WO2015017947A1 - Headset apparatus - Google Patents

Abstract

The present invention relates to a headset apparatus (30) comprising a headset wire (31), a transmission apparatus (33) and a headset body (32). The headset wire (31) comprises a sheath and a transmission wire, and the headset wire (31) may be a flexible and bendable apparatus. The transmission apparatus (33) is disposed on the headset wire (31), so as to facilitate transmission of an electronic signal for the headset body (32) to play electronic information. The headset body (32) is disposed at an end of the headset wire (31), and the end of the headset wire (31) is connected to two sounding apparatuses on the headset body (32), the two sounding apparatuses are butt jointed by a connection structure (34), and sounding surfaces of the two sounding apparatuses are connected and disposed face to face, so that the headset body (32) has a fashional appearance, and together with the disposition of the headset wire (31), forms a necklace-type headset with fashionable aesthetic feeling.

Description

 Earphone device

 The invention relates to an earphone device, in particular to a sound emitting device in a headphone body at the end of a headphone cable, which uses a connecting structure to face the sound emitting surface of the sound emitting device face to face to form a chain earphone. Device. Background technique

 There are many kinds of necklace-type earphones on the market, as shown in the following patents. First, please refer to the new Taiwan Patent No. M268827 “Necklace with Wireless Receiver” as shown in Figure 1. A necklace having a wireless receiver, the necklace 100 includes a body 11 and a refining strip 12; wherein the body 11 has a stylish shape, and a power source (not shown) and a wireless receiver 111 are internally built. The receiver 111 can be a Bluetooth (Blue Tooth) transceiver module or an FM FM receiver, and the channel 11 on the outer side of the body 11 has a channel switch 112 and a channel indicator 113 for selecting and switching the desired channel; The two sides of the body 11 are provided with a recessed space 114; the end of the strip 12 is integrally connected with the body 11, and the other end is fastened by a buckle (not numbered in the figure) for facilitating the neck; An earphone 13 is disposed on the middle of the refining strip 12, and the earphone 13 end is combined with the refining strip 12 and connected to the body, and the other end is provided with an earphone type earpiece 131, which is based on the prior art. Although the patent achieves the aesthetic requirements, the body 11 needs to be designed with a large accommodating space for the earphone 13 to be placed. For the appearance, the part of the earphone 13 connecting line will destroy the original aesthetic shape (due to more The part of the earphone 13 is connected to the cable, and the part of the earphone 13 is not stored and can be inadvertently hooked or pulled by the user, which may cause the earphone 13 to be broken.

Referring to the "INTERCONNECTING EARPHONES" patent of US Patent Publication No. US2011/044487A1, which is shown in FIG. 2, the patent mainly provides a releasable interconnection of earphones in a compact configuration, which also reduces the headphone lead or The possibility that the wires are tangled, as shown in FIG. 2, the earphone assembly 200 may include a wire or a wire 210 and a pair of earphones, a first earphone 220 and a second earphone 230; wherein the first earphone 220 is provided with a first concave The slot 222 is defined outside the first earphone housing 221, and the first earphone 220 may further include a first earphone bobbin 223 extending from the first earphone housing 221, and the same second earphone 230 is provided with a second recess 232 is defined outside of the second earphone housing 231, and the second earphone 230 may further include a second earphone bobbin 233 extending from the second earphone housing 231; wherein the first recess 222 is sized and configured to be releasable Maintaining, engaging, receiving and/or connecting a portion of the other earphone such as the second earphone string 233 of the second earphone 230; likewise, wherein the second recess 232 is sized and configured to be The portion of the other earphone such as the first earphone string 223 of the first earphone 220 is held, engaged, received and/or connected; thus the user can easily interconnect the first earphone 220 and the second earphone 230, Although the prior art solves the problem of earphone storage, it is only for the fashion user to achieve the purpose of convenient storage, and the design is slightly insufficient, and the user wants to store it after use. Remove it and wrap it around your neck to hang it on the user, but because the joint will be in the neck Behind the child, it will cause the user to hang the earphone on the neck and feel uncomfortable

 Therefore, in order to solve the above-mentioned shortcomings, the present invention has been developed and modified, and the invention further comprises an earphone device comprising a headphone cable, a transmission device and a headphone body, wherein the earphone cable further comprises a sheath and a a transmission line, wherein the earphone cable is a flexible and bendable device, wherein the transmission device is disposed above the earphone cable, so as to facilitate transmission of an electronic signal for playing an electronic message by the earphone body, and the earphone body is disposed on the earphone wire The end of the earphone cord is connected to the two sound emitting devices on the earphone body, and the two sound emitting devices are docked by a connecting structure, and the sound emitting faces of the two sound emitting devices are facing each other. The setting makes the earphone body form a stylish appearance, and is matched with the setting of the earphone cord, so as to form a fashionable necklace earphone.

 The earphone cord of the present invention and the sound emitting device are disposed at a 90 degree direction for the purpose of aesthetics and ease of use.

 The transmission line is disposed in the sheath of the earphone cord of the present invention.

 Wherein the sheath of the present invention is a braided wire, the transmission wire is disposed in the braided wire and combined with the earphone body, so that the earphone wire becomes an attractive necklace.

 Wherein the sheath of the present invention is a general plastic earphone cord sheath for covering the transmission line.

