KR200168579Y1 - Neckwear - Google Patents

Abstract

The present invention relates to a necklace capable of maximizing the visual effect as well as creating a new atmosphere by configuring the LED provided inside the medal when the medal is inclined more than a predetermined angle, the first accommodation space ( 12) and the second accommodating space 14 are sequentially formed, and a female screw thread 16 is formed at an inner lower portion of the second accommodating space 14, and transparent irradiation is performed on the upper end of the first accommodating space 12. The light 18 is fixed to the upper end of the medal body 10 and the upper part of the second receiving space 14 formed inside the medal body 10 is tightly fixed, and the power is applied to the upper end LED frame 20 with LED 22 selectively blinking by the signal of the IC 56, and the upper end is fixed to the lower end of the LED frame 20, a pair of a predetermined distance at the lower end An incision 26 is formed and one side of the outer circumferential surface is fixed to the inner wall of the medal body 10. The negative plate 24 is fixed to the second receiving space 14 of the medal body 10 so as to have a predetermined distance from the lower end of the negative electrode plate 24, the lower end of the negative electrode plate 24 on the top A positive plate 28 having a guide groove 30 having a hemispherical shape having the same line as the cutout part 26 formed therein, and a cutout portion 26 and a positive plate 28 of the negative plate 24. Interposed between the guide hole 30, as the medal body 10 is inclined at a predetermined angle or more, the ball 31 and the cathode plate 24 to selectively contact the negative plate 24 and the positive plate 28, and the negative plate 24 The first insulator 32 is tightly fixed to the outer circumferential surface between the bottom of the positive electrode and the upper end of the positive electrode plate 28, and the second receiving space of the negative plate 24 and the positive electrode plate 28 and the medal body 10 ( 14) the second insulator (34) interposed between, and the medallion so that the upper end is in contact with the lower end of the anode plate 28 A plurality of batteries 36 inserted into the second receiving space 14 of the sieve 10 and an accommodating space 38 are formed inside the upper end, and the screw hole 42 is vertically formed in the accommodating space 38. A male thread 44 is formed on the upper outer circumferential surface and selectively meshes with the female thread 16 formed at the inner lower end of the second accommodation space 14, and a screw hole 42 is formed inside the accommodation space 38. ) Is provided with an insulator 46 so that interference does not occur, a medal cover 40 having an eye bolt 48 engaged with the screw hole 42, and a connecting ring 50 on one side thereof, and on the other side thereof. Being selectively fixed to the connecting ring 50 provided on one side of the string 52, the medal body 10 and the medal body 40 comprises a string 52 for supporting so as to be positioned in the neck of the user It is characterized by.

Description

Necklace {Neckwear}

The present invention relates to a necklace, and more particularly, when the medal is inclined at a predetermined angle or more, the LED provided inside the light emitting device is configured to emit light by the signal of the light emitting IC, thereby maximizing the visual effect as well as creating a new atmosphere. It's about necklaces that can be created.

In general, a necklace refers to an ornament hanging on a neck by sewing jewelry or precious metals, and the necklace is provided with a detachable medal having various shapes or shapes. Recently, necklaces have been developed in various ways to include functional elements other than simple decoration and expression.

Beauty could be expressed using the necklace configured as described above, but such a necklace simply provides beauty and has a problem in that it does not play a role of creating another atmosphere. In other words, the necklace has a problem that the utilization of the necklace is dropped because there is no additional function to express beauty to other people using any shape or shape.

Therefore, in view of the above-described problems of the present invention, the object is that the LED is provided on the inside when the medallion of the necklace is inclined by a predetermined angle or more can maximize the visual effect as well as create a new atmosphere In providing a necklace that can be created.

