KR102175002B1 - Horizontal Moving Bowling Bag with the front insertion type - Google Patents

Abstract

The present invention relates to a horizontal movable bowling bag having a front receiving structure. According to the present invention, four or more second rollers are respectively installed at the bottom of a second frame, so that the second frame for receiving one or more bowling balls inside is horizontally moved on the ground. The second frame is made of a plastic material and an opening part is formed on one surface of a hexahedron having a space inside, so that a second cover made of fabric paper is sewn, respectively. When an elastic sheet block is provided at the inside of the second cover, a second horizontal support plate and a second side support plate are integrally provided at the inside of the second frame so as to be in close proximity or close contact with at least four points along the outer diameter side of a bowling ball. Accordingly, a bowling ball is prevented from moving inside a frame that moves horizontally as a second roller.

Description

Horizontal Moving Bowling Bag with the front insertion type}

In the present invention, four or more second rollers are respectively installed under the second frame so that the second frame accommodating one or more bowling balls is horizontally moved on the ground, and the second frame is made of a plastic material, When an opening is formed on one side of the hexahedron having a space so that a second cover made of woven paper is sewn, and a tanji block is provided on the inside of the second cover, the inside of the second frame is at least along the outer diameter side of the bowling ball. A horizontal movable type having a front storage structure that is installed to prevent the flow of bowling balls inside the frame, which is integrally provided with a second horizontal support plate and a plurality of second side support plates to close or close at three points or more, and horizontally move as a second roller. It is about a bowling bag.

In general, conventional bowling ball bags that store and transport bowling balls are mostly designed to contain and carry only one bowling ball, and sometimes, a wheel is mounted on the bottom of the bag to pull the connecting string connected to the bag. It was structured to be.

However, since such a conventional bowling ball bag can hold only one bowling ball, if a bowling ball with different conditions for each line characteristic is used, a couple or a couple can enjoy bowling together or a family member can enjoy bowling together. When transporting the bowling ball, a number of bowling ball bags equal to the number of bowling balls are inevitably required to accommodate each of the bowling balls, and to carry these bowling ball bags to a specific location In addition to being inconvenient because one bowling ball bag is repeatedly transported many times, the quantity and volume of several bowling ball bags are increased, and thus, it is difficult to carry substantially.

In order to improve this problem, the technology of a bowling ball bag is proposed in Korean Patent No. 313248, and its configuration is as shown in FIG. 1, and the wall 2 extending from the base case 1 is fabric or The wall (2) is formed as high as the height of the bowling ball supported by the shell integrated inside the upper cover case (3) where the upper cover case such as artificial leather is sealed, and is formed inside the base plate case (1). A hemispherical plate-shaped shell 5 is integrally formed in the storage room.

Further, in the storage chamber, a cover (9) (9') with a curved surface is installed on the support (8) (8') by integrating support holes (8) and (8') on both sides of the bottom. A support partition piece 33 is formed on the upper side of the storage room 32 of the base plate case (1˝), and a cover 34' is installed on the support partition piece 33', and the base plate case 1 has left and right wheels. It consists of a structure that moves in an inclined state through (19).

However, the bowling bag as described above has a disadvantage in that the body case in which the bowling ball is loaded is inclined to support and move by a handle, and thus it is difficult to carry it.

In addition, in order to improve such a problem, a technique for moving the bag in a horizontal state is proposed in the bag bottom plate of Korean Patent Application Publication No. 2002-68856, and the configuration is as shown in FIG. 1a) It is configured to extend to the front of the lower surface, and a rotating wheel (4c) that rotates 360° is installed on both sides of the lower surface so that the main body (1a) can be moved freely.

In addition, the outer portion of the telescopic handle 3 is fixedly installed on the inner surface of the main body 1a to move the main body in the horizontal direction through the telescopic handle.

However, the bag bottom plate as described above has the disadvantage of being easily inverted by the center of gravity of a heavy object when the rotating wheel 4c is positioned inside the bottom of the main body 1a, and the bowling ball is stored in the main body.

