CN218071772U - Rear-hanging type air conduction Bluetooth headset and charging bin - Google Patents
Rear-hanging type air conduction Bluetooth headset and charging bin Download PDFInfo
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- CN218071772U CN218071772U CN202222226228.5U CN202222226228U CN218071772U CN 218071772 U CN218071772 U CN 218071772U CN 202222226228 U CN202222226228 U CN 202222226228U CN 218071772 U CN218071772 U CN 218071772U
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Abstract
The utility model discloses a rear-hanging type air conduction Bluetooth earphone, which comprises a left earphone and a left earphone body, wherein the left earphone tail part and the left earphone wearing part of the first casing are of arc structures and are arranged along with the outline of a left ear, the radian of the left earphone head and the left ear wearing part is in transition arrangement, the left earphone head and the left earphone wearing part are arranged at an angle, and the left earphone head is attached to the left ear canal; the left earphone structure and the right earphone structure are consistent; the utility model discloses a back hanging gas conduction bluetooth headset and storehouse of charging compare in traditional earphone the utility model discloses a bluetooth headset need not get into people's duct also can use, and the position of going out the sound hole and the adjustment of going out the sound direction and having carried out the specialty, make it hug closely respectively in controlling the duct, make the best sound color and tone quality of earphone performance, promoted speech quality and use the impression, effectively reduced the otology disease that the user leads to because of using the earphone, the protection ear that can be better is healthy, whole outward appearance is brief, generous, smooth.
Description
Technical Field
The utility model relates to a bluetooth headset technical field especially relates to a hanging gas conduction bluetooth headset in back and storehouse of charging.
Background
The Bluetooth earphone applies the Bluetooth technology to the hands-free earphone, so that users can avoid annoying wiring stumbling and can easily talk in various ways. Since the advent of Bluetooth headsets, bluetooth headsets have been a good tool for improving efficiency of mobile commerce families; there are the bluetooth headset of many forms in the existing market, but basically all are the bluetooth headset of direct pleasant form, but the bluetooth headset of going into the ear can bring many duct diseases for the duct, present traditional bluetooth headset all is direct laminating at the duct simultaneously, some bluetooth headset very easily drop at the in-process of wearing even, and wear the difficulty, consequently need a back-hanging gas conduction bluetooth headset and the storehouse of charging, compare in traditional earphone mutually the utility model discloses a bluetooth headset need not get into people's duct also can use, the position of sound hole and the direction of sounding have carried out professional adjustment, make it hug closely respectively in left and right sides duct, make earphone performance best tone color and tone quality, promoted speech quality and use impression, make the people need not go deep into human duct just can enjoy the light and joyful that the music brought, effectively reduced the user because use the earphone and the otology disease that leads to, can be better protection ear healthy, bluetooth headset itself is whole and smooth simultaneously, the impression just gives other people general encirclement with the silk ribbon, light silk is smooth, application lines, let battery compartment and loudspeaker chamber closely combine, simple and graceful, the appearance is whole and graceful, and smooth.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing a hanging gas conduction bluetooth headset in back and storehouse of charging to solve the problem that above-mentioned prior art exists.
In order to achieve the above object, the utility model provides a following scheme: the utility model provides a back-hanging type air conduction Bluetooth earphone, including left earphone and right earphone, left earphone and right earphone are worn respectively on the outline of left ear and right ear, left earphone includes first casing, first casing includes left earphone afterbody, left earphone wearing portion and left earphone head, just left earphone afterbody, left earphone wearing portion and left earphone head are the integrated into one piece structure, left earphone afterbody and left earphone wearing portion are the arc structure, and follow shape with the left ear outline and set up, left earphone head with left ear wearing portion radian transition sets up, left earphone head with left earphone wearing portion is the angle setting, and left earphone head laminates to left ear duct direction; the left earphone head is provided with a sound outlet part and a charging part, the sound outlet part and the charging part are arranged on one side attached to an ear canal, and the sound outlet part is used for receiving and conducting sound; a voice conversation part is arranged on the head part of the left earphone, which is far away from the auditory canal, and is used for transmitting voice conversation sound;
the right earphone comprises a second shell, the second shell comprises a right earphone tail part, a right earphone wearing part and a right earphone head part, and the right earphone tail part, the right earphone wearing part and the right earphone head part are of an integrally-formed structure; the right earphone tail and the right earphone wearing part are of arc structures and are arranged along the outline of the right ear in a shape, the right earphone head and the radian transition of the right earphone wearing part are arranged, the right earphone head and the right earphone wearing part are arranged at an angle, the right earphone head is attached to the auditory canal of the right ear, the right earphone head is identical to the left earphone head in structure, and the appearance lines of the first shell and the second shell are of ribbon streamline structures.