1 is a perspective view showing the configuration of a necklace according to the present invention

Figure 2 is a cross-sectional view showing the configuration of the necklace according to the present invention

3 is a cross-sectional view showing a state in which the power of the battery is cut off the necklace according to the present invention

♣ Explanation of symbols for main part of drawing ♣

10: medal body 12: the first receiving space

14: second accommodation space 16: female thread

18: irradiation mirror 20: LED frame

22: LED 24: cathode plate

26: incision 28: anode plate

30: guide groove 31: ball

32: first insulator 34: second insulator

36: battery 38: storage space

40: medal cover 42: screw hole

44: male thread 46: insulator

48: eye bolt 50: link

52: line 54: hanger

56: light emitting IC 60: necklace

The object of the present invention is that the first accommodation space and the second accommodation space are sequentially formed on the inside, the female thread is formed on the inner lower portion of the second accommodation space, and the transparent irradiation mirror adheres closely to the top of the first accommodation space. The LED frame is provided with a fixed medal body and an LED that is fixed in close contact with an upper end portion of the second accommodation space formed inside the medal body and selectively blinks by a signal of the light emitting IC as power is applied to the upper end. And, the upper end is fixed in close contact with the lower end of the LED frame, a pair of cutouts having a predetermined distance is formed at the lower end, the outer peripheral surface one side is fixed to the inner wall of the medal body in close contact with the lower end of the negative electrode plate It is fixed in close contact with the second receiving space of the medal body so as to have a predetermined distance from, and has a hemispherical shape having the same line as the cutout formed at the lower end of the negative electrode plate at the upper end. The ball is formed between the positive electrode plate and the groove formed in the guide groove, the incision portion of the negative plate and the guide hole of the positive plate is selectively contacted with the negative plate and the positive plate as the medal body is inclined more than a certain angle, and A first insulator tightly fixed to the outer circumferential surface between the bottom of the anode plate and the top of the anode plate, a second insulator interposed between the cathode plate and the second receiving space of the cathode plate and the medal body, and an upper end of the anode plate. A plurality of batteries to be inserted into the second receiving space of the medal body so as to contact the lower end, and an accommodating space is formed inside the upper end, a screw hole is formed in the receiving space in the vertical direction, the inner side of the second receiving space on the outer peripheral surface of the upper end A male thread is formed, which is selectively engaged with the female thread formed at the lower end, and interference with a screw hole is formed inside the receiving space. The medal is provided with an insulator so as not to deviate, and a medal cover provided with an eye bolt fitted to a screw hole, and a connection ring is provided at one side, and is selectively fixed to a connection ring provided at one side of the string at the other side. It can be achieved by a necklace characterized in that it comprises a strap for supporting the cover to be located in the neck portion of the user.

Hereinafter, the preferred embodiment of the necklace according to the present invention will be described in more detail based on the accompanying drawings.

1 is a perspective view showing the configuration of the necklace according to the present invention, Figure 2 is a cross-sectional view showing the configuration of the necklace according to the present invention, Figure 3 is a cross-sectional view showing a state in which the power source of the battery is cut off the necklace according to the present invention. . Referring to the drawings, a medal body 10 having a cylindrical shape is provided, and the medal body 10 is preferably formed to be inclined from the inner side to the outer side from the upper side to the lower side. The medal body 10 may be manufactured in various shapes other than the cylindrical shape. The first accommodation space 12 and the second accommodation space 14 are sequentially formed in the inside of the medal body 10, and a female screw thread 16 is formed at an inner lower portion of the second accommodation space 14. . The inner diameter of the second accommodation space 14 is preferably larger than the inner diameter of the first accommodation space 12. Medal body 10 is preferably formed of a material that is easily transmitted power. It is preferable that the transparent irradiation mirror 18 is tightly fixed to the upper end of the first accommodation space 12 of the medal body 10, and the irradiation mirror 18 is formed to have a polygonal shape.

The LED frame 20 is provided in close contact with the upper portion of the second receiving space 14 formed inside the medal body 10, the upper end of the LED frame 20 for light emission that operates when power is applied An LED 56 and an LED 22 selectively blinking in accordance with the signal of the light emitting IC 56 are provided. This LED 22 is preferably formed to have various colors. A negative electrode plate 24 having an upper end closely fixed to the lower end of the LED frame 20 is provided, and a pair of cutouts 26 having a predetermined distance is formed at the lower end of the negative electrode plate 24. One side of the negative electrode plate 24 is fixed in close contact with the inner wall of the medal body 10, the negative plate 24 is preferably formed of a material that is easily transmitted power.

