JP6358990B2 - Compressed solidified towel manufacturing method - Google Patents

Description

The present invention relates to a method for producing a compressed and solidified towel having a non-circular shape (non-circular shape) in a planar shape that imitates any object (hereinafter referred to as a molding object) such as an organism such as animals and plants and an airplane. .

  In general, a plurality of towels such as handkerchief towels are carried when traveling, but ordinary towels are unexpectedly bulky and are inconvenient to carry. Moreover, since normal towels are marketed in a normally folded state, they are not interesting in shape and cannot be said to have high commercial value.

  In view of these problems, the inventors of the present invention have invented a towel that has been compressed and solidified (see, for example, Patent Document 1). The compressed and solidified towel described in this document has a flat circular shape, and its front surface is bulged into a spherical arc shape, and a groove-like pattern is formed on the bulged surface to simulate a rose petal. ing. This provides a compacted towel that is easy to carry and has a high commercial value. The compressed and solidified towel described in this document is manufactured by compressing and solidifying the upper mold and the lower mold in a cylindrical mold.

Utility Model Registration No. 3143937

  The inventors of the present invention were not satisfied with the completion of the above-mentioned compressed and solidified towels, and repeated trial and error with the aim of providing a compressed and solidified towel that is more interesting in shape and superior in commercial value. As a result, the inventors have devised a technique capable of producing a compressed and solidified towel having a more three-dimensional effect, for example, in a non-planar shape imitating an animal's face instead of a planar circular shape.

Accordingly, an object of the present invention is to provide a method for producing a compressed and solidified towel having a flat non-circular shape and a three-dimensional feeling. Further, since the above-mentioned compressed and solidified towel is compressed and solidified in the cylinder mold, there is a problem that it is difficult to take out from the cylinder mold. This invention also makes it a subject to solve such a problem.

This will be described with reference to the drawings. The invention described in claim 1 is a method for manufacturing a compression-solidified towel 1 simulating a molding object, which is a planar non-circular shape that approximates the outer shape of the molding object, and is small on the recessed lower surface 21. The upper die 20 formed by providing the upper die main body portion 20A having the convex mold portion 22 below the upper die support portion 20B having a larger diameter than the upper die main body portion 20A, and the molding object The lower mold main body 30A protrudes from the upper surface of the lower mold main body 30A, which is similar to the outer shape of the lower mold main body 30A, and has a lower diameter than the lower mold main body 30A. The lower mold 30 is provided on the upper side of the mold support 30B, and has an inner peripheral surface shape similar to the outer shape of the molding object, and the lower end portion is detachably fitted to the lower mold body 30A. A cylindrical mold 40 is used that is worn and fitted with the upper mold main body 20A from the upper end.

  The manufacturing method of the present invention includes a mounting process A in which the lower end portion of the cylindrical mold 40 is fitted into the lower mold main body 30A of the lower mold 30, a pressing process B in which the towel 1a folded into the cylindrical mold is pressed, and the cylindrical mold 40 A compression-solidification step C in which the upper mold body 20A is inserted from the upper end of the mold, and the towel 1a is compressed and solidified with the lower mold body 30A to mold the compression-solidified towel 1 imitating the object to be molded; After the pressure removal step D for lowering the pressure of the upper mold, the cylindrical mold 40 is moved upward along the upper mold main body 20A to be extracted from the lower mold main body 30A, and fixed to the upper mold main body 20A, the upper mold 20 and the cylindrical mold 40 are integrally moved up and removed to expose the compression-solidified towel 1, and the extraction process F is taken out of the compression-solidified towel 1 exposed on the upper side of the lower mold body 30A. It is a manufacturing method.

In addition, the compression-solidified towel manufactured by the method according to claim 1 has a planar non-circular shape that approximates the outer shape of the object to be molded, and an upper mold having a small convex portion molding die portion 22 on the concave lower surface 21. An upper die 20 formed by providing the main body portion 20A below the upper die support portion 20B having a larger diameter than the upper die main body portion 20A, and a planar non-circular shape that approximates the outer shape of the molding object. The lower mold main body 30A projecting from the lower mold main body 30A is provided on the upper side of the lower mold support 30B having a larger diameter than the lower mold main body 30A. The mold 30 has an inner peripheral surface shape that approximates the outer shape of the molding object, and a lower end portion is detachably fitted to the lower mold body portion 30A, and the upper mold body portion 20A is attached from the upper end portion. A compression-solidified towel 1 formed by a cylindrical mold 40 to be inserted, A front surface 3 in which a small convex portion 3b representing a characteristic modeling of the molding object is projected from a planar non-circular cylindrical outer peripheral surface 2 and a bulging surface 3a approximating the outer shape of the molding object, and a recess 4a. The back surface 4 which has.