Preferably, the first casing includes left earphone inferior valve, can dismantle on the left earphone inferior valve and be connected with left earphone epitheca, the tip of left earphone inferior valve can be dismantled and be connected with left earphone antetheca inferior valve, can dismantle on the left earphone antetheca inferior valve and be connected with left earphone antetheca epitheca, the afterbody and the middle part of left earphone inferior valve are the arc structure, left earphone antetheca epitheca with left earphone antetheca inferior valve with left earphone inferior valve radian transition sets up, left earphone head does left earphone antetheca inferior valve with the cavity that left earphone antetheca epitheca formed, left earphone wearing portion does left earphone inferior valve with the cavity that left earphone epitheca middle part formed, left earphone afterbody does left earphone inferior valve with the cavity that left earphone epitheca afterbody formed.
Preferably, a first battery is placed in a cavity formed by the left earphone lower shell and the left earphone upper shell, a left earphone sound outlet hole and at least two first charging copper columns are arranged on the left earphone front cavity lower shell, the left earphone sound outlet hole is close to the left ear auditory canal, a left earphone MIC hole is formed in the left earphone front cavity upper shell, a loudspeaker and a microphone are placed in the cavity formed by the left earphone front cavity lower shell and the left earphone front cavity upper shell, the loudspeaker and the microphone are respectively arranged corresponding to the left earphone sound outlet hole and the left earphone MIC hole, and the loudspeaker, the microphone and the first charging copper columns are respectively connected with the first battery through electric wires.
Preferably, the second casing includes the right earphone inferior valve, can dismantle on the right earphone inferior valve and be connected with the right earphone epitheca, the tip of right earphone inferior valve can be dismantled and be connected with right earphone front cavity inferior valve, can dismantle on the right earphone front cavity inferior valve and be connected with right earphone front cavity epitheca, the afterbody and the middle part of right earphone inferior valve are the arc structure, right earphone front cavity epitheca with the right earphone epitheca with right earphone front cavity inferior valve with right earphone inferior valve radian transition sets up, the right earphone head does right earphone front cavity inferior valve with the cavity that right earphone front cavity epitheca formed, the right earphone portion of wearing does right earphone inferior valve with the cavity that right earphone epitheca middle part formed, the right earphone afterbody does right earphone inferior valve with the cavity that right earphone epitheca afterbody formed.
Preferably, a second battery is placed in a cavity formed by the lower right earphone shell and the tail of the upper right earphone shell, a right earphone sound outlet hole and at least two second charging copper columns are arranged on the lower right earphone front cavity shell, the right earphone sound outlet hole is close to the auditory canal of the right ear, a right earphone MIC hole is formed in the upper right earphone front cavity shell, a loudspeaker and a microphone are placed in the cavity formed by the lower right earphone front cavity shell and the upper right earphone front cavity shell, the loudspeaker and the microphone respectively correspond to the sound outlet hole of the right earphone and the MIC hole of the right earphone, and the loudspeaker, the microphone and the second charging copper columns are respectively connected with the second battery through electric wires.
Preferably, a left earphone indicator lamp is fixedly mounted on the upper shell of the front cavity of the left earphone, the left earphone indicator lamp is connected with the first battery through an electric wire, a right earphone indicator lamp is fixedly mounted on the upper shell of the front cavity of the right earphone, and the right earphone indicator lamp is connected with the second battery through an electric wire.
In order to achieve the above purpose, the utility model also provides the following scheme: the utility model also provides a storehouse of charging for the back hanging gas conduction bluetooth headset of claim 1-6 charge, including storehouse epitheca and the storehouse inferior valve that charges, the storehouse epitheca that charges with the storehouse inferior valve that charges can open and shut the setting, be provided with earphone placing part and the portion of charging in the storehouse inferior valve that charges, earphone placing part is used for placing left earphone and right earphone.
Preferably, place the interior support under the storehouse of charging in the storehouse inferior valve of charging, set up the standing groove that arc recess and two symmetries were seted up in the interior support down, the arc recess with the standing groove is linked together, left side earphone with right side earphone respectively with the space looks adaptation that arc recess and two standing grooves formed, and two place left earphone head and right earphone head respectively in the standing groove, place the interior support on the storehouse of charging on the storehouse epitheca, set up flutedly on the storehouse of charging, the recess corresponds the setting with the position of two standing grooves respectively, hold in the palm the below in the storehouse of charging down and be provided with the portion of charging.
