KR200332996Y1 - The assembling multipurpose inline skate - Google Patents

Abstract

The present invention relates to a prefabricated multi-purpose inline skate, to be assembled to ride inline skates while wearing shoes as usual, as well as to make it possible to utilize a variety of applications in addition to the inline skates with a simple detachable operation.

The present invention is to be able to use in-line skates while wearing flattened, as well as to utilize a variety of lower wheel portion, a plurality of wheels 53 are mounted on the wheel frame 46, the lower wheel portion 45 is integrated Foot plate 16 and the front and rear support guards 27 and 39 are coupled to the removable plate 11 and a plurality of uneven coupling fasteners 24 are provided along the bottom guide rail 20. The upper foot protector 10 is configured to be easily removable to surround the protection.

In this way, the present invention increases the practicality and value of the inline skates, and is very easy to carry because it is very easy to attach and detach to the prefabricated, and can be adjusted to fit the size of the user's feet, which can significantly reduce the cost In addition, the foot protection part and the lower wheel part are detachable, so that the wheels are attached in advance, thereby preventing the risk of falling when worn, and protecting the ankle and the instep so that the stability is increased. There is an effect that can be used for the protection and the wheel part for various purposes.

Description

Prefab Multi-purpose Inline Skates {The assembling multipurpose inline skate}

The present invention relates to a prefabricated multi-purpose inline skate, to be assembled to ride inline skates while wearing shoes as usual, as well as to make it possible to utilize a variety of applications in addition to the inline skates with a simple detachable operation.

In general, in-line skates are fixed and fitted with boots-specific shoes. Recently, shoes and skates are designed to change the design and color of the shoes, to make the rolling of the wheels more smooth and smooth, and to reduce the ankle or toe fatigue. In addition to softening the floor, the outer shell of the shoe is made of a hard plastic material to absorb the external shock as much as possible, and the inside is made of elastic and elastic material. It is also possible to attach a luminous device with luminous light or to adjust the length of the wheel to allow inline skating safely.

However, these efforts to improve inline skating have not been able to completely solve the desire of those who want to apply inline skating, which is limited to play and exercise, to the real life.

In addition, the conventional inline skates can not be connected at all to the real life related to work because the shoes are made in one piece, and thus do not take full advantage of the advantages of inline skates that provide fast speed and ease of movement. The use time and range were very limited as the preparation for each use was different when using it and in daily life, and in order to return to daily life, there was a problem of preparing for normalization separately. The inline skates' own volume and weight put a lot of restrictions and inconveniences on carrying and activities.

After all, conventional inline skating is hardly applied to real life related to work and is used only for play and exercise only by dedicating limited space and time, and it does not satisfy the needs of changing society. The stereotypes of people in the world are making inline skates that don't help much in real life.

In addition, if the shoes are to be changed for inline skating, the wheels fixed to the inline skates must provide a safe place to sit or lean. Existing and, moreover, expensive investments are made in these limited use inline skates.

In order to improve the limitations of the conventional inline skates, the in-line skates can be easily assembled and disassembled to be used, but the foot protection and the wheels can be easily detached and configured to use in-line skates while wearing flat shoes. The purpose of the present invention is to increase the practicality and value of inline skating.

In addition, the present invention is easy to carry and detachable to the prefabricated, easy to carry, and the front and rear support guards and the center fasteners, the fastening device surrounding the foot and the like can be adjusted to the size of the user's feet can be used by anyone Another aim is to significantly reduce costs by being able to do so.

In addition, the present invention is to remove the foot protection and the lower wheel portion, because the wheel is attached in advance to prevent the risk of falling when worn and to protect the ankle and instep well to increase the stability, each separated Another object is that the foot protection and the wheel can be used for various purposes.

1 is a perspective view of the wearing state according to a basic embodiment of the present invention

Figure 2 is an open state perspective view of the basic embodiment according to the present invention

Figure 3 is an exploded perspective view of the upper foot protector and the lower wheel portion of the present invention

Figure 4 is an exploded perspective view of the upper foot protector according to the present invention

Figure 5 is an exploded perspective view of the lower wheel portion according to the present invention

Figure 6 is a side view of the coupling process state of the present invention

Figure 7 is a side view and enlarged part of the main portion showing the mounting state of the present invention anterior support guard

Figure 8 is a front view and enlarged view of the fixing device mounting state of the rear of the present invention

9 is a front view of the present invention

10 is a perspective view of the wheel unit of the present invention applied to the board

11 is a partially exploded bottom perspective view of FIG.