 The inner portion of the sheath of the earphone cord of the present invention is provided with the transmission line.

 The sheath of the present invention includes a sheath covering the transmission line and the sheath not covering the transmission line, and the sheath covering the transmission line forms an annular line with the earphone body, and the cover is not covered. The sheath of the transmission line forms another loop line, and the two loop lines are joined to each other at one place.

 Wherein the sheath of the present invention that is not covered by the transmission line may be provided in one or more annular shapes.

 The sheath of the present invention having the transmission line may be provided in one or more annular configurations.

 Wherein the sheath of the present invention having the transmission line is further provided with a playback controller.

 The sheath of the present invention is a ring-shaped necklace which is interlaced with the signal line to form a molded necklace.

 The transmission device of the present invention is a plug-in terminal, and the plug-in terminal is provided with a plug-in electronic device. The transmission device of the present invention is a wireless transmission device.

 The wireless transmission device of the present invention is a Bluetooth (Blue Tooth) for wirelessly transmitting electronic signals.

 The wireless transmission device of the transmission device of the present invention is disposed on the sheath covering the transmission line to be an aesthetic necklace accessory.

 Wherein the wireless transmission device of the present invention has one or more of the sheaths disposed over the transmission line.

The earphone body of the present invention is an elliptical structure, a square structure, a polygonal structure, a wavy structure or an arc-shaped structure. The connecting structure of the present invention is disposed on the two sound emitting devices, and the connecting structure is respectively provided with a first buckle and a second card.

 The first buckle and the second buckle of the present invention may be a soft material, a hard material or a mixture of a hard material and a soft material.

 The first buckle of the present invention is a plurality of protrusions and is disposed on a sound emitting surface of the sound emitting device, and the second buckle is a plurality of concave holes and is disposed on another sound emitting device. The sound emitting surface, and the first buckle and the second buckle are connected to each other and match each other.

 The connecting structure of the present invention is a magnetic substance disposed in the sound emitting surface of the sound emitting device such that the sound emitting surfaces of the two sound emitting devices are connected face to face.

 The connecting structure of the present invention is a spiral cassette, wherein the spiral cassette is provided with a male thread and a female screw, which are respectively disposed on the two sound emitting devices, and the two sound emitting devices are fixed by the spiral card lock.

 Wherein the connecting structure of the present invention is a two-half elliptical sleeve, the semi-elliptical sleeve is a hollow sleeve for providing the sound-emitting device, and the semi-elliptical sleeve is slidable on the earphone.

 Wherein the semi-elliptical sleeve of the present invention may be provided with a magnetic substance, a buckle or a spiral cassette for the two sounding devices to be docked and locked.

 The connecting structure of the present invention is a sleeve, the sleeve is provided with a sliding fastener, the sliding fastener comprises a sliding buckle and a buckle, the sliding buckle is disposed on a sleeve, and the buckle is disposed on the sleeve On the other sleeve, the slider can slide on the sleeve until the buckle is in close contact with the buckle.

 The slider and the buckle of the present invention may be a soft material, a hard material or a hard material and a soft material.

 With the above design of the present invention, the inventor has racked his brain to make the earphone and the transmission line a beautiful and fashionable design, and fully applies the design elements of the storage, making the earphone cord become a fashion necklace, and designing the combination of the earphones into The accessories on the necklace, in this way, not only cleverly avoids the design of the damaged earphone cable in the previous case technology, but also solves the problem that the earphone cable is easily damaged, and achieves the advantages of convenient disassembly, use and comfort. And the present invention also achieves the advantages of being fashionable and excellent in practicality. DRAWINGS

 1 is a schematic view of a conventional technology having a wireless receiver necklace;

 2 is a schematic diagram of docking of a conventional earphone;

 Figure 3 is a perspective view of the earphone device of the present invention;

 4 is a first embodiment of a buckle of the earphone body of the present invention;

 Figure 5 is a second embodiment of the buckle of the earphone body of the present invention;

 6 is a third embodiment of the buckle of the earphone body of the present invention;

 7 is a first embodiment of a dual-loop earphone cable of the earphone body of the present invention;

 8 is a second embodiment of a dual-loop earphone cable of the earphone body of the present invention;

9 is a cross-sectional view showing a second embodiment of a double-loop earphone cable according to the present invention; Figure 10 is a first embodiment of a wireless transmission device of the present invention;

Figure 11 is a second embodiment of the wireless transmission device of the present invention;

Figure 12 is a third embodiment of the wireless transmission device of the present invention;

Figure 13 is a perspective view of the hybrid transmission device of the present invention;

Figure 14 is an exploded view of the sleeve type connecting device of the present invention;

Figure 15 is a cross-sectional view showing the joint of the sleeve type connecting device of the present invention;

Figure 16 is an exploded view of the sleeve type snap connection device of the present invention;

Figure 17 is an exploded view and a partial perspective view of the sleeve type hook connecting device of the present invention; Figure 18 is an exploded view and a partial perspective view of the sleeve type slider connecting device of the present invention; Figure 19 is a sleeve type spiral card of the present invention;部份Connected device partial perspective view. Description of the figure:

