JP6034038B2 - Mole thread type cleaning wiping body, its manufacturing method and molding thread type cleaning tool - Google Patents

Description

  The present invention relates to a cleaning tool for cleaning a floor surface and a wall surface, and more particularly to a cleaning wiping body and a cleaning tool for efficiently adsorbing and removing house dust.

  Conventionally, a cleaning wiping body (also called a cleaning mop) has been widely used as a cleaning tool for homes and workplaces. Such a cleaning wiping body is suitable for removal of house dust, that is, dust such as sand dust, fibrous waste such as human hair and pet hair, components derived from mites, and food waste, and in recent years, rental cleaning tools and the like have become widespread. Therefore, the demand is increasing in stores and homes. In particular, a type of cleaning wiping body in which the wiping body is removable from the wiping body gripping part is often used. This cleaning tool is composed of a wiping body and a holding tool that are in direct contact with the floor surface, etc., and the holding tool is composed of a wiping body gripping part on which the cleaning wiping body is mounted and a handle grasped by a person. There are known a large-sized floor cleaning tool in which a person holds a handle with both hands and a small-type handy cleaning tool in which a handle is held with one hand.

  In general, as a wiping body for a floor cleaning tool or a handy cleaning tool, a wiping body in which a pile formed from a fiber such as cotton or nylon is fixed to the base surface is known. FIG. 10 is a cross-sectional view of a cleaning wiping body (so-called mop) disclosed in JP-A-5-277054 (Patent Document 1). This cleaning wiping body is formed by fixing a large number of piles 104 around the base fabric 102 with stitches 103. Further, the base fabric 102 protects the left and right edges of the upper and lower base fabric pieces with a tape-shaped woven fabric 105, and the side piles 104 are sewn and fixed to the tape-shaped woven fabric 105. The pile 104 is called a cut pile obtained by twisting a plurality of single yarns obtained by spinning short fibers such as cotton and nylon, and cutting the ends. The pile is impregnated with an oil composition. Composed.

  The cleaning mechanism of this cleaning tool is that the pile rubs in contact with the floor surface, and the house dust on the floor surface is adsorbed and fixed in the oil composition impregnated in the pile. In addition, the reason for using spun yarn formed from short fibers is that the fiber ends of countless short fibers protrude from the peripheral surface of the pile, and the house dust is scraped off by these short fiber ends. is there. Furthermore, the cut pile is made of countless fibers protruding from the cut end of the pile, aiming at the scraping effect of house dust. However, even if the end portion of the short fiber protrudes from the peripheral surface, the short fiber is extremely thin and has a low scraping effect against large house dust. Moreover, even if it was called the cut part of the pile edge part, it was only one part, and it could not be said that the scraping effect was enough.

  Therefore, the high water absorption and high drying wipe described in JP 2008-104600 A (Patent Document 2), JP 2009-185407 A (Patent Document 3), and JP 2012-24594 A (Patent Document 4). Ingredients appeared. Since these three published patent publications are composed of almost the same drawing, refer to the drawing of Japanese Patent Laid-Open No. 2008-104600 (Patent Document 2). FIG. 11 is a front view of the highly water-absorbing and highly drying wiping tool A. FIG. A hook-and-loop fastener member B is disposed on the upper surface of the base fabric S and is configured to be locked to a wiping body gripping portion (not shown). On the lower surface of the base fabric S, a large number of piles P are fixed to form a wiping portion W. The root of the pile P is fixed to the lower surface of the base fabric S, and the pile P has a number of filaments F projecting radially around the core yarn C, and the radial filaments are densely formed in the longitudinal direction of the pile. Yes. Further, the tip portion Pa of the pile P is configured such that the tip of the filament F forms a hemispherical surface.

