CN208863020U - Neck wearable device - Google Patents

Abstract

The utility model provides a neck wearable device, suitable for being included: a support frame around the neck for being worn on a user, wherein support frame as described above is suitable for support user's head and a hardware cell, wherein the hardware cell is by relative to support frame as described above fixed, with with user's head interactive information, wherein the hardware cell is mounted on inside support frame as described above in advance and is connect with an intelligence system to transmit signal between user and intelligence system, wherein support frame as described above is supported from the trunk of user, so that the hardware cell is worn with being close to the users head.The neck wearable device is supported using shoulder or trunk, mitigates the weight bearing of the electronic equipment of neck.

Description

Neck wearable device

Technical field

The utility model relates to wearable electronic more particularly to a kind of neck wearable devices, and the neck can Object wearing device further provides an earphone.

Background technique

Head has most of sense organ, and eyesight, hearing, sound output etc. are all located on the neck of human body.Ear Machine, microphone, glasses etc. external hardware device require to be worn on head.Moreover, with the smart machine of sound control Gradually increase, the signal accuracy that the signal acquisition and language of sound output are listened to is all particularly significant.Existing external hardware is set Head is directly worn on for most of, weight is increased to head, then neck is also required to undertake heavier burden.Especially one A little electronic equipments with battery, such as noise cancelling headphone, the weight of battery are undertaken also with earphone by head.More, some The battery of noise cancelling headphone has many inconvenience by headset main body pendant in use.Battery is generally in the unilateral side of equipment, cervical vertebra Can be automatic to curving, that is, will affect normally being bent or neck being caused to be under pressure restriction for neck.It is existing The electrical wiring of electronic equipment be also exposed to outer, frequent bending use, which will cause, to be lost.

Other number voice control equipment is generally positioned near the power supply of people living in faraway places's body, these equipment are apart from human body Head is relatively far away from.It therefore, is otherwise to be difficult to control to set for the sound output of human body unless speaking loudly or closely It is standby that voice signal is provided.Relatively, the feedback sound that equipment issues also must be loud, so that human body is listened at a distance.Intelligence is set The standby physical distance between human body is the inevitable restraining factors of Signal Collection Technology development.

Our human head is by neck support in daily 24 hours, and neck relies primarily on the bracing force of cervical vertebra.Neck Vertebra not only supporting head part, but also be the nerve center for conducting consciousness and controlling body.Neck health is most important to daily life. In order to loosen neck or musculi colli, need to keep recumbency or against the weight partly to discharge head.

The weight without being used to discharge head basic now is so that the tool that neck is loosened.Due to electronic equipment, Smart machine etc. has very big accounting in life, and more and more people need external hardware device to live or work. More, sitting posture is locking for neck does not have very great help.When keeping sitting posture for a long time, neck must endure as whole Head weight.If cervical vertebra can keep certain balance in natural curved position, musculi colli, would not urgent nerve. But by the posture that remains of prolonged inactive, the muscle of neck cannot get activity and take exercise, and not be able to maintain generally Natural torsion.If cervical vertebra is in non-equilibrium state due to personal habits and in unsound posture or muscle, this Potential pressure can potentially result in neural paralysis, unhealthful physical condition.

If sense of discomfort occurs in neck, there is serious problem, cervical vertebra or musculi colli have been not The state of health.Preventing cervical diseases should be by higher attention.However, existing neck fixing device is medical neck Support, it is too many for serious higher disease, and also appearance is very fearful.Medical neck support cannot use in daily life easily, not have There is doctor's advice and using further problems may be brought.Correct sitting posture or necessary correct are very necessary in daily.To body The real-time detection of body state can also accumulate more digitization information.

Utility model content

One main advantage of the utility model is to provide a kind of neck wearable device, using shoulder or trunk into Row support, mitigates the weight bearing of the electronic equipment of neck.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable dress of the neck It sets including a support frame, is suitable for stablizing around supporting head part.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable dress of the neck It sets and an earphone is provided, the earphone is fixed on support frame as described above, so that the weight of the earphone is undertaken by user's trunk, thus Locking neck.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable neck is set Standby further includes the hardware cell being arranged on support frame as described above, and for receiving, acquisition is described to use data.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the hardware cell is preferred It is connect with other smart machines, to reduce at a distance from user and smart machine.

