JP2002306363A - Tissue material for wet tissue and manufacturing device therefor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a wet tissue material which can be manufactured as a small volume unit and absorbs liquid to be swollen into wet tissue and a manufacturing device for wet tissue which has simple structure and can bear long period use. SOLUTION: Tissue material unit bodies 21 to be made into wet tissue are manufactured by drying, pressing, or vacuum drying and made into unit bodies of tightly compacted wound stick or block. The unit bodies 21 are connected by a connecting piece 22 into a belt shape. A tissue material belt 2 is stored inside a storage chamber of the wet tissue manufacturing device and taken out by one by control wheel members according to a taking-out signal and further the connecting piece 22 is wound back by winding-back wheels. Thus unit bodies 21 are dropped down to an exporting member or a taking-out port and sprayed or soaked by liquid to absorb liquid to be swollen into wet tissue.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a wet tissue tissue raw material and an apparatus therefor, and more particularly to a wet tissue tissue raw material which can be kept in a relatively small volume and can be easily manufactured as a wet tissue. The present invention relates to a wet tissue manufacturing apparatus.

[0002]

2. Description of the Related Art Conventionally, this type is as follows.

[0003] What is shown in "Improvement of the cutting structure of a wet tissue supply machine" in the Republic of China Patent Publication No. 356819 relates to a cutting structure of a wet tissue, and its main structure is provided inside a machine stand. Is provided with a U-shaped frame for leaving the tissue material wheel, and the tissue material enters the guide plate set, the cutting free blade shaft, and the lower cutting blade set by transmission of the transmission wheel, and has a predetermined length. Twisting work is performed after cutting. The feature is that a pressing and pressing ring and a pressing and pressing ring are fixedly provided at both ends of the main shaft of the cutting free blade shaft, respectively. The pressure plate and the lower cutting blade set of the plate set are given an appropriate resilient force to the pressure plate inward by the resilient member, and the lower cutting blade set is pressed to the outside by the appropriate resilient force. It is usually formed to face inward, and when the tissue material is about to be cut, the convex ring rotates to the operating stage,
The lower cutting set is returned to the original position by the resilient force of the resilient member and is formed so as to correspond to the upper cutting blade of the cutting free blade shaft, and the lower end of the pressing plate is pressed by the pressing plate of the pressing convex ring. Since the tissue material is formed so as to be tightly close to the guide plate, the tissue material is smoothly cut by the upper and lower cutting blades.

[0004]

According to the above-mentioned conventional method for producing a wet tissue, one roll of a tissue material is left on a U-shaped frame, and then the tissue material is cut by an upper and lower cutting blade. It supplies dry tissue through a twisting operation as wet tissue, and as a whole, the manufacturing method of such wet tissue is relatively complicated, and the cutting blade and twisting equipment of the wet tissue machine are used for a long time. There is a problem that it is difficult to withstand, and failure is likely to occur due to damage to parts.In addition, since such a wet tissue tissue material is left as a roll, the diameter of the tissue material can be reduced according to a large demand for use. Must be large and the volume of the wet tissue machine will be relatively enormous There is a problem to say.

[0005] The present invention has been made in view of the above problems, and an object of the present invention is to make it possible to manufacture a unit having a relatively small volume and to continuously send out the unit. An object of the present invention is to provide a wet tissue tissue material belt capable of absorbing liquid and expanding into wet tissue by being ejected or immersed by liquid.

A second object of the present invention is to provide a wet tissue manufacturing apparatus which has a simple structure, can withstand long-term use, and can keep the failure rate low. It is something to offer.

[0007]

In order to achieve the above object, an apparatus for producing a wet tissue according to the present invention is as follows. That is, it is composed of a case body, a tissue raw material belt, a control wheel member, a liquid supply member, and an export member. The case main body is provided with a storage chamber and an outlet, and a control element is provided on a face plate provided on the case main body. The tissue raw material belt is connected to a continuous belt by a connecting piece with a unitary body, the tissue raw material belt is housed in a housing chamber of the case main body, and the control wheel member is pulled out one by one from a tissue winding rod and connected by a rewinding wheel. By rewinding the piece, the exfoliated unit falls to an export component. The liquid supply member ejects the liquid from the liquid ejection port, so that the unit placed on the export member can absorb the liquid and become a wet tissue. The wet tissue can be taken out from the outlet of the main body case by the export member.