  The yarn composed of the core yarn C and the countless filaments F projecting around the core yarn C is generally called a mole yarn, and the filament F is called a flower yarn and is a kind of decorative yarn. In this conventional example, an extremely thin non-water-absorbing filament of 0.05 to 0.8 d (denier) is used densely and in large quantities as a flower yarn to form a molding yarn, and the molding yarn is formed into a loop pile. The pile P is comprised. Accordingly, the pile tip end portion Pa is formed in a hemispherical surface. Since the yarn of this wiping tool is a non-water-absorbing filament, it does not absorb water, and the gaps between the numerous filaments F existing around and at the tip of the pile P exhibit high water absorption due to capillary action. After the surface to be cleaned is washed with water, the surface to be cleaned can be rapidly dried by absorbing water from the surface to be cleaned by wiping off the non-cleaning surface with this wiping tool. Then, when the water of the wiping tool is shaken off and the water is blown off and dried, the fiber surface area is large, so that it dries at a high speed and exhibits high drying properties.

JP-A-5-277054 JP 2008-104600 A JP 2009-185407 A JP 2012-24594 A

  The wiping body for cleaning shown in Patent Document 2 deserves praise for the first use of the Mole yarn as a pile. However, it is applied to a highly water-absorbing and highly-drying wiping tool, that is, a water-absorbing mop, and uses ultrafine fibers of 0.05 to 0.8 d (denier) as flower yarns in order to increase the water-absorbing power. In order to increase the water absorption capacity, it is important to install ultrafine fibers around the core yarn at a high density, and the flower yarns protrude radially and densely in the radial direction of the core yarn. Since the radial flowers are densely arranged also in the fiber direction, the shape of the tip of the yarn becomes a rod-like shape, and after twisting it is twisted to form a pile, so that the tip of the yarn is hemispherical at the tip of the pile become. Certainly, as the root of the tree absorbs a large amount of water, a large amount of water is stored in the gaps between the countless flower threads due to capillary action, so it shows high water absorption. Therefore, the residual water is easily evaporated and there is an effect of showing high drying property.

  However, in the cleaning wiping body of Patent Document 2, it is difficult to impregnate the oil composition. Although the average thickness of the core yarn is not described in Patent Documents 2 to 4, it is strongly asserted that the average thickness of the flower yarn is selected from 0.05 to 0.8 d (denier). The flower yarn is a non-water-absorbing filament and does not impregnate not only water but also the oil composition. Therefore, considering the case where the oil composition is treated, the oil composition, like water, is stored in the gaps between the flower yarns, and the oil agent is not held inside the flower yarns. Sometimes the oil may transfer to the surface to be cleaned. Moreover, since the materials of the core yarn are not specified in Patent Documents 2 to 4, it is impossible to impregnate the core yarn with an oil agent. Therefore, it is obvious that the wiping tool using the molding yarns of Patent Documents 2 to 4 cannot impregnate the oil composition, and a new invention is required when impregnating the oil composition. is there.

  Therefore, the present invention has developed a molding yarn in which the oil agent composition is impregnated in the flower yarn and the core yarn itself, instead of storing the oil agent composition between the flower yarns when the molding yarn is used for a pile. An object of the present invention is to provide a cleaning wiping body in which a molding yarn is applied to a pile. At the same time, an object is to provide a cleaning tool using the cleaning wiping body.

  The present invention has been made to solve the above-mentioned problems, and the first embodiment of the present invention is for cleaning in which a large number of piles each having a base portion fixed to a base are impregnated with an oil composition and dust is attached thereto. In the wiping body, the pile is made of a molding thread formed by projecting a large number of flower yarns around a core yarn, the core yarn is twisted in the direction from the root portion to the tip portion, and the flower yarn is It is a morne thread type cleaning wiping body that spirally turns in the direction from the root portion to the tip portion.

  According to a second aspect of the present invention, the core yarn has an average core yarn thickness that gives flexibility in a range from a state in contact with the base to a self-standing state, and the flower yarn contacts the core yarn. The yarn has an average thickness that gives flexibility in a range from a state to a self-supporting state, and 3 to 40 pieces of the yarn are formed at intervals of 10 mm of the length of the core yarn. A length of the flower yarn extending from the yarn is a wiping body for cleaning a mold yarn type having a length of 2 to 30 mm.

  According to a third aspect of the present invention, the pile is a morrow type cleaning wiping body in which the pile is formed from a single morrow thread.

  According to a fourth aspect of the present invention, the pile is a morsel type cleaning wiping body configured by combining two or more morrow threads.

  According to a fifth aspect of the present invention, the molding thread is a molding thread type cleaning wiping body including a double molding thread.