12 is a bottom perspective view showing yet another embodiment of FIG.

[Description of Symbols for Main Parts of Drawing]

10: foot protector 11: removable plate 13: coupling device

16: scaffold plate 24: tightening device 25: concave-convex band

26: concave-convex fixing fixture 27: front support guard 39: rear support guard

41: ankle protection band 45: wheel part 46: wheel frame

48: binding portion 51: fixing device 53: wheel

The present invention relates to a prefabricated multi-purpose inline skate, to be assembled to ride inline skates while wearing shoes as usual, as well as to make it possible to utilize a variety of applications in addition to the inline skates with a simple detachable operation.

The present invention has a plurality of wheels mounted on the wheel frame and the lower wheel unit and the detachable plate integrated with the scaffold plate and the front and rear support guards are coupled, and a plurality of fasteners that are unevenly coupled are properly provided along the bottom guide rail. The upper foot protector to be wrapped around the foot is easily detachable. In-line skates can be used while wearing the shoes, and the upper foot protector and the lower wheel part can be separated and used in various ways. It features.

As a reference diagram for explaining the present invention, Figure 1 is a full perspective view of the wearing state according to the basic embodiment of the present invention, Figure 2 is an open state perspective view of the basic embodiment according to the present invention, Figure 3 is an upper foot protector of the present invention And an exploded perspective view of the lower wheel part, Figure 4 is an exploded perspective view of the upper foot protector according to the present invention, Figure 5 is an exploded perspective view of the lower wheel part according to the present invention, Figure 6 is a side view of the coupling process state of the present invention, Figure 7 Partial side view and enlarged view of the main portion showing the mounting state of the front support guard, Figure 8 is a front view and enlarged view of the fixing device mounting state of the rear of the present invention, Figure 9 is a front view of the present invention, Figure 10 is a wheel of the present invention FIG. 11 is a bottom perspective view and a partial exploded view of FIG. 10, and FIG. 12 is a perspective view showing still another embodiment of FIG. 10. Hereinafter, detailed configurations will be described below.

The present invention is to be able to use in-line skates while wearing flattened, as well as to utilize a variety of lower wheel portion, a plurality of wheels 53 are mounted on the wheel frame 46, the lower wheel portion 45 is integrated Foot plate 16 and the front and rear support guards 27 and 39 are coupled to the removable plate 11 and a plurality of uneven coupling fasteners 24 are provided along the bottom guide rail 20. The upper foot protector 10 is configured to be easily removable to surround the protection.

First, referring to the upper foot protector 10, a detachable plate 11 is provided at the bottom thereof, and a plurality of circular grooves 12 are spaced apart by two lines in the longitudinal direction before and after the detachable plate 11. ) And at the same time a plurality of the same circular groove 12 is formed at regular intervals in the width direction in the center, and the right side triangular prism is laid on the bottom of the detachable plate 11 at regular intervals to face the vertical plane. The triangular guide piece 14 of the shape is provided, and the engaging device 13 provided with the engaging piece 15 in which the lower end part was formed in the front side between them is provided before and after each.

And, in the scaffold plate 16 placed on the detachable plate 11, the wave to penetrate to the size including the entire series of circular grooves 12 formed in the center before, after, on the detachable plate 11, respectively. It is provided with an insertion groove 17 having a wider lower portion than the upper part, which is slightly stepped, and an end portion of the length that meets the edge of the scaffold plate 16 provided with the insertion groove 17 is partially cut from the upper surface. The cutting part 18 is formed, and the other end thereof forms a straight groove 19 which is more wider than the insertion groove part 17 so as to pass through the insertion groove part 17 in the cutting part 18. The groove 19 is integrally formed continuously.

