TWM511284U - Improved towel rolling mechanism and soft towel machine - Google Patents

Description

Tissue mechanism improvement and towel machine

The present invention relates to a tissue mechanism in a tissue generating device, and in particular to an improved tissue mechanism which improves the yield and smoothness after improvement, and a toweling machine having the improved mechanism.

In order to effectively improve the service quality of the catering industry, customers can obtain the use of soft wipes in a timely manner, and the self-service wipes generation device is increasingly valued by the catering industry.

The wiper generating device of the present invention, such as the CN201115645Y "Wet Machine Mechanical System" utility model patent issued by the People's Republic of China, as shown in Fig. 1, has a machine table, which is prepared by the conveying roller 912. The continuous towel roll 90 in the machine is sequentially pulled out and transported backwards, and the cutter path and the water spray mechanism are arranged in the transport path, and finally sent to the towel mechanism; the cutter mechanism drives the movable blade with the cutter motor 921 The 922 is operated by the stationary blade 923, and the specific structure thereof is the "wet wiper mechanism" disclosed in the utility model patent publication CN201098911Y, which is issued by the People's Republic of China, and is formed by the relative interlacing of the movable blade 922 and the stationary blade 923. The water spray mechanism uses the water pump 932 to send the water of the water tank 931 to the water sprayer 935 along the water delivery pipe 933. During the transportation process, the heating cylinder 934 is disposed to heat the water to a proper temperature, and then the water sprayer 935 is used to soften the towel. The towel is sprayed; the towel mechanism is rotated by the towel cylinder 941 with respect to the towel belt 942, so as to drive the towel to advance in the passage between the two, and naturally reverse the roll to form a roll. Wipes, provided to the user from the discharge port.

However, the towel mechanism of the aforementioned toweling machine 9 (the towel generating device) still has a number of problems to be solved in practical applications, and it is difficult to completely roll the passing napkin. Since the towel is in the form of a sheet, it is difficult to ensure the timing of the roll back when the towel is traveling, such as whether the towel is rolled back from the side of the head end, or whether the sides of the towel can be rewinded evenly, , often out of the mouth The towel that is supposed to be out is skewed, twisted, and incompletely curled. Even in severe cases, the problem that the towel is stuck in it is caused.

Therefore, in view of the defects in the actual use of the aforementioned toweling machine, the creator of the case researched and improved the operation mode of the towel, and after continuous efforts and repeated experiments, finally the creation of this creation.

The main purpose of this creation is to provide a modification of the towel mechanism, so as to effectively control the position and timing of the towel rewinding, so that the soft towel therein can be revolved naturally and uniformly, thereby improving the yield of the complete roll of the towel.

In order to achieve the above purposes, the main technical means adopted by the present invention include: a roll of the inner drum, which is provided to drive the outer surface of the soft towel; and a roll outer ring which is curved and relatively located in the towel. The outer side of the drum is provided with an inner side surface to maintain a predetermined distance from the outer surface of the inner drum of the roll to form a passage for the towel to pass through, and the inner drum of the roll is rotated relative to the outer ring of the roll to drive the soft The towel is moved and automatically wound into a roll; a formed flap is attached to the inner side of the outer ring of the roll, and forms a partial cover for the passage of the towel for causing the end of the towel to be folded; and The floating embossing bar is disposed in the towel passage and located behind the forming slat to form a moderate clamping force with the inner roller of the towel to press the woven towel. Thereby, in the process of running the towel, the forming end flap is used to fold the head end of the towel, and then the floating pressing towel bar is used for proper pressing, thereby effectively increasing the thickness and specific gravity of the head end, so that the towel can be thicker and thicker. The head end naturally rewinds to form a soft scarf with a curly shape.

Preferably, the outer surface of the inner roller of the towel is provided with a plurality of convex portions corresponding to the undulations, so as to avoid sticking of the soft towel and increase the force for driving the soft towel forward.

Preferably, the inner surface of the outer ring of the towel may also be provided with a plurality of convex portions corresponding to the undulations, so as to avoid sticking of the soft towel and enhancing the force for causing the soft towel to rewind.

Preferably, the surface of the floating embossing bar is provided with a plurality of relatively undulating flanges, which can also prevent the squeegee from sticking to the floating embossing bar, and make the velvet rewinding more smoothly.

Preferably, the two ends of the floating bead bar are respectively provided with a relatively protruding one of the shafts, and the shaft is disposed in the hole having a larger diameter than the shaft, thereby the floating when the towel passes The presser bar can be relatively floated to form a moderate pressure fit.

Furthermore, another object of the present invention is to provide a toweling machine which is improved by the aforementioned towel mechanism, which can effectively improve the forming rate of the toweling machine, reduce the problem of troubleshooting, and provide the user with A complete, regular towel.