  The sixth aspect of the present invention is a morsel type cleaning wiping body, wherein the core yarn average thickness is 500d to 4000d (denier) and the flower yarn average thickness is 100d to 1200d (denier).

  A seventh aspect of the present invention is a molding yarn cleaning wiping body, wherein each of the core yarn and the flower yarn is a spun yarn obtained by spinning a short fiber having a fineness of 1d or more.

  The 8th form of this invention is the wiping body for a mole thread type cleaning which added the anti-allergen agent, the antifungal agent, the antibacterial agent, and 1 or more types of the fragrance | flavor to the said oil agent composition.

  A ninth aspect of the present invention is a molding thread-type cleaning tool in which the molding thread-type cleaning wiping body according to any one of the first to eighth embodiments is attached to a wiping body gripping part attached with a handle.

  A tenth aspect of the present invention is a molding thread type cleaning tool in which the handle is a handle operated mainly with both hands, and the cleaning tool is mainly a floor cleaning tool.

  An eleventh aspect of the present invention is a molding thread type cleaning tool in which the handle is a handle that can be operated mainly with one hand, and the cleaning tool is mainly a handy cleaning tool.

According to the first aspect of the present invention, in the cleaning wiping body in which the oil agent composition is impregnated into a large number of piles whose roots are fixed to the base and the dust is attached thereto, the piles are flower yarns around the core yarns. Is a wiping body for cleaning a molding thread made of molding thread formed by projecting a large number of yarns, so that both the core thread and the flower thread can be impregnated with the oil composition, and when cleaning, a large number of the flower threads are to be cleaned. The house dust is scraped out while holding the house dust in the gap between the flower yarns, and the house dust can be reliably adsorbed and held by the impregnated oil composition, so that the house dust is scraped and held securely. It is possible to improve the cleaning efficiency.
Further, since the core yarn is twisted in the direction from the root portion to the tip portion, and the flower yarn is spirally swung from the root portion to the tip portion, the flower yarn is the entire core yarn. Regardless of the direction of the core yarn that is swirling around the circumference and abuts against the floor surface during cleaning, the flower yarn can make frictional contact with the floor surface and perform efficient cleaning in any cleaning direction. Can do.

According to the second aspect of the present invention, the core yarn has an average core yarn thickness that gives flexibility in a range from a state in contact with the base to a self-standing state. Since the surface of the thread to be cleaned can be elastically contacted, and the flower thread has an average flower thread thickness that gives flexibility in a range from a state in contact with the core thread to a self-standing state, The flower yarn can contact the surface to be cleaned with elasticity. Since it has elasticity, the core yarn and the flower yarn can be brought into frictional contact with the surface to be cleaned, and the house dust scraping effect of the flower yarn acts effectively, thereby contributing to the improvement of the cleaning efficiency.
In addition, since 3 to 40 flower yarns are formed at intervals of 10 mm in length of the core yarn, the interval between adjacent flower yarns is 3.3 to 0.25 mm. This is an effective number for scraping dust, and the length of the flower yarn extending from the core yarn is 2 to 30 mm. Therefore, it is effective for scraping house dust on the surface to be cleaned. The yarn length according to the type of surface can be selected.

  According to the third aspect of the present invention, since the pile is a morrow type cleaning wiping body formed from one piece of the yarn, one piece of the yarn is cut to a predetermined length to remove the pile. It is composed. Since the molding yarn has flower yarns around the core yarn, the thickness of the core yarn and the flower yarn can be selected to provide a cut pile molding yarn type cleaning wiping body.

  According to the fourth aspect of the present invention, since the pile is a morse yarn type cleaning wiping body constituted by combining two or more morrow yarns, the pile yarn is folded and twisted to form a loop pile. Or a cut pile in which the two ends are cut out. Further, it becomes possible to thicken the pile by joining the two molding yarns with heat-sealing yarns, or to appropriately change the flower yarns surrounding the yarn.

  According to the 5th form of this invention, the said molding thread | yarn can provide the wiping body for cleaning a molding thread type | mold containing a double molding thread | yarn. When the flower yarn incorporated in the core yarn is made into a molding yarn, a double molding yarn is formed. Since the double-mould yarn is a morse yarn, the yarn shape is more complicated than the normal yarn, and the complicated shape yarn effectively scrapes the house dust when cleaning, and the yarn The shape of the gap between them is also complicated, so that house dust can be reliably captured, and the house dust can be reliably adsorbed and held by the oil composition.