The utility model another advantage is that a kind of neck wearable device is provided, wherein in the letter directly received Number or provide information hardware cell, to enhance the connection between user and smart machine.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable neck is set It is standby directly to obtain voice data from the mouth position close to user.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable dress of the neck Setting reduces neck weight bearing, and then protects neck, and makes user in daily life and smart machine closely coupled.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable dress of the neck It sets, suitable for acquiring the cervical data of user and carrying out personality analysis.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable dress of the neck It sets and the correction prevention and treatment of health is not only provided, but also convenient electrical intelligent life.

The utility model another advantage is that provide a kind of neck wearable device, wherein be suitable for will for support frame as described above The weight of battery is equably transferred to body trunk in electronic equipment, avoids head by the containing of weight so that neck quilt It is bent dynamicly in unsound state.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable dress of the neck The neck and header data under acquisition wearing state are set, and then forms personalized one and uses data, back-up surveillance neck is good for Health bow posture, avoids to routine unsound posture.

The utility model another advantage is that provide a kind of neck wearable device, wherein using data according to described Discriminance analysis is carried out to use state, and then carries out the prompt of corrective to current use state.

The utility model another advantage is that provide a kind of neck wearable device, it is plurality of described to use data Macro or mass analysis personalized prompt is carried out to specific user.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable dress of the neck It is described using data for matching to set one basic data of offer, monitors the use state of the neck wearable device in real time.

The utility model another advantage is that providing a kind of neck wearable device, wherein user selects as needed Share described using data, provides different corrections according to the difference of the basic data and remind.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable dress of the neck The different physical conditions for adapting to different user or user are set, the user comfortably to have a rest keeps neck in the appearance of health Gesture.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable dress of the neck Setting can be adjusted to adapt to different cervical postures according to different users.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable dress of the neck Set and be supported in lower jaw, with assist keep neck natural torsion posture, to avoid cervical vertebra skew and prevent cervical diseases.

The utility model another advantage is that provide a kind of neck wearable device, wherein the neck of user can be It is rotated under the limitation of the neck wearable device, to avoid the neural paralysis during long-time is worn, and is suitable for daily head Portion's rotation.

The utility model another advantage is that provide a kind of neck wearable device, wherein the neck of user can be It acquires described using data during the neck wearable device, for service condition, the angle on head, height, turns degree Be acquired, and individual database be provided, the data in user's use are recorded, and summarize for habitually data or Bad habit is counted.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable dress of the neck It is folding for setting, and stores or carries to reduce size.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable dress of the neck It sets and adapts to sitting posture without influencing normal daily life.

The utility model another advantage is that a kind of neck wearable device is provided, wherein the wearable dress of the neck It sets including an adjustment unit, for adjusting the shape of support frame as described above for different user.

The utility model another advantage is that provide a kind of neck wearable device, wherein support frame as described above is predetermined Position steadily locks adjustment, unless otherwise unlock adjustment unit persistently keeps the fixation to user's head.

Other advantage and characteristics of the utility model are able to fully demonstrate and can be by appended by following detailed descriptions The combination of the means and device specially pointed out in claim is achieved.

According to the one aspect of the utility model, the utility model of foregoing purpose and other purposes and advantage can be realized One neck wearable device, suitable for by around the neck for being worn on a user characterized by comprising

One support frame, wherein support frame as described above is suitable for support user's head；With

One hardware cell, wherein the hardware cell is by relative to support frame as described above fixed, to interact with user's head Information, wherein the hardware cell is installed in inside support frame as described above, wherein support frame as described above is supported from the trunk of user, So that the hardware cell is worn with being close to the users head.

One embodiment according to the present utility model, the hardware cell includes an earphone, wherein the earphone is mounted In support frame as described above, and then provide voice signal feedback.