100 necklace

 11 ontology

 111 wireless receiver

 112 channel switch

 113 channel indicator

 114 recessed space

 12 refining

 13 headphones

 131 earbud type earpiece

 00 headset assembly

 210 wires

 220 first earphone

 221 first earphone housing

 222 first groove

 223 first headphone bollard

 230 second earphone

 231 second earphone housing

 232 second groove

 233 second headphone string

 0 earphone device

 31 headphone cable

 32 headphone body

 321 sound device

 322 sound hole

323 cushion 33 transmission device

 34 connection structure

 341 first buckle

 342 second buckle

 343 semi-elliptical sleeve

 344 docking device

 345 sound hole face

 346 source line surface

 35 control unit

 36 electronic devices

 37 buckle

 38 pendants

 The embodiments of the present invention are disclosed in the following drawings, and for the sake of clarity, the details of the invention are described in the following description. However, it should be understood that these practical details are not intended to limit the invention. That is, in some embodiments of the present invention, these practical details are not necessary. In addition, some of the conventional structures and components are shown in the drawings in a simplified schematic manner in order to simplify the drawings.

 Referring to FIG. 3, FIG. 3 is a perspective view of the earphone device of the present invention. As shown in the figure, the earphone device 30 is provided with a headphone cable 31, a headphone body 32, and a transmission device 33. The aesthetically shaped pendant, and the earphone cord 31 and the earphone body 32 are combined into a loop line, and the loop line is a single loop. Such a combination allows the earphone device 30 to form a necklace type earphone, and is matched with The aesthetically shaped pendant (earphone body 32) makes the earphone device 30 more fashionable, and then a single loop extends a line to the transmission device 33, wherein the transmission device 33 is a plug-in terminal, The earphone device 30 can be connected to the electronic device to play the electronic signal to the earphone body 32, and the earphone wire 31 is composed of a sheath and a transmission line (not shown), wherein the sheath is as shown in the figure. The earphone cord 31, and the transmission line is covered by the sheath.

Referring to FIG. 4, FIG. 4 is a first embodiment of the buckle of the earphone body of the present invention. As shown, the earphone body 32 (not shown) includes two semi-elliptical sound-emitting devices 321 . The two sound emitting devices 321 are combined to form the earphone body 32 shown in FIG. 1 , and the earphone body 32 further includes two sound emitting devices 321 , and the earphone device 31 is connected to one end of the sound emitting device 321 . The other end of the sound emitting device 321 is an output surface of the earphone device 30 (not shown), wherein the sound emitting surface is composed of a cushion 323 and a sound hole 322, wherein the sound hole 322 Mainly to play audio transmitted by an electronic device (that is, a communication device of a mobile phone, a PAD, an MP3, or the like) or an audio playback device, and the cushion 323 is shown around the sound hole 322 in the figure. The setting makes the sound hole 323 exposed, so that the user can use the earpiece 321 When the ear is placed, the ear is more comfortable, and the audio is not blocked by the cushion 323 to weaken the sound. The cushion 323 is further provided with a first buckle 341 and a second buckle 342. The first buckle 341 and the second buckle 342 are a connecting device 34 (not shown) for connecting the two sound emitting devices 321 to the earphone body 32, wherein the first buckle 341 is one or more convex. The protrusion is a columnar body, and the second buckle 342 is one or more concave holes, and the concave hole is a cylindrical inner concave hole designed to match the protrusion, however, because the first card The protrusion of the buckle 341 is designed corresponding to the recessed hole structure of the second buckle 342, that is, the recess of the groove structure is matched with the protrusion, so that the connection structure 34 (not shown) is dense. The function of the card is not limited to any shape, and may be designed as a circle, a polygon, a triangle, an arc, etc., as long as the The first buckle 324 and the second buckle 325 are correspondingly engaged.

 Following the above description, in order to make the reviewer understand the design of the present invention, the arrangement of the buckle will be described in two embodiments. Please refer to FIG. 5 first. FIG. 5 is a second embodiment of the buckle of the earphone body of the present invention. As shown in the figure, the earphone body 32 includes two semi-elliptical sound emitting devices 321 , and the two sound emitting devices 321 are combined to form The earphone body 32 shown in FIG. 3, the earphone body 32 further includes two sound emitting devices 321, the one end of the sound emitting device 321 is connected to the earphone wire 31, and the other end of the sound emitting device 321 is an earphone device. The sound emitting surface of 30, wherein the sound emitting surface is composed of a cushion 323 and a sound hole 322, wherein the sound hole 322 is mainly a communication device for electronic devices (that is, mobile phones, PAD, MP3, etc. or The audio playback device transmits the transmitted audio, and the buffer pad 323 is disposed around the sound hole 322 so that the sound hole 323 is exposed, so that the user can design The earphone 321 is more comfortable when the ear is placed, and the audio pad is not blocked by the cushion 323 to weaken the sound. The cushion 323 is further provided with a first buckle 341 and a second buckle 342. , the first buckle 341 The second buckle 342 is a connecting device 34 (not shown) for connecting the two sound emitting devices 321 to the earphone body 32, wherein the first buckle 341 is one or more protrusions and recessed holes. The second buckle 342 is also composed of one or more recessed holes and protrusions, so the embodiment is mainly a way of mixing the protrusions and the recessed holes as shown in the figure, however, because The protrusions of the first buckle 341 and the second buckle 342 are designed corresponding to the structure of the recessed hole, that is, the recess of the groove structure is matched with the protrusion, so that the connection structure 34 can be closely closed. The function of the card is not limited to any shape, and may be designed as a circle, a polygon, a triangle, an arc, etc., as long as the first The buckle 324 and the second buckle 325 are correspondingly engaged.