  According to the 6th form of this invention, since the said core yarn average thickness is 500d-4000d (denier), the thickness of the pile of the wiping body for cleaning will be 500d-4000d. At this thickness, the pile is stiff, and with strong flexibility, house dust can be scraped off from the surface to be cleaned during cleaning. Further, since the average thickness of the flower yarn is 100d to 1200d (denier), the flower yarn is also elastic, and the flexibility allows the flower yarn to scrape out house dust from the surface to be cleaned efficiently, and the oil agent composition in the fiber. It becomes possible to reliably hold and hold the house dust by the object.

  According to the seventh aspect of the present invention, it is possible to provide a Mole yarn type cleaning wiping body, wherein each of the core yarn and the flower yarn is a spun yarn obtained by spinning a short fiber having a fineness of 1d or more. Since each of the core yarn and the flower yarn is a spun yarn, it has a characteristic of impregnating while absorbing the oil agent composition inside the fiber. In addition, end portions of countless short fibers are exposed on the peripheral surfaces of the core yarn and the flower yarn, and the house dust scraped out by the core yarn and the flower yarn is caught on the end portion of the short fiber, and the house dust is collected. Holds and fixes. After the house dust is held and fixed, the house dust is surely adsorbed and held by the oil composition in the fiber.

  According to the eighth aspect of the present invention, since one or more of an antiallergen agent, an antifungal agent, an antibacterial agent and a fragrance are added to the oil composition, when house dust is adsorbed to the oil composition, the house dust It can inactivate allergens, molds, fungi, etc. in them, and emit a fragrance.

  According to the ninth aspect of the present invention, it is possible to provide a molding thread type cleaning tool in which the molding thread type cleaning wiping body according to the present invention is attached to the wiping body gripping part to which the handle is attached. Therefore, it can be utilized for household use and business use as a cleaning tool for selling out and a cleaning tool for rental.

  According to the tenth aspect of the present invention, it is possible to provide a molding thread type cleaning tool in which the handle is a handle mainly operated with both hands and the cleaning tool is mainly a floor cleaning tool. Therefore, it can be utilized for household use and business use as a cleaning tool for selling out and a cleaning tool for rental.

  According to the eleventh aspect of the present invention, it is possible to provide a molding thread type cleaning tool in which the handle is a handle that can be operated mainly with one hand, and the cleaning tool is mainly a handy cleaning tool. Therefore, it can be utilized for household use and business use as a cleaning tool for selling out and a cleaning tool for rental.

FIG. 1 is a schematic configuration diagram of an embodiment of a morsel-type cleaning wiping body according to the present invention. FIG. 2 is a schematic explanatory view of a pile made of one molding yarn used in the molding yarn-type cleaning wiping body according to the present invention. FIG. 3 is a spiral swirl diagram illustrating a spiral swirl of the flower yarn constituting the molding yarn shown in FIG. FIG. 4 is an explanatory diagram of the dimensional form of a pile made of a molding yarn used for the wiping body for cleaning a molding yarn type according to the present invention. FIG. 5 is a schematic explanatory view of a pile configured by aligning and fusing two or more molding yarns used in the molding yarn-type cleaning wiping body according to the present invention and joining them with heat-sealing yarns. FIG. 6 is a schematic explanatory view of a pile constituted by twisting two or more molding yarns used in the molding yarn-type cleaning wiping body according to the present invention. FIG. 7 is a schematic configuration diagram of a pile made of double molding yarn used in the molding yarn cleaning wiping body according to the present invention. FIG. 8 is an example of an embodiment of a molding thread type cleaning tool according to the present invention, and is a schematic front view of a floor cleaning tool mainly provided with a handle for two-hand operation. FIG. 9 is a schematic perspective view of a handy cleaning tool mainly including a one-handed handle, which is another example of the embodiment of the molding thread type cleaning tool according to the present invention. FIG. 10 is a cross-sectional view of a mop (cleaning wiping body) shown in Patent Document 1 as a conventional example. FIG. 11 is a front view of a highly water-absorbing and highly-drying wiping tool (cleaning wiping body) shown in Patent Document 2 as a conventional example.