Further, a planar non-circular outer peripheral surface 2 approximating the outer shape of the molding object manufactured by the method according to claim 1, and a small convex portion representing a characteristic modeling of the molding object from the bulging surface 3a. The compressed and solidified towel 1 including a front surface 3 provided with a protrusion 3a and a back surface 4 having a recess 4a can be manufactured by the following apparatus.

The manufacturing apparatus 10 has a planar non-circular shape that approximates the outer shape of the object to be molded, and includes an upper mold body 20A having a small convex mold 22 on a recessed lower surface 21, and the upper mold body 20A. The upper die 20 formed on the lower side of the upper die support portion 20B having a larger diameter than the upper die 20 and the upper surface of the lower die main body portion 30A which is similar to the outer shape of the object to be molded and has a planar non-circular shape. The lower mold 30 is formed by projecting a shaped mold part 32 and forming the lower mold body part 30A on the upper side of the lower mold support part 30B having a diameter larger than that of the lower mold body part 30A. A cylinder having an inner peripheral surface shape approximating the outer shape of the object and having a lower end portion detachably fitted to the lower die 30 and an upper die body portion 20A of the upper die 20 being fitted from the upper end portion. This is a compressed and solidified towel manufacturing apparatus provided with a mold 40.

The manufacturing method of the compression-solidified towel 1 according to claim 1 includes a mounting step A in which the lower end portion of the tubular mold 40 is fitted to the lower mold main body portion 30A, and a pressing step B in which the towel 1a folded into the tubular mold 40 is pushed in. The upper mold body 20A is inserted from the upper end of the cylindrical mold 40, and the towel 1a is compressed and solidified with the lower mold 30 to form the compression-solidified towel 1, and the pressure of the upper mold is set. The pressure removal step D for lowering and the cylindrical mold 40 are moved upward to be extracted from the lower mold main body 30A, and after being mounted on the upper mold main body 20A, the upper mold 20 and the cylindrical mold 40 are moved upward together. In addition, since it includes the extraction step E for exposing the compressed and solidified towel 1 and the extraction step F for extracting the compressed and solidified towel 1 exposed on the upper side of the lower mold main body 30A, the compressed and solidified towel 1 is reliably and easily manufactured. be able to. In particular, since the compressed and solidified towel 1 can be exposed by moving the tubular mold 40 integrally with the upper mold 20, it is very easy to take it out.

In addition, since the outer peripheral surface 2 is a non-planar shape which approximates the outer shape of the molding object, the compression-solidified towel 1 manufactured by the method according to claim 1 is compared with, for example, a planar circular shape. It is interesting in shape and can be more imitated on a molding object. Therefore, the product value of the compressed and solidified towel 1 can be increased.

  In addition, since the front surface 3 is provided with small convex portions 3b representing the characteristic modeling of the molding object from the bulging surface 3a, the molding object can be imitated more three-dimensionally. That is, unlike the solidified towel described in the above-mentioned conventional publication, a groove (recess) is formed on the bulging surface to represent a pattern, and the compressed solidified towel 1 is further protruded from the front bulging surface 3a. The part 3b is provided so as to represent a characteristic modeling of the molding object. Therefore, the molding object can be represented more three-dimensionally and imitated more accurately. As a result, the product value of the compressed and solidified towel 1 can be further increased.

  Moreover, since it has the dent 4a of the back surface 4, it can overlap | superpose so that the bulging surface with a small protrusion of the front surface 3 of the different compression hardening towel 1 may be inserted in this dent 4a. Thereby, for example, since a plurality of compressed and solidified towels 1 can be stacked and placed in the manufacturing process, the work space can be used effectively.

In addition, the apparatus which manufactures the compression-solidified towel 1 manufactured by the method of Claim 1 is that the upper mold | type main-body part 20A and the lower mold | type main-body part 20A are planar non-circular shapes which approximate the outer shape of a molding target object. In addition, since the cylindrical mold 40 has an inner peripheral surface shape that approximates the outer shape of the molding object, the compressed and solidified towel 1 imitating the molding object can be molded easily and accurately.

