JP3099516U - Dart board structure used for soft darts and metal darts - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a dart board structure used for soft darts and metal darts.
[Solution]
At least one elastic tip hole 311 into which a dart is pierced is provided at an appropriate position of the target segment 30, and a dart tip of various sizes and manufacturers is provided as a resilient opening structure capable of deforming a circumferential portion of the tip hole. Make it easy to pinch and hold. Since the elastic tip hole has elasticity, when the dart tip is thick, the tip hole is appropriately widened and sandwiches the dart. Even if the dart chip is thin, the chip hole can hold the dart and hold it. By providing a soft member at the lower end of the elastic tip hole, the dart can be more firmly held on the soft member after passing through the elastic tip hole.
[Selection] Fig. 6

Description

The present invention relates to a dart board structure used for soft darts and metal darts, and more particularly to a dart board structure for easily holding dart chips of different sizes by improving the structure of a target segment.

  The tip hole of the target segment of the known honeycomb dart board is a size-retaining tip hole and has no elasticity at all. Therefore, only a single manufacturer's dart tip is suitable for the tip hole. That is, only the attached chip at the time of product purchase. If the user uses the attached dart tip many times over a long period of time, it will be damaged or lost, and the dart tip will have to be purchased. However, darts of the same manufacturer and size are not always available, and chips may be thicker or thinner. If the tip and tip hole are too loosely held, the tip will not be held in the tip hole and darts will fall frequently, making it impossible to accurately calculate the score, and will not allow the dart to be inserted into the target segment and prevent other chips from being inserted into the target segment. Noise and score mistakes occur when hitting the sensor unit, which hinders automatic score calculation, and also causes darts to fall on the floor, causing massive damage to dart chips. If the dart chip and the chip hole are too tightly held, the chip is tightly sandwiched, and it takes a great deal of force to pull out the dart from the target segment. In this case, the pleasure of the player is halved, and the chip is very likely to be broken, damaged or broken, which is uneconomical, time-consuming and troublesome.

The present invention solves these drawbacks that the above-mentioned known electric dartboard structure could not overcome for a long time.

In order to solve the above problems, the present invention provides a special simple combination structure of a target segment and a resilient tip hole of a dart board used for soft darts and metal darts. The special tip hole structure of the target segment has the ability to adjust the size of the inside of the hole with elasticity, and can be applied to dart chips of different sizes and different manufacturers. This specifically addresses the dangers of consumers buying darts and chips incorrectly, improves the applicability of various dart chips and the accuracy of automatic score calculation, and improves the life of darts and target segments. In turn, the effect of using dartboard is enhanced and the commercial value is increased.

In addition, the present invention provides a soft member at the lower end of the elastic tip hole so that the soft dart and the metal dart can be more firmly inserted and held in the soft member after entering the elastic tip hole. Reduce damage and noise to the product and improve product superiority.

In the present invention, at least one elastic tip hole for dart is provided at an appropriate position of the target segment, and an opening structure is provided at an appropriate position on the circumference of the tip hole so that darts and chips of different sizes can be easily sandwiched and held. I did it. This special elastic tip hole has the function of adjusting the size inside the hole with elasticity, so that dart chips of various sizes and standards can be sandwiched and held, and there is no restriction on the manufacturer and size, and the tip hole of the target segment is not limited. Has the function of holding and holding darts and chips with elasticity, so that the convenience of using darts is improved and the product is more completed. In addition, the present invention provides a soft member at the lower end of the elastic tip hole, so that when the dart passes through the elastic tip hole, the dart is more firmly inserted and held in the soft member, thereby reducing damage and noise that the dart gives to the target segment and The service life of darts and dart boards has been increased, and the superiority of the products has been improved.

A preferred embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a front view of the elastic chip recess 31 of the target segment 30 in a different area of the dart board of the present invention. As shown in FIG. 2, the target segment 30 of the present invention is provided with an elastic tip recess 31, and the elastic tip recess 31 includes at least one elastic tip hole 311. The dart 20 which has been pulled out by the special elastic tip hole 311 is sandwiched and held. The opening 313 is provided continuously around the circumference of the elastic chip hole 311, and the elastic chip hole 311 is connected to form a continuous opening structure, so that the elastic chip hole 311 has an appropriate expansion and contraction function. When the size of the dart chip 20 is large, when the dart chip 20 is inserted, the elastic chip hole 311 instantaneously expands to form a deformed elastic chip hole 312 having a shape indicated by a broken line, and holds the dart chip 20 therebetween. When the dart 20 is pulled out, the deformed elastic tip hole 312 is restored to the original elastic tip hole 311.

As shown in FIG. 3, in the present invention, a continuous opening 313 is provided by connecting the elastic tip hole 311 at an appropriate position on the circumference of the elastic tip hole 311. Function to adjust the When the dart 20 is inserted, a deformed elastic tip hole 312 having a shape indicated by a broken line is formed according to the size of the tip. Therefore, the special elastic tip hole 311 of the present invention can pierce and hold the dart tip 20 having a different size. The size and shape of the opening structure 313 of the elastic tip hole 311 of the present invention may be changed as needed.

