A decorative headband with functionality

Abstract

The present invention relates to a headband in which a decoration is bent or displayed in various movements. More specifically, it is achieved by a headband in which a decoration is operated, comprising a ring-shaped headband body having an open part and elasticity, an actuator that is constrained around the headband body and is bent or straightened from the headband body, and an actuator that operates the actuator. Accordingly, the decoration, such as an ear shape, is always maintained in a straightened state during normal times, thereby providing excellent aesthetic appeal. Furthermore, the decoration can be bent or displayed in various movements through the actuator, allowing it to be operated to create gestures such as greeting or winking, and productivity can be maximized by shortening the overall assembly time.

Description

Technology Field

[0001] The present invention relates to a headband in which the decoration is bent or displayed in various movements. Background Technology

[0003] Recently, in line with the modern trend of prioritizing appearance, a variety of products are being released to meet the growing trend of people of all ages and genders paying close attention to accessories and cosmetics that can enhance their looks.

[0004] In particular, women and children who tend to imitate celebrity fashion are becoming the primary buyers of such products, and headbands and bandanas are representative examples among the items currently in vogue.

[0005] To solve this, prior art was invented.

[0006] Looking at prior art, various ornaments can be attached or detached from a headband, or their shape can be deformed by applying external force. However, if external force such as impact is applied to the ornament, there is the inconvenience of the user having to unintentionally restore it. Furthermore, since the ornament remains in a fixed state, it becomes boring after a few uses, leading to a loss of interest in wearing the headband. Prior art literature

[0008] Republic of Korea Registered Utility Model No. 20-0476298 (Registration Date: February 9, 2015) Republic of Korea Registered Utility Model No. 20-0326004 (Registration Date: August 29, 2003) The problem to be solved

[0009] The present invention was devised to solve the problems of the aforementioned prior art, and aims to provide a headband in which various decorations, such as ear shapes, can be easily attached, the overall assembly time can be shortened, and the decorations can bend or be performed in various movements when a button is pressed. means of solving the problem

[0011] To achieve this purpose, the present invention is achieved by a headband with an operating ornament comprising: a ring-shaped headband body having an open portion and elasticity; an actuator that is constrained around the headband body and bends or straightens from the headband body; and an actuator that operates the actuator.

[0013] In addition, the headband body may further include an operating part that operates the operating body.

[0015] In addition, the headband body mentioned above,

[0016] It may further include a support block connected to the headband body and supporting the actuator.

[0018] Also, the above operating part is,

[0019] It includes an operating unit that unfolds the above-mentioned operating body and an elastic body that is constrained to the headband body and pulls and bends the above-mentioned operating body, wherein the above-mentioned operating body may be bent or unfolded according to the operation of the operating unit.

[0021] Also, the above operating unit is,

[0022] The device includes a button portion provided at the end of the headband body, a wire connected to the button portion and constrained to the headband body and operated by the button portion, and an elastic member disposed between the headband body and the button portion and pulling the wire, wherein when the button portion is pressed, the wire is loosened and the operating body is bent by the elastic member, and when the button portion is released, the elastic member pulls the wire and the operating body is straightened, and the degree of bending of the operating body can be adjusted according to the pressing depth of the button portion.

[0024] Also, the above operating unit is,

[0025] It includes a button portion formed integrally with the headband body and bent outwardly toward the headband body to have elasticity, wherein pressing the button portion loosens the wire so that the operating body bends, and releasing the button portion pulls the wire so that the operating body straightens, and the degree of bending of the operating body can be adjusted according to the pressing depth of the button portion.

[0027] Also, the above-mentioned operating body,

[0028] A first slit path is formed by bending and is formed with an outer opening into which the elastic body is inserted, and a second slit path is formed with an outer opening into which the wire is inserted, wherein the elastic body can be quickly inserted into the first slit path and both ends of the elastic body can be fastened to the headband body or the support block and restrained, the wire can be quickly inserted into the second slit path and one end of the wire can be fastened to the headband body or the support block and restrained, and the other end of the wire can be fastened to the button part and restrained.

[0030] Also, the headband body above is,

[0031] A third slit path into which the wire is inserted is formed by opening outward, and the wire can be quickly inserted into the third slit path.