Please refer to FIG. 6. FIG. 6 is a third embodiment of the buckle of the earphone body of the present invention. As shown in the figure, the earphone body 32 (not shown) includes two semi-elliptical sound emitting devices 321 . The two sound emitting devices 321 are combined to form the earphone body 32 shown in FIG. 3, and the earphone body 32 further includes two sound emitting devices 321 having one end of the sound emitting device 321 connected thereto. The other end of the sound emitting device 321 is the sound emitting surface of the earphone device 30, wherein the sound emitting surface is composed of a cushion 323 and a sound hole 322, wherein the sound hole 322 is mainly an electronic device (also The audio transmitted by the communication device or the audio playback device of the mobile phone, PAD, MP3, etc. is played, and the cushion 323 is disposed around the sound hole 322 as shown in the figure. The sound hole 323 is exposed, so that the user can make the earpiece 321 more comfortable when the ear is placed, and the audio is not blocked by the cushion 323 to weaken the sound. Here, the cushion A first buckle 341 and a second buckle 342 are further disposed on the 323 and the sound hole 322. The first buckle 341 and the second buckle 342 are provided by a connecting device 34 (not shown). The two sound emitting devices 321 are butted into the earphone body 32, wherein the first buckle 341 is composed of one or more protrusions and recessed holes, and the second buckle 342 is also one or more recessed holes and convex portions. The first buckle 341 and the first portion are mainly arranged for the protrusion and the recessed hole to be disposed on the cushion pad 323 and the sound emitting hole 322, as shown in the figure. The protrusion of the two buckles 342 is designed corresponding to the structure of the recessed holes, that is, the recesses of the recessed structure are matched with the protrusions, so that the connecting structure 34 can be closely adhered to achieve the locking function. The unevenness on the first buckle 341 and the second buckle 342 is not limited Any shape can be designed as circular, polygonal, triangular, arcuate and the like, as long as make the first and the second snap 324 snap 325 corresponding to engagement.

 Referring to FIG. 7, FIG. 7 is a first embodiment of a dual-loop earphone cable of the earphone body of the present invention. As shown in the figure, the earphone device 30 is provided with a headphone cable 31, a headphone body 32, and a transmission device 33, wherein the earphone of the embodiment The body 32 is a pendant with an aesthetic shape, and the earphone cord 31 and the earphone body 32 are combined into a loop line, which is a single loop, and another control device 35 can be added in this design. In combination with the earphone wire 31, a single ring is formed, wherein the working unit of the control device 35 is further provided with a working unit such as a volume control, a display screen, a playback control, a fast-rotation control, etc., and then continues, The two single rings form an integral double-ring necklace, and the connection of the two single rings can be connected by the buckle 37. Of course, it can also be designed to integrally form the design without the buckle 37. The combination of the above double rings allows The earphone device 30 forms a necklace type earphone, and is matched with an aesthetically shaped pendant (the earphone body 32 and the control device 35) to make the earphone device 30 more fashionable. Sense, and then a single loop extends a line to the transmission device 33, wherein the transmission device 33 is a plug-in terminal, so that the earphone device 30 can be connected to the electronic device 36 to play the electronic signal to the earphone body 32, and The earphone cord 31 is composed of a sheath and a transmission line (not shown), wherein the sheath is the earphone cord 31 shown in the figure, and the transmission line is covered by the sheath, so In the example, the transmission line is covered in the sheath of the two single rings. Moreover, as shown in the figure, the control device 35 is designed to be cylindrical. Unlike the embodiment of FIG. 3, the earphone body 32 is also designed to be cylindrical in this embodiment, so the control device can also be used in the present invention. The earphone body 32 is designed to be cylindrical, and the control device 33 and the earphone body 32 are both designed to be cylindrical or are designed to be elliptical, and even can be designed into a square, a polygon, and an arc. Shape or wavy mix and match design, which makes headphones become a fashionable necklace design.

Continuing the above, please refer to FIG. 8. FIG. 8 is a second embodiment of the dual-loop earphone cable of the earphone body of the present invention. As shown in the figure, the earphone device 30 is provided with a headphone cable 31, a headphone body 32, and a transmission device 33. The earphone body 32 of the example is an aesthetic pendant composed of two semi-circular arc-like decorations, and the earphone wire 31 and the earphone body 32 are combined into a loop line, and the loop line is a single ring. In this design, another control device 35 can be added in combination with the earphone wire 31 to form a single ring, which is also specifically shown in the figure. The working unit of the control device 35 is provided with a working unit such as a volume control, a display screen, a play control, a fast-rotation control, and the like, and then the two single-rings are integrated into a double-ring necklace, and the connection of the two single rings can be The buckles 37 connect them together, and of course can be designed to integrally form the design without the buckles 37. The combination of the double rings described above allows the earphone device 30 to form a necklace-type earphone with a beautifully shaped pendant ( The earphone body 32 and the control device 35) make the earphone device 30 more fashionable, and then a single loop extends out of the wire to connect the transmission device 33, wherein the transmission device 33 is a plug-in terminal for the earphone device. 30, the electronic device 36 (not shown) can be connected to transmit the electronic signal to the earphone body 32, and the earphone cable 31 is composed of a sheath and a transmission line (not shown), wherein the sheath is The earphone cord 31 is shown in the figure, and the transmission line is covered by the sheath. Therefore, in the embodiment, the two single-ring sheaths are covered with the transmission line.