Preferably, the portion of charging is including dismantling the connection and being in the storehouse battery that charges of interior support below under the storehouse, fixed mounting has the mouth that charges on the lateral wall of storehouse inferior valve that charges, the mouth that charges inside through the electric wire with the storehouse battery that charges is connected, the symmetry rigid coupling has two at least earphone thimble that charges on the storehouse battery that charges, and both sides the earphone charge thimble run through the standing groove respectively with first copper post and the second copper post looks adaptation that charges.
Preferably, be provided with a plurality of storehouse electric quantity leaded light spare and a plurality of storehouse mainboard LED lamp that charges on the storehouse inferior valve that charges, storehouse electric quantity leaded light spare that charges is located storehouse mainboard LED lamp top that charges and with storehouse mainboard LED lamp that charges corresponds the setting, a plurality of storehouse mainboard LED lamp that charges respectively through the electric wire with storehouse battery electric connection charges.
The utility model discloses a following technological effect: the utility model discloses a back hanging gas conduction bluetooth headset comprises left and right sides earphone and the storehouse of charging, utilizes the principle of air conduction to realize functions such as conversation, music broadcast, and the storehouse of charging can charge for the earphone, and earphone self also possesses strong and lively duration simultaneously. Compared with the traditional earphone, the Bluetooth earphone of the utility model can be used without entering the auditory meatus of a person, the position and the sound emitting direction of the sound emitting hole are professionally adjusted, so that the Bluetooth earphone is respectively clung to the left auditory meatus and the right auditory meatus, the earphone can play the best sound and tone quality, the conversation quality and the use feeling are improved, the person can enjoy the relaxation and joyfulness brought by music without penetrating into the auditory meatus of the human body, the otology diseases caused by the use of the earphone of the user are effectively reduced, and the ear health can be better protected; in addition, the appearance of the left and right earphones adopts a ribbon streamline structure, so that the lines of the Bluetooth earphones are whole and smooth, people feel that the lines are generally surrounded by the ribbon, the Bluetooth earphones are light and smooth, the lines are skillfully utilized, the battery bin and the loudspeaker cavity are tightly combined, the Bluetooth earphones are integrated, and the whole appearance is simple, elegant and smooth.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required to be used in the embodiments will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to the drawings without inventive labor.
Fig. 1 is a schematic view of a left earphone structure;
FIG. 2 is a schematic diagram of a right earphone structure;
fig. 3 is an exploded view of the left earphone;
fig. 4 is an exploded view of the right earphone;
FIG. 5 is a schematic view of a charging chamber;
FIG. 6 is a schematic structural diagram of an open state of a charging chamber of an undisplaced Bluetooth headset;
fig. 7 is a structural schematic diagram of an opened state of a charging bin with a bluetooth headset;
FIG. 8 is a front view of an exploded view of the charging bin;
FIG. 9 is a rear view of an exploded view of the charging bin;
wherein, 1-charging bin upper shell; 2-a lower charging bin shell; 3-charging bin electricity light guide; a 4-type-c charging port; 5-upper shell of front cavity of left earphone; 6-left earphone indicator light; 7-left earphone lower shell; 8-left earphone upper shell; 9-MIC hole of left earphone; 10-sound outlet hole of left earphone; 11-a first charged copper pillar; 12-right earphone indicator light; 13-right earphone lower shell; 14-right earphone upper shell; 15-right earphone MIC hole; 16-right earphone front cavity upper shell; 17-sound outlet hole of right earphone; 18-a second charged copper column; 19-charging the upper inner support of the bin; 20-charging the lower inner support of the bin; 21-an earphone charging thimble; 22-left earphone; 23-a right earphone; 24-a loudspeaker; 25-a microphone; 26-a first battery; 27-a second battery; 28-charging the bin battery; 29-touch thimble; 30-left earphone front cavity lower shell; 31-lower front cavity housing of right earphone; 32-charging chamber shading foam; 33-charging bin main board LED lamp; 34-a rotating shaft; 35-a magnet; 36-Hall switch.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.
In order to make the above objects, features and advantages of the present invention more comprehensible, the present invention is described in detail with reference to the accompanying drawings and the detailed description.