  Moreover, since the lower surface 21 of the upper mold main body portion 20A is recessed, the front surface 3 where the compressed and solidified towel 1 bulges can be easily and accurately formed by the lower surface 21. Furthermore, since it has the small convex part shaping | molding die part 22 for forming the characteristic shaping | molding of a molding target object in the lower surface 21 of 20 A of upper mold | type main parts, the small convex part 3b is shape | molded easily and correctly in the compression solidified towel 1. can do. As a result, the compression-solidified towel 1 imitating the object to be molded can be more accurately molded.

  Further, since the raised mold part 32 protrudes from the lower mold body 30A, the towel 1a inserted into the tubular mold 40 by the raised mold part 32 can be more strongly compressed and solidified. Thereby, the effect | action of the small convex part shaping | molding die part 22 can be heightened, and the small convex part 3b can be shape | molded reliably. As a result, the compression-solidified towel 1 more imitating a molding object can be molded.

It is a front view which shows the compression-solidified towel manufactured by the method of this invention . It is a rear view of the compression-solidified towel shown in FIG. It is a side view of the compression-solidified towel shown in FIG. It is a front view which shows the other compression-solidified towel manufactured by the method of this invention . It is a partial cross section front view of the apparatus which manufactures the compression hardening towel manufactured by the method of this invention . It is a bottom view which shows the upper mold | type of the shaping | molding die shown in FIG. It is a side view of the upper mold | type main-body part shown in FIG. It is a top view which shows the lower mold main-body part of the shaping | molding die shown in FIG. It is a side view of the lower mold | type main-body part shown in FIG. FIG. 6 is a cross-sectional plan view showing a cylindrical mold of the mold shown in FIG. 5. It is a side view which shows the state which piled up the compression-solidified towel manufactured by the method of this invention . It is a flowchart which shows the manufacturing method of the compression hardening towel which concerns on embodiment of this invention. It is sectional drawing which shows the mounting process in the manufacturing method of the compression-solidified towel which concerns on embodiment of this invention. It is sectional drawing which shows the pressing process in the manufacturing method of the compression-solidified towel which concerns on embodiment of this invention. It is sectional drawing which shows the compression-solidification process in the manufacturing method of the compression-solidification towel which concerns on embodiment of this invention. It is sectional drawing which shows the pressure removal process in the manufacturing method of the compression-solidified towel which concerns on embodiment of this invention. It is sectional drawing which shows the extraction process in the manufacturing method of the compression-solidified towel which concerns on embodiment of this invention. It is sectional drawing which shows the taking-out process in the manufacturing method of the compression-solidified towel which concerns on embodiment of this invention.

  An embodiment of a method for producing the compressed and solidified towel 1 according to the present invention is shown in FIGS. The manufacturing method according to the present embodiment includes a mounting step A, an indentation step B, a compression solidification step C, a pressure removal step D, an extraction step E, and an extraction step F. In FIG. 13 to FIG. 17, an arc-shaped concave portion is defined on the lower surface of the upper mold main body portion 20A, and an arc-shaped convex portion is defined on the upper surface of the lower mold main body portion 30A. This is not limited.

  In the mounting step A (see FIG. 13), the lower end of the cylindrical mold 40 is installed so as to be fitted into the outer peripheral surface of the lower mold main body 30A of the lower mold 30. In this state, the lower end surface of the cylindrical mold 40 is in contact with the upper surface of the lower mold support portion 30B.

  In the pushing step B (FIG. 14), the towel 1a folded into the cylindrical mold 40 is pushed. Although the folding method of the towel 1a is not limited, it is preferable because the front surface 3 of the compressed and solidified towel 1 becomes a smooth surface by folding the towel 1a so that the same surface of the towel 1a is compressed by the upper mold body 20A.

  In the compression-solidifying step C (FIG. 15), the upper mold main body 20A is moved downward from the upper end of the cylindrical mold 40 to be inserted thereinto, and the towel 1a is placed between the upper mold main body 20A and the lower mold main body 30A. Press to solidify. For this compression solidification, for example, an air cylinder or a hydraulic cylinder can be used. Thereby, the three-dimensional compression-solidified towel 1 simulating a molding object can be molded satisfactorily. In this compression and solidification step, a force that expands the cylindrical die 40 in the radial direction is acting due to the deformability of the towel.

