COMBINATION OF ARTIFICIAL-FLOWER-FORMING RIBBON AND TACK PLATE

Abstract: A combination of an artificial-flower-forming ribbon (l0) and a tack plate (ll,l2), wherein the artificial-flower-forming ribbon (l0) having a pair of strips (l6,l8) overlapped to each other and at least a string (20) placed along and between the strips, the string being joined to one ends of the strips at one end thereof, the strips being adhered to each other at least at two portions on each of a plurality of lines spaced apart in the longitudinal direction of the strips so as to permit relative movement of the strips and string placed between the strips. The tack plate (ll) includes a first plate member (26) having at least a slit (30) or hole (32), through which both of the strips and string are passed, and a second plate member (28) having sticky films on both surfaces thereof. The second plate member is joined at one surface thereof to the first plate member and one of the strips passed through the slit or hole of the first plate member. The tack plate (12) is further formed by a single plate member having at least a slit (42,44) or hole (48), through which both of the strips and sring or only the string are passed, and a sticky film (50) on one surface (l2a) thereof. An artificial flower is fastened to an article or a wrapping thereof through the tack plate.

Description: The invention relates to a combination of an artificial-flower-forming ribbon and a tack plate according to the preamble of claims 1 or 4, respectively. Such a combination is known from the EP 0 095 646 A1. For the known combination it is proposed to use the strings as strings to fasten the artificial flower to an article like a box. The pair of strings can be used to be tied around the article in two opposite directions or four strings can be used in four directions. Such a way of fastening the artificial flower is not always carried out skilfully by anyone or at any time. As is often the case, an artificial flower is attached to an article or a wrapping thereof to decorate for gift-giving. There has been heretofore proposed a ribbon for forming an artificial flower used for such purpose(Japanese Utility Model Registration Publication (KOKOKU) No. 14726/1985). The conventional artificial-flower-forming ribbon has a pair of strips overlapped to each other and a pair of strings placed along and between said strips. One ends of said strings are joined to one ends of said strips. Both strips are joined to each other at least at two portions on each of a plurality of lines spaced apart in the longitudinal direction of said strips so as to permit relative movement of said strips and said strings placed in the longitudinal direction of said strips. According to the artificial-flower-forming ribbon noted above, said ribbon can be formed into an artificial flower by causing the relative movements of the pair of strips and the strings in the longitudinal direction of said ribbon. For example, when causing the relative movement of the strips and the strings by holding lightly the other end of said ribbon by one hand while drawing the other ends of the strings between both strips by the other hand, both strips bend outwardly between a plurality of adhesive portions thereof. Each bent strip forms a petal of the artificial flower. The artificial flower thus formed is fastened to an article for gift-giving or a wrapping accommodating said article therein or the like (hereinafter referred to as article or the like) by tying around the article or the like with the strings extending from the other ends of said strips toward the outside as a result of forming said ribbon into the artificial flower or pasting said artificial flower thereon. However, such way of fastening the artificial flower is not always carried out skillfully by anyone or at any time. Therefore, the skill in fastening resulted in an extremely difference in decoration effect of the article or the like. It is an object of the present invention to provide a combination of an artificial-flower-forming ribbon and a fastening means thereof, which enables anyone at any time to attach on an article or the like skillfully and decently. According to the present invention, there is provided a combination of an artificial-flower-forming ribbon and a tack plate having the features of claim 1. According to the present invention, said ribbon is integrally coupled with said tack plate by passing said ribbon through the first plate member of said tack plate and pressing said second plate member having the sticky films on the both surfaces against said first plate member. Said tack plate is preferably placed at said other end of said ribbon. Said ribbon coupled with said tack plate can be fastened to said article or the like before or after said ribbon is formed into the artificial flower. When the other surface of said second plate member of the tack plate is pressed against a predetermined position of said article or the like, the ribbon or artificial flower is fastened to said article or the like due to the presence of the sticky film provided on the other surface of said second plate member. Said artificial flower may be