[0008] Further, the tissue material of the wet tissue of the present invention and the apparatus for producing the same may be configured as follows. 1. It is composed of a case body, a tissue material belt, a control wheel member, and a liquid supply member. The case main body is provided with a storage chamber and an outlet, and a control element is provided on a face plate provided on the case main body. The tissue raw material belt is connected to a continuous belt by a connecting piece with a unitary body, the tissue raw material belt is housed in a housing chamber of a case body, and the control wheel member draws out and unwinds the unitary body of the tissue raw material belt one by one. It is guided to the receiving plate by the wheel, and a pressing member is provided above the receiving plate, the pressing member can press down one unit or connecting piece of the tissue raw material belt, and is connected by the rewinding wheel By rewinding the piece, the unit located between the pressing member and the rewinding wheel is peeled off from the tissue material belt and falls to the outlet of the case body. The liquid supply member causes the liquid to be ejected from the liquid ejection port by the guiding tube, so that the unit dropped into the ejection port or the unit separated from the tissue material belt absorbs the liquid and becomes a wet tissue. Can be. 2. Since the liquid derived from the liquid supply member is guided through the heater, the ejected liquid is formed to be hot water. 3. Since the liquid derived from the liquid supply member is guided through the thermoelectric cooler, the ejected liquid is formed to be ice water. 4. Since an auxiliary nozzle is provided, other liquids can be added. 5. A sensor may be provided to generate a signal to replenish the tissue material belt when the terminal unit of the tissue material belt has passed. 6. The tissue raw material belt is made of natural fibers such as pulp or artificial fibers, and is manufactured by a method such as drying, compression or vacuuming, and is connected to a continuous belt by connecting pieces. 7. The connecting piece is formed so as to be located on the upper and lower sides of the intermediate position of each unit. 8. The connecting piece is formed so as to be located on both upper and lower sides of both ends of each unit. 9. The tissue raw material belt is formed by connecting pieces made of a plastic film so as to fix each unit at an equal interval. 10. The upper and lower two connecting pieces are formed with different lengths so as to surround the unit. 11. The connecting piece having a relatively shorter length is formed such that a cutting separation line that is easily cut is provided at a position corresponding to the unit. 12. The two connecting pieces consist of a belt to which an adhesive can be applied.

[0009]

Embodiments of the present invention will be described below with reference to the drawings.

[0010]

Embodiment 1 FIG. 1 is a perspective view of a tissue raw material belt 2 according to a first embodiment of the present invention. The tissue raw material belt 2 is made of natural fiber such as pulp or artificial fiber, and is dried, compressed or vacuumed. And, it is manufactured in a solid unit 21 having a relatively small volume, and the unit 21 can be manufactured in a rod shape or a lump shape and formed to be fixed from both upper and lower sides by a connecting piece 22. Thereby, the tissue raw material belt 2 is formed. The connecting piece 22 can be attached at an intermediate position of the unit 21 or formed to be attached to both ends of the unit 21 as shown in FIG. The tissue material belt 2 is housed in the housing chamber 11 of the case body 1 and can be taken out in order.

FIG. 3 is a cross-sectional view of a manufacturing apparatus according to a first embodiment of the present invention. The case body 1 can be installed or suspended at an appropriate place, and the case body 1 has a face plate 13 and a control element 14. Is provided, the wet tissue manufacturing apparatus can be controlled by the user, and the wet tissue is taken out from the outlet 12 of the case body 1. An accommodation chamber 11 for accommodating the tissue raw material belt 2 is provided in the case body, and the tissue raw material belt 2 is stored in the storage room 11, and the tissue raw material belt 2 is taken out one by one from one end thereof. It is formed. In the preferred embodiment, the button-type control element 14 can be used to select and press the number of wet tissues, and can also be used as a selection of hot or cold wet tissues.