Continuing the above, please refer to FIG. 9 at the same time. FIG. 9 is a cross-sectional view showing a second embodiment of the double-loop earphone cable according to the present invention. The earphone body ₃₂ is composed of two semi-circular arc-shaped decorations, and a sound is arranged in the decorative object. The device 321 is connected to the earphone line 31. The sound emitting device 321 is completely disposed in the decoration. The earphone wire 31 is also partially disposed in the decoration and is out. The sound device 321 is connected, and the decoration partially or completely contains a magnetic substance, so that the two types of semi-arc-shaped decorative objects are attracted to each other to be the earphone body 32. Of course, the semicircle of the type The curved ornament can also be composed of various curved or irregular and aesthetic shapes to form a fashionable pendant.

 Referring to FIG. 10, FIG. 10 is a first embodiment of a wireless transmission device according to the present invention. As shown in the figure, the earphone device 30 is provided with a headphone cable 31, a headphone body 32, and a transmission device 33, wherein the transmission device 33 (in the figure) Not shown) is a wireless transmission device, and the wireless transmission device is disposed in the control device 35, wherein the earphone body 32 and the transmission device of the embodiment are both an aesthetically shaped pendant, and the earphone cable 31 is combined with the earphone body 32 to form a loop line, which is a single ring. In this design, another control device 35 can be added to form a single ring in combination with the earphone wire 31, wherein In particular, the operating unit of the control device 35 is provided with a volume control, a display screen, a playback control, a fast-forward control, and a Bluetooth (Blue Tooth) operating unit, wherein the Bluetooth is a wireless transmission function transmission device 33. And the transmission device 33 using the wireless transmission function is connected to the electronic device (not shown) to transmit the electronic signal to the earphone body 32 for playback, and then continues, The two single-rings are integrated into a double-ring necklace, and the connection of the two single-rings can be connected by the buckle 37. Of course, it can also be designed to integrally form the design without the buckle 37. The combination of the above-mentioned double-ring makes the earphone The device 30 forms a necklace-type earphone, and is matched with a beautifully shaped pendant (the earphone body 32 and the control device 35), so that the earphone device 30 is more fashionable, and the earphone cord 31 is a sheath and a transmission line (not shown), wherein the sheath is the earphone cable shown in the figure

3 1 , and the transmission line is covered by the sheath, so in the embodiment, the transmission line is covered in the sheath of the two single rings. Further, as shown in the figure, the control device 35 is designed to be cylindrical, and the earphone body 32 is designed to be elliptical. Therefore, the control device 33 can also be designed in an elliptical shape, and the earphone body 32 is designed as a cylinder. The control device 33 and the earphone body 32 can also be designed to be cylindrical or designed to be elliptical, and even can be designed as a square, polygonal, curved or wavy mixed design. Make headphones a stylish necklace design.

 Referring to FIG. 11, FIG. 11 is a second embodiment of a wireless transmission device according to the present invention. As shown in the figure, the earphone device 30 is provided with a headphone cable 31, a headphone body 32, and a transmission device 33, wherein the transmission device 33 is a type The wireless transmission function transmission device 33 can be a Bluetooth (Blue Tooth), the wireless transmission device is disposed on the earphone cable 31, and the transmission device 33 using the wireless transmission function can be connected to the electronic device. The device (not shown in the figure) transmits the electronic signal to the earphone body 32 for playing. As shown in the figure, the transmission device 33 is a styling earphone cable 31 with accessories, and is symmetrically designed, of course, it can be wirelessly transmitted. The earphone body 32 of the present embodiment is a pendant with an aesthetic shape, and the earphone wire 31 and the earphone body 32 are combined into a ring. The loop line is a single loop. In this design, another control device 35 can be added to the headphone cable 31 to form a single ring. In the figure, it is particularly shown that the working unit of the control device 35 is provided with a working unit such as a volume control, a display screen, a playback control, a fast-rotation control, etc., and then, the two single-rings are integrated into a double-ring necklace, and The connection of the two single rings can be connected by the buckle 37. Of course, it can also be designed to integrally form the design without the buckle 37. The combination of the double rings described above allows the earphone device 30 to form a necklace type earphone, and The earphone device 30 is more fashionable with the aesthetically shaped pendant (the earphone body 32 and the control device 35), and then a single loop extends out of a line to connect the transmission device 33, and the earphone cord 31 is A sheath is formed by a transmission line (not shown), wherein the sheath is the earphone cord 31 shown in the figure, and the transmission line is covered by the sheath, so in this embodiment two single loops The transmission line is covered in the sheath. Further, as shown in the figure, the control device 35 is designed to be cylindrical, and the earphone body 32 is designed to be elliptical. Therefore, the control device 33 can also be designed in an elliptical shape, and the earphone body 32 is designed as a cylinder. The control device 33 and the earphone body 32 are both designed to be cylindrical or are designed to be elliptical. Please refer to FIG. 12 at the same time. FIG. 12 is a third embodiment of the wireless transmission device of the present invention. The earphone body 32 can also be designed as two semi-circular arc-shaped decorations, and even can be designed into a square, polygonal, curved or wavy-like mixed design, which mainly makes the earphone a fashionable necklace design.