To this end, the creation of the toweling machine mainly comprises a feeding mechanism, a cutting mechanism, a wetting mechanism and a towel mechanism. The feeding mechanism comprises a receiving space and a conveying roller, wherein the feeding space is used for placing a continuous towel material, and the conveying roller is used for pulling out the continuous towel material from the receiving space and making it follow The cutting mechanism includes a movable blade and a static blade which are oppositely staggered, and is disposed on the predetermined path for cutting the passing towel material into segments according to a preset length; the wetting mechanism At least one water sprinkler is disposed on the predetermined path and located behind the cutting mechanism for dampening the passing wipes; the towel mechanism is disposed at the end of the preset path for receiving The piece of the soft towel is automatically wound into a roll, and comprises a roll inner drum, a roll outer ring, a forming baffle and a floating press roll.

According to the structure of the toweling machine, the forming flap and the floating bead bar are disposed at a position where the towel passage is close to the predetermined path, and the timing of the rewinding of the towel can be effectively controlled.

In addition, the cutting mechanism may further include a cutter drive source for driving the movable blade relative to the stationary blade to form a cutting; the wetting mechanism may further include a water tank and a water pump for The water in the tank is supplied to the sprinkler via a water pipe; and the dampening mechanism may further comprise a heater for heating the water passing through the water pipe.

In order to obtain a more specific understanding of the above objects, functions and features of the present invention, a preferred embodiment of the present invention will be described and illustrated as follows:

9‧‧‧Dream machine

90‧‧‧ towel roll

912‧‧‧Transport roller

921‧‧‧Cutter motor

922‧‧‧ moving blades

923‧‧‧static blade

931‧‧‧Water tank

932‧‧‧Water pump

933‧‧‧Water pipes

934‧‧‧heating cylinder

935‧‧‧ sprinkler

941‧‧‧Roller

942‧‧‧Roll tape

1‧‧ ‧ towel machine

10‧‧‧Feeding agency

11‧‧‧Feeding space

12‧‧‧Transport roller

20‧‧‧ Cutting institutions

21‧‧‧Cutter drive source

22‧‧‧ moving blades

23‧‧‧ Static blade

30‧‧‧ Wetting mechanism

31‧‧‧Water tank

32‧‧‧Water pump

33‧‧‧Water pipes

34‧‧‧heater

35‧‧‧ sprinkler

40‧‧‧Rolling organization

41‧‧‧Roller inside the roll

411‧‧‧ outer surface

412‧‧‧ convex

42‧‧‧Rolled outer ring

421‧‧‧ inside

422‧‧‧ convex

43‧‧‧Roller channel

44‧‧‧Forming flaps

45‧‧‧Floating towel stick

451‧‧‧ shaft

452‧‧‧Flange

50‧‧‧ side panels

51‧‧‧ hole

60‧‧‧Continuous towel materials

61‧‧‧Segmented wipes

Figure 1 is a schematic view showing the structure of a conventional toweling machine.

Fig. 2 is a schematic view of the toweling machine of the creation embodiment.

Figure 3 is a schematic exploded view of the components of the towel mechanism.

Figure 4 is a perspective view of the appearance of a floating squeegee.

Figures 5A to 5F are schematic views of the operation of the towel in the towel channel, respectively.

Figure 6 is a schematic view showing the state of the towel passing through the towel mechanism.

First, as shown in the drawings, the main feature of the present invention is the improvement of the towel mechanism 40. Therefore, the basic structure of the body of the toweling machine 1 disclosed in the present embodiment is a reference structure. The comparison shows that there are specific or slight differences, but there is no difference between the processes and modes of operation of each organization.

Subsequently, referring to FIG. 2, it can be seen that the toweling machine 1 of the present embodiment is provided with a feeding mechanism 10, a cutting mechanism 20, a wetting mechanism 30 and a towel mechanism 40 in a machine table.

The feeding mechanism 10 includes at least one receiving space 11 and a conveying roller 12; the receiving space 14 is for placing a continuous towel material 60. In this embodiment, the conveying roller 12 can be matched with a suitable component. A member such as a conventional wiper cover is used to generate a pulling force on the continuous wipe material 60, which is pulled from the receiving space 11 and advanced along a predetermined path.

As the path advances, it is finally sent to the towel mechanism 40 through the cutting mechanism 20 and the wetting mechanism 30, and the length of the path is generally not more than the length of the towel 61 after the cutting. Therefore, after the cutting machine 20 is cut, the segmented towel 61 can be driven by the towel mechanism 40 without the problem of lag.