It is an object of the present invention to improve the conventional problems as described above, to facilitate transport of bowling balls in a multi-layered state, and to prevent damage to bowling balls by separating and supporting each bowling ball. , It is possible to minimize the transport load by moving a number of heavy bowling balls in a horizontal state, and make it possible to quickly manufacture while reducing the cost by integral manufacturing through a mold. It is to provide a horizontal movable bowling bag having a front storage structure that enables storage and transport.

In order to achieve the above object, the present invention is provided with four or more second rollers respectively installed under the second frame so that the second frame accommodating one or more bowling balls is horizontally moved on the ground, and the second frame is A second cover made of fabric paper is sewn by forming an open part on only one side of a six-sided body made of plastic and having a space inside, and when the tanji block is provided on the second cover, the bowling ball is placed inside the second frame. A front storage structure that is installed to prevent the flow of bowling balls inside the frame, which is integrally provided with a second horizontal support plate and a second side support plate in proximity or close contact at least three points along the outer diameter side as a second roller. Provides a horizontally movable bowling bag.

In addition, the present invention provides a horizontally movable bowling bag having a front storage structure in which a first frame in which a bowling ball is accommodated is stacked and stacked on an upper side of a second frame.

Subsequently, in the present invention, the second frame consists of a connection structure between the lower frame and the upper frame to which the second casters are integrally connected,

The lower frame and the upper frame provide a horizontally movable bowling bag having a front storage structure, characterized in that the first and upper frames are coupled by a coupling structure of a first high information and a connection groove, a second high information, and a fixing pin.

In addition, the second frame of the present invention has a front housing structure in which a plurality of second horizontal ball supports or second side support plates are integrally protruded when forming the frame by stacking one or more bowling balls in a vertical direction to support them. Provides a horizontally movable bowling bag.

In addition, the second horizontal ball support of the present invention is formed of a second frame with one supporting two bowling balls in the upper and lower directions inside the frame, and two supporting three bowling balls in the upper and lower directions. It provides a horizontal movable bowling bag having a front storage structure, characterized in that it is integrally molded at the time.

Subsequently, the second frame of the present invention provides a horizontal movable bowling bag having a front storage structure, characterized in that the space is installed to be separated to both sides through a connection plate provided inside.

In addition, the second frame of the present invention provides a horizontally movable bowling bag having a front storage structure, characterized in that a shoe housing having a door that is opened with one touch from the outside is connected to the upper portion.

In addition, the second frame of the present invention has an area corresponding to the horizontal and vertical directions corresponding to the total horizontal and vertical diameters of the bowling ball accommodated therein, while the second support protruding outward from the lower portion of the second frame. It provides a horizontally movable bowling bag having a front storage structure in which a second roller is connected to the bracket to rotate freely.

As described above, according to the present invention, the bowling ball is easily transported in a multi-layered state, and each bowling ball is separated and supported to prevent damage to the bowling ball, and a plurality of bowling balls with weight are placed in a horizontal state. It moves to minimize the transport load, reduces the cost by integral manufacturing through a mold, enables rapid manufacturing, and has the effect of easily storing and transporting a plurality of bowling balls in various shapes.

1 and 2 are perspective views, respectively, showing a conventional bowling bag.
3 and 4 are external views each showing a bowling bag according to the present invention.
5 to 7 are external views each showing a bowling bag according to another embodiment of the present invention.
8 and 9 are external views showing a bowling bag in which bowling shoes according to another embodiment of the present invention are accommodated thereon, respectively.
10 to 13 are external views showing a bowling bag in which bowling shoes according to another embodiment of the present invention are accommodated below, respectively.
14 and 15 are diagrams of a bowling ball according to another embodiment of the present invention, respectively.
16 to 19 are diagrams showing a close contact and connection of a bowling ball according to the present invention and a state diagram of a bowling bag in use.
20 to 22 are each a state diagram of a bowling bag according to an embodiment of the present invention.
23 to 25 are respectively a state diagram of a bowling bag according to another embodiment of the present invention.
26 is a view showing a use state of a bowling bag in which auxiliary bags are stacked according to an embodiment of the present invention.
27 is a diagram illustrating a connection state between a second frame and a second cover according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

3 to 27, the bowling bag of the present invention includes four or more second rollers 270 so that the second frame 100 for accommodating one or more bowling balls 600 inside is moved horizontally on the ground. It is installed on the lower part of 2 frames respectively.