  DESCRIPTION OF EMBODIMENTS Embodiments of a morsel thread cleaning wiping body and a morsel thread cleaning tool according to the present invention will be described below in detail with reference to the drawings.

  FIG. 1 is a schematic configuration diagram of an embodiment of a morsel-type cleaning wiping body according to the present invention. The Mole yarn type cleaning wiping body 1 includes a base 2 and a large number of piles 10 fixed to the base lower surface 4. The base portion 12 of the pile 10 is fixed to the base lower surface 4, the tip portion 14 is a cut pile, and the surface connecting the tip portions 14 corresponds to the cleaning pile surface of the wiping body 1. The pile 10 is formed from a single molding yarn 16 having a flower yarn 20 around a core yarn 18. The core yarn 18 is twisted, and a large number of flower yarns 20 inserted between the core yarns 18 and 18 are configured to turn spirally from the root portion 12 to the tip portion 14.

  FIG. 2 is a schematic explanatory view of a pile made of one molding yarn used in the molding yarn-type cleaning wiping body according to the present invention. (2A) is a schematic view of a molding thread before fixation in a state where a large number of flower threads are sandwiched between two core threads. (2B) is a schematic view showing a state in which two core yarns are twisted together with a heat-sealing yarn and heated to spirally turn the flower yarn. First, as shown in (2A), the molding yarn 16 is formed by sandwiching a large number of flower yarns 20 in an orthogonal shape between two core yarns 18 and 18 extending from the root portion 12 to the tip portion 14. At the same time, a heat-sealing yarn is disposed between the core yarns 18 and 18 in parallel. In this state, when the core yarns 18 and 18 are twisted in the direction of arrow a and the heat-sealed yarn is fused and fixed at a predetermined temperature, the molding yarn 16 shown in (2B) is formed. In (2B), the molding yarn 16 is used as the pile 10 as it is. In this pile 10, the flower yarn 20 is arranged around the core yarn 18, but the flower yarn 20 is spirally swung from the root portion 12 to the tip end portion 14, and a spiral swirling portion 22 is formed. Yes. One flower yarn 20 protrudes to the left and right of the core yarn 18 by the same length, and this flower yarn is swung in the core yarn direction while gradually turning. When viewed from the side, it looks like a sine curve as shown.

  FIG. 3 is a spiral swirl diagram illustrating a spiral swirl of the flower yarn constituting the molding yarn shown in FIG. It is assumed that a large number of flower yarns 20 are arranged at predetermined intervals so as to be orthogonal to the core yarn 18. When the flower yarn 20 is represented by an arrow as shown in the figure, the tip is the flower yarn tip 20c, and the rear end is the flower yarn rear end 20d. When the core yarn 18 is twisted in the direction of arrow a, the flower yarn 20 is gradually twisted downward. When one ellipse is drawn for one flower yarn, the flower tip 20c gradually rotates as shown in the figure. It can be seen that both the solid line 32 connecting the flower yarn leading ends 20c and the broken line 34 connecting the flower yarn trailing ends 20d spirally turn. When the solid line 32 and the broken line 34 of the spiral turn are viewed from the side, a sine curve shown in (2B) of FIG. 2 is obtained.

  FIG. 4 is an explanatory diagram of the dimensional form of a pile made of a molding yarn used for the wiping body for cleaning a molding yarn type according to the present invention. Around the core yarn 18, a spirally swirled flower yarn 20 is formed from the root portion 12 to the tip portion 14. A region that looks like a sine curve is the spiral turning portion 22. The longest part of the sine curve gives the flower yarn length h, and the core yarn partial length H is 10 mm long. The preferred ranges in the present invention are h = 5 to 30 mm, δ = 100d to 1200d (denier), and D = 500d to 4000d (denier). The flower yarn density n is indicated by the number of flower yarns per 10 mm length H, and the preferred range is n = 3-40. In the figure, n = 15 (lines / 10 mm).