The guide rails 20 are symmetrically provided at both sides of the lower side of the detachable plate 11, respectively, and the guide rails 20 form the long grooves 21 in a straight line shape in the middle, and the outside of the long grooves 21. A plurality of pin grooves 22 are formed to be connected to the long groove 21, and the center portion is perpendicular to a specific pin groove 22 at a position symmetrical with each other among the plurality of pin grooves 22 on the both guide rails 20. 'H' shape coupling pin 23 is bent and fixed, the outer coupling pin 23 of the foot in the state of the coupling fixed so that the concave-convex band 25 is formed on the back and the inner coupling of the foot at the same time The pin 23 is coupled to the concave-convex coupling fixture 26 that can be inserted and fixed to the concave-type band 25 is configured to tighten the device 24 to wrap the back of the foot when used as an inline skate.

In addition, before and after the scaffold plate 16, the front and rear support guards 27, 39 are mounted, the front support guard 27 is formed in an arc shape having a predetermined height but deeply dug into the longitudinal section It has a support 28 formed with an insertion groove 29, the bottom portion is provided with two protruding couplers 30 protruding slightly in the inner direction of the arc of the support 28 is slightly protruded, Each protruding coupler 30 is sized to be inserted into the front insertion groove 17 of the scaffold plate 16, and the rear bottom surface is formed thicker by the thickness of the scaffold plate 16, and the detachable plate on the bottom surface thereof. A plurality of circular stone pieces 31 are formed in engagement with the circular groove portion 12 of the (11), protruding to be inserted corresponding to the straight grooves 19 of the scaffold plate 16 on both sides of each end portion The circular rod pin 32 is formed.

As the insertion groove 29 on the longitudinal section of the support 28, the overall shape is the same as '┏' and the upper side arc plate 35 of the protective cap 33, the upper side of which forms the curved portion 34 is inserted custom In this state, the support 28 and the protection cap 33 is formed in the center of the through hole (36, 36 ') is coupled to each other by a fixing pin 38 to which the spring 37 is inserted It is configured such that the plurality of through holes 36 vertically in the center on the support 28, and one through hole 36 'in the lower portion on the protective cap 33 formed on the support 28 It is formed to adjust the height according to the user's feet when the protective cap 33 is inserted into the, and match the through hole 36 'of the protective cap 33 to a specific through hole 36 on the support 28 After fixing the combination.

And, in the case of the rear support guard 39, the upper guard 40 and the lower guard (40 ') are each formed in a concave shape with the front open so as to wrap and protect the ankle forward from the back, the above, The lower guards 40 and 40 'are configured to be easy to store when not in use, since the upper guards 40 are rotatably mounted 90 degrees in all directions around the points on both sides, and the upper guards 40 Ankle protection band 41 that can be wrapped around the ankle to protect the ankle is provided with an adjustable coupling to the concave and convex, and the tightening device 24 to the front opening side of the lower guard 40 ' Equipped with a concave-convex band 25 and the concave-convex coupling fixture 26, the bottom of the same as the protruding coupler 30 formed in the bottom of the support 28 of the front support guard 27 Two protruding fittings (30) Are such that non-fixed coupling with the rear insertion groove 17 removable plate 11 in the insert and the bottom surface of the scaffold to the plate 16.

In addition, the front and rear support guards (27), but have the same shape as the protruding coupling port 30 of the 39, two separate fasteners 43 are provided to separate the central insertion of the scaffold plate (16) It is inserted into the groove 17 and fixedly coupled to the lower detachable plate 11, which forms a locking jaw 44 at each of the outer ends and is bent to form a shape having side cross sections such as '┗' and '┛' as a whole. It is provided to fit the width of the foot to hold the width, the front and rear support guards 27 and 39 in the above, both the protruding coupling unit 30 and the central fixed coupling unit 43 are all in the foot plate ( 16) After fitting and inserting into the respective cutting portion 18 and the stepped insertion groove 17 and the straight groove 19, and then moved to the front, rear and left and right to fit the foot size of the user, and then the bottom surface The circular stone piece 31 is fixedly coupled by being fitted in the circular groove portion 12 on the lower detachable plate 11 To this end, the number of circular grooves 12 is formed much more than the number of circular stone pieces 31.