The control wheel member 3 can be formed of a drivable wheel body, and is driven to rotate through a power member such as a motor by a signal generated by a user pressing the control element 14. The control wheel member 3 can pull out the unit bodies 21 of the tissue raw material belt 2 one by one. The tissue material belt 2 pulled out by the control wheel member 3 is controlled by the roller 31 and the connecting piece 22 is rewound by the rewinding wheel 32, and the separated unit 21 is guided to the export member 5 through the guide path 33. Is drawn.
The supply amount of the unit 21 can be counted by the sensor 34, and even when the tissue material belt 2 is completely pulled out, the tissue material belt 2 is replenished to the storage chamber 11 in a timely manner by a signal generated by the sensor 35. be able to.

The liquid supply member 4 can be installed at an appropriate place on the case body 1, and the liquid supply member 4 can store a liquid at room temperature, and a user can use a hot wet tissue or a cold wet tissue. After issuing a signal indicating use, the liquid is guided to the heater 42 or the thermoelectric cooler 43 via the guide tube 41. The heater 42 can be comprised of a conventional heater and the thermoelectric cooler 4
3 may comprise a conventional thermoelectric chip or a refrigerant compressor. As described above, since the liquid becomes hot water or ice water and is ejected from the plurality of liquid ejection ports 44, the unit 21 placed on the export member 5 can be sprayed and wet, so that the unit 21 Expands into a hot or cold wet tissue. Further, since the liquid supply member 4 is provided with the liquid discharge pipe 45, the liquid discharge pipe 45 can be used for cleaning or discharging the stored liquid of the liquid supply member 4. Further, when the unit 21 is sprayed and wet, the auxiliary nozzle 4
By jetting the fragrance with 6, a hot or cold wet tissue is formed to have a scent.

The export member 5 is formed so as to be located at the end of the guide path 33, and is formed so as to correspond to the liquid ejection position of the liquid ejection port 44. The export member 5 is rotatable in a ring shape and has a plurality of concave portions. A notch is formed, and the operation of the export member 5 can be controlled by a method such as program control or a counter. After the unit 21 has been dropped and sprayed and wet, the export member 5 is interlocked with the power member so as to rotate at an appropriate angle, so that the hot wet tissue or the cold wet tissue is taken out from the outlet provided in the case body 1. It falls to 12 and is taken out.

Referring again to FIG. 3, when the wet tissue manufacturing apparatus of the present invention is used, the tissue raw material belt 2 is stored in the storage chamber 11 of the case body 1, and one end of the tissue raw material belt 2 is connected to the control wheel member 3. The control wheel member 3 can be rotated at an appropriate angle by the user pushing the control element 14 and issuing a signal for removal, so that a predetermined number of unit bodies 21 can be rotated.
Is counted by the sensor 34 and then falls from the guideway 33 to the export member 5. At this time, the liquid is exported from the liquid supply member 4, and the liquid is controlled by the take-out signal issued by the user and is supplied to the heater 42 or the thermoelectric cooler 43.
After the liquid turns into hot water or ice water, the export member 5
The unit 21 absorbs the liquid and expands into a wet tissue in a short time (about 3 seconds) by spraying and wetting the unit 21 placed on the export member 5.
Is moved down to the outlet 12 to be taken out.

FIG. 4 is a perspective view of a tissue raw material belt 2 according to a third embodiment of the present invention. The tissue raw material belt 2 is made of natural fiber such as pulp or artificial fiber, and is dried, compressed or vacuumed. The unit 21 is manufactured to be a solid unit having a relatively small volume, and the unit 21 can be manufactured in a rolled rod shape or a lump shape, and is formed to be fixed to a connecting piece 22. It may be made of a belt or a plastic film coated with an adhesive, and the unit bodies 21 are installed so as to be fixed at equal intervals. The connecting piece 22 is formed so as to be located at an intermediate position of the unit 21 or at both ends of the unit 21.