[0033] Also, the above third slit path is,

[0034] The opening directions of the end portions and the middle portion are formed in different directions, so that the wire can be prevented from deviating from the third slit path. Effects of the invention

[0036] According to the present invention, the degree of operation of the actuator can be adjusted according to the tension state of the wire.

[0037] In addition, elastic bodies and wires can be easily and quickly installed, and furthermore, productivity can be maximized by reducing the overall assembly time.

[0038] In addition, by forming the button part integrally with the headband body, it is possible to prevent the button part from being separated or lost, and furthermore, it is possible to prevent the button part from malfunctioning.

[0039] In addition, by arranging the elastic body and the wire apart from each other, interference between the elastic body and the wire can be prevented, and the actuator can be prevented from malfunctioning.

[0040] In addition, by connecting the actuator and the headband body through an elastic element and a wire, it is possible to prevent the actuator from getting caught or damaged in the headband body, and furthermore, to use it stably.

[0041] In addition, by restraining both ends of the elastic body to the headband body or support block, the operating body can be prevented from becoming misaligned.

[0042] In addition, the actuator can always remain in an extended state, giving it excellent aesthetic appeal.

[0043] In addition, various auxiliary decorations can be attached or detached from the headband body, allowing for a variety of appearances.

[0044] In addition, there is a support piece that prevents the operating body from bending in the opposite direction and further supports the operating body more firmly.

[0045] In addition, a wider variety of aesthetics can be created through the acoustic and lighting sections. Brief explanation of the drawing

[0047] FIGS. 1 and FIGS. 2 are a front view and a rear view schematically showing a headband with an operating decoration according to an embodiment of the present invention. FIG. 3 is an exploded perspective view of a headband with an operating decoration according to an embodiment of the present invention, with the elastic body, wire, and elastic member omitted. FIGS. 4 and 5 are combined perspective views in which the elastic body, wire, and elastic member are omitted in a headband with an operating decoration according to an embodiment of the present invention. FIG. 6 is a front view schematically showing the operating state of a headband with an operating decoration according to an embodiment of the present invention. FIG. 7 is a partial perspective view schematically showing the operating state of a headband with an operating decoration according to an embodiment of the present invention. FIGS. 8 and 9 are a front and rear view schematically illustrating a headband with an operating decoration according to another embodiment of the present invention. FIG. 10 is an exploded perspective view of a headband with an operating decoration according to another embodiment of the present invention, with the elastic body, wire, and elastic member omitted. FIGS. 11 and 12 are combined perspective views of a headband with an operating decoration according to another embodiment of the present invention, with the elastic body, wire, and elastic member omitted. FIG. 13 is a front view schematically showing the operating state of a headband with an operating decoration according to another embodiment of the present invention. FIG. 14 is a partial perspective view schematically showing the operating state of a headband with an operating decoration according to another embodiment of the present invention. Specific details for implementing the invention

[0048] Preferred embodiments of the present invention will be described in more detail with reference to the attached drawings, provided that technical details that are already well known will be omitted or compressed for the sake of brevity.

[0050] As illustrated in FIGS. 1 to 14, a headband with an operating decoration according to an embodiment of the present invention comprises a headband body (1) and an operating body (2). Additionally, an operating part (3) may be further included.

[0052] The headband body (1) is formed of an elastic material and is a means for wearing on the head. It is formed in a ring shape with approximately one side open, and two pairs of first restraint grooves (11) are formed by being recessed into the inner surface of the headband body (1) so that both ends of the elastic body (32) are restrained at a position corresponding to the first slit path (23) of the operating body (2). Additionally, two second restraint grooves (12) are formed by being recessed into the inner surface of the headband body (1) so that one end of the wire (312) is restrained at a predetermined rearward distance from the first restraint groove (11) which is positioned furthest from the end of the headband body (1).

[0053] Additionally, the headband body (1) is formed with a first cut groove (11a) connected to the first restraint groove (11) and opened forward, and a second cut groove (12a) connected to the second restraint groove (12) and opened backward. A detailed explanation thereof will be provided later.