formed by causing the relative movement of both strips of said ribbon and the string in the longitudinal direction. The present invention is also characterized by a combination of an artificial-flower-forming ribbon and a tack plate having the features of claim 4. According to the present invention, after said ribbon is passed through the tack plate to form the artificial flower, one surface of said tack plate is pressed against the article or the like, thereby fastening said artificial flower to said article or the like. Part of one strip facing to one surface of said tack plate is adhered to corresponding part of said one surface due to the presence of the sticky film on said one surface. Further, the rest portion of said one surface is adhered to said article or the like. When said tack plate is passed through said string, part of said string is adhered partially to the corresponding part of the one surface of said tack plate and the rest portion of said one surface is adhered to said article or the like by pressing said one surface of said tack plate against said article or the like. In any of the embodiments noted above, special technique is not necessary for attaching operation of the artificial flower which is carried out by pressing the sticky film of said tack plate against said article or the like. Accordingly, said attaching operation may be carried out very easily by anyone at any time. Further, the artificial flower may be attached decently. The above mentioned and other objects and features of the invention will become apparent from the following detailed description taken in conjunction with the drawings which indicate embodiments of the invention, in which: Figs. 1, 2 and 3 are plan views showing a combination of an artificial-flower-forming ribbon before forming an artificial flower and a tack plate according to the present invention, respectively. Fig. 4 is a plan view showing a ribbon for successively forming a plurality of artificial flowers before cutting; Figs. 5 and 6 are plan views of the artificial-flower-forming ribbon for explaining the interval between adhesive portions of both strips, respectively; Fig. 7 is a fragmentary longitudinal sectional view showing the combination shown in Fig. 1; Figs. 8, 9 and 10 are plan views showing a modification of a first plate member of the tack plate, respectively; Figs. 11, 13, 14, 15 and 16 are plan views showing the modification of the tack plate in the combination shown in Figs. 2 and 3, respectively. Fig. 12 is a sectional view of the tack plate taken along line XII-XII in Fig. 11; Fig. 17 is a perspective view showing the combination shown in Fig. 2 during the formation of the artificial flower; Fig. 18 is a perspective view showing the combination after forming the artificial flower; and Figs. 19 and 20 are views showing the artificial flower in the state of being fastened to an article as seen through said article, respectively. Figs. 1 to 3 illustrate a combination 13 or 14 of an artificial flower-forming-ribbon 10 before forming an artificial flower and a tack plate 11 or 12 according to the present invention. The ribbon 10 includes a pair of elongated strips 16, 18 overlapping each other and at least a string 20 placed along and between said both strips. Strips narrower enough than the width of the strips 16, 18 and having a material similar to that of said strips 16,18 may be used as the string(s). The string(s) 20 is placed in the middle of said strips in the widthwise direction thereof. Both strips 16, 18 are adhered to each other at joint portions 22 provided at respective one ends thereof. Further, said string(s) 20 is (are) adhered at one ends thereof to both strips 16, 18 at the joint portions 22. The strips 16, 18 can be formed by folding back a single strip. In this case, the strips 16, 18 are united at one end. Further, the string(s) 20 may be fixed at the one ends thereof to the strips 16, 18. Further, the strips 16, 18 are adhered to each other at least at two portions on each of a plurality of lines (not shown) spaced apart in the longitudinal direction of said strips. The joint portion in the embodiment shown in Fig. 1 presents a dotted-shape as shown by a reference numeral 23, while the joint portion in the embodiment shown in Figs. 2 and 3 presents a parallelogrammed-shape as shown by a reference numeral 24. Two joint portions 23, 24 on the respective lines are located within an area except for the middle portion of said strips so as to permit relative movement against the strips 16, 18 of the string(s) 20 placed in the longitudinal direction of said strips. Respective lines on which two joint portions 23, 24 are placed are inclined at a certain angle, for example, at 45° in the embodiment shown in the drawing with respect to the widthwide direction of the strips 16, 18, the inclinations of which are alternately reverse. Also, the inclination angle of each line may be set so as to change periodically to two different angles, for example, from 45° to 90°. The inclination angle of said each line may be set to a desired one. Therefore, a crossing angle between mutual petals of an artificial flower which will be described