One embodiment according to the present utility model, the neck wearable device further comprise that at least one adjusting is single Member, wherein the adjusting unit is arranged on support frame as described above, wherein support frame as described above can be connected to the adjusting with being folded Unit, wherein support frame as described above is supported on the trunk of user by the adjusting unit adjustable width.

One embodiment according to the present utility model, support frame as described above include at least two supporting legs and a retaining arm, Described in retaining arm be collapsibly installed on the supporting leg, wherein between the supporting leg and the retaining arm formed one protect Hold angle, have one to adjust angle between supporting leg described in two of them, wherein the holding angle and the adjusting angle by The adjusting unit is adjusted.

One embodiment according to the present utility model, the earphone are installed in the end of the retaining arm.

One embodiment according to the present utility model, the earphone are upwardly extended from the end of the retaining arm.

One embodiment according to the present utility model, the earphone use bone conduction technology.

One embodiment according to the present utility model, the earphone are made of elastic material.

One embodiment according to the present utility model, the adjusting unit include that a width adjustment mechanism and a position are adjusted Mechanism, wherein the width adjustment mechanism is arranged between two supporting legs, wherein the position adjusting mechanism is by cloth It sets between the retaining arm and the supporting leg, the retaining arm and the supporting leg is connected in end-to-end mode.

One embodiment according to the present utility model, the width adjustment mechanism operationally change two supporting legs The distance between, wherein the position adjusting mechanism operationally changes the guarantor between the supporting leg and the retaining arm Hold angle.

One embodiment according to the present utility model, the position adjusting mechanism are conditioned and reduce the holding angle, So that the relatively described supporting leg of the retaining arm folds.

One embodiment according to the present utility model, the width adjustment mechanism include that two connectors and one adjust rotation Button, wherein each connector respectively agrees with the adjusting knob, wherein the adjusting knob adjusts two connector phases The distance between the length being mutually overlapped, and then adjust two supporting legs.

One embodiment according to the present utility model, the hardware cell includes an at least electrical wiring, described electrically to connect Line is fixed on inside support frame as described above in advance.

One embodiment according to the present utility model, the hardware cell further include an at least sensor, wherein The sensor is controllably connected to a processor, to collect the signal of user's sending.

One embodiment according to the present utility model, the hardware cell further include a heartbeat sensor, wherein The heartbeat sensor is installed in one end of support frame as described above.

One embodiment according to the present utility model, the hardware cell further include at least cervical rotation sensing Device, wherein the cervical rotation sensor is installed in the position adjusting mechanism, to detect the holding angle.

One embodiment according to the present utility model, the hardware cell further include a microphone, wherein described Microphone is connected to the processor, wherein the microphone is installed in the retaining arm, to receive the voice signal of user.

By the understanding to subsequent description and attached drawing, the further purpose of the utility model and advantage will be able to abundant body It is existing.

The these and other objects of the utility model, feature and advantage, by following detailed descriptions, attached drawing and right are wanted It acquires to fully demonstrate.

Detailed description of the invention

Fig. 1 is the overall schematic of the neck wearable device of a preferred embodiment according to the present utility model.

Fig. 2 is the height adjustment schematic diagram of the neck wearable device of above preferred embodiment according to the present utility model.

Fig. 3 is the tightness adjustment schematic diagram of the neck wearable device of above preferred embodiment according to the present utility model.

Fig. 4 A is the enlarged schematic partial view of the neck wearable device of above preferred embodiment according to the present utility model.

Fig. 4 B is the enlarged schematic partial view of the neck wearable device of above preferred embodiment according to the present utility model.

Fig. 5 is the unlock schematic diagram of the neck wearable device of above preferred embodiment according to the present utility model.

Fig. 6 A is the enlarged schematic partial view of the neck wearable device of above preferred embodiment according to the present utility model.

Fig. 6 B is the enlarged schematic partial view of the neck wearable device of above preferred embodiment according to the present utility model.

Fig. 7 is that a kind of feasible hardware of the neck wearable device of above preferred embodiment according to the present utility model is matched Set schematic diagram.