[0054] Additionally, a third slit path (14) in which a wire (312) is disposed inside is formed along the headband body (1). At this time, one end of the third slit path (14) is opened to the outer surface of the end of the headband body (1) at a position corresponding to the button part (311), and the other end is opened to the outer surface of the headband body (1) at a position spaced rearward from the first restraint groove (11) which is closest to the end of the headband body (1). At this time, the third slit path (14) may have both end portions opened rearward, and the portion excluding both end portions open to the outer surface. Accordingly, when the wire (312) is inserted into the third slit path (14), the wire (312) is caught on both end portions of the third slit path (14), thereby preventing the wire (312) from coming off the third slit path (14).

[0055] Additionally, a pair of support members (13) are formed protruding outwardly at the top of the headband body (1) to support the operating body (2) while corresponding to the end of the operating body (2). The front surface is formed with a recessed area corresponding to the first cut groove (11a), and the rear surface is formed with a recessed area corresponding to the second cut groove (12a). The upper front surface of the support members (13) is chamfered to form an inclined surface (25). At this time, the support members (13) may include an inner support member (131) positioned furthest from the end of the headband body (1) and an outer support member (132) positioned closest to the end of the headband body (1). Here, the first cut groove (11a) is connected to the recessed portion of the inner support piece (131) and the outer support piece (132), the second cut groove (12a) is connected to the recessed portion formed on the front surface of the inner support piece (131), and one end of the third slit path (14) is connected to the recessed portion formed on the rear surface of the outer support piece (132).

[0056] Additionally, the headband body (1) may have a support piece (17) positioned above the support member (13) to prevent the operating body (2) from rotating in the opposite direction to the operation of the support member (13). At this time, the support piece (17) may be formed higher than the support member (13), and the front surface of the support piece (17) may be in close contact with the rear surface of the operating body (2). Accordingly, when the operating body (2) is installed on the upper part of the support member (13), the support piece (17) supports the lower rear surface of the operating body (2), thereby preventing the operating body (2) from bending backward or rotating.

[0057] Additionally, the headband body (1) has a first spring support piece (15) corresponding to an elastic member (313) to be described later formed protrudingly on the outer surface of each end portion, and the other end of the third slit path (14) described above is recessed backward but opens at the end of the first spring support piece (15). Here, the other end of the third slit path (14) may be recessed backward but recessed at an upward angle. Accordingly, when the wire (312) is inserted into the third slit path (14), the wire (312) is inserted at an upward angle from the other end of the third slit path (14), thereby preventing the wire (312) from coming off from the other end of the third slit path (14).

[0059] The operating body (2) is provided in pairs and can be bent or straightened by the operating part (3), and can be formed in various shapes, but can be formed in a frame shape that is roughly shaped like a cat's ear and has a bent top.

[0060] Additionally, the actuator (2) has a first slit path (23) formed around it, corresponding to a first cut groove (11a), into which an elastic body (32) is inserted, and a second slit path (24) formed, corresponding to a second cut groove (12a), spaced rearward from the first slit path (23), into which a wire (312) is inserted. An explanation of this will be provided later.

[0061] Additionally, the actuator (2) is a means for bending or straightening from the headband body (1), and an inclined surface (25) corresponding to the inclined surface (25) of the support member (13) is formed at the front lower portion. Accordingly, the actuator (2) can be easily bent forward by the inclined surface (25), and when the actuator (2) is completely bent forward, the inclined surface (25) of the actuator (2) and the inclined surface (25) of the support member (13) come into close contact with each other, allowing for stable operation.

[0062] Additionally, the actuator (2) is positioned on the upper part of the headband body (1), and the lower end of the actuator (2) is in close contact with the upper end of the inner support piece (131) and the outer support piece (132), respectively. Accordingly, the actuator (2) can be maintained in a stably extended state from the support part (13).

[0064] Meanwhile, as illustrated in FIGS. 8 to 14, the headband with the operating decoration may further include a pair of support blocks (16) that support an operating body (2') around the headband body (1), and the operating body (2') may be formed in various shapes such as an animal's paw print and may be placed on the top of the support blocks (16).

[0066] The support block (16) can be formed in the shape of a roughly square bar and can be placed roughly horizontally on both sides of the headband body (1).