At this time, the second frame 100 is made of a plastic material and has an inner space, only one side of the open portion is formed on one side of the second cover 190 made of fabric to cover it.

In addition, as shown in Figs. 16 and 17, when a tangy block 193 having a concave hole 191 recessed in one side is provided in the second cover 190, a bowling ball is provided inside the second frame 100 corresponding thereto. One or more second horizontal supports 141 and the second side to be in close proximity or close contact at at least three points, including one of five points on the rear, left and right sides, and the upper and lower sides along the outer diameter side of (600). The support plate 143 is provided integrally.

At this time, the tangy block 193 may be made of a plastic product of a soft material or a sponge.

In addition, the second frame 100, as a second roller path 173 connected to the bottom surface, is installed to prevent the flow of the bowling ball by intimately contacting the outside of the bowling ball from the inside of the horizontally moving second frame.

At this time, the second roller 173 is connected to freely rotate to the center of the second support bracket 170 connected in a state where the central axis protrudes to the outside of the second frame as shown in FIG. The center of gravity of the second frame, which is compactly formed to have a left and right width substantially equal to the diameter of the bowling ball, is prevented from upward by extending it by a certain distance t from the side of the frame.

In addition, the second roller 2173 is connected to the second support bracket 170 integrally protruding only from the bottom of both sides of the second frame in one or more directions selected from the horizontal or vertical direction so as to rotate freely.

At this time, the second frame 100 has an area in the horizontal and vertical directions corresponding to the total diameter in the horizontal and vertical directions of the bowling ball accommodated therein, so that compact manufacturing is possible while the outer surface of the second frame The second roller is connected to the center of the second support bracket protruding a certain distance (t) from, so that a compact and low center of gravity design is possible.

In addition, as shown in FIG. 19, the second frame 100 can be easily moved in the horizontal direction by a plurality of second rollers and can be freely moved even within the narrow storage space 900.

Meanwhile, the first frame 200 in which the bowling ball 600 or the bowling shoe 500 is accommodated may be stacked and stacked on the upper side of the second frame 100.

Further, the second frame 100 may be formed of a connection structure between the lower frame 101 and the upper frame 103 to which the second casters are integrally connected as shown in FIG. 18.

At this time, the lower frame and the upper frame are made of a coupling structure of the first high information section 161 and the connection groove 163, the second high information section 164, and the fixing pin 167.

Subsequently, the second frame 100 is formed such that a second horizontal ball support or a second side support plate having a hollow inner side to be supported by stacking one or more bowling balls in a vertical direction is integrally protruded when forming the second frame. May be.

At this time, the second horizontal ball support, while being manufactured in various shapes, supports three bowling balls with one supporting two bowling balls in the up and down directions inside the second frame, one at the top and two at both sides of the lower side. One that supports three bowling balls in the upper and lower directions are integrally formed when forming the second frame, and the second horizontal ball support and the second side support plate are positioned in various ways according to the loading shape of the bowling ball. do.

Further, the second frame 100 may be installed so as to prevent sagging of the connection plate through a separation plate 168 inside.

Further, in the second frame, a space for receiving shoes may be formed by a connecting plate 169 integrally molded above or below the plurality of bowling balls to be stacked and stacked in a vertical direction.

In addition, in the second frame, a shoe housing 300 having a door that is opened from the outside with one touch may be connected to the upper portion.

That is, the shoe housing 300 may be further connected integrally to the upper portion of the second frame 100 so that one side is exposed to the outside, and the shoe housing 300 is formed on the upper portion so that the door 310 is opened to the outside. A closure 312 that is opened and closed by a one-touch lock (not shown) provided in the second frame is integrally connected to the door while being connected by the hinge 311.