  In the pressure removal step D (FIG. 16), when the downward force applied to the upper mold body 20A is removed, the force for expanding the cylindrical mold 40 in the radial direction is greatly reduced. For this reason, it becomes possible to easily perform the next cylinder-shaped ascending step.

  In the extraction step E (FIG. 17A), the cylindrical mold 40 is moved up and extracted from the lower mold main body 30A while the upper mold main body 20A is kept stationary, and is removed from the outer surface of the upper mold main body 20A. It is fixed (FIG. 17A). At this time, the state in which the compressed and solidified towel 1 is compressed by the upper mold main body 20A is maintained, and only the cylindrical mold 40 is moved upward. Thereafter, the integrated body of the upper mold 20 and the cylindrical mold 40 is raised (FIG. 17B). Thereby, the compression-solidified towel 1 is exposed on the upper surface of the lower mold body 20A.

  And in the taking-out process E (FIG. 18), the compression hardening towel 1 exposed on the lower mold | type main-body part 20A is taken out. That is, since the compressed and solidified towel 1 is placed in an exposed state on the upper surface of the lower mold main body 20A, it can be taken out very easily, for example, by simply grasping it by hand. Thus, the three-dimensional compression-solidified towel 1 manufactured accurately and easily can be manufactured.

  The method for producing the compressed and solidified towel 1 according to the present embodiment can reliably and easily produce a three-dimensional compressed and solidified towel 1 having a non-planar shape imitating a molding object. In particular, since the compressed and solidified towel 1 can be exposed by moving the cylindrical mold 40 upward, it exhibits an excellent effect that it can be taken out very easily.

  In addition, the compression-solidified towel 1 according to the present invention is not limited to those imitating pigs and bears described above, and can be imitated other animals (for example, monkey face) or plants, It can mimic any object (for example, an airplane or a bullet train). The compressed and solidified towel 1 can be formed using a normal size towel or a small so-called handkerchief towel.

Next, the compressed and solidified towel 1 manufactured by the manufacturing method according to the embodiment of the present invention will be described with reference to the drawings. This compressed and solidified towel 1 is obtained by compressing and solidifying a towel (handkerchief towel) 1 a to imitate the face of a pig, and includes an outer peripheral surface 2, a front surface 3, and a back surface 4. The compressed and solidified towel 1 has a planar non-circular shape that approximates the outer shape of the object to be molded (animals and plants), and has an upper mold main body 20A having a small convex mold 22 on the lower surface 21 that is recessed in a spherical arc shape. Of the lower mold main body 30A having a non-planar shape close to the outer shape of the molding object. A raised mold portion 32 that bulges in a spherical arc shape at the center of the upper surface .... the shape of the bump is not limited .... one protrusion is provided, and the lower die body 30A is supported by a lower die having a larger diameter than that. The lower mold 30 is provided on the upper side of the portion 30B and has an inner peripheral surface shape that approximates the outer shape of the molding object, and the lower end portion is detachably fitted to the lower mold main body portion 30A. And a cylindrical mold 40 into which the upper mold body 20A is inserted from the upper end. Those which are formed by the apparatus 10.

  The outer peripheral surface 2 has a planar non-circular shape that approximates the contour shape of the pig's face. That is, the ears are protruded from the left and right upper end portions of the substantially semicircular portion forming the main body portion of the face. The front surface 3 is provided with a plurality of small convex portions 3b representing the characteristic shaping of the pig from the bulging surface 3a bulging in a spherical arc shape, and these small convex portions 3b project ears, eyes, nose, mouth and the like. It is three-dimensionally resembling a real pig. In addition, the back surface 4 has a recess 4a in the back surface 4 in a substantially central portion thereof. The shape of the recess 4a is not limited. In addition, this hollow 4a is set larger than each small convex part 3b.

FIG. 4 shows another compressed and solidified towel 1 manufactured by the method according to the embodiment of the present invention . This compression-solidified towel 1 is similar to a bear's face, and includes an outer peripheral surface 2, a front surface 3, and a back surface 4 as described above.