Fig. 8 is that the interaction of the neck wearable device and smart machine of above preferred embodiment according to the present utility model is shown It is intended to.

Fig. 9 is that a kind of feasible hardware of the neck wearable device of above preferred embodiment according to the present utility model is matched Set schematic diagram.

Figure 10 is a kind of feasible hardware of the neck wearable device of above preferred embodiment according to the present utility model Configuration schematic diagram.

Specific embodiment

It is described below for disclosing the utility model so that those skilled in the art can be realized the utility model.It retouches below Preferred embodiment in stating is only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It is retouched following The basic principle of the utility model defined in stating can be applied to other embodiments, deformation scheme, improvement project, etc. Tongfangs The other technologies scheme of case and the spirit and scope without departing from the utility model.

It will be understood by those skilled in the art that in the exposure of the utility model, term " longitudinal direction ", " transverse direction ", "upper", The orientation or position of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, and It is not that the device of indication or suggestion meaning or element must have a particular orientation, be constructed and operated in a specific orientation, therefore Above-mentioned term should not be understood as limiting the present invention.

It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment, The quantity of one element can be one, and in a further embodiment, the quantity of the element can be it is multiple, term " one " is no It can be interpreted as the limitation to quantity.

The utility model provides a neck wearable device, and as shown in Figures 1 to 10, the neck wearable device is suitable for It is acquired around the neck for being worn on a user, in use to user one using data 800.The neck can be worn It wears device further to be analyzed using the use data 800 collected, to grasp the use state of user.

The neck wearable device is used to support the head of user, with reduce to the neck of the user in daily life by Pressure.The neck wearable device includes that a support frame 10 and at least one adjust unit 20, wherein the adjusting unit 20 is set It sets on support frame as described above 10, to adjust the shape of support frame as described above 10, is suitably worn so as not to same user.In other words It says, support frame as described above 10 is that wearable and different user is suitble to adjust the adjusting unit 20 to be suitble to different user Head.On the shoulder or trunk that support frame as described above 10 is suitable for being supported on user when wearing, alleviate the neck of user by The weight load of user's head.Support frame as described above 10 is firmly supported around the head of user, adjusts or fix the adjustment Unit 20 keeps the tighter morphology of support frame as described above 10, sufficiently to support the head of user.

If Fig. 1 is into Fig. 3, it is worth mentioning at this point that support frame as described above 10 is supported in balance and natural position, with The backbone of limitation user's head and neck avoids the movement on the head to bad direction.Therefore, support frame as described above 10 is defined In the rotation or inclination of neck, prevent to the right or left side and the movement in direction upward or downward, so as to keep neck from Right position and angle, avoid neural paralysis cervical vertebra due to bad habit.But the movement of the cervical rotation surrounded is not by the branch The limitation of support 10, therefore user can be by supporting the protection of support frame as described above 10 to be freely rotatable and look around and keep not having There is any inclination of cervical vertebra.Therefore, braced frame as shown, it is described adjust unit 20 not exclusively limitation neck movement, with Scheduled space is provided and loosens musculi colli.It is noted that in the wearable dress of the neck of this preferred embodiment Medical necklace can not be replaced for treating by setting.The neck wearable device helps to prevent in routine work or learning life Cervical spondylosis.

Particularly, as shown in Figure 1, including at least two supporting legs 11 according to the utility model embodiment support frame as described above 10 With a retaining arm 12.The retaining arm 12 is collapsibly installed on the supporting leg 11, and in the supporting leg 11 and the guarantor One is formed between gripping arm 12 keeps angle.Have one to adjust angle between two supporting legs 11.The supporting leg 11 and institute The adjustment angle of retaining arm 12 between the two is stated to be adjusted by the adjusting unit 20.The supporting leg of support frame as described above 10 11 Head is supported on preset width according to the adjusting angle, and adjusts angle as needed.