FIG. 5 is a perspective view of a tissue raw material belt 2 according to a fourth embodiment of the present invention, in which a unit 21 is formed so as to be fixed from both upper and lower sides by connecting pieces 22, respectively. 22 can be made of a conventional plastic film and can be fixed to each other. The fixing is performed by bonding with an adhesive or by various fixing methods. Further, as shown in FIG. 5, the upper and lower two connecting pieces 22 are formed so as to surround the unit body 21 with different lengths. A cutting separation line 23 that is easily cut at a position where the connecting piece 22 having a relatively short length corresponds to the unit body 21.
Is provided, when the tissue material belt 2 is pulled, the connecting piece 22 is cut off from the cutting separation line 23, so that the unit 21 is formed to fall. Further, the unit 21 can be housed in the housing chamber 11 of the case body 1 and can be taken out in order.

[0018]

FIG. 6 is a cross-sectional view of a manufacturing apparatus according to a second embodiment of the present invention. The case body 1 can be installed or suspended at an appropriate place. Since the element 14 is provided, the wet tissue manufacturing apparatus can be controlled by a user, and the wet tissue is taken out from the outlet 12 of the case body 1. An accommodation chamber 11 for accommodating the tissue raw material belt 2 is provided in the case body, and the tissue raw material belt 2 is stored in the storage room 11, and the tissue raw material belt 2 is taken out one by one from one end thereof. It is formed. In the preferred embodiment, the button-type control element 14 can be used to select and press the number of wet tissues, and can also be used as a selection of hot or cold wet tissues.

The control wheel member 3 can be formed of a drivable wheel body, and is driven to rotate through a power member such as a motor by a signal generated by a user pressing the control element 14. The control wheel member 3 can pull out the unit bodies 21 of the tissue raw material belt 2 one by one. The tissue material belt 2 pulled out by the control wheel member 3 is transported to the receiving plate 36 through the control of the rollers 31. Since the export amount of the unit 21 of the tissue raw material belt 2 can be counted by the sensor 35, when the tissue raw material belt 2 is completely pulled out,
By issuing a signal from the sensor 35, the tissue material belt 2 can be replenished to the storage chamber 11 in a timely manner. A pressing member 37 is provided above the receiving plate 36. The pressing member 37 performs a pressing operation when a user presses the control element 14 and a use signal is issued.
The unit 21 that has not finally ejected the liquid can be pressed against the connecting piece 22 (see FIG. 7), or the unit 21 that has ejected the liquid and the final unit that has not ejected the liquid The connecting piece 22 between the two can be directly pressed into contact with each other (see FIG. 8). Further, when the pressing member 37 is lowered, the rewinding wheel 32 performs the rewinding operation at the same time. Therefore, the connecting piece 22 between the rewinding wheel 32 and the pressing member 37 is pulled, so that the unit 21 is The unit 21 falls from the connecting piece 22 to the outlet 12 of the case body 1 by dropping from the connecting piece 22 to the outlet 12 of the case main body 1 or by separating the connecting piece 22 from the cutting separation line 23. Can be.

The liquid supply member 4 can be installed at an appropriate place on the case body 1, and the liquid supply member 4 can store a liquid at room temperature, and the user can use a hot wet tissue or a cold wet tissue. After issuing a signal indicating use, the liquid is guided to the heater 42 or the thermoelectric cooler 43 via the guide tube 41. The heater 42 can be comprised of a conventional heater and the thermoelectric cooler 4
3 may comprise a conventional thermoelectric chip or a refrigerant compressor. As described above, the liquid is turned into hot water or ice water and is ejected from the plurality of liquid ejection ports 44, so that the unit 21 of the tissue material belt 2 positioned between the pressing member 37 and the rewinding wheel 32. After absorbing the liquid, the unit 21 of the tissue raw material belt 2 expands to form a hot wet tissue or a cold wet tissue. Further, since the liquid supply member 4 is provided with the liquid discharge pipe 45, the liquid discharge pipe 45 can be used for cleaning or discharging the stored liquid of the liquid supply member 4. Furthermore, when the unit 21 is sprayed and wet, the hot or cold wet tissue is formed to have a scent by ejecting the fragrance by the auxiliary nozzle 46.

Further, the liquid ejected from the liquid ejection port 44 or the auxiliary nozzle 46 can also be ejected directly to the unit 21 placed at the outlet 12, so that the unit 21 absorbs the liquid by immersion. Effect can be reached.