A positive electrode plate 28 is provided in close contact with the second receiving space 14 of the medal body 10 so as to have a predetermined distance from the lower end of the negative electrode plate 24. Guide groove 30 having a shape of is formed. The guide groove 30 having a hemispherical shape formed on the upper end of the anode plate 28 is preferably formed to have the same line as the cutout portion 26 formed on the lower end of the cathode plate 24. The anode plate 28 is preferably formed of a material to which power is easily transmitted. Interposed between the cutout portion 26 of the negative plate 24 and the guide hole 30 of the positive plate 28, the medal body 10 is selectively inclined by a predetermined angle or more, optionally the negative plate 24 and the positive electrode Ball 31 is provided in contact with the plate 28, the ball 31 is preferably formed of a material that is easily transmitted power. The first insulator 32 is provided on the outer circumferential surface between the lower end of the negative electrode plate 24 and the upper end of the positive electrode plate 28, and receives the second plate of the negative electrode plate 24 and the positive electrode plate 28 and the medal body 10. A second insulator 34 is provided between the spaces 14. The first insulator 32 and the second insulator 34 play a role of blocking the power transmitted to the cathode plate 24 and the anode plate 28 from being transferred to another place. A plurality of batteries 36 are inserted into the second receiving space 14 of the medal body 10 so that the upper end contacts the lower end of the positive electrode plate 28.

A medal cover 40 having a receiving space 38 formed therein is provided at an upper end thereof, and a screw hole 42 is formed in a vertical direction in the receiving space 38 of the medal cover 40. On the outer circumferential surface of the upper end of the medal cover 10 is formed a male thread 44 which is selectively engaged with the female thread thread 16 formed on the inner lower end of the second accommodation space 14. An insulator 46 is provided inside the accommodating space 38 of the medal cover 40, and the insulator 46 of the medal cover 40 does not interfere with the screw hole 42 formed in the accommodating space 38. It is preferred that the accommodation space 38 is provided. An eye bolt 48 engaged with the screw hole 42 of the medal cover 40 is provided. A string 52 having a connecting ring 50 is provided at one side, and the other side of the string 50 has a hook piece 54 which is selectively fixed to the connecting ring 50 provided at one side of the string 52. It is provided. This string 52 serves to support the medal body 10 to be located in the neck of the user.

The state in which the medal body of the necklace configured as described above is emitted and the effects thereof will be described.

First, the hanger 54 of the string is fixed to the connecting ring 50 so that the medal body 10 and the medal cover 40 are located in front of the user's neck. At this time, the hook piece 54 and the connecting ring 50 of the string 52 has a state located behind the neck portion. When the medal body 10 and the medal cover 40 are positioned in front of the user's neck due to the coupling of the hook piece 54 and the connecting ring 50 of the string 52, the user may move and move the impact. As a result, the LED 22 provided inside the medal body 10 is selectively emitted by the signal of the light emitting IC 56. That is, when the medal body 10 is inclined to a predetermined angle or more due to the impact that the user moves and flows, it is interposed between the cutout portion 26 of the negative electrode plate 24 and the guide groove 30 of the positive electrode plate 28. The ball 31 comes into contact with the cutout 26 of the negative plate 24 and one side of the guide groove 30 of the positive plate 28, and the applied power supplies the light emitting IC 56. The LED 22 finally emits light momentarily.

The positive pole power of the battery 36 is transmitted to the negative plate 24 through the eye bolt 48, the medal cover 40, and the medal body 10, and the positive pole power of the battery 36 is positive plate 28. When the ball 31 is in contact with the cathode plate 24 and the anode plate 28 by being transmitted to the power source, the power of the battery 36 is supplied to the light emitting IC 56 provided on the top of the LED frame 20. It is supplied and the signal is transmitted to the LED 22 so that the LED 22 emits light momentarily. In addition, the LED 22 is provided in the second accommodating space 14 of the medal body 10 so that the LED 22 is located at the lower end portion of the irradiation mirror 18 fixed to the top of the medal body 10. ) Is emitted, light emitted from the LED 22 is widely irradiated to the outside through the irradiation mirror 18. When the LED 22 emits light because the irradiation mirror 18 is formed in a polygon, the irradiation angle of light generated by the LED 22 is widened. In addition, since the LED 22 is formed to have various colors, it is possible to produce various atmospheres according to the user.