In some embodiments, support frame as described above 10 is moulded the neck support support of annular, and the weight on head is transferred to The shoulder of user, thus locking neck or sizing neck.The weight of the hardware cell 30 by support frame as described above 10 load and Pressure-bearing is in the trunk or shoulder of user when wearing.That is, be not limiting upon will be described hard for the shape of support frame as described above 10 The weight of part unit 30 shifts.The neck wearable device can be used progress medical treatment according to doctor's advice, while can be enjoyed Intelligence brought by the hardware cell 30.Without using microphone, earphone etc. across the neck wearable device Electronic device facilitates the life of user.In this preferred embodiment, the electronic device is removably to be installed in the support Frame 10.In other feasible modes, the electronic device integrally can also be formed on or be assembled in support frame as described above 10.

The adjusting unit 20 includes a width adjustment mechanism 21 and a position adjusting mechanism 22.The width adjustment mechanism 21 are arranged on two supporting legs 11.The position adjusting mechanism 22 is disposed in the retaining arm 12 and the supporting leg Between 11, the retaining arm 12 and the supporting leg 11 are connected in end-to-end mode.The width adjustment mechanism 21 is can to grasp Make, to change the distance between two described supporting legs 11.The position adjusting mechanism 22 is to be operable to change the branch The distance between support leg 11 and the retaining arm 12.Therefore, support frame as described above 10 is suitable for different user adjustment head and neck The distance between and angle.

It is noted that by the position adjusting mechanism 22, the retaining arm 12 is rotated relative to the supporting leg 11 And support frame as described above 10 is folded.When support frame as described above 10 is folded, the neck wearable device is in minimum dimension Easy to carry or storage.In the state of the neck wearable device, the supporting leg 11 supports the shoulder in user first In portion or trunk, the retaining arm 12 then is unfolded to support the head of user by rotating the position adjusting mechanism 22.Institute It states position adjusting mechanism 22 and the holding angle is limited in certain value to keep the retaining arm 12 not towards the supporting leg 11 fall.

Preferably, adjust the holding angle between the supporting leg 11 and the retaining arm 12 with match the neck of user and Angle between lower jaw.Therefore, support frame as described above 10 is able to bear the weight on head with locking neck.

Preferably, the adjusting angle between two supporting legs 11 is adjusted, to cooperate the size on head of user wide Degree.

According in this preferred embodiment, as shown in figure 3, the end of two supporting legs 11 is installed in a pivotal axis 110, to be arranged with forming V-arrangement.The distance between two described supporting legs 11 are changed by the width adjustment mechanism 21, and And the adjusting angulation change between two supporting legs 11 is with the head of suitable different user.In order to by support frame as described above 10 are fixed on head, need to operate the width adjustment mechanism 21 to adjust between two supporting legs 11 when wearing Distance.

In other words, the end of the supporting leg 11 is rotatably attached with the pivotal axis 110.The supporting leg 11 The free end not connecting with the pivotal axis 110 is respectively defined as first end 111 and second end 112.The retaining arm 12 is also With a first end 121 and a second end 122.The first end 111 of the supporting leg 11 is adjusted by the position Mechanism 22 is pivotably connected to the first end 121 of the retaining arm 12.The second end 112 adjusts machine by the position Structure 22 is pivotably connected to the second end 122 of the retaining arm 12.

More, the neck wearable device further includes a hardware cell 30, as shown in Figure 7 and Figure 8.The hardware list Member 30 is installed on support frame as described above 10 and is connect with intelligence system to transmit between signal user and intelligence system.It is described hard Part unit 30 includes a processor 31 and at least one electronic device for connecting and controlling with the processor 31.According to implementation Example, the processor 31 are preferably installed in the pivotal axis 110 of support frame as described above 10.

According to Fig. 7 and Fig. 8 for example, the hardware cell 30 includes an at least sensor, as an example, preferred at this It is a heartbeat sensor 341 and an at least cervical rotation sensor 342 in embodiment.The heartbeat sensor 341 is installed in The pivotal axis 110 of support frame as described above 10.Since the supporting leg 11 is closely supported on the chest of user, the heartbeat is passed Sensor 341 abuts the heart of user, can accurately detect heartbeat data.The cervical rotation sensor 342 is mounted on institute It states to detect the holding angle on position adjusting mechanism 22, the holding angle is the ginseng for measuring and recording cervical vertebra health Number.

