TWM258108U - Improved structure for dyeing machine allowing automatically disentangling cloth - Google Patents

Description

M258108 IV. Creation instructions (1) [Technical field to which the new type belongs] This is about automatic unwinding of the dyeing machine. It can effectively wrap around the belt like a cloth wheel ^, and specially send the cloth until the unwinding mechanism returns to the right. : Set to: defense:: forward to continue. Placed without hindering the passage of the fabric. [Previous technology] During the dyeing process, Φ, ± β ^ stop the rapid circulation flow, in order to facilitate the completion of the :::: = dyeing tank does not have a preset dyeing function, and At present, when 2 枓 is fully in contact, the nozzle sprays out the dye to drive the cloth. The JLi wood device is sprayed with ^ β§ taxi: the percentage of science and technology, which is set as a zone before the cloth returns to the nozzle = 20% ΠΓ The cloth wheel is used to guide the cloth to make the cloth uneven. • Elastic cloth and flexible and rigid shield :：：: = y 'f causes the cloth belt rotation speed of the cloth wheel cannot cause U to wind the cloth into a marshmallow shape. Therefore, the dyeing of the cloth: the ring, therefore, is like the announcement No. 330 603 (Application No. 852 1 0 708) is also a new type of project that can wrap the sun-shaped ring structure of car cloth wrapped in the dyeing machine, which is mainly based on A shaft is inserted through the day-shaped ring, and the shaft is controlled by a motor provided on the outer side of the machine head, which can return the day-shaped ring to a fixed position or make forward / reverse rotation and intertwined with the cloth. The situation will be adjusted and the cloth will be rolled out, and then released, and the cloth will be released. * Monthly conditions, in order to improve the traditional parking, Temperature able to open the rear

M258108, creation instructions (2) The dyeing cylinder is used to manually eliminate the lack of entanglement. The earthen structure of the machine head is viewed through a preset perspective window, which is in the shape of a human being, and the shaft is manually activated to drive whether there is any The entanglement of the cloth is artificially inconsistent with the way of *. It does not conform to the person \ 2 'To remove the entanglement, it is unavoidable to complete the negligence' The best place cannot be reached; it is necessary for the operator. There are improvements in formulas and results. In view of the dissolution of the conventional dyeing machine, the creator researched and improved these shortcomings. The structure of g has the above-mentioned shortcomings. In the way, finally this creative product [new content] The purpose of this creation is to provide an improved structure of the dyeing machine, which is mainly in the main dyeing tank of the dyeing machine, a flat mouth unwinding device, and the induction board, For the cloth on the periphery of the belt wheel :::; When the cloth is wrapped, the 44 = :: type unwrapping device is used to reversely pull the cloth to be dyed #, and the cloth is wound around the flat mouth unwrapping device. (2) After the board detects the unwrapping condition of the cloth wheel, the spraying and air flow are started to pull the cloth to be dyed. Turn forward to remove the entanglement around the periphery and return to normal dyeing operation. This is the main purpose of the creation. The improved structure of this type of dyeing machine for automatic unwrapping cloth. The flat mouth unwrapping device is connected to the stall motor through a coupling device. The flat mouth unwrapping can be made by disposing the coupling device. Output of the device and the reduction motor Page 7 M258108 9. Creation instructions (3) A flat mouth unwound material path is maintained between the shafts. Chuanbei was originally created by the reduction motor, which can be reversed and turned forward. Dyeing computer calculations to match different situations where the right angle device is required to be twisted. If the number of turns of the shaft is the same, the elasticity of the same laps and the elasticity of the clock should be used as the dyeing machine. There is a side to make the flat number control the secondary tooth control control to avoid extinguishing speed, and to effectively idling, another purpose of dyeing fabric creation is to automatically solve a group of secondary mouth shapes by returning to the original wheel to calculate the deceleration winding method. Change the gear and return the number of standby rotations by driving the motor. This is a good structure to prevent the cloth to be dyed when the motor is stopped. It can calculate the position of the deceleration horse after an appropriate number of turns to continue the position. It also returns to the position with 4 cooperation, which can be used for another purpose. [Implementing the first, 62 can guide the cloth 5 6 3, Lee 6 3 rotates the circulating flow 6 and flatten the flat mouth. This creation reaches 3 and the way.] 1 It can be seen that the main dye is blown to the air, and the two are set to unwind. The main package is the induction package, the creation of the dyeing and dyeing tank 6, the inner cylinder 6, the outer blast accumulation cloth slot 61, and the inner mouth 62. The jet can make the original to be dyed flat on the belt wheel. 63 The stand and coupling of this creation include: flat mouth type 4 and other parts of the color machine. The upper part of the upper machine 621, and the jet flow drives the cloth. 5 The exploding device is shown on the side of the mouth-shaped unwrapping side, and the body structure is a side view. The figure is provided with a nozzle 62 which sprays airflow to mix the dyeing liquid and cloth 5 in front of the nozzle 62. The main dyeing tank 6 Device 1 is provided with a cloth wheel to cooperate with the cloth wheel to form a dyeing system running through the main dyeing tank.