Next, looking at the lower wheel portion 45, the wheel frame 46 forms a binding portion 48 having a flat upper surface before and after the center opening portion to the upper side, and the sides on both sides around the binding portion 48 Cap 47 is provided symmetrically to have an integrated configuration, the cutting groove 49 is formed in the center of the front side of the front and rear binding portion 48, the coupling formed on the bottom surface of the detachable plate 11 The binding unit 48 of the wheel frame 46 is inserted into the space between the device 13, that is, the triangular guide piece 14 facing the coupling unit 13, and the binding unit 48 is inserted. ) The engaging piece 15 between the triangular guide piece 14 is fastened to the cutting groove 49 on the front surface, thereby being easily coupled.

At the same time, one side of the rear binding portion 48 forms a rectangular auxiliary groove 50 so that the fixing device 51 is mounted thereon. The fixing device 51 has a spring embedded therein and is fixed to protrude inwards. The rod 52 is mounted on one side of the triangular guide piece 14 of the rear coupling device 13 so that the binding portion 48 of the wheel frame 46 is sandwiched between the triangular guide pieces 14. The fixing rod 52 is inserted into the side auxiliary groove 50 of the binding portion 48 to more firmly secure the coupling between the detachable plate 11 and the wheel portion 45, and the rear binding portion 48 The auxiliary groove 50 may be further formed in the front binding portion 48 as necessary to include the fixing device 51 as described above.

In addition, a plurality of wheels 53 are arranged in a row under the wheel frame 46, and one wheel portion 45 of the pair of inline skates has a rear binding portion of the wheel frame 46 48) The rear cap 54 is detachably attached and fixed to the side cap 47, and the brake 55 is mounted to stop in case of danger during inline skating under the rear cap 54. .

Looking at the assembly process of the inline skate of the present invention made of a configuration as described above, the foot plate 16 is laminated on the detachable plate 11, the coupling device 13 and the guide rail 20 is mounted on the bottom, The support 28 and the protective cap 33 is combined thereon is provided on the bottom of the rear support guard 39 combined with the integrated front support guard 27 and the upper and lower guards 40, 40 '. The protruding coupler 30 is inserted into the straight groove 19, the insertion groove 17, and the cutting portion 18 of the scaffold plate 16, that is, the circular rod pin ( 32) is inserted into the insertion groove portion 17 is formed to be integrally formed in a single-layer protruding coupling hole 30, in this state by moving the front and rear coupling protrusions 30, the length and width to fit the user's foot size If you want to combine the maximum size, the front edge of the protruding fitting 30 to the edge cutting portion 18 Stage will be to the seat.

In this way, the protruding coupler 30 inserted into the scaffold plate 16 is fixed so that the circular protrusion piece 31 at the rear of the bottom is fitted into the circular groove 12 of the detachable plate 11, and at the same time, the foot width is fixed. In the center fixing coupler 43 for adjusting and fixing the same as the front and rear support guards 27, 39, the same as the protrusion coupling hole 30 of the footrest plate 16, the central straight groove 19, insertion The bottom circular projection piece 31 is inserted into the groove portion 17 and the cutting portion 18 by being coupled to the center circular groove portion 12 on the detachable plate 11 to be fixed in pairs. The number of the circular grooves 12 on the detachable plate 11 is larger than the number of the circular stone pieces 31 provided in the protruding coupler 30 and the fixed coupler 43 to facilitate the user according to the user's foot size. Make adjustments.

Then, the 'H' type coupling pin 23 bent into the long groove 21 of the guide rail 20 provided at both bottom ends of the detachable plate 11 is fixed to the specific pin groove 22 on one side. Then, the inner coupling pin 23 to the concave-convex coupling fixture 26, the outer coupling pin 23 to the concave-convex band 25, respectively, to complete the assembly of the upper foot protection 10.

The lower portion of the upper foot protector 10 is mounted to the wheel portion 45, the lower binding portion 48 of the wheel frame 46 in which the plurality of wheels 53 are mounted to the lower detachable plate 11 In the state inserted between the triangular guide piece (14) of the coupling device (13) mounted on the bottom by slightly moving in the forward direction, the locking piece (15) is caught in the front cutting groove 49 of the binding portion 48 is very easy The upper foot protector 10 and the lower wheel part 45 are easily coupled to each other, and the triangle of the rear coupling device 13 to compensate for the coupling between the upper foot protector 10 and the lower wheel part 45. A fixing device 51 is provided on the outer side of the guide piece 14 so that the fixing rod 52 protruding inward is fitted into the auxiliary groove 50 provided on the side of the rear binding portion 48 of the wheel frame 46. By doing so, the wheel part 45 is not separated from the foot protection part 10.

