic clutch 156 respectively at the lower end thereof. The ends of the roller 159 are supported rotatably on the bearings 158 in between at the upper end on both sides located higher than the roller 149 of the rocking frame 157. 160 is a rocking rod fixed at the lower end thereof on the portion located outside the magnetic clutch 156 at one end of the shaft 154. 161 is a cylinder pivoted with the pin 162 within the frame 148 in front of the rocking frame 157 at the end thereof. The front end of the piston rod 163 of the cylinder 161 is pivoted with the pin 164 in front of the rocking frame 157, and thereby the rocking frame 157 is afforded retreating rotatability for restoring by the air pressure compressed in the cylinder 161.

165 is an operation piece projected rearward from one side of the rocking frame 157. 166 is a switch mounted on the rocking arm 160 to make the magnetic clutch 165 engage when the rocking frame 157 is rocked forward. 167 is an operation plate formed upwardly from the upper end of the rocking rod 160. The oblong hole 169 is formed with both ends thereof directed longitudinally in the plate 168 on the upper edge at one side of the frame 148 to define the rocking rod 160, and in the oblong hole 169 is inserted the operation plate 167. Furthermore, the switch 170 contacting the operation plate 167 at the point where the operation plate 167 is stopped after being rocked forward is mounted on the frame 148, and thereby is connected electrically so that feed is accelerated when the switch is turned on (described later). 171 is a switch on the frame 148 to be contacted by the rocking frame 157 when the rocking frame 157 reaches a point just before the completion of its retreat, and is connected electrically so that feed is decelerated when the switch 171 is turned on (described later). 172 is a roller mounted to be located in front of the roller 152 and with the axis thereof parallel with the roller 152, the lower periphery of the roller 172 is to be held submerged in the tank 173 for receiving wax. 174 is a sprocket mounted on the shaft at the end of the roller 172. Between the sprocket 174 and the sprocket 176 of the double sprocket 176 and 177 of the shaft supported by the frame 147 is stretchedthe chain 178. 179 is a sprocket mounted on the rotary shaft 137. 180 is a shaft supported with the bearing 181 of the frame 148 to be rotatable with both ends thereof directed longitudinally. Between the sprocket 182 mounted on the end of the shaft 180 and the sprocket 179 is stretched the chain 183, and the drive is transmitted by meshing the bevel gears mounted on the end of the shaft 180 and the end of the shaft 185 supported with the bearing 184. In addition, between the sprocket 186 on the end of the shaft 185 and the sprocket 177 is stretched the chain 187. 188 is a roller located in' front of the roller 172 and does not contact to the warp B during operation time. This roller rises with the piston rod 190 of the cylinder

Claims

1. In a sizing and drying sectional warping machine comprising a movable creel, a rear reed, a sizing apparatus including a plurality of rollers, a drying apparatus also including a plurality of rollers, a front reed and a winding device for winding said warp and pulling it from a creel through said rear reed, said sizing apparatus, said drying apparatus and said front reed, the improvement comprising means to move said creel transversely to the travelling direction of the warp, said rollers of said sizing apparatus and said drying apparatus being supported on only one common side, said front and rear reeds being mounted so as to be movable and at least one additional creel, rear reed and front reed adapted to replace said first mentioned creel, rear reed and front reed, whereby when one sectional warping operation is completed, said first mentioned creel, rear reed and front reed can be removed together with the warp extending therebetween and immediately replaced by said additional creel, rear reed and front reed previously prepared with warp extending therebetween.

2. The improvement as claimed in claim 1 wherein said rear reed is mounted so as to be moved transversely to the travelling direction of the warp.

3. The improvement as claimed in claim 1 further including a tension applying means positioned between said drying apparatus and said winding apparatus.

4. The improvement as claimed in claim 1 wherein said front reed is mounted so as to be easily removable.