It can be clearly seen from FIG. 3 that the device 2 and the deceleration horse winding device 1 are

Page 8 M258108 IV. Creation instructions (4) The four cups 11 extend in parallel in a zigzag shape, and the two ends respectively extend through the two side plates 1 2 ′ and each extend from the center of the two side plates 1 2 with a pivot 13. A lateral convex pin 5 is penetrated laterally at one end of the pivot shaft 1 3, and a shaft hole 2 1 is provided on one side of the coupling 2 and a receiving space is recessed on the other side. There are two longitudinally protruding pins 23 extending axially, so that the pivot of the aforementioned flat mouth unwinding device 1! 3 extends into the accommodating space, and through the vertical stop between the two longitudinal convex pins 2 3 and the horizontal convex pins 15 of the flat-type unwinding device 1, a pivoting force can be formed. The reduction motor 3 is It consists of a motor and a reduction gear box. A drive shaft 31 is inserted into the shaft hole 21 of the aforementioned coupling 2 to drive the coupling 2 to output power, so that the flat mouth unwinding device 1 receives The drive shaft 31 of the reduction motor 3 is driven to rotate, and a positive and reverse idle clearance of about 130 degrees can be generated between the two longitudinal convex pins 23 and the horizontal convex pins 15 and the drive shaft 3 A pair of gear sets 3 2 can be linked in order to calculate the number of reverse and forward rotations of the reduction motor 3. The induction device 4 series includes: induction plate 41, pivot 4 2, dial 4 3, balance weight 4 4 and touch switch 45. And other components, in which the induction plate 41 is combined with the pivot 42 and extends to the side of the aforementioned cloth wheel 63, and the other end of the pivot 13 is extended to the outside of the main dyeing tank 6 and combined with two oblique branching dials The plate 43 and the balance weight 44 are provided with a touch switch 45 beside the dial 43. Fig. 4 is an exploded view of the structure of the coupling in the present creation. As shown in the figure, the coupling 2 is provided with two pin holes 22 in the space of the park, which can be inserted with the two longitudinal convex pins 23, And the distance between the two longitudinal convex pins 23 is slightly larger than the outer diameter of the pivot shaft 13, and a pin hole 14 is horizontally arranged at the peripheral edge of one end of the pivot shaft 13 to allow the horizontal convex pins 15 to penetrate through and equally divide 'When the coupling 2 and the pivot 1 3 are engaged, they are in an engaged state with elastic space, and the other end of the coupling 2 is a shaft hole,