Referring to fig. 1-9, the utility model provides a rear-mounted air conduction bluetooth headset, including left earphone 22 and right earphone 23, left earphone 22 and right earphone 23 are worn respectively on the outline of left ear and right ear, left earphone 22 includes first casing, first casing includes left earphone afterbody, left earphone wearing portion and left earphone head, and left earphone afterbody, left earphone wearing portion and left earphone head are integrated into one piece structure, left earphone afterbody and left earphone wearing portion are the arc structure, and set up with left ear outline conformal, left earphone head and left ear wearing portion radian transition set, left earphone head and left earphone wearing portion are the angle setting, and left earphone head laminates to left ear duct direction; the left earphone head is provided with a sound outlet part and a charging part, the sound outlet part and the charging part are arranged on one side attached to the auditory canal, and the sound outlet part is used for receiving and conducting sound; a voice conversation part is arranged on the head of the left earphone at one side far away from the auditory canal and is used for transmitting voice conversation sound;
the right earphone 23 comprises a second housing, the second housing comprises a right earphone tail, a right earphone wearing part and a right earphone head, and the right earphone tail, the right earphone wearing part and the right earphone head are of an integrally formed structure; the right earphone tail and the right earphone wearing part are of arc structures and are arranged along the shape of the outer contour of the right ear, the right earphone head and the right earphone wearing part are arranged in a radian transition mode, the right earphone head and the right earphone wearing part are arranged at an angle, the right earphone head is attached to the auditory canal of the right ear, the right earphone head and the left earphone head are identical in structure, and the appearance lines of the first shell and the second shell are of ribbon streamline structures.
The left earphone tail part, the left earphone wearing part, the right earphone tail part and the right earphone wearing part are arranged to be arc-shaped structures through the left earphone 22 and the right earphone 23, and the outer lines of the left earphone wearing part, the right earphone wearing part and the right earphone wearing part are made to be filament streamline-shaped structures, so that a person can be completely attached to the outer contours of the left ear and the right ear when wearing the earphone, meanwhile, the lowest ends of the left earphone tail part and the right earphone tail part are arranged to be inclined close to the inner contour of the ear, the whole earphone can be firmly attached to the outer contour of the ear, meanwhile, the left earphone head part, the left earphone wearing part, the right earphone head part and the right earphone wearing part are all in a radian transition form, and the connection parts are in arc connection, so that the outer contours of the ears are not damaged, in addition, left side earphone head and left ear portion of wearing and right earphone head and right ear portion of wearing are the angle setting, and the angle between for the angle that is fit for left ear and right ear top width, make it difficult to press from both sides the ear when wearing above, can also make left earphone 22 and the play sound portion of right earphone 23 tightly laminate left ear duct and right ear duct respectively simultaneously, make sound can be better have the air to transmit in the duct, prevent other noise, and simultaneously, left side earphone head and right earphone head do not go into the duct, can prevent its a series of injuries that cause to the ear, prevent the ear inflammation, the bluetooth headset that this application provided is positive healthy, the earphone of comfortable wearing experience is provided. The audio transmission is carried out in the form of air conduction, the user does not need to go deep into the auditory canal, the hearing of the user can be better protected, the wearing mode is simplified, the simple back-hanging mode is realized, the user can place in one step without excessive adjustment, and the user can enjoy the relaxation and the joy brought by music.
In order to further enable the Bluetooth headset to be worn more conveniently and comfortably, the first shell comprises a left headset lower shell 7, a left headset upper shell 8 is detachably connected to the left headset lower shell 7, the left headset lower shell 7 and the left headset upper shell 8 are directly installed in an opening and closing mode, namely the installation mode is the same as that of the existing headset, the end part of the left headset lower shell 7 is detachably connected with a left headset front cavity lower shell 30, the left headset front cavity lower shell 30 is detachably connected with a left headset front cavity upper shell 5, the left headset lower shell 7 is connected with the left headset front cavity lower shell 30 through screws, the left headset front cavity lower shell 30 is directly connected with the left headset front cavity upper shell 5 in a buckling mode, and the end part of the left headset front cavity upper shell 5 is in contact with the end part of the left headset upper shell 5; the tail part and the middle part of the left earphone lower shell 7 are of arc structures, the left earphone front cavity upper shell 5 and the left earphone upper shell 8 are arranged in a radian transition mode with the left earphone front cavity lower shell 30 and the left earphone lower shell 7, the head part of the left earphone is a cavity formed by the left earphone front cavity lower shell 30 and the left earphone front cavity upper shell 5, the wearing part of the left earphone is a cavity formed by the middle parts of the left earphone lower shell 7 and the left earphone upper shell 8, and the tail part of the left earphone is a cavity formed by the left earphone lower shell 7 and the tail part of the left earphone upper shell 8;
Furthermore, the second shell comprises a right earphone lower shell 13, a right earphone upper shell 14 is detachably connected to the right earphone lower shell 13, a right earphone front cavity lower shell 31 is detachably connected to the end portion of the right earphone lower shell 13, a right earphone front cavity upper shell 16 is detachably connected to the right earphone front cavity lower shell 31, the tail portion and the middle portion of the right earphone lower shell 13 are of arc structures, the right earphone front cavity upper shell 16 and the right earphone upper shell 14 are in arc transition with the right earphone front cavity lower shell 31 and the right earphone lower shell 13, the right earphone head portion is a cavity formed by the right earphone front cavity lower shell 31 and the right earphone front cavity upper shell 16, the right earphone wearing portion is a cavity formed by the middle portions of the right earphone lower shell 13 and the right earphone upper shell 14, and the right earphone tail portion is a cavity formed by the right earphone lower shell 13 and the right earphone upper shell 14.
