Supra-aural rhythm of heart bluetooth headset
Technical Field
The utility model relates to a bluetooth headset technical field especially relates to an ear-hang rhythm of heart bluetooth headset.
Background
With the deep development of the wireless Bluetooth market and the technical innovation of software and hardware, the application scene of the Bluetooth headset is wider and more intelligent, and the attention of consumers to health begins to be strengthened.
But the mainstream bluetooth headset in current market, basically only possess the broadcast music function, and the convenience that bluetooth headset itself brought for the consumer, just reduce being connected of wire rod and cell-phone, various beautiful mood that the experience music that can be better brought, this also produces a problem, the consumer is when experiencing the music with the heart, can't take notes consumer's process state, and simultaneously, most earphone all is directly gone into the ear, do not do the ear and support, some consumers of hobby motion, in the motion process, the earphone drops easily, influence use experience.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide an ear-hang rhythm of heart bluetooth headset effectively solves above-mentioned technical problem.
For effectively solving the technical problem, the utility model discloses the technical scheme who takes as follows:
an ear-hung heart rate Bluetooth headset comprises a Bluetooth mainboard, a wire, a first headset head assembly and a second headset head assembly; the Bluetooth mainboard is connected with the first earphone head assembly through a first electronic wire, the Bluetooth mainboard is connected with the second earphone head assembly through a second electronic wire, the electronic wire is sleeved with an ear-hang on the surface of the connecting end of the earphone head assembly, the second earphone head assembly further comprises a heart rate module mainboard and a heart rate sensor-FPC connected with the heart rate module mainboard, and the heart rate module mainboard is connected with the Bluetooth mainboard through a second electronic wire.
Specially, earphone head subassembly one and earphone head subassembly two all include silica gel earplug, loudspeaker support piece and backshell, loudspeaker support piece with backshell group becomes the die cavity, the die cavity includes audio frequency antetheca and audio frequency back chamber, rhythm of the heart sensor-FPC set up in the audio frequency antetheca, loudspeaker support piece front portion is equipped with the horn bracket, be equipped with the loudspeaker unit in the horn bracket, the assembly of silica gel earplug overlaps in the horn bracket front end.
In particular, in the first earphone head assembly, the battery unit is arranged in the speaker holder and the rear shell, and the speaker holder and the battery unit are respectively connected through a first electronic wire.
Particularly, the built-in wireless transmission's of bluetooth mainboard bluetooth module, pair through the bluetooth and connect the cell-phone and broadcast APP.
In particular, the ear-hang is made of soft rubber.
The utility model has the advantages that: the utility model discloses an ear-hanging rhythm of heart bluetooth headset, in earphone head subassembly two, be equipped with rhythm of the heart module mainboard and the rhythm of the heart of being connected with itsensor-FPCThe utility model discloses a high-strength earphone, including the earphone, the earphone is connected with the earphone, the heart rate module mainboard pass through the electron wire rod with the bluetooth mainboard is connected, outside the independent earphone subassembly of bluetooth mainboard, audio frequency and data transmission are realized to its built-in wireless transmission's of bluetooth mainboard, let the cell-phone be connected with the earphone through APP, and the step number of record walking, rhythm of the heart state etc. support data transmission and be connected with the cell-phone in audio signal transmission, and the earphone is from taking the ear-hang firm characteristic simultaneously, even doing the high strength motion, the earphone can not drop yet and lose.
The present invention will be described in detail with reference to the accompanying drawings.
Drawings
Fig. 1 is a schematic view of the overall structure of the present invention.
Fig. 2 is a schematic structural diagram of a first middle earphone head assembly according to the present invention.
Fig. 3 is a schematic view of the structure of the middle earphone head assembly of the present invention.