FIG. 4 shows a three-dimensional exploded view of the elastic tip recess 31 of the target segment 30 of the present invention.
As shown in the three-dimensional exploded view of FIG. 5, the target segments 30 of the present invention are provided in recesses corresponding to the respective frames 10.
As shown in FIG. 6, the target segments 30 of the present invention are provided in corresponding recesses of the frame 10, and the bottom plate 33 can be directly formed or provided at the bottom of the elastic chip recess 31 in the target segment 30. . Thus, the depth at which the dart tip 20 is inserted into the target segment 30 is controlled, so that the dart tip 20 is not tightly caught in the elastic tip hole 311. A pressure sensing projection 32A is provided behind the target segment 30 to contact the conductive sensor switch 41, and the CPU detects the detection result by voice, light, language, music, LED, LCD, a backlight board, etc. To display.

As shown in FIG. 7, the target segment 30 of the present invention is provided in the corresponding recess of the frame 10, and extends to the bottom of the elastic tip hole 311 of the elastic tip recess 31 in the target segment 30 to form the dirt catcher 35. The darts 20 are inserted through the elastic tip holes 311 into the dart catcher 35 at the bottom. Using this structure, when the dart 20 is inserted, the elastic tip hole 311 expands or contracts appropriately and is smoothly inserted and introduced, and is inserted into the dirt catcher 35 at the bottom to be securely held. The dirt catcher 35 is a chip hole of a holding size and has no elasticity. Therefore, after the dart 20 is introduced into the elastic chip hole 311, the dart catcher 35 is more firmly held in the bottom dirt catcher 35.
Further, the bottom plate 33 can be directly formed or provided on the bottom of the dirt catcher 35, thereby controlling the depth at which the dart tip 20 is inserted into the target segment. The bottom plate 33 may not be provided, and the hole of the dirt catcher 35 may be penetrated.
A pressure-sensitive projection 32A is provided behind the target segment 30, and the conductive sensor switch 41 is driven to contact. Alternatively, a peripheral columnar or panel-shaped peripheral pressure-sensitive projection 32B can be provided by extending, and the function thereof is similar to the pressure-sensitive projection 32A, and the conductive sensor switch 41 is operated by contacting the CPU with the CPU for each game method. To display the automatically calculated score.

As shown in FIG. 8, at least one opening 313 is provided at an appropriate position on the circumference of the elastic tip hole 311 of the present invention, and the elastic tip hole 311 has a function of appropriately adjusting the size in the hole. In this way, darts and chips 20 of different sizes are smoothly introduced and inserted and held in a dirt catcher 35 extending to the bottom of the elastic chip hole 311. The size, quantity, and shape of the opening structure 313 of the elastic tip hole 311 may be changed as necessary so that the best elastic scissoring effect can be obtained.
In addition, the elastic tip hole 311 of the present invention does not require the dirt catcher 35 to be installed, and the darts and chips 20 of different sizes can be sandwiched and held by using the appropriate expansion and contraction.

As shown in FIG. 9, according to the present invention, a guide panel 60 is fixed to the frame 10 and a number of guide holes 63 are provided through the guide panel 60. Since the guide hole 63 can be an elastic tip hole 311 and the guide panel 60 is held and does not move, the elastic tip hole 311 can be expanded appropriately according to the size of the chip 20. It is introduced and passed through and held vertically in the elastic tip recess 31 of the target segment 30. In this way, the holding capacity of dart chips 20 of various sizes and the accuracy of automatic score calculation are improved.
The guide panel 60 is firmly fixed to the frame 10 by a simple and quick fixing method in which the guide panel 60 is held on the frame 10 with at least one hook 61.
Extending from the periphery of the bottom of the target segment 30, a peripheral column-shaped or panel-shaped circumferential conversion pressure projection 32B can be provided, and its function is the same as that of the pressure-sensitive projection 32A. By pressing the sensor switch 41, a function of automatic score calculation is obtained.

As shown in FIG. 10, in the present invention, the elastic tip holes 311 are provided at the upper end of the target segment, and the dirt catchers 35 are provided at the lower ends corresponding to the respective elastic tip holes 311 so as to extend. Thereby, the structure of the elastic tip hole 311 can be strengthened.
The bottom of the target segment 30 can be directly stretched to provide a cavity 371 having an opening on the side surface. The soft member 301 can be inserted and held in the opening of the cavity 371, and the dart 20 can be firmly inserted and held in the dirt catcher 35 and the soft member 301 when it penetrates through the elastic tip hole 311 for adjusting the size of the hole.
In the present invention, the dart catcher 35 does not need to be installed, and the dart tip 20 is directly held in the soft member 301 after the dart tip 20 has penetrated the elastic tip hole 311.