A second battery 27 is placed in a cavity formed by the tail parts of the right earphone lower shell 13 and the right earphone upper shell 14, a right earphone sound outlet hole 17 and at least two second charging copper columns 18 are arranged on the right earphone front cavity lower shell 31, the right earphone sound outlet hole 17 is arranged close to the auditory canal of the right ear, a right earphone MIC hole 15 is arranged on the right earphone front cavity upper shell 16, a loudspeaker 24 and a microphone 25 are placed in a cavity formed by the right earphone front cavity lower shell 31 and the right earphone front cavity upper shell 16, the loudspeaker 24 and the microphone 25 are respectively arranged corresponding to the right earphone sound outlet hole 17 and the right earphone MIC hole 15, and the loudspeaker 24, the microphone 25 and the second charging copper columns 18 are respectively connected with the second battery 27 through electric wires; the connection form of the internal structure of the right earphone is the same as that of the internal structure of the left earphone, and is not described herein again.
The shapes of the left earphone lower shell 7, the left earphone upper shell 8, the left earphone front cavity lower shell 30, the left earphone front cavity upper shell 5, the right earphone lower shell 13, the right earphone upper shell 14, the right earphone front cavity lower shell 31 and the right earphone front cavity upper shell 16 adopt a ribbon streamline structure, so that the Bluetooth earphone has the advantages that the lines of the Bluetooth earphone are integral and smooth, the Bluetooth earphone is generally surrounded by the ribbons when people feel, the Bluetooth earphone is light and smooth, the lines are skillfully utilized, and the product integrity is stronger; meanwhile, the left earphone sound outlet hole 10 and the right earphone sound outlet hole 17 are formed in the positions close to the auditory meatus of the left ear and the auditory meatus of the right ear, so that the received sound effect is better, the left earphone lower shell 7 and the head of the right earphone lower shell 13 are matched to be arranged close to the auditory meatus, the structure can not enter the auditory meatus, the auditory meatus cannot be damaged, and the otological diseases caused by the use of earphones of a user are effectively reduced; and when the left earphone 22 and the right earphone 23 are directly hung on the outer contour of the ear from the rear, the left earphone sound outlet hole 10 and the right earphone sound outlet hole 17 are respectively aligned with the ear canal of the left ear and the ear canal of the right ear, so that the sound transmission is more accurate and less noise occurs. Left earphone MIC hole 9 and right earphone MIC hole 15 are the same and are close the duct setting, make the dialogue more convenient like this for the dialogue sound is transmitted for microphone 25 by left earphone MIC hole 9 and right earphone MIC hole 15 better, makes the dialogue more convenient, brings different experience for the user.
Furthermore, the left earphone indicator lamp 6 is connected with the first battery 26 through a wire, the right earphone indicator lamp 12 is fixedly mounted on the right earphone front cavity upper shell 16, and the right earphone indicator lamp 12 is connected with the second battery 27 through a wire. The left earphone indicator lamp 6 and the right earphone indicator lamp 12 are arranged so that a user can know the starting state and other states of the Bluetooth earphone when using the Bluetooth earphone.
Referring to fig. 6-9, the present invention further provides a charging chamber for charging the rear-hanging type air conduction bluetooth headset of claims 1-6, comprising a charging chamber upper shell 1 and a charging chamber lower shell 2, wherein the charging chamber upper shell 1 and the charging chamber lower shell 2 can be opened and closed, a rotating shaft 34 is disposed between the charging chamber upper shell 1 and the charging chamber lower shell 2, a hall switch 36 is fixedly connected in the charging chamber lower shell 2, a magnet 35 is fixedly connected to the charging chamber upper shell 1, the hall switch 36 is used for detecting the open and close states of the charging chamber upper shell 1 and the charging chamber lower shell 2, and converting the open and close states of the charging chamber upper shell 1 and the charging chamber lower shell 2 into a level signal to be transmitted to the MCU processing module, the MCU processing module analyzes and judges the level signal to the bluetooth processing module, the bluetooth processing module further controls the on-off state of the bluetooth headset according to the received level signal, when the upper cover is fastened to the bottom cover, the hall switch is close to the hall switch, the hall switch detects a magnetic field and transmits the level signal to the MCU processing module, and the MCU outputs the level signal for shutdown; the upper cover is opened, the magnet is far away from the Hall, the Hall switch does not detect a magnetic field and sends a level signal to the MCU processing module, and the MCU processing module outputs the level signal for starting up; the charging bin lower shell 2 is internally provided with a headset placing part and a charging part, and the headset placing part is used for placing a left headset 22 and a right headset 23.