The present invention is to rotate the medal cover 40 in the medal body 10 so that one side of the battery 36 located in the second receiving space 14 of the medal body 10 is separated from the positive electrode plate 28, the medal Even if the main body 10 is inclined more than a certain angle, the LED 22 does not emit light. That is, when the medal cover 40 is rotated on the medal body 10 so that one side of the battery 36 is separated from the positive electrode plate 28, the positive electrode power of the battery 36 is not supplied to the positive electrode plate 28. Therefore, even if the medal body 10 is inclined at a predetermined angle or more, the LED 22 does not emit light. In addition, the medal body 10 and the medal cover 40 are coupled by screwing, so that when the medal cover 40 is selectively rotated on the medal body 10, the positive pole power of the battery 36 is positive plate. (28) can be easily supplied and cut off.

As described above, the necklace according to the present invention is configured so that the LED emits light by the signal of the light emitting IC provided inside by the impact of the user moving and flowing, so that the visual effect can be maximized, as well as a new atmosphere. It will have the effect to create.

Claims (3)

The first accommodation space 12 and the second accommodation space 14 are sequentially formed on the inner side, and the female threaded mountain 16 is formed at the inner lower portion of the second accommodation space 14, and the first accommodation space ( 12) the medal body 10 is fixed to the top of the transparent irradiation mirror 18, The light emitting IC 56 and the light emitting IC 56 which are fixed in close contact with the upper end portion of the second accommodation space 14 formed inside the medal body 10 and operate as power is applied to the upper end of the medal body 10. An LED frame 20 having an LED 22 selectively blinking by a signal, An upper end is fixed in close contact with the lower end of the LED frame 20, a pair of incisions 26 having a predetermined distance is formed at the lower end, the negative electrode plate one side of the outer peripheral surface is fixed in close contact with the inner wall of the medal body (10) 24, The cutout portion 26 is fixed to the second receiving space 14 of the medal body 10 so as to have a predetermined distance from the lower end of the negative electrode plate 24, and formed at the lower end of the negative electrode plate 24 at the upper end. An anode plate 28 having a guide groove 30 having a hemispherical shape having the same line; Interposed between the cutout 26 of the negative plate 24 and the guide hole 30 of the positive electrode plate 28, the medal body 10 is selectively inclined by a predetermined angle or more, and the negative plate 24 and A ball 31 in contact with the anode plate 28, A first insulator 32 tightly fixed to an outer circumferential surface between the lower end of the negative electrode plate 24 and the upper end of the positive electrode plate 28; A second insulator 34 interposed between the negative plate 24 and the positive plate 28 and the second receiving space 14 of the medal body 10; A plurality of batteries 36 inserted into the second receiving space 14 of the medal body 10 so that an upper end thereof contacts the lower end of the positive electrode plate 28; An accommodating space 38 is formed inside the upper end, and a screw hole 42 is formed in the accommodating space 38 in a vertical direction, and an internal thread formed at an inner lower end of the second accommodating space 14 on an upper outer peripheral surface thereof ( The male thread 44 to be selectively engaged with the 16 is formed, and the insulator 46 is provided inside the receiving space 38 so as not to interfere with the screw hole 42, and the eye is engaged with the screw hole 42. Medal cover 40 is provided with a bolt 48, The connecting ring 50 is provided at one side, and is selectively fixed to the connecting ring 50 provided at one side of the string 52 at the other side, so that the medal body 10 and the medal cover 40 are placed on the neck of the user. Necklace comprising a string (52) for supporting to be positioned. 2. The necklace according to claim 1, wherein the irradiation mirror is formed to have a polygonal shape. 2. The necklace according to claim 1, wherein the LED (22) is formed to have various colors.