Particularly, the neck state using in data 800 is by the cervical rotation sensor 341, for neck Highly, angle and a turn degree carry out data acquisition.

Other electric components of the hardware cell 30 such as a microphone 32 and an earphone 33.The institute as shown in Fig. 8 to Figure 10 It states microphone 32 and is installed in the retaining arm 12, the microphone 32 is connect with the processor 31, to receive the sound of user Sound signal.The earphone 33 is mounted on the end of the retaining arm 12, and the earphone 33 is connect with the processor 31, is user Voice signal feedback is provided.

Preferably, the microphone 32 is mounted near the mouth with user.Due to the holding of the retaining arm 12 Face 120 is located at below the lower jaw of user, therefore the microphone 32 is easy the mouth close to user.The microphone 32 can be The sound of user is received in relatively short physical distance with high precision.By the received voice signal of the microphone 32 via described Processor 31 is used for the control instruction of intelligence system.Therefore, user does not need to speak up to be received by intelligence system, and Intelligence system can be placed on Anywhere without considering voice transmission distance.

Preferably, the earphone 33 uses bone conduction technology.The earphone 33 is from the end 121,122 of the retaining arm 12 It extends up.Therefore, the earphone 33 is suitable for that the earphone 33 is made to reach user's while wearing retaining arm 12 Ear.In addition, the earphone 33 is preferably made of elastic material, to adapt to the ear of different users.

More, the hardware cell 30 can further carry an interactive controlling module, an audio-visual module, a matching mould Block and an acquisition module, wherein the interactive controlling module can by controlling be connected to the audio-visual module, the matching mould Block and the acquisition module.By the interactive module to the audio-visual module, the matching module and the acquisition mould The work of block carries out the guidance of controlling, uses so that the audio-visual module, the matching module and the acquisition module meet The use at family needs.In other words, the hardware cell 30 preferably carries the neck wearable device.Particularly, described Interactive controlling module, the audio-visual module, the matching module and the acquisition module are implemented in the hardware cell 30, To acquire the use data 800 in user.

The audio-visual module, the matching module and the acquisition module phase under the control of the interactive controlling module Connect to mutual collaborative.The described of acquisition module acquisition user uses data 800, so that the cervical data or view of user It listens data to be able to acquire and waits processing to be analyzed.That is, user can be to the view by the interactive controlling module It listens the work of module, the matching module and the acquisition module to be controlled, avoids using in neck wearable device Sense of insecurity is caused in journey.

More, the cervical rotation sensor 342 further to the lifting angle of user's neck, height, turn spend into The acquisition of row digitization.That is, angle, the angle of height of head, end rotation of the opposite lifting of the lower jaw of user's neck Etc. can be collected and record.By the acquisition of digitization, the spinal conditions of neck can be correspondingly made available.Without pair The special detection of cervical vertebra, the acquisition of the cervical rotation sensor 342 in, can be obtained the ridge of user's neck Column state.

For institute it is collected it is described use a data 800, user be further optionally apprised of use state or Whether person's use state goes wrong.The processor 31 uses number for the described of the cervical rotation sensor 342 acquisition It is handled and is analyzed according to 800, processing result is exported result by the audio-visual module 200.That is, the processor 31 for the evaluation for obtaining different neck states in turn using data 800.User can choose the place of the processor 31 Reason is placed.Preferably, the processor 31 is evaluated using data 800 according to basic data described, according to preset mark Quasi- data are evaluated.Additionally preferably, the processor 31 is evaluated according to personal logon data history.