[0067] Additionally, the support block (16) may have a pair of first restraint grooves formed by being recessed on the rear surface, corresponding to the first slit path of the actuator (2'), and a first cut groove connected to the first restraint grooves formed by being opened on the bottom surface. An explanation regarding this will be provided later.

[0068] Additionally, the support block (16) may have a second restraint groove formed by being recessed on its bottom surface, corresponding to the second slit path of the actuator (2'), and a second cut groove connected to the second restraint groove formed by being opened to the rear. An explanation regarding this will be provided later.

[0069] A pair of the aforementioned support pieces (17) may be placed at the upper rear of the support block (16). Accordingly, when an actuator (2') is installed at the upper end of the support block (16), the lower rear of the actuator (2') is supported by the support pieces (17), thereby preventing the actuator (2') from bending backward or rotating.

[0071] The operating body (2') is formed as a roughly elongated rectangular prism so that its lower end corresponds to the support block (16) described later, but its lower rear end may be formed as a recess so as to correspond to the support piece (17) placed on the upper end of the support block (16).

[0072] Additionally, the lower front surface of the actuator (2') may protrude forward by a certain amount. Accordingly, when the actuator (2') rotates forward while installed on the support block (16), the front bottom surface of the actuator (2') comes into close contact with the front surface of the support block (16), thereby providing stable support and preventing the actuator (2') from detaching from the support block (16) or malfunctioning.

[0074] The operating part (3) includes an operating unit (31) and an elastic body (32) as means for operating the operating body (2, 2').

[0076] The operating unit (31) includes a button part (311), a wire (312), and an elastic member (313) as a means for unfolding the operating body (2, 2').

[0078] The button portion (311) is a means for operating the wire (312) and is spaced apart from the outer surface of the end of the headband body (1), and can be formed integrally with the end of the headband body (1) in an approximate "U" shape. Accordingly, the button portion (311) has elasticity and can be restored to its original position when the external force is removed after the button portion (311) is pressed inward toward the headband body (1).

[0079] Additionally, on one side of the button portion (311), a second spring support piece (311a) corresponding to an elastic member (313) may be formed protruding, and on the opposite side of the protrusion of the second spring support piece (311a), a third restraint groove (311b) in which the end of a wire (312) is restrained may be formed, and a third cut groove (311c) connected to the third restraint groove (311b) may be formed by opening forward. An explanation thereof will be provided later.

[0081] The wire (312) can be used as a means to restore the actuator (2, 2'), and both ends may be tied or stoppers (not shown) may be installed at each end.

[0082] Additionally, the wire (312) is inserted into the second cut groove (12a, 12a') so that one end of the wire (312) is placed in the second restraint groove (12, 12') and is restrained by being caught in the second cut groove (12a, 12a'), passes sequentially through the second slit path (24, 24') and the third slit path (14), and is inserted into the third cut groove (311c) so that the other end of the wire (312) is placed in the third restraint groove (311b) of the button part (311) and is restrained by being caught in the third cut groove (311c). Accordingly, the operating body (2, 2') can be restrained to the headband body (1) by the wire (312).

[0084] The elastic member (313) is used as a means to restore the wire (312), and roughly a coil spring, etc., is fitted into the first spring support piece (15) at one end and fitted into the second spring support piece (311a) at the other end to be restrained. At this time, the other end of the wire (312) penetrates the interior of the elastic member (313) and is restrained in the third restraint groove (311b) of the button part (311). Accordingly, when the button part (311) is pressed while the elastic member (313) is mounted, the wire (312) becomes loose, and when the button part (311) is released, the wire (312) is pulled and becomes taut, and when the wire (312) becomes taut, the wire (312) pulls the actuator (2, 2') so that the actuator (2, 2') can maintain an extended state.

[0086] The elastic body (32) is a means of bending the actuator (2, 2'), and may use a rubber band or similar material, but the ends may be tied or stoppers (not shown) may be installed at each end.