  The front surface 3 is provided with a plurality of small convex portions 3b representing a characteristic shape of the bear from the bulging surface 3a bulging in a spherical arc shape, and these small convex portions 3b represent the nose, ears, eyes, mouth, and the like. ing. Further, the back surface 4 has at least one spherical arc-shaped recess 4a over a wide range at a substantially central portion thereof.

The two compressed and solidified towels 1 exhibit the following effects.
(A) Since the outer peripheral surface 2 has a non-planar shape that approximates the outline shape of animals (pigs and bears), for example, compared to a flat circular shape, the shape is more interesting and the animal is more can do. Therefore, the product value can be increased.

  (B) Since a plurality of small convex portions 3b representing a characteristic shape of the animal are projected from the bulging surface 3a obtained by bulging the front surface 3 in a spherical arc shape, the eyes and nose of these animals are included. The entire face can be represented in three dimensions. Therefore, these animals can be imitated more accurately, and the product value can be further increased.

  (Ii) Since there is at least one spherical arc-shaped depression 4a in the substantially central portion of the back surface 4, the front 3 (which bulges in a spherical arc) of different compression-solidified towels 1 is overlapped in this depression 4a. (See FIG. 11). Thereby, since the some compression-solidification towel 1 can be stacked, a working space can be reduced in a manufacturing process, for example.

The compressed and solidified towel 1 manufactured by the manufacturing method according to the present invention can be manufactured by the following manufacturing apparatus . As shown in FIGS. 5 to 10, the device 10 includes an upper mold 20, a lower mold 30, and a tubular mold 40.

  As shown in FIGS. 6 and 7, the upper mold 20 includes an upper mold main body 20A and an upper mold support 20B. The upper mold main body 20A has a planar non-circular shape that approximates the outer shape of the object to be molded, and is provided with a small convex mold 22 on the lower surface 21 that is recessed in a spherical arc shape. The lower surface 21 recessed in a spherical arc shape forms a bulging surface 3 a that bulges in the shape of a spherical arc of the compressed and solidified towel 1, and the small convex portion molding die 22 projects from the bulged surface 3 a of the compressed and solidified towel 1. Protrusions 3b are formed. Although the material of this upper mold | type 20 is not limited, It is preferable to comprise with hard resin or a metal. The upper mold support portion 20B is set to have a larger diameter than the upper mold main body portion 20A, and the upper end surface of the cylindrical body 40 comes into contact with the lower outer peripheral surface of the upper mold instruction portion 20B.

  As shown in FIGS. 8 and 9, the lower mold 30 includes a lower mold main body 30A and a lower mold support 30B. The lower die main body 30A has a planar non-circular shape that approximates the outer shape of the object to be molded (therefore, the same shape as the upper die main body 20A), and bulges in a spherical arc over a wide range at a substantially central portion of the upper surface. At least one raised mold part 32 is provided.

  The raised mold portion 32 mainly has two functions. First, by applying an appropriate compressive force to the lower surface 21 of the upper mold main body 20A that is recessed in a spherical arc shape, the bulging surface 3a of the front surface 3 of the compressed and solidified towel 1 is accurately bulged into a spherical arc shape. It is to accurately form the small convex portion 3b. Thereby, the compression-solidified towel 1 which is more excellent in the three-dimensional effect imitated by the molding object can be molded.

  The second is to form a recess 4 a on the back surface 4 of the compressed and solidified towel 1. By forming the dent 4a, it is possible to stack the dent 4a up and down in a stable posture with the swelled front surface 3 of a different compression-solidified towel 1 inserted (FIG. 11). Thereby, a work space and a storage space can be reduced in the manufacturing process.

  Note that the lower mold 30 including the lower mold main body portion 30 </ b> A is preferably formed of a softer material than the upper mold 20. Although the material is not limited, for example, it can be hard urethane rubber. By forming the lower mold 30 with a softer material than the upper mold 20, even if an excessive compressive force is applied to the towel 1a when it is compressed and solidified, it can be absorbed. Can be prevented. The lower mold 30 can be molded using an engraving machine or a 3D printer.

  As shown in FIG. 10, the cylindrical mold 40 has an inner peripheral surface shape that approximates the outer shape of the object to be molded (that is, has the same inner peripheral surface shape as the outer peripheral surface shapes of the upper mold 20 and the lower mold 30). ), The lower end portion is detachably attached to the outer peripheral surface of the lower die main body portion 30A, and the upper die main body portion 20A is inserted into the inside thereof from the opening portion of the upper end while being lowered. Although the molding material of the cylinder mold 40 is not limited, it is preferable to mold it with a hard metal or resin as with the upper mold 20.