Further optimization scheme, place interior support 20 under the storehouse of charging in the storehouse inferior valve 2 of charging, the standing groove that arc recess and two symmetries were seted up is seted up in interior support down, arc recess and standing groove are linked together, left earphone 22 and right earphone 23 respectively with the space looks adaptation that arc recess and two standing groove formed, and place left earphone head and right earphone head respectively in two standing grooves, place interior support 19 on the storehouse of charging on the storehouse epitheca 1 of charging, set up flutedly on the storehouse of charging on 19, the recess with respectively with the position correspondence setting of two standing grooves, it is provided with the portion of charging to hold in the palm 20 below in the storehouse of charging down.
Further optimize the scheme, the portion of charging including can dismantle the connection under the storehouse of charging the storehouse battery 28 of the storehouse of charging below 20, fixed mounting has the mouth of charging on the lateral wall of storehouse inferior valve 2 of charging, wherein the mouth of charging can be type-c charging mouth 4, the mouth of charging is inside to be connected with the storehouse battery 8 of charging through the electric wire, the symmetry rigid coupling has two at least earphone thimble 21 that charges on the storehouse battery 28 of charging, and the earphone thimble 21 of both sides of charging runs through the standing groove respectively with first copper post 11 and the 18 looks adaptations of second copper post that charge.
The setting of holding in the palm about charging the storehouse can be put into about earphone 23 completely, and not only can charge it, can also accomodate it and prevent it from being damaged.
Further optimization scheme, be provided with a plurality of storehouse electric quantity leaded light spare 3 and a plurality of storehouse mainboard LED lamp 33 that charges on the storehouse inferior valve 2 that charges, storehouse electric quantity leaded light spare 3 that charges is located storehouse mainboard LED lamp 33 top that charges and corresponds the setting with storehouse mainboard LED lamp 33 that charges, a plurality of storehouse mainboard LED lamp 33 that charges respectively through electric wire and storehouse battery 28 electric connection that charges, rigid coupling battery mainboard (not mark in the picture) on storehouse battery 28 charges, a plurality of storehouse mainboard LED lamp 33 that charges of rigid coupling on battery mainboard, the rigid coupling has storehouse shading bubble cotton 32 that charges simultaneously on battery mainboard, and storehouse shading bubble cotton 32 that charges is located storehouse mainboard LED lamp 33 rear for shelter from the light that storehouse mainboard LED lamp 33 sent that charges, make it can all reflect for storehouse electric quantity leaded light spare 3 that charges, and then make the user can directly perceivedly know the situation of charging of controlling the earphone in the storehouse that charges.
The utility model discloses a back hanging gas conduction bluetooth headset comprises left and right sides earphone and the storehouse of charging, utilizes the principle of air conduction to realize functions such as conversation, music broadcast, and the storehouse of charging can charge for the earphone, and earphone self also possesses strong and lively duration simultaneously. Compare in traditional earphone simultaneously the utility model discloses a bluetooth headset need not get into people's duct also can use, goes out the position of sound hole and goes out the adjustment that the sound direction has carried out the specialty, makes it hug closely respectively in controlling the duct, makes the best tone color of earphone performance and tone quality, has promoted speech quality and use impression, makes the people need not go deep into human duct just can enjoy the light and the joyful that the music brought, has effectively reduced the otology disease that the user leads to because of using the earphone, and the protection ear that can be better is healthy.
The mode of wearing is also very simple, and the physique of earphone adopts ergonomic design, and the size elasticity accords with most crowds, and the shape of earphone designs according to the outline of people's ear, through verifying repeatedly, is fit for most people and wears. The whole similar to letter C of earphone physique, skin is hugged closely to the main part inboard, and the surface treatment of the close skin of cooperation has promoted greatly and has worn the comfort level, and letter C's physique design makes and wears convenient and fast more, and a knot targets in place and need not too much adjustment, further promotes the use of earphone and feels.
The appearance of the left and right earphones adopts a ribbon streamline structure, so that the lines of the Bluetooth earphones are whole and smooth, people feel that the lines are generally surrounded by the ribbon, the Bluetooth earphones are light and smooth, the lines are skillfully utilized, the battery compartment and the loudspeaker 24 cavity are tightly combined, the whole appearance is simple, elegant and smooth.
In the description of the present invention, it is to be understood that the terms "longitudinal", "lateral", "up", "down", "front", "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", and the like indicate orientations or positional relationships based on those shown in the drawings, and are merely for convenience of description of the present invention, and do not indicate or imply that the device or element so referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore, should not be construed as limiting the present invention.