[0087] Additionally, the elastic body (32) is inserted into the first cut groove (11a, 11a') so that one end of the elastic body (32) is placed in the corresponding first restraining groove (11, 11'), and the other end of the elastic body (32) is caught and restrained in the first cut groove (11a, 11a'), and the other end of the elastic body (32) is inserted into the remaining first cut groove (11a, 11a') via the first slit path (23, 23') so that it is placed in the corresponding first restraining groove (11, 11'), and the other end of the elastic body (32) is caught and restrained in the first cut groove (11a, 11a'). At this time, the elastic body (32) is always maintained in a tensioned state to pull the actuator (2, 2'). Accordingly, when the button part (311) is pressed, the wire (312) is loosened and the elastic body (32) pulls the operating body (2, 2') so that the operating body (2, 2') is bent, and when the button part (311) is released, the elastic member (313) pulls the wire (312) so that the operating body (2, 2') is straightened. That is, the bending of the operating body (2, 2') is determined by the depth to which the button part (311) is pressed. At this time, since the elastic force of the elastic member (313) is greater than the elastic force of the elastic body (32), the operating body (2, 2') can always maintain a straightened state.

[0088] This allows the wire (312) to be positioned at the rear of the elastic body (32) and the elastic body (32) to be positioned at the front, and the actuator (2, 2') can be bent by forming a space between each adjacent inclined surface (25) where the actuator (2, 2') can be bent.

[0089] For example, when the wire (312) is loosened, the elastic body (32) pulls the actuator (2), and as the respective inclined surfaces (25) formed on the support member (13) and the first actuator (21) come closer together, the first actuator (21) is bent from the support member (13), and as the respective inclined surfaces (25) formed on the first actuator (21) and the second actuator (22) come closer together, the second actuator (22) is bent from the first actuator (21).

[0090] Accordingly, the elastic body (32) pulls the actuator (2, 2') from the front, causing the actuator (2) to bend, and the wire (312) pulls the actuator (2, 2') from the rear, causing the actuator (2, 2') to straighten. Additionally, the elastic body (32) passes through the actuator (2, 2') and both ends of the elastic body (32) are restrained to the headband body (1) or the support block (16), thereby preventing the actuator (2, 2') from becoming misaligned, and the wire (312) also passes through the actuator (2, 2') to restrain the actuator (2, 2') more firmly.

[0091] If the elastic body (32) and the wire (312) are pulled directly without passing through the actuator (2, 2'), the actuator (2, 2') may rotate in place when an external force is applied to the actuator (2, 2'). However, the present invention can prevent the actuator (2, 2') from rotating in place even when an external force is applied to the actuator (2, 2') by supporting the actuator (2, 2') from both sides. Additionally, by having the elastic body (32) pass around the actuator (2, 2') and the wire (312) pass through the actuator (2, 2') and the headband body (1), the elastic body (32) and the wire (312) can be prevented from being exposed to the outside and can prevent malfunction. In addition, by arranging the elastic body (32) and the wire (312) apart from each other, interference between the elastic body (32) and the wire (312) can be eliminated, and furthermore, malfunction of the actuator (2, 2') can be further prevented.

[0093] Meanwhile, as illustrated in FIGS. 8 to 14, the headband with the operating decoration may further include a first auxiliary decoration (4) and a second auxiliary decoration (5).

[0095] The first auxiliary ornament (4) can be formed in various shapes such as an animal's ear or head, and a pair may be provided, and a first mounting groove (41) corresponding to the first mounting part (18) may be formed at the bottom of each, and may be placed on the upper part of the headband body (1).

[0097] The second auxiliary ornament (5) can be formed in various shapes such as animal legs or wings, and a pair may be provided, and a second mounting groove (51) corresponding to the second mounting part (19) may be formed on each side, and may be placed on both sides of the headband body (1).

[0099] At this time, the headband body (1) may be provided with a first mounting part (18) and a second mounting part (19) corresponding to a first mounting groove (41) and a second mounting groove (51) around its circumference. That is, the first mounting part (18) and the second mounting part (19) may be formed in the shape of a pair of protrusions corresponding to the first mounting groove (41) and the second mounting groove (42), and the first mounting part (18) may be provided by being positioned on each side of the upper part of the headband body (1), and the second mounting part (19) may be provided on each side of the headband body (1) while being positioned on the lower part of the support block (16). Accordingly, by attaching the first auxiliary decoration (4) and the second auxiliary decoration (5) to the first mounting part (18) and the second mounting part (19), a more colorful headband can be formed.