FIG. 7 is a schematic view of Embodiment 1 of the manufacturing apparatus according to the present invention, showing a state in which the pressing member is pressed down. The tissue raw material belt 2 is stored in the storage chamber 11 of the case body 1. The tissue raw material belt 2 is pulled from one end by the control wheel member 3, and
As a result, it is guided to the position of the receiving plate 36 one by one. Since the control wheel member 3 is formed to rotate by a signal generated by the user pressing the control element 14,
A predetermined number of unit bodies 21 are ejected to the liquid, and the pressing member 37 is pressed down to press the unit body 21 (see FIG. 7) or the connecting piece 22 (see FIG. 8). The unit 21 is separated from the tissue raw material belt 2 by the rewinding operation of the rewinding wheel 32 and is dropped to the take-out opening 12. At this time, the liquid is exported from the liquid supply member 4, and the liquid is controlled by an extraction signal issued by the user, and becomes hot water or ice water via the operating heater 42 or thermoelectric cooler 43. To the unit 21 separated from the tissue material belt 2 or the unit 2 placed at the outlet 12
After the unit 21 absorbs the liquid, the unit 21 expands into a wet tissue in a short time (about 3 seconds) and is taken out from the outlet 12 by squirting or soaking into the outlet 1. it can.

[0023]

The method and apparatus for producing a wet tissue according to the present invention are completely different from the conventional method and apparatus for producing a wet tissue. The present invention utilizes natural or man-made fibers such as pulp to form a relatively dense unit using a method such as drying, pressing or vacuuming, and the unit has a relatively small volume, Since the continuous belt is connected by the connecting piece, the unit does not expand, and thus the unit maintains a relatively small volume at all times. Can be directly mass-produced at a production plant, so that the structure of a manufacturing apparatus for wet tissues purchased by consumers can be further simplified and the cost can be kept low. In particular, since the present invention is not a fragile cutting blade set and a twist set as in a conventional wet tissue manufacturing apparatus,
There is an advantage that the failure rate can be greatly reduced. Further, the tissue raw material unit of the present invention is a natural fiber or artificial fiber such as pulp, and is manufactured into a relatively dense unit such as a rod, a lump or a granule by a method such as drying, compression or vacuuming, and Since it is formed on a continuous tissue material belt, it is formed in a relatively small volume when liquid is not absorbed, making it very convenient for storage and occupying a relatively small space. Further, when the unit is used as a wet tissue, the unit has an advantage that it can instantaneously absorb liquid and expand to become a wet tissue.

The present invention may be embodied in other ways without departing from its spirit and essential characteristics. Accordingly, the preferred embodiments described herein are illustrative and not limiting.

[Brief description of the drawings]

FIG. 1 is a perspective view of a tissue raw material belt according to a first embodiment of the present invention.

FIG. 2 is a perspective view of a tissue raw material belt according to a second embodiment of the present invention.

FIG. 3 is a sectional view of a manufacturing apparatus according to a first embodiment of the present invention.

FIG. 4 is a perspective view of a tissue raw material belt according to a third embodiment of the present invention.

FIG. 5 is a perspective view of a tissue raw material belt according to a fourth embodiment of the present invention.

FIG. 6 is a sectional view of a manufacturing apparatus according to a second embodiment of the present invention.

FIG. 7 is a schematic view of Example 1 showing a state in which a pressing member according to Example 2 of the manufacturing apparatus of the present invention is lowered.

FIG. 8 is a schematic view of a second embodiment of the manufacturing apparatus according to the present invention, showing a state where a pressing member is pressed down.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Case main body 11 Storage room 12 Take-out port 13 Face plate 14 Control element 2 Tissue raw material belt 21 Unit 22 Connecting piece 23 Cutting separation line 3 Control wheel member 31 Roller 32 Rewinding wheel 33 Guide way 34 Sensor 35 Sensor 36 Receiving plate 37 Pressing Member 4 Liquid supply member 41 Guide tube 42 Heater 43 Thermoelectric cooler 44 Liquid ejection port 45 Liquid discharge tube 46 Auxiliary nozzle 5 Export member

Claims (13)