later and a phase difference are changed according to the set angle. Further, the distance D between the middle portions of respective lines ajacent to each other (see Figs. 5 and 6) gradually lengthens from the one ends of the strips 16, 18 toward the other ends thereof. As an adhesive for the joint portions 22, 23 and 24, a hot-melt adhesive such as polyvinyl acetate is preferable. Further, by using a heat-adhesion means with at least a pair of heat rollers (not shown) having a die for adhering the joint portions 22, 23 and 24, both strips 16, 18 and the string(s) 20 may be combined by one heat-adhesion process. Further, successive forming of the ribbon is practicable, and after that, a number of the ribbon 10 may be efficiently produced by cutting a prescribed portion as shown by A in Fig. 4. The tack plate 11 shown in Fig. 1 includes a first plate member 26 and a second plate member 28 (see Fig. 7). The first and second plate members 26 and 28 have the same planar shape respectively and are made of paper, plastic, metal or the like. As shown in Fig. 7 in detail, the first plate member 26 has at least a slit 30 or hole 32 (see Figs. 8 to 10), through which said ribbon, i.e., both of the strips 16, 18 and string 20 are passed. The second plate member 28 has sticky films 34,36 applied to both surface 28a,28b respectively. The second plate member 28 is joined at the one surface 28a to said first plate member 26 and one strip 18 passed through the slit 30 or hole 32 of said first plate member. The second plate member 28 shown in the drawing is made of an elastic material such as a foam plastic plate and is compressed in the thickness direction thereof by the thickness of the pair of strips l6, l8 and string 20 in the adhesive area with respect to said strip l8. The first plate member 26 and ribbon l0 are integrally coupled with each other through the second plate member 28. The tack plate ll is preferably placed in the neighborhood of the other ends of said pair of strips l6, l8. To the other surface 28b of the second plate member 28 having the whole surface capable of adhering to an article, a wrapping thereof or the like, if necessary, is joined a separatable sheet 38 covering the film 36, having the planar shape similar to that of the second plate member 28 and made of paper, plastic, metal or the like. The sheet 38 protects the film 36 from damage to the film or deposit of dust or like dusty substance which reduces the adhesion performance thereof. The ribbon l0 can be formed into an artificial flower by moving the string 20 relatively with respect to the pair of strips l6, l8 in the longitudinal direction thereof, as will be described later. A finger grip 40 is provided at the other end of the string 20. When drawing the finger grip 40 while being stationary the pair of strips l6, l8, the string 20 is moved relatively. However, the finger grip 40 may be attached if necessary. It is not always required. The first plate member 26 may be set to a desired planer shape, i.e., rectangle (Figs. l and 8), ellipticity (Fig. 9) and pentagon (Fig. l0). The hole 32 may be also selected a desired shape such as semicircle (Figs. 8 and 9) and rectangle (Fig. l0) and formed at a desired position in the first plate member 26. The tack plate 12 as shown in Figs. 2, 3 and ll is formed by a single plate member having a circular planer shape and made by paper, plastic, metal or the like. The tack plate l2 may have a polygonal planar shape such as triangle (Fig. 14) and rectangle (Fig. 15). The tack plate 12 is provided with at least a slit 42. The pair of strips l6, l8 of the ribbon l0 and a pair of strings 20 placed between said strips (Fig. 2) or only the pair of strings 20 (Fig. 3) are passed through the slit 42, thereby being coupled the ribbon l0 with the tack plate 12. Said slit may be set to the length equal to the width of each of the strips or strings passed therethrough. Further, the length of said slit may be set smaller than the width of each of the strips or strings. In this case, said tack plate may not get out of said strips or strings. Further, said tack plate may be combined one of a plurality of ribbons having said strips or strings having the width equal to or greater than the length of said slit by provision of two slits 42, 44 having the different length respectively and crossing to each other as shown in Figs. 2, 3, ll and l5 or by provision of two slits 42, 44 parallel to each other and having the different length respectively as shown in Fig. l3. As shown in Fig. l4, the number of said slit may be one or three or above (not shown). Further, it is preferable that a die cutting hole 46 communicating respectively with the opposite ends of each slit is provided. The holes 46 prevent the ends of slits 42, 44 from tearing off. Instead of said slit, it may be formed a rectangular hole (not shown), for example. A circular hole 48 having the diameter equal to or smaller than the width of each of the strings 20 is preferable as a hole passed the strings 20 therethrough as shown in Fig. l6. As is apparent from Fig. l2, a sticky film 50 is applied to one surface l2a of the tack plate l2. A separatable sheet 