  FIG. 5 is a schematic explanatory view of a pile configured by aligning and fusing two or more molding yarns used in the molding yarn-type cleaning wiping body according to the present invention and joining them with heat-sealing yarns. The pile 10 shown in the figure is obtained by integrating two molding yarns 16a and 16b by heat-sealing yarns. In the molding yarn 16a, the flower yarn 20a forms a spiral turning portion 22a around the core yarn 18a. Similarly, in the molding yarn 16b, the flower yarn 20b forms a spiral turning portion 22b around the core yarn 18b. doing. In the case of integrating the two molding yarns 16a and 16b, if the spiral swivel portion 22a and the spiral swivel portion 22b are joined in a positional relationship that does not cancel each other, the yarn yarns on the peripheral surface of the pile 10 The number can be increased to almost twice. Therefore, the house dust adsorption efficiency by the flower yarn at the time of cleaning can be remarkably improved.

  FIG. 6 is a schematic explanatory view of a pile constituted by twisting two or more molding yarns used in the molding yarn-type cleaning wiping body according to the present invention. FIG. 6 shows a modification of FIG. The pile 10 shown in the figure is formed by twisting and forming two molding yarns 16a and 16b. Since one molding yarn itself is twisted, it goes without saying that there is a tendency to self-twist as shown in FIG. 6 just by arranging two molding yarns. In the molding yarn 16a, the flower yarn 20a forms a spiral turning portion 22a around the core yarn 18a. Similarly, in the molding yarn 16b, the flower yarn 20b forms a spiral turning portion 22b around the core yarn 18b. doing. In the case of twisting and integrating the two molding yarns 16a and 16b, if the spiral swivel portion 22a and the spiral swivel portion 22b are integrated in a positional relationship that does not cancel each other, they are on the circumferential surface of the pile 10. The number of flower yarns can be increased to almost double. Therefore, it becomes possible to remarkably improve the efficiency of house dust adsorption by flower yarns during cleaning.

  FIG. 7 is a schematic configuration diagram of a pile made of double molding yarn used in the molding yarn cleaning wiping body according to the present invention. The pile 10 is formed from a double molding yarn 36. In the double molding yarn 36, the molding yarn 16 is used as the flower yarn 40 arranged around the core yarn 38. As shown in the figure, the molding yarn 16 is a yarn in which a flower yarn 20 is arranged around a core yarn 18. The base portion 12 of the pile 10 is fixed to the base 2 and the tip portion 14 is a free end. When such a double molding yarn is used as the pile 10, the flower yarn 40 becomes extremely complicated, a large number of fiber pieces protrude around the core yarn 38, and scrapes house dust from the surface to be cleaned at the time of cleaning. Can be cleaned.

  FIG. 8 is an example of an embodiment of a molding thread type cleaning tool according to the present invention, and is a schematic front view of a floor cleaning tool mainly provided with a handle for two-hand operation. This molding thread type cleaning tool 54 is configured by connecting a handle 50 for both-hand operation to a wiping body gripping part 52 via a joint part 53. On the other hand, the Mole yarn type cleaning wiping body 1 is obtained by fixing a large number of piles 10 according to the present invention to the lower surface of a base 2 having bag-like portions 3 and 3 formed at both ends. If the left and right ends of the wiping body gripping portion 52 are inserted and fixed to the bag-like portions 3 and 3, the molding thread type cleaning tool 54 is completed. Since the pile 10 includes a large number of yarns, the house dust scraping effect and the adsorption effect by the oil composition are extremely excellent.

  FIG. 9 is a schematic perspective view of a handy cleaning tool mainly including a one-handed handle, which is another example of the embodiment of the molding thread type cleaning tool according to the present invention. This molding thread type cleaning tool 54 is configured by connecting a handle 50 for one-hand operation to a wiping body gripping part (not shown) which is a simple plate-like part via a lock part 51. On the other hand, the Mole yarn type cleaning wiping body 1 is obtained by fixing a large number of piles 10 according to the present invention to the lower surface of a base 2 having a bag-like portion 3 formed on the upper surface. When the wiping body gripping part is inserted into the bag-like part 3 and fixed by the lock part 51, the molding thread type cleaning tool 54 is completed. Since the pile 10 includes a large number of yarns, the house dust scraping effect and the adsorption effect by the oil composition are extremely excellent.