In addition, the second frame may further include a guide bracket 109 on one side of the upper side, and a separate first frame 200 for accommodating another bowling ball through the guide bracket may be further mounted on the upper side.

At this time, in the first frame 200, a first cover made of a fabric material having a handle is sewn along the edge of the opening portion of the frame body 210 to form a first sealed space inside the first frame, and the bowling ball 600 ) At least one first horizontal ball support 271 supporting the bottom surface of the bowling ball 600 and at least one side support plate 273 supporting the circumference of both sides of the bowling ball 600 by a predetermined length are projected toward the top.

Subsequently, the first frame 200 may be mounted on the upper side of the second frame accommodating four bowling balls forming a square shape as shown in FIG. 26.

At this time, the first horizontal ball support and the side support plate are integrally formed when the first frame is formed so as to protrude upward toward the first sealed space.

In addition, the first horizontal ball support 271 and the side support plate 273 form an arc so that the bottom and side surfaces of the bowling ball 600 are in contact with each other at the same time.

At this time, the first horizontal ball support 271 and the side support plate 273 protrude upward in a shape that is recessed from the bottom of the first frame, and the first horizontal ball support 271 is a lower part of the bowling ball. The spherical shape, the side support plate 273 is in contact with the side circumference of the bowling ball is formed in a dish shape.

In addition, the shape of the second frame is specifically described, and the second horizontal support 141 and the second side support plate 143 are integrated with the second frame so that one bowling ball is received in the front as shown in FIGS. A configuration in which two second horizontal bases 141 and a second side support plate 143 are provided in the vertical direction to accommodate two bowling balls in the vertical direction as shown in FIGS. 5 and 6, and the second frame In order to secure the storage space, the side may be recessed and may be supported by a separate reinforcing wire (not shown) when the second horizontal support 141 is exposed.

In addition, as shown in Fig. 8, the second frame 100 has a structure in which a space for receiving shoes is formed by a connecting plate 169 integrally formed at the top while accommodating two bowling balls in a vertical direction. And a configuration in which a space for receiving shoes is formed by a connecting plate 169 integrally formed at the top or bottom while accommodating three bowling balls in the vertical direction as shown in FIGS. 11 and 12, and FIGS. Likewise, a space for accommodating shoes may be formed by a connecting plate 169 integrally formed under the two bowling balls while receiving the two bowling balls in the vertical direction.

At this time, as shown in Figs. 12 and 13, when the connecting plate 169 is positioned below the bowling ball, the connecting plate 169 is prevented from sagging through the separating plate 168.

In addition, the second frame 100 has a configuration in which three bowling balls are accommodated in a vertical direction as shown in FIG. 14, and a separate first frame 200 is mounted thereon, as shown in FIG. 15. It may be configured in a configuration in which the shoe housing 300 is further connected integrally so that one side thereof is exposed to the outside while being accommodated in a vertical direction.

In addition, the second frame 100 is configured to support two bowling balls input from the front as shown in FIG. 20, a configuration that supports three bowling balls input from the front as shown in FIG. 21 in a triangular shape, and Likewise, it may be configured to support four bowling balls input from the front in a square shape.

In addition, the second frame 100, as shown in Figure 23, while accommodating two bowling balls in the horizontal direction, a configuration in which a space for receiving shoes is formed by a connecting plate 169 integrally formed thereon, As shown in FIGS. 24 and 25, a space for accommodating shoes may be formed by a connecting plate 169 integrally molded thereon while accommodating 3 to 4 bowling balls in a triangular and rectangular shape.

Subsequently, the second frame 100 may be formed integrally with a second horizontal ball support or a second side support plate whose inner side is hollow so as to be supported by stacking one or more bowling balls in the vertical direction. It is good, and the second horizontal ball support is connected through a rib integrally formed with the second frame as shown in FIG. 5 or connected to one side protruding in the space through a separate wire as shown in FIG. 7 and sagging by a bowling ball. It may be installed to prevent the phenomenon.