Referring to FIG. 13, FIG. 13 is a perspective view of a hybrid transmission device according to the present invention. As shown in the figure, the earphone device 30 is provided with a headphone cable 31, a headphone body 32, and a transmission device 33, wherein the transmission device 33 is a device The wireless transmission function device, and the transmission function 33 of the wireless transmission function may be a Bluetooth (Blue Tooth), the wireless transmission device is disposed on the earphone cable 31, and the transmission device 33 using the wireless transmission function is connected to the electronic device. 36, the electronic signal is transmitted to the earphone body 32 for playing. As shown in the figure, the transmission device 33 is a styling earphone cable 31 with accessories, and is symmetrically designed. Of course, the transmission device 33 with wireless transmission function can be disposed on the device. The styling headphone cable 31 can be matched with the jewelry, and the other styling headphone cable 31 can be provided with a control device 35. The working unit of the control device 35 can be provided with a volume control, a display screen, a play control, and The operating unit of the fast-rotating control, wherein the earphone body 32 of the embodiment is a pendant with an aesthetic shape, and the earphone wire 31 and the earphone body 32 Combined into an annular line, the line it is a monocyclic ring, in this design and added a further aesthetic shape of the earphone 38 and the pendant line 31 knot A single ring is formed, and the pendant 38 is only for decoration. Then, the two single rings are integrated into a double-ring necklace, and the connection of the two single rings can be connected by the buckle 37. Of course, it can also be designed to integrally form the design without the buckle 37. The combination of the above double ring allows the earphone device 30 to form a necklace type earphone, and is matched with the aesthetically shaped pendant (the earphone body 32 and the control device 35). The earphone device 30 is more fashionable, and a single wire extends from the single ring to the transmission device 33. In this embodiment, a single wire extends from the single ring to the transmission device 33. The transmission device 33 is a plug-in terminal, so that the earphone device 30 can be connected to the electronic device 36 to transmit the electronic signal to the earphone body 32 for playing, so that it can be applied to the wireless and plug-in dual-function transmission design, and the earphone cable 31 is one. The sheath is composed of a transmission line (not shown:), wherein the sheath is the earphone cord 31 shown in the figure, and the transmission line is covered by the sheath, so in this embodiment two single loops jacket The headset connector body 32 are covered with the transmission line, the transmission line has a pendant connected to the sheath 38 is not coated.

 14 and FIG. 15, FIG. 14 is an exploded view of the sleeve type connecting device of the present invention, and FIG. 15 is a combined sectional view of the sleeve type connecting device of the present invention. As shown in the figure, the earphone body 32 further includes two. The sound emitting device 321 has one end of the sound emitting device 321 connected to the earphone wire 31, and the difference from the first embodiment is mainly that the connecting structure 34 here is composed of two semi-elliptical sleeves 343 and a pair of connecting devices 344. The semi-elliptical sleeve 343-end is defined as the sound outlet surface 345 and has an opening on the same side of the sound-emitting hole of the sound-emitting device 321, and the other end of the semi-elliptical sleeve 343 is The sound emitting device 321 is connected to the same side of the earphone cord 31, and is defined as a sound source line surface 346 and has an opening. The semi-elliptical sleeve 343 is a hollow device, but the sound emitting device 321 is disposed on the semi-elliptical sleeve. In the cylinder 343, the earphone wire 31 is connected to the sound emitting device 321, so that the sound emitting device 321 slides through the sound emitting surface 345 of the semi-elliptical sleeve 343 and the opening of the sound source line surface 346. In the semi-elliptical sleeve 343 and not The semi-elliptical sleeve 343 is disengaged from the earphone wire 31, and the docking device 344 has a magnetic substance and is disposed on the sound-emitting surface 345 of the semi-elliptical sleeve 343, so that the docking device 344 is utilized. The magnetic object can face the sound emitting surface of the sound emitting device 321 to face, and the semi-elliptical sleeve 343 is combined into a stylish pendant.

Please refer to FIG. 16 again. FIG. 16 is an exploded view of the sleeve type buckle connecting device of the present invention. As shown in the figure, the earphone body 32 further includes two sound emitting devices 321 , and the sound emitting device 321 is connected to one end of the sound emitting device 321 . The headphone cord 31, and different from the first embodiment, is mainly that the connecting structure 34 is composed of two semi-elliptical sleeves 343 and a pair of connecting devices 344, wherein the semi-elliptical sleeve 343-end and the The sound emitting hole of the sound emitting device 321 is defined as the sound emitting surface 345 and has an opening, and the other end of the semi-elliptical sleeve 343 is connected to the sound emitting device 321 and the same side of the earphone wire 31 is defined as a sound source. The wire surface 346 has an opening, wherein the semi-elliptical sleeve 343 is a hollow device, but the sound emitting device 321 is disposed in the semi-elliptical sleeve 343, and the sound emitting device 321 is connected thereto. The earphone wire 31, so that the sound emitting device 321 slides through the sound outlet surface 345 of the semi-elliptical sleeve 343 and the opening of the sound source wire surface 346 to the semi-elliptical sleeve 343 and does not allow the semi-elliptical shape The sleeve 343 is separated from the earphone wire 31, and the docking device 344 is designed as a buckle. The buckle further includes a convex buckle and a concave buckle, and the convex buckle and the concave buckle are respectively disposed on the sound emitting surface 345 of the semi-elliptical sleeve 343, so the convex card is utilized. The buckle and the recessed buckle can be used for the sound emitting surface of the sound emitting device 321 For the face-to-face, the semi-elliptical sleeve 343 is combined into a styling pendant.