[Examples 1 to 64: Verification of core yarn and flower yarn parameters]
In the following, using the various core yarns 18 and flower yarns 20, the molding yarn-type cleaning wiping body 1 shown in FIG. 1 is prepared, and the core yarn average thickness D (denier) and flower yarn average thickness δ (denier). ), Four types of core yarn / flower yarn parameters consisting of a yarn density n (lines / 10 mm) and a yarn length h (mm) were experimentally determined. Since it is difficult to simultaneously determine the four types of core yarn / flower yarn parameters, it is divided into two stages. In the first stage, the yarn density n = 15 (lines / 10 mm) and the yarn length h = 10 mm are fixed, and the effective range of the core yarn average thickness D (denier) and the average yarn length δ (denier). It was determined. In the second stage, the core yarn average thickness D = 2000d (denier) and the flower yarn average thickness δ = 300d (denier) selected from the effective range of D and δ are fixed, and the yarn density n and the flower are fixed. The effective range of the yarn length h was determined. Details will be described below.

[First stage: Determination of effective range of core yarn average thickness D and flower yarn average thickness δ]
In the first stage, prototype experiments of Examples 1 to 30 shown in Table 1 were performed. Here, the effective range of the core yarn average thickness D (denier) and the average yarn length δ (denier) is determined by fixing the yarn density n = 15 (lines / 10 mm) and the yarn length h = 10 mm. did. The core yarn average thickness D was divided into five ranks of 500 to 4000 d (denier), and the average yarn diameter δ was distributed as shown in Table 1 for each rank, and trial manufacture was performed. Basically, the average yarn diameter δ is set smaller than the average core yarn thickness D. As the judgment criteria of the prototype wiping body 1 for cleaning the mold yarn type, the self-supporting property of the core yarn, the shape of the flower yarn, and the ease of manufacturing the pile were selected. The emphasis was placed not only on the aesthetic appearance of the entire wiping body, but also on whether it was a functional form. The results are shown in four stages: ◎ (excellent), ○ (good), Δ (possible), and x (impossible). And 3 standard comprehensive judgment was shown. As a result, as the overall characteristics, the results of 500 ≦ D ≦ 4000 and 100 ≦ δ ≦ 1200 were obtained.

[Second stage: Determination of effective range of flower yarn density n and flower yarn length h]
In the second stage, prototype experiments of Examples 31 to 66 shown in Table 2 were performed. From the range of D and δ obtained in the first stage, average D = 2000d (denier) and δ = 300d (denier) are selected and fixed, and the flower yarn density n and the flower yarn length h are changed variously. A prototype experiment was conducted. The experiment was divided into 6 stages of flower yarn density n = 1, 3, 10, 20, 30, 40 and flower yarn length h (mm) = 1, 5, 10, 20, 30, 40. The mop (wiping body) morphology and dust collecting properties were selected as criteria for the prototype wiping body 1 for cleaning the mold thread type. Mop's morphology emphasized not only the beauty of the entire wiping body, but also whether it was a functional form. The results are shown in four stages: ◎ (excellent), ○ (good), Δ (possible), and x (impossible). And 2 standard comprehensive judgment was shown. As a result, results of 3 ≦ n ≦ 40 and 5 ≦ h ≦ 30 were obtained as comprehensive characteristics. Also, since dust collection was introduced in Table 2 as a reference, the resulting four ranges, namely 500 ≦ D ≦ 4000, 100 ≦ δ ≦ 1200 and 3 ≦ n ≦ 40, 5 ≦ It has been demonstrated that h ≦ 30 is effective.

  As described above, the present inventors are the first to use a moor yarn as a mop pile impregnated with an oil composition. In addition, 4 conditions as mop, that is, 4 consisting of core yarn average thickness D (denier), flower yarn average thickness δ (denier), flower yarn density n (lines / 10 mm) and flower yarn length h (mm) 4 It has been found that 500 ≦ D ≦ 4000, 100 ≦ δ ≦ 1200, 3 ≦ n ≦ 40, and 5 ≦ h ≦ 30 are effective as piles for the core yarn / flower yarn parameters. Since these four conditions have been clarified, future mop production can proceed very smoothly.