M258108

Fourth, the creation instructions (5) can be fitted to the drive shaft 3 of the reduction motor 3; [. Fig. 5 is a diagram showing the implementation of this creation, just like the combination of Fig. 2 above, which can be two or two strokes. As shown in the figure, this creation is on the opposite side of the main dyeing tank 6 bis. The f set 64 is welded and fixed 64, so that the cloth 5 passes through the flat mouth unwinding device ^ 13 penetration = two stop leaking passes through the outer edge of the cloth wheel 63 and enters the nozzle 62. The four rods 11 and 6A are originally created as shown in the figure. In practical applications, the crossbars 11 of the mouth-shaped unwinding device 1 cooperate with the airflow of the nozzle 6 2 to form a mist. Dyeing cloth cycle. The action diagram of the related elements of the wood cloth-like evil. The cloth 5 passes through the flat inside the main dyeing tank 6 and is guided upward by the cloth wheel 63. The dyeing liquid is pushed into the cloth accumulation tank 61. Figure 6B is created by When the 5th π State Russian is combined, the action diagram of related components, 42: I unwrapping action diagram after wrapping, it can be seen that although the softness, water absorption or circulation of different cloths 5 often lead to cloth The rotation speed of the belt 63 of the wheel 63 is high = = wrapped around the periphery of the belt wheel 63, and the cloth added by the periphery of the belt wheel 63: ^ degrees will push against the induction plate 41, which can be linked to the wooden cylinder via the pivot 42 The outside switch 6 touches the touch switch 45 (as shown in Fig. 6B), the cloth wheel 63 stops rotating at the same time, and the flat mouth unwinding device moves, and the lever 5 is used to pull the cloth 5 (as shown in Fig. 6C). (Shown), = = at the periphery of the rod n (as shown in Figures 6D, 6E) ί ;: Γ speed Π ΐ wrapped situation, at the same time, the drive shaft 31 in conjunction with the auxiliary gear a different speed reduction motor 3 reverse The number of turns, when the flat mouth unwinding device 丄 turns—the preset number of turns releases the winding condition of the cloth wheel 63, due to the balance weight ^ M258108 0 Fourth, the creation instructions (6) The weight is pushed down and linked, so that the nozzle 6 2 can be guided, and the flat-port speed motor 3 is driven out. The flat-port type is returned to the intent as shown in FIG. 6A and 7A to 7C. 3 Drive the flat-mouthed wheel 6 3 (unwrap) The cloth wheel 6 3 is rotated to rotate the winding up to 3 degrees of rotation and fixed force, so that the cloth airflow drives the rod 11 of cloth 1 without affecting the cloth 7B. In the case of a deceleration horse, the spray-type unwinding device 1 7 C shown at this time can release the dial 4 3 from the induction plate 4 1 and return to the unwinding device 1 with the jet air flow. It also follows the driven shaft 3 1 and links the auxiliary teeth. The original state picture shown at the periphery of the winding device 1 is shown in the flat mouth of this creation. Because the coupling keeps the unwrapping device 1 reversed, the nozzle 62 starts a complex feeding operation, and returns after the number of turns of the periphery of the rod 11 However, there is a slight difference. When the horse 5 and the rod 11 produce 5, the normal position of the reverse rotation 5 caused by the force of the cloth 5 is 3 rotations, and the rotation of the nozzle 62 with the jet 11 of the rod 11 is in the forward direction. The touch switch 4 5 is not affected, and the position of the edge of the belt wheel 63 is contacted via the locator shaft 4 2. 5, in conjunction with the cloth wheel 6 3 forward rotation of a certain number of rotations (calculated and controlled by the reduction wheel set 32), so as to unwrap the cloth (as shown in Figure 6F), and continue the cloth dyeing operation. The design of the indicator 2 wrapped around the device in different positions can make the idler clearance of the cross pin i 5 degrees, and the reduction motor rotates to pull the cloth 5 out of the belt to spray the air to pull the cloth 5. At this time, the reduction motor 3 must be positive Unwind to cloth 5 but the position of the deceleration horse will be increased and twisted due to the entanglement. As shown in Figure 7A, when the reduction motor 3 is too frictional, when the nozzle 6 2 is ejected by the pull force, it will make a flat mouth unwinding device. (Idle rotation) until the rod body 11 is transposed (as shown in FIG. 7C): and the cloth 5 is caused by the friction between the cloth 5 and the rod body 1 1 to cause the flat mouth to move (idle rotation) until The normal position of the aforementioned No. 5 cloth,

Page 11 M258108 g, creation instructions (7) Therefore, with the design of the coupling 2, it is possible to effectively avoid the return position error caused by the reduction motor 3, and cause the rod 11 of the flat mouth unwinding device 1 to rub against the cloth 5. And affect the situation of cloth 5 flow. From the above, it can be known that the improved structure of the automatic dyeing cloth of the creative dyeing machine does have the function of automatically sensing, unwrapping, and effectively avoiding hindering the operation of the cloth, and it has indeed been industrially applicable, novel and progressive.

Page 12 M258108 Brief Description of Drawings Figure 1 is a side view of the overall structure of the creative and dyeing machine. Figure 2 is a schematic illustration of the three-dimensional combination of this creation. Figure 3 is an exploded view of the flat mouth unwrapping device and coupling in this creation. Figure 4 is an exploded view of the structure of this coupling. Figure 5 is a schematic diagram of the implementation of this creation. Figure 6A is the action diagram of related elements originally created in the normal dyeing state. Figure 6B is the action diagram of related elements when this cloth was wound with cloth wheels. Figure 6C is an action drawing created after the cloth wheel is wrapped around the cloth. Figure 6D is the schematic diagram of the unwrapping action of this creation (1).