The in-line skate of the present invention constructed and assembled as described above is fitted with the foot on the foot plate 16 of the upper foot protector 10 pre-assembled with the normalized shoes worn on the front and rear support guards 27 ( After adjusting the fixing position and the height of the front support guard 27, etc. of the protrusion coupling sphere 30 and the fixed coupling sphere 43 in the center to fit the foot size, the concave-convex band of the tightening device 24 (25) is wrapped around the instep and the concave and convex end portion is fitted to the concave-convex coupling fixture 26, adjusted to fit the foot size and fixed at the same time, respectively provided with the upper guard 40 front opening of the rear support guard 39 By adjusting and fastening the ankle protection band 41 to fit the ankle, the wearing of the foot protection part 10 is completed, and then, the wheel portion 45 assembled and integrated into the lower portion of the coupling device 13 and the binding part Easily mounted by simple combination of 48 and complementary combination of fixture 51 The bytes are available.

This eliminates the problem of uncomfortable portability due to its weight and volume, and at the same time enjoys in-line while wearing normal shoes without hurting the skin such as ankles due to the strong compression of the integrated shoes. In addition, it is inexpensive, easy to use, easy to carry, etc. In addition, conventionally equipped with a wheel to take off the normalization due to the wheel is equipped with a space to sit or lean safely when wearing inline skates To solve the problem that should be, it is useful with the stability of the prefabricated or integral.

On the other hand, the in-line skate of the present invention can be easily removable for the lower wheel portion 45 can be utilized for this purpose, it is formed in a streamlined form provided on the bottom of the detachable plate 11 on the bottom of the foldable board plate 56 It is equipped with a coupling device 13 as shown, and can be used as a roller board or a sled by mounting the wheel portion 45 of the outer blade or both blades, and added to the front bottom surface of the board plate 56 to increase the stability above. Rotating auxiliary wheel 57 can be mounted, and for the children who are inexperienced in the play to form a through-hole 58 in the front of the board board 56 can be provided with a separate strap so that the adult can pull. It is.

In addition, the present invention may be used by mounting the ice skates instead of the roller-type wheel 45 below the upper foot protector 10, it is not limited to the above embodiments can be applied in various ways.

In order to improve the limitations of the conventional inline skates, the in-line skates can be easily assembled and disassembled to be used, but the foot protection and the wheels can be easily detached and configured to use in-line skates while wearing flat shoes. By doing so, there is an effect of increasing the practicality and value of the inline skates.

In addition, the present invention is prefabricated and detachable, very easy to carry, and the front and rear support guards and the center fasteners, the fastening device surrounding the foot, etc. can be adjusted to fit the user's foot size, anyone can use This can greatly reduce the cost.

Furthermore, the present invention is to remove the foot protection and the lower wheel portion, because the wheel is attached in advance to prevent the risk of falling when worn and to protect the ankle and instep well to increase the stability, each separated There is an effect that can utilize the foot protection and the wheel for a variety of applications.

Claims (10)