The cutting mechanism 20 includes all the knife driving source 21, a moving blade 22 and a static blade for cutting the continuous towel material 60 through the predetermined length into segments; wherein the movable blade 22 and the stationary blade 23 are provided At a position where the preset path passes, the two are arranged in a scissor-like dislocation position, and the movable blade 22 is driven by the cutter driving source 21 to move relative to the stationary blade 23, so that the blade edges of the movable blade 22 and the stationary blade 23 can be relatively staggered. It forms a cut and avoids the wear of the cutter.

The wetting mechanism 30 comprises a water tank 31, a water pump 32, a water pipe 33, a heater 34 and a water sprayer 35 for wetting the towel passing through the predetermined path. The water supply pipe 33 is connected to the water tank 31 and the water pump 32 at one end, and is connected to the water sprayer 35 at the other end, and supplies the water stored in the water tank 31 to the water sprayer 35 through the water pump 32; the heater 34 is disposed in the middle of the water supply pipe 33. For heating the passing water; the sprinkler 35 is set at a preset path. The position is located behind the moving blade 22 and the stationary blade 23, allowing the passing wipe to complete the wetting action.

The towel mechanism 40 is located at the end of the predetermined path for bringing the length of the scarf 61 into it so that it can be automatically wound. The towel mechanism 40 is a technical feature of the main improvement of the embodiment. Please refer to FIG. 3 and FIG. 5A to FIG. 5F together, which are mainly disposed between the two side plates 50, and include a roll inner drum 41 and a roll. A towel outer ring 42, a forming flap 44 and a floating nipple bar 45. Wherein, the towel outer ring 42 is an arc-shaped sheet-like body disposed on the outer side of the inner drum 41 of the towel, one end corresponding to the position of the end of the preset path, and the other end corresponding to the discharge of the towel machine 1 Further, the inner side surface 421 of the outer ring 42 of the towel is kept at a predetermined distance from the outer surface 411 of the inner drum 41 of the towel to form a towel passage 43 through which the sized towel 61 can pass, using the inner roller of the towel 41 can be rotated relative to the outer ring 42 of the towel to drive the segmented towel 61 to move and automatically roll; the forming block 44 is disposed on the inner side 421 of the outer ring 42 of the towel and is close to the preset path for The towel passage 43 forms a partial occlusion so that the segmented napkin 61 can have its head end folded when entering the towel passage 43; the floating nipple rod 45 is located at the rear side of the forming flap 44 in the towel passage 43. In the position, the two ends are respectively provided with relatively protruding and small diameter shafts 451, and are disposed in the holes 51 of the side plates 50 having larger diameters than the shafts 451, so that when the segmented tissues 61 pass, the floating pressure The towel bar 45 can be relatively undulated in the hole 51, and forms a moderate clamping force between the towel inner drum 41 to be pressed. Soft towel.

In a possible embodiment, the outer surface 411 of the inner drum 41 of the towel and the inner surface 421 of the outer ring 42 of the towel can be respectively provided with a plurality of convex portions 412, 422 opposite to the undulations, so as to avoid the viscous towel and enhance the towel. The force of the forward and natural rewinding; and the surface of the floating squeegee bar 45 may be provided with a plurality of relatively undulating flanges 452 to prevent the soft towel from sticking to the floating squeegee bar 45, so that the sling can run smoothly. .

In actual use, the continuous towel material 60 is transported backward through the transport roller 12, and the cutting mechanism 20 is cut after the continuous towel material 60 has passed the appropriate length, so that the passed towel material is formed into a segmental softness. The towel 61, at this time, the head end of the segmented towel 61 has entered the towel mechanism 40, and the squeegee 61 can be advanced by the operation of the towel mechanism 40, and the sprinkler 35 of the wetting mechanism 30 is The wetting action is carried out while the towel material passes.

As shown in Figures 5A to 5F and Figure 6, when the segment of the towel 61 enters the towel In the case of the passage 43, the position of the forming flap 44 can be appropriately arranged, so that the head end of the formed scarf 61 can be blocked by the forming flap 44 (as shown in FIG. 5B); The towel 61 advances from the unobstructed position (as shown in FIG. 5C), and the head end of the segmented towel 61 is folded, and then passes through the floating nipple bar 45, using the floating nipple bar 45. Forming a moderate clamping force with the inner drum 41 of the towel, and pressing the folding portion into a composite type (as shown in FIG. 5D), effectively increasing the thickness and ratio of the end of the knitted napkin 61; finally, as in 5E and As shown in Fig. 5F, the inner drum 41 of the towel continues to drive the length of the soft tissue 61 forward, and by using the frictional force against the inner side surface 421 of the outer ring 42 of the towel, the length of the soft tissue 61 can be naturally from the head end. Rewinding, creating a curly shape rule, a complete towel.