The above embodiments are only for describing the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention, and various modifications and improvements made by those skilled in the art without departing from the design spirit of the present invention should fall within the protection scope defined by the claims of the present invention.
Claims (10)
1. The utility model provides a back hanging air conduction bluetooth headset, includes left earphone (22) and right earphone (23), left earphone (22) and right earphone (23) are worn respectively on the outline of left ear and right ear, its characterized in that: the left earphone (22) comprises a first shell, the first shell comprises a left earphone tail part, a left earphone wearing part and a left earphone head part, the left earphone tail part, the left earphone wearing part and the left earphone head part are of an integrally formed structure, the left earphone tail part and the left earphone wearing part are of arc structures and are arranged along the outline of a left ear in a shape following manner, the left earphone head part and the left earphone wearing part are arranged in a radian transition manner, the left earphone head part and the left earphone wearing part are arranged in an angle manner, and the left earphone head part is attached to the left ear canal in a direction of the left ear; the left earphone head is provided with a sound outlet part and a charging part, the sound outlet part and the charging part are arranged on one side attached to the auditory canal, and the sound outlet part is used for receiving and conducting sound; a voice conversation part is arranged on the head of the left earphone at one side far away from the auditory canal and is used for transmitting voice conversation sound;
the right earphone (23) comprises a second shell, the second shell comprises a right earphone tail part, a right earphone wearing part and a right earphone head part, and the right earphone tail part, the right earphone wearing part and the right earphone head part are of an integrally formed structure; the right earphone tail and the right earphone wearing part are of arc structures and are arranged along the shape of the outer contour of the right ear, the right earphone head is in radian transition with the right earphone wearing part, the right earphone head is arranged at an angle with the right earphone wearing part, the right earphone head is attached to the auditory canal of the right ear, the right earphone head is identical to the left earphone head in structure, and the outline lines of the first shell and the second shell are of ribbon streamline structures.
2. The rear-hanging air conduction Bluetooth headset of claim 1, wherein: the first casing includes left earphone inferior valve (7), can dismantle on left earphone inferior valve (7) and be connected with left earphone epitheca (8), the tip of left earphone inferior valve (7) can be dismantled and be connected with left earphone antetheca inferior valve (30), can dismantle on left earphone antetheca inferior valve (30) and be connected with left earphone antetheca epitheca (5), the afterbody and the middle part of left earphone inferior valve (7) are the arc structure, left earphone antetheca epitheca (5) with left earphone epitheca (8) with left earphone antetheca inferior valve (30) with left earphone inferior valve (7) radian transition sets up, left earphone head does left earphone antetheca inferior valve (30) with the cavity that left earphone antetheca epitheca (5) formed, left earphone portion of wearing does left earphone inferior valve (7) with the cavity that left earphone epitheca (8) middle part formed, left earphone afterbody does left earphone inferior valve (7) with the cavity that left earphone epitheca (8) afterbody formed.
3. The rear-hanging air conduction Bluetooth headset of claim 2, wherein: first battery (26) have been placed in left side earphone inferior valve (7) with the cavity that left side earphone epitheca (8) afterbody formed, set up left earphone on left side earphone front chamber inferior valve (30) and go out sound hole (10) and install two at least first copper post that charges (11), just left side earphone goes out sound hole (10) and is close to left ear duct setting, left earphone MIC hole (9) have been seted up on left side earphone front chamber epitheca (5), left side earphone front chamber inferior valve (30) with place loudspeaker (24) and microphone (25) in the cavity that left side earphone front chamber epitheca (5) formed, just loudspeaker (24) and microphone (25) respectively with left side earphone goes out sound hole (10) and left MIC hole (9) and correspond the setting, loudspeaker (24), microphone (25) and first copper post that charges (11) respectively with first battery (26) pass through the connection of electric lines.
4. The rear-hanging air conduction Bluetooth headset of claim 3, wherein: the second casing includes right earphone inferior valve (13), can dismantle on right earphone inferior valve (13) and be connected with right earphone epitheca (14), the tip of right earphone inferior valve (13) can be dismantled and be connected with right earphone antechamber inferior valve (31), can dismantle on right earphone antechamber inferior valve (31) and be connected with right earphone antechamber epitheca (16), the afterbody and the middle part of right earphone inferior valve (13) are the arc structure, right earphone antechamber epitheca (16) with right earphone epitheca (14) with right earphone antechamber inferior valve (31) with right earphone inferior valve (13) radian transition sets up, right earphone head does right earphone antechamber inferior valve (31) with the cavity that right earphone antechamber epitheca (16) formed, right earphone wearing portion does right earphone inferior valve (13) with the cavity that right earphone epitheca (14) middle part formed, right earphone afterbody does right earphone inferior valve (13) with the afterbody that right earphone epitheca (14) formed.