Detailed Description
Example 1:
as shown in fig. 1-3, the structure of the supra-aural heart rate bluetooth headset provided by this embodiment is:
an ear-hung heart rate Bluetooth headset comprises a Bluetooth mainboard 1, an electronic wire 2, a first headset head component 3 and a second headset head component 4; electronic wire 2 includes first electronic wire 5 and second electronic wire 6, bluetooth mainboard 1 through first electronic wire 5 with earphone head subassembly 3 is connected, bluetooth mainboard 1 through second electronic wire 6 with earphone head subassembly two 4 is connected, electronic wire 2 and earphone head link surface cover have ear-hang 7, earphone head subassembly two 4 still includes rhythm of the heart module mainboard 8 and the rhythm of the heart sensor-FPC 9 of being connected with it, rhythm of the heart module mainboard 8 through second electronic wire 6 with bluetooth mainboard 1 is connected.
Earphone head subassembly one 3 and two 4 of earphone head subassembly all include silica gel earplug 10, loudspeaker support 11 and backshell 12, loudspeaker support 11 with backshell 12 group becomes die cavity 13, die cavity 13 includes audio frequency antechamber 14 and audio frequency postchamber 15, heart rate sensor-FPC 9 set up in audio frequency antechamber 14, loudspeaker support 11 front portion is equipped with loudspeaker support 16, be equipped with loudspeaker unit 17 in the loudspeaker support 16, the assembly of silica gel earplug 10 overlaps in loudspeaker support 16 front end. In the first earphone head assembly 3, the battery unit 18 is arranged in the speaker holder 11 and the rear shell 12, and the speaker unit 17 and the battery unit 18 are respectively connected through the first electronic wire 5. The built-in wireless transmission's of bluetooth mainboard 1 bluetooth module is mated through the bluetooth and is connected the cell-phone and broadcast APP. The ear-hang 7 is made of soft rubber.
The technical principle is as follows:
1. the utility model discloses in earphone head subassembly two, be equipped with rhythm of the heart module mainboard and the rhythm of the heart of being connected with itsensor- FPCThe heart rate module mainboard pass through the electron wire rod with the bluetooth mainboard is connected, outside the independent earphone subassembly of bluetooth mainboard, audio frequency and data transmission are realized to its built-in wireless transmission's of bluetooth mainboard, let the cell-phone be connected with the earphone through APP, and the step number of record walking, rhythm of the heart state etc. when audio signal transmits, support data transmission and be connected with the cell-phone.
2. The utility model discloses the earphone is from taking the firm characteristic of ear-hook, even doing the high strength motion, the earphone can not drop yet and lose.
The method comprises the following specific steps:
the utility model provides an ear-hanging rhythm of heart bluetooth headset, includes bluetooth mainboard, wire rod, earphone head subassembly one, earphone head subassembly two, the bluetooth mainboard is through first electron wire rod connection earphone head subassembly one, the bluetooth mainboard passes through second electron wire rod connection earphone head subassembly two, electron wire rod and earphone head link surface cover have the ear-hang, the ear-hang forms for the preparation of flexible glue material, earphone head subassembly all includes silica gel earplug, loudspeaker support piece, backshell, loudspeaker support piece with backshell group becomes shapingThe cavity, the die cavity includes audio frequency front chamber and audio frequency back chamber, in earphone head subassembly one, built-in battery unit in loudspeaker support piece and the backshell connects loudspeaker unit and battery unit respectively through first electron wire rod, in earphone head subassembly two, including rhythm of the heart module mainboard and the rhythm of the heart of being connected with itsensor-FPCThe heart rate module mainboard is connected with the Bluetooth mainboard through a second electronic wire; heart rate sensor-FPC set up in the audio frequency front chamber, audio frequency and data transmission are realized to the built-in wireless transmission's of bluetooth mainboard bluetooth module, let the cell-phone be connected with the earphone through APP, record walking step number, rhythm of the heart state etc. when audio signal transmits, support data transmission and be connected with the cell-phone.
The utility model discloses not limited to above-mentioned embodiment, all adopt with the utility model discloses similar structure and method realize the utility model discloses all embodiments of purpose are in the utility model discloses within the protection scope.