Figure 6E is the schematic diagram of the unwrapping action of this creation (2). Figure 6F is a drawing of the cloth wheel returning to normal dyeing after unwinding. Fig. 7A is a schematic diagram (1) of the flat mouth unwrapping device in the position where the cloth is blocked from flowing. Fig. 7B is a schematic diagram (2) of the flat opening type unwrapping device in the position where the flow of the cloth is obstructed. Figure 7C is a schematic diagram of the flat-shaped unwinding device of this creation in a normal position.

< Refer to the number of components shown in the figure > 1 ..... Flat mouth unwrapping device 41 .... Induction plate 11 .... Pole 4 2 · ... Pivot 1 2 .... Side plate 4 3 .... Dial plate 13____ Pivot 44 .... Balance 14, 22____ Pin hole 45 .... Touch switch

Page 13 M258108 Brief description of drawings 15 .. • • Lateral convex pin 5 ..... Cloth 2… • • Coupling 6 ..... Main dyeing tank 21 .. • • Shaft hole 61 ·… Slot 23 .. • Longitudinal convex pin 62 ·… Nozzle 3… • • Reduction motor 621… Blower 31 .... Drive shaft 63 ·… With cloth wheel 32 .. • Sub-gear set 64 ·… Drain stop 4 … • • Induction device

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Claims (1)

M258108 A dyeing machine automatically unwraps a flat-mouth unwrapping device. A drag shaft is provided on one side of a main body, and the main mouth uses the rotation to guide the inside of the dyeing tank between the nozzle and the flat. The nozzles are mixed to make one between the rods of the winding device; the motor is set to one to reduce its power; the other side of the coupling shaft is concavely connected with the two longitudinal forces and rotates; an induction clock and a touch One end of the shaft extends outside and is arranged on the improved structure where the cloth wrapped around the belt will push cloth, which mainly includes: 'It is a four-bar body extending in parallel with a mouth shape and dyeing: the middle section, in the flat mouth unwinding device in the The end of the pivot shaft passes through a horizontal convex pin flat-mouth unwinding device laterally, and a spout-type unwinding device is provided above the side. A jet of air with a cloth wheel dyeing liquid is pivoted to cooperate with the cloth in the cloth wheel dyeing cycle. Through the flat mouth type, the outside of the main dyeing tank is described, and a drive shaft output device is connected to the drive shaft of the aforementioned reduction motor. There is no accommodating space, and a parallel extension is provided in the accommodating space. When the pin of the flat mouth unwrapping device is extended, the vertical stop between the convex pin and the transverse convex pin can form a pivot to make the flat mouth unwrap device driven by the drive shaft of the reduction motor. It consists of an induction board, a pivot, a dial, and a balance control switch. The induction board is connected to the pivot and extends towards the belt wheel. The other end of the pivot is combined with the main dyeing tank diagonally. Forked shifting plate and balance weight, and touch the side of the shifting plate; when there is cloth entanglement at the periphery of the cloth wheel, the sensor plate with the peripheral edge of the cloth wheel against the induction device is pushed to the top via a pivot link Page 15 M258108 Stop the action, set the reverse flow unwinding device of the weight of the weight of the weight of the axis to pull the cloth, move, can solve the operation, while moving to the shape of the mouth at the same time, move, so that the weight of the rod down, The coupling belt can be used to remove the coupling and the shaft clearance, and by unwrapping the peripheral edge of the gear wheel of the speed reduction motor, when the cloth return wheel of the induction plate can be rotated to rotate around each lever, it can be avoided to prevent the cloth from passing through. The edge-wound cloth wheel board is guided away from the recovery position and the body peripheral edge pin is wrapped around the motor. V. Patent application touch switch, which makes the shaft drive the flat cloth. The switch, meanwhile, makes the nozzle re-flatten the unwrapped cloth and restore the situation where the returnable position between the nozzle and the horizontal convex pin is not correct. 2 · If the patent application structure, where the gap is 130 degrees 3 · If the patent application structure, the computer calculates and unwraps the flat mouth type with a cloth wheel stop type, and usually sprays gas through the pivot When the normal dyeing cloth is turned forward to produce a negative result, the vertical and horizontal ones of the dyeing couplings described in item 1 are produced. The improved countdown countdown control of the dyeing sub-gear described in item 2 is an improvement of the automatic unwrapping of the positive-locking and reverse-rotating idle-coloring machine, and the number of forward rotations. It can be returned to the home with the motor. Page 16