52 for covering the film 50, having the planar shape similar to that of the tack plate 12 and made of paper, plastic, metal or the like is joined to the film 50, if necessary. The sheet 52 acts to protect the film 50 from damage to the film or deposit of dust or like dusty substance which reduces the adhesion performance thereof. The one surface l2a of the tack plate l2 may be faced to either of said one ends and other ends of the strips l6, l8, preferably to one ends of said strips as the illustrated embodiment from the standpoint of facilitating the securement of the artificial flower. The ribbon l0 can be formed into the artificial flower by causing the relative movement of said strips l6, l8 and the strings 20 in the longitudinal direction. For example, the ribbon l0 as shown in Fig. 2 can be formed into the artificial flower by holding the neighborhood of the other ends of the strings 20 (or the other ends of the strips l6, l8) at the other surface l2b of the tack plate 12 by one hand and drawing the other ends of the strings 20 by the other hand. This causes respective portions l6a, l8a of the pair of strips l6, l8 between a plurality of line pairs located the joint portions 24 thereon to bend outwardly with the lines as folded lines. These bent portions l6a, l8a form petals. Since the petals are oriented by the respective lines with an inclination angle of 45° with respect to the widthwise direction of the strips l6, l8, a set of bent portions l6a, l8a makes an angle of 90° to each other. Moreover, since the inclination angle of said plurality of lines is alternately reverse, respective petals 16a, 18a have a phase difference of 90° to each other. As a result, an artificial flower with considerably uniformly distributed petals l6a, l8a in cross-shape can be speedily formed as shown in Fig. 18. Further, since the distance D between the respective lines gradually lengthens as mentioned above, from the one ends toward the other ends of the strips 16, 18, the petals 16a, 18a gradually shorten from the base of the flower toward the tip portions 54 of said one ends. Accordingly, while the distance D may be made equal, the artificial flower looks like more natural if the distance D varies to increase from the one ends toward the other ends of the strips. The artificial flower thus formed may be adhered to the surface of an article 56 for securement by directing the film 50 toward the article 56 (in case of presenting the sheet 52, after peeling off the sheet) and pressing the tack plate 12 placed at the other ends of the strips 16, 18 from the other surface 12b. At this time, part of one strip 16 is brought into contact with the surface of the article 56 and part of the other strip 18 is adhered to the sticky film 50. Further, the rest portion of the film 50 is adhered to the surface of the article 56. As a result of forming a ribbon 14 into the artificial flower, it is preferable that the pair of strings 20 extending from the base of said flower are cut at a proper position prior to or after the securement of the artificial flower. The neighborhood of the ends of the pair of strings 20 after cutting or the neighborhood of the portion to be cut is pressed between the other ends of the strips 16, 18 thereagainst. Further, the relative movement of the strips 16, 18 and strings 20 are blocked by frictional force produced therebetween by pressing the tack plate 12, thereby maintaining the bent state of said strips constituting the petals of the flower. Accordingly, when external force greater than said frictional force acts on said artificial flower, said bent state is liable to eliminate partially. In order to avoid this, it is preferable that when pressing the tack plate 12, at least one of the strings 20 is pulled laterally out of the portion between said pair of strips 16, 18 (shown by two-dot chain lines in Fig. 19), or folded back (not shown) said other strip 18 laterally so as to expose the strings 20 to attach one or both strings 20 to the film 50 of the tack plate together with said other strip 18, thereby completely blocking said relative movement. Further, as shown in Fig. 20, according to the embodiment of the ribbon in which only the pair of strings 20 are passed through the slit 42 of the tack plate 12, after forming said ribbon into the artificial flower, said artificial flower may be fastened to the article 56 by pressing one surface of the tack plate 12 against the article 56. At this time, the part of the pair of strings 20 is adhered to the part of the sticky film 50 of the tack plate 12 and the rest portion of the film 50 is adhered to the article 56. In this embodiment, since the part of said pair of strings 20 is adhered to the one surface 12a of the tack plate 12 in the state of bearing the other surface 12b of the tack plate 12 against the adhesive portion 24 which is located at the nearest portion to the other ends of the strips 16, 18, the relative movement between the strings 20 and the strips 16, 18 may not be produced. Also, in this embodiment, it is preferable to cut the pair of strings 20 at a proper position before or after said artificial flower is fastened to the article 56.