5. The rear-hanging air conduction Bluetooth headset of claim 4, wherein: right side earphone inferior valve (13) with place second battery (27) in the cavity that right side earphone epitheca (14) afterbody formed, right side earphone play sound hole (17) and install two at least second copper post that charges (18) have been seted up on right side earphone front chamber inferior valve (31), just right side earphone play sound hole (17) are close right ear canal setting, right side earphone MIC hole (15) have been seted up on right side earphone front chamber epitheca (16), right side earphone front chamber inferior valve (31) with loudspeaker (24) and microphone (25) have been placed in the cavity that right side earphone front chamber epitheca (16) formed, just loudspeaker (24) and microphone (25) respectively with right side earphone play sound hole (17) and right earphone MIC hole (15) correspond the setting, loudspeaker (24), microphone (25) and second copper post that charges (18) respectively with second battery (27) pass through the connection of electric lines.
6. The rear-hanging air conduction Bluetooth headset of claim 5, wherein: fixed mounting has left earphone pilot lamp (6) on left side earphone front chamber epitheca (5), left side earphone pilot lamp (6) with first battery (26) pass through the connection of electric lines, fixed mounting has right earphone pilot lamp (12) on right side earphone front chamber epitheca (16), right earphone pilot lamp (12) with second battery (27) pass through the connection of electric lines.
7. A storehouse of charging which characterized in that: the rear-hanging type air conduction Bluetooth headset comprises a charging bin upper shell (1) and a charging bin lower shell (2), wherein the charging bin upper shell (1) and the charging bin lower shell (2) can be opened and closed, an headset placing part and a charging part are arranged in the charging bin lower shell (2), and the headset placing part is used for placing a left headset and a right headset.
8. The charging bin of claim 7, wherein: interior support (20) under charging storehouse is placed in the storehouse inferior valve that charges (2), set up the standing groove that arc recess and two symmetries were seted up in interior support down, the arc recess with the standing groove is linked together, left side earphone with right side earphone respectively with the space looks adaptation that arc recess and two standing groove formed, and two place left earphone head and right earphone head in the standing groove respectively, place on charging storehouse epitheca (1) interior support (19) on the storehouse of charging, set up flutedly on interior support (19) on the storehouse of charging, the recess corresponds the setting with two standing groove respectively, the position of interior support (20) below is provided with the portion of charging under the storehouse of charging.
9. The charging bin of claim 8, wherein: the portion of charging is including dismantling the connection and being in charge storehouse battery (28) of interior support (20) below under the storehouse, fixed mounting has the mouth that charges on the lateral wall of storehouse inferior valve (2) of charging, the mouth that charges inside through the electric wire with it connects to charge storehouse battery (28), it has two at least earphones thimble (21) that charge to charge the symmetry rigid coupling on storehouse battery (28), and both sides earphone charge thimble (21) run through the standing groove respectively with first copper post (11) and the second copper post (18) looks adaptation that charges.
10. The charging magazine of claim 9, wherein: be provided with a plurality of storehouse electric quantity leaded light spare (3) and a plurality of storehouse mainboard LED lamp (33) that charges on storehouse inferior valve (2) of charging, storehouse electric quantity leaded light spare (3) of charging are located storehouse mainboard LED lamp (33) top of charging and with storehouse mainboard LED lamp (33) of charging correspond the setting, a plurality of storehouse mainboard LED lamp (33) of charging respectively through the electric wire with storehouse battery (28) electric connection charges.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222226228.5U CN218071772U (en) | 2022-08-24 | 2022-08-24 | Rear-hanging type air conduction Bluetooth headset and charging bin |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222226228.5U CN218071772U (en) | 2022-08-24 | 2022-08-24 | Rear-hanging type air conduction Bluetooth headset and charging bin |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN218071772U true CN218071772U (en) | 2022-12-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202222226228.5U Active CN218071772U (en) | 2022-08-24 | 2022-08-24 | Rear-hanging type air conduction Bluetooth headset and charging bin |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN218071772U (en) |
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2022
- 2022-08-24 CN CN202222226228.5U patent/CN218071772U/en active Active
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Effective date of registration: 20230629 Address after: No. 23-3, Hougang 2nd Lane, Beimen Neighborhood Committee, Shenquan Town, Huilai County, Jieyang City, Guangdong Province, 515200 Patentee after: Xu Shiqin Address before: 164800 No.11, group 5, Yongsheng Village, Runjin Township, Kedong County, Qiqihar City, Heilongjiang Province Patentee before: Li Ping |