As shown in FIG. 12, an elastic tip hole 311 is provided at the upper end of the target segment 30, and a dirt catcher 35 of a holding size is provided extending to the lower end corresponding to the elastic tip hole 311. The protrusion 30A2 is provided at the side end of the upper target segment 30A, and the groove 373 is provided to extend directly from the bottom plate base 30B, so that the soft member 301 can be mounted. A protrusion 30B2 is provided on the outer edge of the bottom plate base 30B, and the protrusion 30B2 can be hooked and fixed to the protrusion 30A2 of the target segment 30.
Further, the soft member 301 can directly insert the oblique hole 3001 or the circular holes 3002 and 3003 and insert and hold the dart and the chip 20 therebetween.

分 As can be seen from FIGS. 10, 11 and 12, the structure for holding the soft member 301 may be changed in design by a known method as necessary in addition to the cavity 371, the annular groove 372, and the groove 373. The lower end of each of the elastic tip holes 311 may not have the dirt catcher 35, and the darts 20 may be directly held in the soft member 301 after passing through the elastic tip holes 311.

FIG. 4 is a schematic view of a target segment front and an elastic chip recess in different areas of the dart board of the present invention. FIG. 4 is an enlarged front view of the function of holding the tip of the present invention between the elastic tip recess and the tip hole. FIG. 4 is an enlarged schematic front view of the holding action of the elastic tip hole of the present invention. FIG. 4 is a schematic three-dimensional view of a resilient tip recess and a tip hole of the target segment of the present invention. 3 is a schematic view of a combination of a target segment and a frame according to the present invention. FIG. 4 is a schematic side view of a holding operation between the tip and the elastic tip hole according to the present invention. FIG. 4 is a schematic side view of a holding operation between the tip and the elastic tip hole according to the present invention. Fig. 8 is a schematic three-dimensional view of another embodiment of Fig. 7. 3 is a schematic exploded view of a guide panel, a target segment and a frame according to the present invention. 4 is a schematic side view of a combination of an elastic tip hole and a soft member of the target segment of the present invention. 4 is a schematic side view of a combination of an elastic tip hole and a soft member of the target segment of the present invention. FIG. 4 is a schematic side view of a combination of an elastic tip hole and a soft member of the target segment of the present invention.

Explanation of reference numerals

DESCRIPTION OF SYMBOLS 10 Frame 20 dart, chip 30 Target segment 30A Upper target segment 30B Bottom plate base 30A1 Flange 30B1 Rib 30A2 Projection 30B2 Projection 301 Soft member 3001 Oblique hole 3002 Circular hole 3003 Circular hole 31 Elastic tip recess 311 Elastic tip hole 312 Deformed elastic tip hole 313 Opening 32A Pressure-sensitive protrusion 32B Peripheral pressure-sensitive protrusion 33 Bottom plate 35 Dart catcher 371 Cavity 372 Annular groove 373 Groove 41 Conductive sensor switch 50 Main body back plate 60 Guide panel 61 Hook 63 Guide hole

Claims (10)

By providing at least one elastic tip hole at an appropriate position of the target segment and providing at least one opening structure at an appropriate circumferential portion of the elastic tip hole, darts and chips of different sizes are sandwiched and held. A dart board structure used for soft darts and metal darts. The dart board structure used for soft darts and metal darts according to claim 1, wherein at least one pressure-sensitive projection is provided on the target segment so that the conductive sensor switch can be driven. At least one elastic tip hole is provided at an appropriate position of the target segment, and an elastic tip recess having an opening structure connecting the plurality of elastic tip holes is provided. The elastic tip recess facilitates darts and chips of various sizes. A dart board structure used for soft darts and metal darts, which is easily held and held between the darts. 4. The dart board structure for use in soft darts and metal darts according to claim 3, wherein the target segment has at least one pressure-sensitive projection to contact the conductive sensor switch. 4. The dart board structure used for soft darts and metal darts according to claim 1, wherein a bottom plate is provided in the elastic chip recess. 4. The dart board structure used for soft darts and metal darts according to claim 1, wherein the bottom of the elastic tip hole extends to form a dart catcher. 4. The soft dart and metal according to claim 1, wherein a guide panel provided with a large number of through guide holes 63 is provided on the front surface of the target segment, and the guide holes of the guide panel also have a structure of an elastic chip hole. Dart board structure used for darts. At least one layer of soft member is provided at the rear end of the target segment having the elastic chip hole, and the soft member is inserted and held by the chip to increase the dart holding ability. Dart board structure used for darts and metal darts. 9. The dart board structure for use in soft darts and metal darts according to claim 8, wherein the soft member has at least one tip hole for sandwiching the dart. 9. The dart board structure for use in soft darts and metal darts according to claim 8, wherein the target segment is provided with at least one pressure-sensitive projection for contacting the conductive sensor switch.

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