[Claims] 1. A wet tissue manufacturing apparatus comprising a case body (1), a tissue raw material belt (2), a control wheel member (3), a liquid supply member (4), and an export member (5), The case body (1) is provided with a storage chamber (11) and an outlet (12), and the face plate (13) provided on the case body (1) has a control element (14).
The tissue raw material belt (2) is connected to a continuous belt by a connecting piece (22) with a unitary body (21), and the tissue raw material belt (2) is placed in a storage chamber (11) of a case body (1). The control wheel member (3) is housed, the tissue winding rod is pulled out one by one, and the connecting piece (22) is rewound by the rewinding wheel (32). The liquid supply member (4) drops the liquid to the liquid ejection port (4).
By ejecting the liquid from 4), the unit (21) placed on the export member (5) can absorb the liquid and become a wet tissue, and the export member (5) converts the wet tissue into a main body case. Outlet of (1) (1
2) An apparatus for producing a wet tissue, which can be taken out from 2). 2. A case body (1), a tissue raw material belt (2), a control wheel member (3), and a liquid supply member (4).
The case body (1) is provided with an accommodating chamber (11) and an outlet (12), and the case body (1) is provided with a face plate (13) provided in the case body (1). Is provided with a control element (14), the tissue material belt (2) is connected to a continuous belt by a connecting piece (22) with a unit (21), and the tissue material belt (2) is connected to the case body (1). Containment room (1
1), the control wheel member (3) pulls out the unit body (21) of the tissue raw material belt (2) one by one, and is guided to the receiving plate (36) by the rewinding wheel (32).
A pressing member (37) is provided above the receiving plate (36), and the pressing member (37) presses down one unit (21) or the connecting piece (22) of the tissue raw material belt (2). By unwinding the connecting piece (22) with the rewinding wheel (32), the unit (21) located between the pressing member (37) and the rewinding wheel (32) can be used as the tissue material belt (2). ) And falls down to the outlet (12) of the case body (1), and the liquid supply member (4) discharges the liquid through the guide tube (41).
The unit (21) dropped to the outlet (12) or the unit (21) peeled off from the tissue raw material belt (2) absorbs the liquid and becomes a wet tissue by being ejected from the container (4). An apparatus for producing wet tissue, characterized in that: 3. The liquid derived from the liquid supply member (4) is guided through the heater (42), so that the ejected liquid is formed into hot water. The wet tissue manufacturing apparatus according to claim 1 or 2, wherein the wet tissue is manufactured. 4. The liquid discharged from the liquid supply member (4) is guided through the thermoelectric cooler (43), so that the ejected liquid is formed into ice water. The wet tissue manufacturing apparatus according to claim 1 or 2, wherein the wet tissue is manufactured. 5. Since an auxiliary nozzle (46) is provided,
The wet tissue manufacturing apparatus according to claim 1, wherein the apparatus is formed so that another liquid can be added. 6. A sensor (34, 35) is provided for generating a signal for replenishing the tissue raw material belt (2) when the terminal unit (21) at the end of the tissue raw material belt (2) has passed. 2. The method according to claim 1, wherein
Or the apparatus for producing a wet tissue according to 2. 7. A tissue raw material belt (2) is formed by converting a unitary body (21) made of natural fiber or artificial fiber such as pulp by a method such as drying, compression or vacuum into a continuous belt by a connecting piece (22). Tissue raw material belt for producing wet tissue, which is connected. 8. The tissue raw material belt according to claim 7, wherein the connecting pieces (22) are formed on upper and lower sides of an intermediate position of each unit (21). 9. The tissue raw material belt according to claim 7, wherein the connecting pieces (22) are formed on both upper and lower sides of both ends of each unit (21). 10. The tissue material belt (2) is formed by connecting pieces (22) made of a plastic film so as to fix each unit (21) at the same interval. Tissue raw material belt as described. 11. The tissue raw material belt according to claim 8, wherein the upper and lower two connecting pieces (22) are formed to surround the unit (21) with different lengths. 12. A relatively short connecting piece (22).
12. The tissue raw material belt according to claim 11, wherein a cut separation line (23) that is easily cut is provided at a position corresponding to the unit (21). 13. Tissue raw material belt according to claim 8, wherein the two connecting pieces (22) comprise a belt to which an adhesive can be applied.