 Referring to FIG. 17, FIG. 17 is an exploded view and a partial perspective view of the sleeve type hook connecting device of the present invention. As shown in the figure, the earphone body 32 further includes two sound emitting devices 321 and the sound emitting device 321 The earphone wire 31 is connected to one end, and the difference from the first embodiment is mainly that the connecting structure 34 is composed of two semi-elliptical sleeves 343 and a pair of connecting devices 344, wherein the semi-elliptical sleeve The 343-end is defined as the sound-emitting surface 345 and has an opening on the same side of the sound-emitting hole of the sound-emitting device 321, and the other end of the semi-elliptical sleeve 343 is connected to the sound-emitting device 321 to the earphone wire 31. The surface is defined as the sound source line surface 346 and has an opening, wherein the semi-elliptical sleeve 343 is a hollow device, but the sound emitting device 321 is disposed in the semi-elliptical sleeve 343, and the sound emitting device is The earphone wire 31 is connected to the 321 , so that the sound emitting device 321 slides through the sound outlet surface 345 of the semi-elliptical sleeve 343 and the opening of the sound source wire surface 346 to the semi-elliptical sleeve 343 and does not Let the semi-elliptical sleeve 343 detach from the ear a line 31, and the docking device 344 is designed as a hook, one end of the hook is fixed on the semi-elliptical sleeve 343 and close to the sound emitting surface 345, and the other end of the hook is provided with a barb device, and A recess is disposed on the semi-elliptical sleeve 343 and adjacent to the sound outlet surface 345 for fixing by a hooking hooking device, so that the sound emitting surface of the sound emitting device 321 can be faced by the hook, so that the The semi-elliptical sleeve 343 is combined into a styling pendant.

 Referring to FIG. 18 again, FIG. 18 is an exploded view and a partial perspective view of the sleeve type sliding buckle connecting device of the present invention. As shown in the figure, the earphone body 32 further includes two sound emitting devices 321 , and the sound emitting device 321 The earphone wire 31 is connected to one end, and the difference from the first embodiment is mainly that the connecting structure 34 is composed of two semi-elliptical sleeves 343 and a pair of connecting devices 344, wherein the semi-elliptical sleeve The 343-end is defined as the sound-emitting surface 345 and has an opening on the same side of the sound-emitting hole of the sound-emitting device 321, and the other end of the semi-elliptical sleeve 343 is connected to the sound-emitting device 321 to the earphone wire 31. The surface is defined as the sound source line surface 346 and has an opening, wherein the semi-elliptical sleeve 343 is a hollow device, but the sound emitting device 321 is disposed in the semi-elliptical sleeve 343, and the sound emitting device is The earphone wire 31 is connected to the 321 , so that the sound emitting device 321 slides through the sound outlet surface 345 of the semi-elliptical sleeve 343 and the opening of the sound source wire surface 346 to the semi-elliptical sleeve 343 and does not Let the semi-elliptical sleeve 343 detach from the ear The wire is 31, and the docking device 344 is designed as a slider. One end of the slider is disposed on the sliding groove of the semi-elliptical sleeve 343 and close to the sound emitting surface 345, and the other end of the sliding buckle is provided with a barb device. At the same time, a recess is provided on the semi-elliptical sleeve 343 and close to the sound outlet surface 345 for fixing by the barb device of the slider, so that the slider is slid on the sliding groove to fasten the barb device to On the groove, the sound emitting surface of the sound emitting device 321 can be faced to face, and the semi-elliptical sleeve 343 can be combined into a beautiful pendant.

Referring to FIG. 19 again, FIG. 19 is an exploded view of the sleeve type spiral cassette connecting device of the present invention. As shown in the figure, the earphone body 32 further includes two sound emitting devices 321, and one end of the sound emitting device 321 is connected. The headphone cord 31 differs from the first embodiment mainly in that the connecting structure 34 is composed of two semi-elliptical sleeves 343 and a pair of connecting devices 344, wherein the semi-elliptical sleeves are 343-end and The sound emitting hole of the sound emitting device 321 is defined as the sound emitting surface 345 and has an opening, and the other end of the semi-elliptical sleeve 341 is connected with the sound emitting device 321 to the same surface of the earphone wire 31. The source line surface 346 has an opening, wherein the half The elliptical sleeve 343 is a hollow device. However, the sound emitting device 321 is disposed in the semi-elliptical sleeve 343, and the earphone device 31 is connected to the sound emitting device 321 so that the sound emitting device 321 is transparent. The sound outlet surface 345 of the semi-elliptical sleeve 343 and the mouth of the sound source line surface 346 slide on the semi-elliptical sleeve 343 and prevent the semi-elliptical sleeve 343 from coming off the earphone cord 31. The docking device 344 is designed as a spiral cassette. The spiral cassette further includes a male thread and a female screw, and the male thread and the female mosquito are respectively disposed on the sound emitting surface 345 of the semi-elliptical sleeve 343. Therefore, the male thread and the female screw fixing manner can face the sound emitting surface of the sound emitting device 321 to face each other, and the semi-elliptical sleeve 343 is combined into a beautiful aesthetic pendant.