As shown in figure 8, the described of the acquisition of cervical rotation sensor 342 passes through the interactive controlling using data 800 Module is shown in the external control devices.The external control devices provide the interactive controlling module and refer to user's control The interface shown.Carrying by the external control devices to the interactive controlling module, user pass through the interactive controlling mould Block understands neck rotation data in real time, and can to the audio-visual module, the matching module and the acquisition module into Row control operation.In the case where a kind of preferred, user can watch the cervical rotation from the external control devices and pass The information of sensor 342 listens to the information of the audio unit 220 from the earphone 33 of the neck wearable device.In addition, The data that the angle acquisition of the acquisition module 400, height acquired and turned degree acquisition also provide display, then without additionally setting Whether standby intervention, the state that user can also obtain neck from the feedback of the external control devices are normal.

In addition, support frame as described above 10 further includes a restraint zone 13, wherein the restraint zone 13 is configured in the retaining arm 12.Preferably, the retaining arm 12 and the restraint zone 13 are respectively supported on the head under the jaw of user and around user Behind.It should be noted that the restraint zone 13 is equipped with another described width adjustment mechanism 21, for adjusting the restraint zone 13 length.As shown in figure 5, by adjusting the adjusting angle between two supporting legs 11, and adjust the fastening With 13 length, so that the head of user closely surrounds support and holding by support frame as described above 10.

The retaining arm 12 has a retaining surface 120, wherein the retaining surface 120 is suitable for being arranged under the lower jaw on head Side.The retaining surface 120 of the retaining arm 12 has certain curvature to adapt to the lower jaw radian of user.The weight on head is straight Connect the retaining surface 120 for being applied to the retaining arm 12.The retaining surface 120 also limits the inclination upward or downward of neck Rotation.Since the holding angle is determined by the position adjusting mechanism 22, if not discharging the position adjusting mechanism 22, Then the retaining surface 120 is maintained at the position being fixed to each other with the supporting leg 11.Therefore, the retaining arm 12 and the support The weight on 11 continued support head of leg, the neck of user is in neutral and natural position, and neck loads reduce pre- minister of defense Time fatigue.

In particular, the width adjustment mechanism 21 includes two connectors and an adjusting knob 213, such as Fig. 6 A and Fig. 6 B It is shown, it is the width adjustment mechanism 21 being arranged on the restraint zone 13 respectively and is arranged between the supporting leg 11 Another width adjustment mechanism 21.Two substantial similar structures of the width adjustment mechanism 21, only using Fig. 4 A as saying Bright and citing, another such as Fig. 4 B of width adjustment mechanism 21 will be understood by those skilled in the art.

Two connectors of the width adjustment mechanism 21 are defined as left connector 211 and right connector 212, fit respectively In the installation cervical rotation sensor 342.The adjusting knob 213 is by the left connector 211 and the right connector Both 212 agree with.The left connector 211 and the right connector 212 are that part is overlapped.The adjusting knob 213 is determined The length of the lap of the fixed left connector 211 and the right connector 212.Pass through the additional hardware cell 30 Sensor can also obtain the width data of the width adjustment mechanism 21.When the adjusting knob 213 controls as much as possible When the lap of the left connector 211 and the right connector 212, the left connector 211 of whole length and described Right connector 212 be it is short as much as possible, i.e., the length of the described width adjustment mechanism 21 is short as much as possible.Similarly, when the tune Section knob 213 controls the left connector 211 and grows as much as possible with the lap for being the right connector 212, entire described Left connector 211 and 212 length of right connector are long as far as possible, i.e., the length of the described width adjustment mechanism 21 is as much as possible It is long.

A kind of feasible embodiment left connector 211 as described in Fig. 4 A and 4B includes a first connecting portion 2111 and one First occlusion portion 2112.The right connector 212 includes a second connecting portion 2121 and one second occlusion portion 2122.Preferably, According to Fig. 5 and Fig. 6 A, the first connecting portion 2111 is the second end being fixed on the restraint zone 13 with the retaining arm 12 Portion 122 connects, and the first end 121 that the second connecting portion 2121 is fixed on the restraint zone 13 and the retaining arm 12 connects It connects.When adjusting the length of the width adjustment mechanism 21, the length of the restraint zone 13 is adjusted accordingly.Preferably, described Restraint zone 13 is made into two parts, a part of to be connected to the second end 122, another part and institute with the first connecting portion 2111 It states second connecting portion 2121 and is connected to first end 121.