In normal inline skates, The front and rear support guards 27 and 39, which are easily adjustable in size, on which the detachable plate 11 and the scaffold plate 16 are stacked are combined, and the uneven fastening device 24 is combined. The front and rear fasteners 48 are formed on the upper surface of the foot protector 10 having the coupling device 13 on the bottom and the wheel frame 46 on which the plurality of wheels 53 are mounted. 13) prefabricated multi-purpose inline skates, characterized in that composed of a wheel portion 45 is provided so as to be combined with, very easy to assemble and detach. The method of claim 1, wherein the foot protection portion 10 is formed on the upper surface of the detachable plate 11 formed in the front and rear two rows and the central groove 12 arranged in a single row, and is superimposed on the detachable plate 11 The losing footrest plate 16 forms an insertion groove part 17 having a size including each row of the circular groove part 12, and the front and rear support guards 27 which are coupled before and after the upper part of the footrest plate 16, respectively. The lower portion of the (39) is integrally provided with a protrusion coupling sphere 30 formed with a plurality of circular stone pieces 31 corresponding to the circular groove portion 12, in the same shape as the protrusion coupling sphere 30 The locking jaw 44 is formed at both ends to correspond to the fixing groove 43 corresponding to the circular groove 12 of the central row, and the protruding coupling 30 and the fixing coupling 43 are formed on the scaffolding plate ( Inserted into the insertion groove 17 of the 16 and to the bottom is a circular stone piece 31 is fitted into the circular groove portion 12 so that the coupling is made, Prefabricated and versatile inline skates, characterized in that the number of circular grooves (12) is formed more than the number of circular stone pieces (31) is combined to enable a size adjustment to the user. The fastening device 24 of the foot protection part 10 is formed with a long elongated groove 21 at the center at both ends of the bottom surface of the detachable plate 11 and arranging a plurality of pin grooves 22 at one side thereof. The guide rail 20 is formed, and the concave-convex coupling fixture 26 fixes the coupling pins 23 to the pin grooves 22 and fixes the concave-convex band 25 and the concave-convex band 25 thereto. And the lower guard 40 'of the rear support guard 39, the front opening side of the concave-type band 25 and the concave-convex fastener 26 is mounted, and the upper guard 40 front ankle on the side Prefabricated and versatile inline skates characterized by protecting the foot by attaching a protective band (41). According to claim 1, wherein the front support guard 27 of the foot protector 10 has an insertion groove 29 on the upper longitudinal section and at the bottom to form a protruding coupling port 30 integrally to a predetermined height Branch has a support (28) formed with a plurality of through holes 36 in the center formed in the shape of an arc, and one under the arc plate (35) inserted into the insertion groove 29 of the support (28) It consists of a protective cap 33 to form a through hole 36 'and a curved portion 34 to the upper side, the spring 37 in a state in which the through holes 36 and 36' are matched after adjusting the height of the up and down Prefabricated multipurpose inline skates, characterized in that the combination of the fixed pin (38) inserted. According to claim 1, wherein the rear support guard 39 of the foot protector 10 is made of a concave upper surface is formed to be concave to open and wrap the ankle forward from the back, the lower guard 40, 40 ', the upper Guard 40 is coupled to fold by rotating the front 90 degrees around both points on the lower guard (40 '), the lower protrusion (40') is the same as the above protruding coupling 30 Prefabricated and versatile inline skates, characterized in that made in one piece. According to claim 1, wherein the wheel portion 45 is provided with a flat binding portion 48 before and after the center of the upper center opening, a plurality of wheels 53 are mounted in a line around the binding portion 48 The side cap 47 is symmetrically provided with a wheel frame 46 is provided, the front and rear of the fastening portion 48 of the semi-elliptic cutting groove 49 is formed, the wheel frame 46 Prefabricated multi-purpose inline skates, characterized in that the rear cap (54) and a brake (55) at the bottom thereof are provided at the rear of the back. The method according to any one of claims 1 to 6, wherein the foot protection unit 10 and the wheel unit 45 is coupled to the triangular guide piece of a shape in which the triangular prism is placed on the bottom of the detachable plate 11 so as to face the vertical plane. 14) and a coupling device 13 having a locking piece 15 at the front side therebetween, and having a flat binding portion 48 before and after the upper side of the wheel frame 46, and the binding portion 48 A cutting groove 49 is formed on the front surface to insert the binding portion 48 between the triangular guide pieces 14 of the coupling device 13 so that the locking piece 15 is fastened to the cutting groove 49. Prefabricated and versatile inline skates featured. According to any one of claims 1 to 6, Forming the auxiliary groove 50 in the outer surface of the binding portion 48 of the wheel frame 46 to complement the foot protection portion 10 and the wheel portion 45 Prefabricated multipurpose inline, characterized in that the fixing device 51 is formed so as to protrude the fixed rod 51 is inserted into the auxiliary groove (50) outside the triangular guide piece 14 of the coupling device (13) skate. According to claim 1, instead of the foot protector 10 is provided with a foldable streamlined board plate 56, the coupling device 13 is provided on the bottom and the wheel 45 is attached to the sled or board type Prefabricated and versatile inline skates that can be used. 10. The prefabricated multipurpose inline skate as set forth in claim 9, further comprising a rotating auxiliary wheel (57) mounted on the bottom of the board (56) for stability.