[0101] The headband with the above-described decoration operating may be equipped with at least one of a light unit (not shown) that outputs light, a sound unit (not shown) that outputs sound, and a battery (not shown) that supplies electricity thereto at least one of the headband body (1), an operating body (2, 2'), a first auxiliary decoration (4), a second auxiliary decoration (5), and an operating part (3), and a switch (not shown) that operates at least one of the light unit and the sound unit may be further provided on the button part (311). Accordingly, a more diverse aesthetic can be formed.

[0103] In describing the present invention as described above, the same reference numerals are used for identical components even if the embodiments differ, and the description thereof may be omitted if necessary.

[0105] As described above, the specific description of the present invention has been made through embodiments with reference to the attached drawings; however, since the above-described embodiments are merely preferred examples of the present invention, it should not be understood that the present invention is limited only to the above-described embodiments. Accordingly, in addition to what has been described above, a person skilled in the art to which the present invention belongs can easily implement other forms of the present invention within the same category as the above-described embodiments or implement inventions in an equivalent scope to the present invention based solely on the description of the embodiments of the present invention. Explanation of the symbols

[0107] 1; Headband main body 11, 11'; 1st restraint groove 11a, 11a'; 1st incision groove 12, 12'; second restraint groove 12a, 12a'; second incision groove 13; Support part 131; Inner support piece 132; outer support piece 14; third slit path 15; 1st spring support piece 16; support block 17; support piece 18; first mounting part 19; Second mounting part 2, 2'; actuator 23, 23'; 1st slit path 24, 24'; 2nd slit path 25; inclined surface 3; Operating part 31; operating unit 311; button section 311a; 2nd spring support piece 311b; 3rd restraint groove 311c; 3rd incision groove 312; wire 313; Elastic member 32; Elastic body 4; First auxiliary ornament 41; First mounting groove 5; Second auxiliary decoration 51; Second mounting groove

Claims

Claim 1 A ring-shaped headband body having an open portion and elasticity; an actuator that is constrained around the circumference of the headband body and bends or straightens from the headband body; and an operating part that operates the operating part on the headband body; the operating part includes an operating unit that unfolds the operating part and an elastic part that is constrained to the headband body and pulls and bends the operating part, wherein the operating part is bent or unfolded according to the operation of the operating unit, and the operating unit includes a button part formed integrally with the headband body and formed by bending outwardly to the headband body to have elasticity, and a wire connected to the button part, constrained to the headband body, and operated by the button part, wherein when the button part is pressed, the wire is loosened so that the operating part is bent, and when the button part is released, the wire is pulled so that the operating part is unfolded, and the degree of bending of the operating part can be adjusted according to the pressing depth of the button part, and the operating part is formed by bending and has a first slit path formed by opening outwardly to insert the elastic part inside and a second slit path formed by opening outwardly to insert the wire, wherein the elastic part can be quickly inserted into the first slit path and both ends of the elastic part are A headband with an operating ornament, characterized by being secured by being inserted into the headband body or support block, allowing the wire to be quickly inserted into the second slit path, securing one end of the wire by being inserted into the headband body or support block, and securing the other end of the wire by being inserted into the button part. Claim 2 delete Claim 3 A decorative headband that operates, characterized in that, in claim 1, it further includes a support block connected to the headband body and supporting the actuator. Claim 4 delete Claim 5 A headband with an operating decoration, characterized in that, in claim 1, the operating unit further comprises an elastic member disposed between the headband body and the button part and pulling the wire. Claim 6 delete Claim 7 delete Claim 8 A headband with an operating ornament, characterized in that, in claim 1, the headband body is formed with a third slit path into which the wire is inserted, which is opened outwardly, and the wire is quickly inserted into the third slit path. Claim 9 A headband with an operating ornament, characterized in that, in claim 8, the third slit path is formed such that the opening directions of the end portions and the middle portion are formed in different directions to prevent the wire from deviating from the third slit path.

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