In addition, as shown in FIG. 27, the second frame 100 of the present invention is provided with a thin-walled sewing portion 106 along the edge while concave portions 107 that are recessed from the side to the inside are respectively formed.

In this case, the second cover 190 has a pocket 195 integrally provided at a portion corresponding to the recess 107.

The operation of the present invention made of the above configuration will be described.

3 to 27, the bowling bag of the present invention includes four or more second rollers 270 so that the second frame 100 for accommodating one or more bowling balls 600 inside is moved horizontally on the ground. It is installed at the lower portion of the two frames to easily move the second frame in which a plurality of heavy bowling balls are accommodated.

At this time, the second frame 100 is formed of a plastic material and an opening portion is formed only on one side of the six-sided body having an inner space, and the second cover 190 made of fabric paper is sewn. Can be stored.

In addition, when the tanji block 193 having the concave hole 191 recessed to one side is provided in the second cover 190, the outer diameter side of the bowling ball 600 is located inside the second frame 100 corresponding thereto. Accordingly, at least one second horizontal support plate 141 and a second side support plate 143 are integrally provided to correspond to the rear, left, right and upper and lower six points, so that the second horizontal support plate 141 and the second side support plate 143 ), the all directions of the bowling ball supported at 4 points or more are in close contact with the tanji block 193, so that solid support is possible.

At this time, the movement of the second frame is prevented so that a plurality of bowling balls loaded in the vertical direction are located on a concentric shaft to prevent a fall occurring during driving.

That is, in the present invention, when the bowling ball is accommodated in the second frame 100 as shown in Figs. 16 and 17, the bowling ball raised in close contact with the second horizontal base 141 by the weight of the bowling ball is While in close contact with the tangy block 193 provided in the cover 190, it is in close contact with one second side support plate 143 provided on the inner side of the second frame 100 to prevent movement. The second side support plates 143 each provided to face each side are also in close contact with the side surfaces of the bowling ball to prevent flow during movement.

At this time, the second frame 100 is a second roller path 173 connected to the bottom surface and has a width or height corresponding to the diameter of the bowling ball so that the outside of the bowling ball is in close contact with the inside of the second frame that is horizontally moved. The compact structure that is formed prevents the flow of the bowling ball accommodated inside it.

That is, the second frame is compactly formed to have an area corresponding to the horizontal and vertical directions corresponding to the total horizontal and vertical diameters of the bowling ball accommodated therein to minimize its volume.

In addition, the second roller 173 is a state in which the central axis protrudes to the outside of the second frame, that is, a second support protruding by t integrally with both sides of the second frame in at least one direction selected from the horizontal or vertical direction. It is connected to the bracket 170 so as to rotate freely to prevent an upward movement of the center of gravity while having a compact structure.

In addition, the second frame 100 can be easily moved in the horizontal direction by a plurality of second rollers and can be freely moved even within the narrow storage space 900, so that it is easy to receive and discharge.

Meanwhile, when the bowling ball 600 or the first frame 200 in which the bowling shoe 500 is accommodated is stacked and stacked on the upper side of the second frame 100, the bowling ball inside the second frame as well as the bowling of the first frame The ball can also be carried at the same time.

In addition, the second frame 100 achieves the same purpose as the second frame manufactured integrally even though the second frame 100 has a connection structure between the lower frame 101 and the upper frame 103 to which the second casters are integrally connected. .

At this time, the lower frame and the upper frame consist of a combination structure of the first high information section 161 and the connection groove 163, the second high information section 164, and the fixing pin 167, so that the connection operation is quickly performed with a simple configuration. do.

Subsequently, the second frame 100 is formed such that a second horizontal ball support or a second side support plate having a hollow inner side to be supported by stacking one or more bowling balls in a vertical direction is integrally protruded when forming the second frame. do.

At this time, the second horizontal ball support provided in the second frame is connected through a rib or connected to one side protruding in the space through a separate wire, etc. to prevent sagging caused by the bowling ball.