 However, the above magnetic substances, hooks, sliders, and spiral cassettes can also be used in the foregoing embodiments, and are not limited to the embodiment described.

Claims

claims I. A headphone device, the headphone device includes: A headphone cable, the headphone cable includes a sheath and a transmission line, and the headphone cable is a flexible and bendable device; A transmission device, which is arranged on the headphone cable; An earphone body, which is disposed on the end of the wire body. The earphone body further includes two sound output devices and a connection structure, wherein the sound output device is connected to the earphone cable, and the sound output device is connected through the connection structure The sound output surfaces of the two sound output devices are docked face to face to form a headphone body with a stylish appearance. 2. The headphone device according to claim 1, wherein the headphone cable and the sound output device are arranged in a 90-degree direction. 3. The headphone device as claimed in claim 1, wherein the transmission line is provided in the sheath of the headphone cable. 4. The headphone device as claimed in claim 3, wherein the sheath is a braided wire, and the transmission line is disposed in the braided wire and combined with the headphone body, so that the headphone wire becomes a beautiful necklace. 5. The headphone device as claimed in claim 1, wherein the sheath is a general plastic headphone wire sheath for covering the transmission wire. 6. The headphone device as claimed in claim 1, wherein the transmission line is provided in the inner part of the sheath of the headphone cable. 7. The headphone device of claim 6, wherein the sheath includes a sheath covering the transmission line and a sheath not covering the transmission line, and the sheath covering the transmission line is formed with the headphone body. A loop line, the sheath that does not cover the transmission line forms another loop line, and the two loop lines are connected to each other at one place. 8. The headphone device of claim 7, wherein the sheath that does not cover the transmission line can be arranged in one or more rings. 9. The headphone device as claimed in claim 7, wherein the sheath covering the transmission line can be arranged in one or more rings. 10. The headphone device as claimed in claim 3 or 9, wherein a playback controller can be further provided on the sheath covering the transmission line. II. The headphone device as claimed in claim 1, wherein the sheath is a chain-shaped necklace, and the sheath and the signal line can be interlaced and intertwined to form a shaped necklace. 12. The headphone device as claimed in claim 1, wherein the transmission device is a plug terminal, and the plug terminal is used to plug in electronic equipment. 13. The headphone device as claimed in claim 1, wherein the transmission device is a wireless transmission device. 14. The headphone device as claimed in claim 13, wherein the wireless transmission device is a Bluetooth (Blue Tooth), which is used for wireless transmission of electronic signals. 15. The headphone device as claimed in claim 3 or 13, wherein the wireless transmission device of the transmission device is It is placed on the sheath covering the transmission line to become a beautiful necklace accessory. 16. The headphone device of claim 15, wherein one or more of the wireless transmission devices are disposed on the sheath covering the transmission line. 17. The earphone device as claimed in claim 1, wherein the earphone body is an elliptical structure, a square structure, a polygonal structure, a wavy structure or an arc-shaped structure. 18. The headphone device according to claim 1, wherein the connection structure is provided on two sound output devices, and the connection structure is respectively provided with a first buckle and a second buckle. 19. The earphone device as claimed in claim 18, wherein the first buckle and the second buckle can be made of soft material, hard material, or a mixture of hard material and soft material. 20. The headphone device according to claim 18, wherein the first buckle is one or more protrusions and is disposed on a sound output surface of the sound output device, and the second buckle is one or more protrusions. A recessed hole is provided on the sound output surface of another sound output device, and the first buckle and the second buckle can be connected to and matched with each other. 21. The headphone device as claimed in claim 1, wherein the connection structure is a magnetic substance disposed on the sound output surface of the sound output device so that the sound output surfaces of the two sound output devices are connected face to face. . 22. The headphone device according to claim 1, wherein the connection structure is a spiral latch, wherein the spiral latch is provided with male threads and female threads, which are respectively provided on the two sound output devices, and through the spiral latch The tenons connect and lock the two sound output devices. 23. The earphone device according to claim 1, wherein the connection structure is two half-elliptical sleeves, the half-elliptical sleeve is a hollow sleeve for setting the sound output device, and the half-elliptical sleeve can be Swipe online for this headset. 24. The earphone device according to claim 23, wherein the semi-elliptical sleeve can be provided with magnetic material, buckles or spiral tenons for docking and locking the two sound output devices. 25. The headphone device as claimed in claim 1, wherein the connection structure is a sleeve, the sleeve is provided with a sliding fastener, the sliding fastener includes a sliding buckle and a stop buckle, the sliding buckle is arranged on a On the sleeve, the stop buckle is arranged on another sleeve, and the slide buckle can slide on the sleeve until the stop buckle is closely matched with it. 26. The earphone device as claimed in claim 25, wherein the slide buckle and the buckle can be made of soft materials, hard materials, or a mixture of hard materials and soft materials.