Claims: A combination (13) of an artificial-flower-forming ribbon (10) and a tack plate (11), wherein said artificial-flower-forming ribbon having a pair of strips (16,18) overlapped to each other and at least a string (20) placed along and between said strips, said string being joined to one ends of said strips at one end thereof, said strips being adhered to each other at least at two portions on each of a plurality of lines spaced apart in the longitudinal direction of said strips so as to permit relative movement of said strips and said string placed between said strips; characterized in that said tack plate includes of a first plate member (26) having at least a slit (30) or hole (32), through which both of said strips and string are passed, and a second plate member (28) having sticky films (34,36) on both surfaces thereof, said second plate member being joined at one surface (28a) thereof to said first plate member and one of said pair of strips passed through said slit or hole of said first plate member. A combination of an artificial-flower-forming ribbon and a tack plate as claimed in claim 1, wherein said second plate member (28) is made of an elastic material. A combination of an artificial-flower-forming ribbon and a tack plate as claimed in claim 1, wherein a separatable sheet (38) is joined with the film, (36) provided on the other surface (28b) of said second plate member. A combination (14) of an artificial-flower-forming ribbon (10) and a tack plate (12), wherein said artificial-flower-forming ribbon (10) has a pair of strips (16, 18) overlapped with each other and at least a string (20) placed along and between said strips (16, 18), said string (20) being joined to one end (22) of each of said strips at one end thereof, said strips being adhered to each other at least at two portions (23, 24) on each of a plurality of lines spaced apart in the longitudinal direction of said strips so as to permit relative movement of said strips and said string placed between said strips; characterized in that said tack plate (12) includes a plurality of slits (42, 44) or holes, of different lengths for accommodating different strips or strings of different widths, through which both of said strips and said at least one string or only said at least one string are passed, and a sticky film (50) disposed upon one surface (12a) thereof. A combination of an artificial-flower-forming ribbon and a tack plate as claimed in claim 4, wherein said tack plate (12) has a circular planar shape. A combination of an artificial-flower-forming ribbon and a tack plate as claimed in claim 4, wherein said tack plate (12) has a polygonal planar shape. A combination of an artificial-flower-forming ribbon and a tack plate as claimed in claim 4, wherein two slits (42,44) having the different length respectively are crossed to each other. A combination of an artificial-flower-forming ribbon and a tack plate as claimed in claim 4, wherein said slit (42,44) have the length smaller than the width of said strip. A combination of an artificial-flower-forming ribbon and a tack plate as claimed in claim 4, wherein said hole (48) has the diameter smaller than the width of said string (20). A combination of an artificial-flower-forming ribbon and a tack plate as claimed in claim 4, wherein said one surface (12a) of said tack plate applied the film (50) thereto is faced to one ends of said strips (16,18). A combination of an artificial-flower-forming ribbon and a tack plate as claimed in claim 4, wherein said one surface (12a) of said tack plate applied said film (50) thereto is faced to the other ends of said strips (16,18). A combination of an artificial-flower-forming ribbon and a tack Plate as claimed in claim 4, wherein a separatable sheet (52) is adhered to said film (50) of said tack plate (12). A combination of an artificial-flower-forming ribbon and a tack plate as claimed in claim 4, wherein said slits (42, 44) are disposed in mutually immediately crossed directions with respect to each other.

Inventors: MASUI, KOSUKE
Applicants: KABUSHIKI KAISHA AOYAMA
Application year: 1986
Main classification: D04D7
IPC codes: D04D7