In addition, the second horizontal ball support, while being manufactured in various shapes, supports three bowling balls with one supporting two bowling balls in the up and down directions inside the second frame, one at the top and two at both sides of the lower side. One that supports three bowling balls in the upper and lower directions are integrally molded when forming the second frame.

In addition, the second frame 100 is provided with a separation plate 168 positioned in a vertical direction to the connection plate inside to support the load.

In addition, in the second frame, a space for receiving shoes is formed by a connecting plate 169 integrally molded above or below the plurality of bowling balls to be stacked and stacked in a vertical direction.

In addition, in the second frame, a shoe housing 300 having a door open from the outside with a single touch is connected to the upper portion so that the bowling shoes can be stored and discharged while the second frame is erect.

In addition, the second frame is further provided with a guide bracket 109 on the upper side, and a separate first frame 200 for receiving another bowling ball through the guide bracket is further mounted on the upper side.

In addition, as shown in Fig. 27, the second frame 100 of the present invention includes a thin-thick sewing portion 106 along the edge while each recessed portion 107 that is depressed from the side is formed to the second cover ( 190) makes the sewing work easy.

At this time, the second cover 190 has a pocket 195 integrally provided at a portion corresponding to the concave portion 107 so that space can be utilized and the weight of the frame can be reduced.

The present invention described above is not limited by the above-described embodiments and the accompanying drawings, and various substitutions, modifications and changes are possible within the scope of the technical spirit of the present invention. It will be obvious to those who have the knowledge of.

100...2nd frame 141...2nd horizontal base
143...Second side support plate 168...Separation plate
169...connection plate 270...second roller
500... bowling shoes 600... bowling balls
900... storage space

Claims (8)

Four or more second rollers are respectively installed at the lower part of the second frame so that the second frame accommodating one or more bowling balls inside is horizontally moved on the ground,
The second frame is made of a plastic material and an open portion is formed only on one side of a six-sided body having an inner space, so that a second cover made of fabric paper is sewn,
When the tanji block is provided on the second cover, at least one second horizontal support plate and a second side support plate are integrally provided on the inside of the second frame so as to be in close proximity or close contact at at least three points along the outer diameter side of the bowling ball. As a second roller, it is installed to prevent the flow of bowling balls inside the horizontally moving frame,
The second frame is made of a connection structure between the lower frame and the upper frame to which the second casters are integrally connected,
The lower frame and the upper frame are horizontally movable bowling bag having a front storage structure that is coupled by a coupling structure of a first and a connection groove, a second and a fixing pin. The horizontally movable bowling bag having a front storage structure according to claim 1, wherein another first frame in which a bowling ball is accommodated is stacked and stacked on an upper side of the second frame. delete The method of claim 1, wherein the second frame includes a plurality of second horizontal ball supports or second side support plates that are integrally protruded to support by stacking one or more bowling balls in a vertical direction. Horizontal movable bowling bag with front storage structure. The method of claim 4, wherein the second horizontal ball support includes one for supporting two bowling balls in an up and down direction inside the second frame, and two for supporting three bowling balls in an up and down direction, A horizontal movable bowling bag having a front storage structure, characterized in that three pieces supporting three bowling balls in the vertical direction are integrally molded during the molding of the frame. The method of claim 1, wherein the second frame is installed so that the space is separated to both sides through a connection plate provided inside,
The second frame is provided with a thin-thick sewing portion along the edge while each concave portion recessed from the side to the inside is formed to sew a second cover,
The second cover is a horizontal movable bowling bag having a front storage structure, characterized in that the pocket is integrally provided in a portion corresponding to the recess. The horizontally movable bowling bag of claim 1, wherein the second frame has a shoe housing having a door that is opened from the outside with a single touch, and is connected to an upper portion thereof. The method of claim 1, wherein the second frame is compactly formed to have an area corresponding to a horizontal and vertical direction corresponding to a total diameter in a horizontal direction and a vertical direction of the bowling ball accommodated therein, while Horizontally movable bowling bag having a front storage structure, characterized in that the second roller is connected to the protruding second support bracket so that it can rotate freely.

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