The apparatus 10 which manufactures the above-mentioned compression solidified towel 1 exhibits the following effect.
(A) The upper mold body 20A of the upper mold 20 and the lower mold body 30A of the lower mold 30 have a planar non-circular shape that approximates the outer shape of the molding object, and the cylindrical mold 40 has the same inner circumference. Since it has a surface shape, the compressed and solidified towel 1 imitating the object to be molded can be easily and accurately molded.

  (B) Since the lower die 21 of the upper die main body 20A is depressed in a spherical arc shape and a plurality of small convex portion molding die portions 22 are provided, the front surface 3 of the compressed and solidified towel 1 is bulged in a spherical arc shape. For example, it can be expressed in a state in which, for example, an ear or a nose of a molding object (animals and plants) protrudes by a plurality of small convex portions 3b on the bulging surface 3a. Therefore, the compression-solidified towel 1 simulating the object to be molded can be more accurately and three-dimensionally formed.

  (C) Although related to the above, since the mold part 32 raised in a spherical arc shape is provided in the central part of the lower mold main body part 30A, the central part of the towel 1a inserted into the cylindrical mold 40 is more strongly compressed and solidified. can do. As a result, the front surface 3 of the compressed and solidified towel 1 can be more reliably bulged into a spherical arc shape to form the bulging surface 3a, and the function of the small convex mold portion 22 can be further promoted to further increase the molding object. The three-dimensional compression-solidified towel 1 imitating can be formed.

  (D) Since the raised mold part 32 is provided on the lower mold main body part 30 </ b> A, the depression 4 a can be formed on the back surface 4 of the compressed and solidified towel 1. The compression-solidified towel 1 can be stacked using the depression 4a.

  (E) If the lower mold 30 including the lower mold main body 30 </ b> A having the raised mold part 32 is formed of a material softer than the upper mold 20, an excessive compressive force can be absorbed by the lower mold 30. . Thereby, it is possible to prevent the compressed and solidified towel 1 from being damaged by the mold 10.

DESCRIPTION OF SYMBOLS 1 Compressed solidified towel 1a Towel 2 Outer peripheral surface 3 Front 3a Swelling surface 3b Small convex part 4 Back surface 4a Indentation 10 Manufacturing apparatus 20 Upper mold 20A Upper mold main body part 20B Upper mold support part 21 Lower surface 22 Small convex part molding part 30 Lower mold 30A Lower mold body part 30B Lower mold support part 32 Raised mold part 40 Tubular mold A Mounting process B Pushing process C Compression solidification process D Compression force removal process E Extraction process F Extraction process

Claims (1)

  A method for producing a compression-solidified towel (1) simulating a molding object, which is a planar non-circular shape that approximates the outer shape of the molding object, and a small convex mold part on a recessed lower surface (21) The upper mold body (20A) having (22) is formed by providing the upper mold body (20A) below the upper mold support section (20B) having a larger diameter than the upper mold body section, and the molding A raised mold part (32) is projected on the upper surface of the lower mold body part (30A) that approximates the outer shape of the object and has a flat non-circular shape, and the lower mold body part is more than the lower mold body part. A lower die (30) formed on the upper side of a large-diameter lower die support portion (30B), an inner peripheral surface shape approximating the outer shape of the molding object, and a lower end portion of the lower die A cylindrical type (40) is used that is detachably fitted to the main body part 30A and the upper die main body part is fitted from the upper end part. A fitting process (A) for fitting to the lower mold main body part, a pushing process (B) for pushing the towel 1a folded into a cylindrical mold, and an upper mold main body part to be fitted from the upper end of the cylindrical mold to lower the towel A compression-solidification step (C) for forming a compression-solidified towel (1) by compression-solidifying with the die body, a pressure-removing step (D) for lowering the pressure of the upper die body, and a cylindrical die Extraction step (E) in which the upper mold body is moved upward along the portion 20A and extracted from the lower mold main body section, and after being fixed to the upper mold main body section, the upper mold and the cylindrical mold are moved upward integrally to expose the compression-solidified towel. And a take-off step (F) of taking out the compressed and solidified towel exposed on the upper side of the lower mold main body, and a method for producing the compressed and solidified towel.

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