In summary, through the improvement of the towel mechanism disclosed in this creation, it can be applied to the towel machine, which can greatly improve the yield of the towel, and the shape of the finished product is complete, which helps to improve the quality of the service supply. And the use of this creation, effectively reducing the cost of troubleshooting and maintenance, is a novel and progressive creation, and filed a new patent in accordance with the law.

However, the above description is only for the preferred embodiment of the present invention, and any changes, modifications, changes or equivalent replacements that extend according to the technical means and scope of the creation should also fall into the patent application of the creation. Within the scope.

41‧‧‧Roller inside the roll

411‧‧‧ outer surface

412‧‧‧ convex

42‧‧‧Rolled outer ring

421‧‧‧ inside

422‧‧‧ convex

44‧‧‧Forming flaps

45‧‧‧Floating towel stick

50‧‧‧ side panels

51‧‧‧ hole

Claims (14)

The invention relates to a towel mechanism, which is applied to a toweling machine, comprising: a roll inner drum provided with an outer surface for driving the soft towel; and a roll outer ring which is curved and relatively located The outer side of the inner drum of the towel is provided with an inner side surface and a predetermined distance from the outer surface of the inner drum of the paper towel to form a passage for the towel to pass through, wherein the inner drum of the towel rotates relative to the outer circumference of the towel. The towel can be moved and automatically rolled into a roll; a formed flap is disposed on the inner side of the outer ring of the towel, and forms a partial cover for the passage of the towel for folding the head end of the towel; And a floating embossing bar disposed in the towel passage and located behind the forming slat to form a moderate clamping force with the inner roller of the towel to press the woven towel. The tissue mechanism of claim 1 is modified, wherein the outer surface of the inner drum of the towel is provided with a plurality of convex portions corresponding to the undulations. The towel mechanism according to claim 2, wherein the inner surface of the outer ring of the towel is provided with a plurality of convex portions corresponding to the undulations. The towel mechanism of claim 1 or 3, wherein the surface of the floating bead bar is provided with a plurality of relatively undulating flanges. The towel mechanism according to claim 4, wherein the two ends of the floating bead bar are respectively provided with a relatively protruding shaft, and the shaft is threaded in a hole having a larger diameter than the shaft, thereby When the wipe passes, the floating bead bar can float relatively to form a moderate compression force. A toweling machine comprising: a feeding mechanism comprising a receiving space and a conveying roller, wherein the feeding space is for placing a continuous towel material, and the conveying roller is used for pulling from the feeding space Producing a continuous towel material and advancing along a predetermined path; a cutting mechanism comprising a movable blade and a static blade which are relatively staggered and disposed on the predetermined path for cutting the passed towel material into segments according to a preset length; and a wetting mechanism comprising at least one a sprinkler disposed on the predetermined path and located behind the cutting mechanism for wetting the passing wipe; and a towel mechanism attached to the end of the predetermined path for receiving a segment of the towel, and automatically rolled into a roll, comprising: a roll of the inner drum, which is provided to drive the outer surface of the towel; a roll of outer ring, which is curved and relatively located in the roll The outer side of the drum is provided with an inner side surface to maintain a predetermined distance from the outer surface of the inner drum of the roll to form a passage for the towel to pass through, and the inner drum of the roll is rotated relative to the outer ring of the roll to drive the soft The towel is moved and automatically wound into a roll; a forming flap is attached to the inner side of the outer ring of the towel and forms a partial cover for the passage of the towel for folding the end of the towel; and a float a towel stick disposed in the towel passage and located in the forming flap Side, to form a moderate clamping force between the track and the roll towel roll, through the nip of the soft towel. The toweling machine of claim 6, wherein the outer surface of the inner roller of the towel is provided with a plurality of convex portions corresponding to the undulations. The toweling machine of claim 7, wherein the inner surface of the outer ring of the towel is provided with a plurality of convex portions corresponding to the undulations. The toweling machine of claim 6 or 8, wherein the surface of the floating bead bar is provided with a plurality of relatively undulating flanges. The toweling machine of claim 9, wherein the two ends of the floating embossing bar are respectively provided with a relatively protruding shaft, and the shaft is threaded in a hole having a larger diameter than the shaft, thereby When the towel is passed, the floating towel bar can be relatively floated to form a moderate pressure. The toweling machine of claim 10, wherein the forming flap and the floating bead bar are disposed at a position where the web channel approaches the predetermined path. The toweling machine of claim 11, wherein the cutting mechanism further comprises a blade drive source for driving the movable blade to actuate relative to the stationary blade to form a cut. The toweling machine of claim 11, wherein the wetting mechanism further comprises a water tank and a water pump for supplying water of the water tank reserve to the water sprayer via a water pipe. A toweling machine according to claim 13 wherein the dampening mechanism further comprises a heater for heating the water passing through the water conduit.