  The present invention provides a cleaning wiping body in which a molding thread is impregnated with an oil agent composition in a flower thread and a core thread itself when the molding thread is used in a pile, and the molding thread is applied to the pile. Successful. Moreover, it succeeded in providing the cleaning tool using this wiping body for cleaning. Therefore, the morsel thread cleaning wiping body and the morsel thread cleaning tool according to the present invention can be used not only for home use but also widely used in general industries.

DESCRIPTION OF SYMBOLS 1 Mole thread type cleaning wiping body 2 Base | substrate 3 Bag-like part 4 Base | substrate lower surface 5 Lock part 10 Pile 12 Root part 14 Tip part 16 Mole thread 16a Mole thread 16b Mole thread 18 Core thread 18a Core thread 18b Core thread 20 Flower thread 20a Flower thread 20b Flower thread 20c Flower thread tip 20d Flower thread rear end 22 Spiral swivel part 22a Spiral swivel part 22b Spiral swivel part 30 Ellipse 32 Solid line 34 Dashed line 36 Double molding thread 38 Core thread 40 Flower thread 52 Wiping body gripping part 53 Joint part 54 Mole thread type cleaning tool 102 Base cloth 103 Seam 104 Pile 105 Tape-like woven cloth 106 Bag-like space A High water-absorbing high-drying wiping tool B Surface fastener member C Core thread F Filament P Pile Pa Tip S Base cloth W wiping part

Claims (10)

In a cleaning wiping body in which a large number of piles each having a root portion fixed to a base are impregnated with an oil composition and dust is attached thereto, the pile is formed from a molding thread formed by projecting a large number of flower threads around a core thread. The core yarn is twisted in the direction from the root portion to the tip portion, the flower yarn is spirally swung in the direction from the root portion to the tip portion, and the average thickness of the core yarn is 1000d ~ 3000d (denier), the average diameter of the flower yarn is 200d to 1200d (denier), and the flower yarn density is 10 to 10 mm of the core yarn, and the flower yarn is spaced from each other and is larger than 15 and 40 or less. The length of the flower yarn formed and extended from the core yarn as the flower yarn length is 5 to 30 mm, and the flower yarn and the core yarn itself are impregnated with an oil agent composition, for molding yarn type cleaning Wiping body. The wiping body for cleaning a molding yarn type according to claim 1 , wherein the pile is formed from a single molding yarn. The wiping body for cleaning a molding yarn type according to claim 1 or 2 , wherein the pile is configured by combining two or more molding yarns. The morse yarn type cleaning wiping body according to any one of claims 1 to 3 , wherein the morse yarn includes a double morse yarn. The wiping body for cleaning a mold yarn type according to any one of claims 1 to 4 , wherein each of the core yarn and the flower yarn is a spun yarn obtained by spinning a short fiber having a fineness of 1d or more. The morsel-type cleaning wiping body according to any one of claims 1 to 5 , wherein one or more of an antiallergen agent, an antifungal agent, an antibacterial agent and a fragrance are added to the oil composition. A molding thread type cleaning tool, wherein the molding thread type cleaning wiping body according to any one of claims 1 to 6 is attached to a wiping body gripping part to which a handle is attached. The molding thread type cleaning tool according to claim 7 , wherein the handle is a handle operated mainly with both hands, and the cleaning tool is mainly a floor cleaning tool. The Mole thread type cleaning tool according to claim 7 , wherein the handle is a handle that can be operated mainly with one hand, and the cleaning tool is mainly a handy cleaning tool. It is a manufacturing method of the wiping body for molding thread type | mold cleaning in any one of Claims 1-6, A core thread average thickness D (denier), flower thread average thickness (delta) (denier), flower thread density n (book / In order to experimentally determine the four types of core yarn / flower yarn parameters consisting of 10 mm) and the yarn length h (mm), in the first stage, the given yarn density and the yarn length are fixed, and the core The effective range of the thread average thickness D (denier) and the average thread diameter δ (denier) is determined. In the second stage, the core thread average thickness D (denier) selected from the effective ranges of D and δ is determined. and Hanaito securing the average thickness [delta] (denier), filament thread density n and filament thread length preparation of chenille yarn type cleaning wiping body, characterized in that to determine the effective range of h.

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