First occlusion portion 2112 of the left connector 211 and second occlusion portion of the right connector 212 2122 all engage with the adjusting knob 213.The lap of the left connector 211 and the right connector 212 can pass through It engages the adjusting knob 213 and adjusts.First occlusion portion 2112 of the left connector 211 and the right connector 212 second occlusion portion 2122 is respectively engaged in the adjusting knob 213.

The adjusting knob 213 includes a nipper wheels 2131 and leader 2132, and the handle 2132 is from the nipper wheels 2131 extend to the outside of the width adjustment mechanism 21.The nipper wheels 2131 of the adjusting knob 213 are rotatable to drive First occlusion portion 2112 and second occlusion portion 2122 for moving the left connector 211 and the right connector 212 are nibbled It closes.According to this preferred embodiment, first occlusion portion 2112 engages the bottom of the nipper wheels 2131, and described second The top of occlusion portion 2122 and the nipper wheels 2131 is intermeshed, and when being rotated by operating handle 2132, described first is stung Conjunction portion 2112 and second occlusion portion 2122 are driven towards each other and away from each other.The first connecting portion 2111 and institute State second connecting portion 2121 towards each other and away from each other.

When the nipper wheels 2131 drive first occlusion portion 2112 and second occlusion portion 2122 to move toward each other When dynamic, the distance between the first connecting portion 2111 and the second connecting portion 2121 are adjusted to reduce.The left connection The lap of device 211 and the right connector 212 reduces, i.e., the length of the described width adjustment mechanism 21 shortens.It is stung when described When closing 2131 driving first occlusion portion 2112 of wheel and second occlusion portion 2122 away from each other, the first connecting portion The distance between 2111 and the second connecting portion 2121 are adjusted to increase.And the left connector 211 and the right company The lap for connecing device 212 increases, i.e., the length of the described width adjustment mechanism 21.

It will be understood by those skilled in the art that according to Fig. 3 to Fig. 4 B, when adjusting the length of the width adjustment mechanism 21, Adjust accordingly the distance between two described supporting legs 11.Therefore the adjusting angle of support frame as described above 10 and width are adjustable 's.

Such as Fig. 5 to Fig. 6 B, the position adjusting mechanism 22 includes a movable branch hand 221, a hand 222 and a solution lock-switch 223.The movable branch hand 221 is arranged in the free end of the supporting leg 11, and the branch hand 222 is arranged in the retaining arm 12 End.The branch hand 222 is pivotly connect with the movable branch hand 221, the controllable connection ground of the solution lock-switch 223 In the movable branch hand 221 and the electrostatic hand 222.The movable branch hand 221 determines institute with the branch hand 222 rotation angle The holding angle between supporting leg 11 and the retaining arm 12 is stated, to match the angle between the neck of different user and chin Degree.

When not operating the solution lock-switch 223 the rotation angle of the movable branch hand 221 is held in branch hand 222 When, the movable branch hand 221 is limited in place by the branch hand 222.The retaining arm 12 is maintained at against the branch hand 222 position relative to the supporting leg 11.The retaining surface 120 is maintained at the position being fixed to each other with the supporting leg 11. It is described movable when operating the solution lock-switch 223 to discharge the angle between the branch hand 222 and the movable branch hand 221 The position of branch hand 221 is unrestricted, and is affected by gravity and folds together with the branch hand 222.

In other words, when operating the solution lock-switch 223 to discharge the movable branch hand 221,12 quilt of retaining arm The gravity limitation of the position adjusting mechanism 22 is released, the movable branch hand 221 is declined the institute in the supporting leg 11 by direction The branch hand 222 in retaining arm 12 is stated to be folded and the supporting leg 11.When not operating the solution lock-switch 223, the holding angle Degree is limited by electrostatic hand 222 and the movable branch hand 221.Therefore, when the movable rotation of branch hand 221 far from the branch hand When 222, the holding angle increases and the supporting surface 120 increases and rests under the limitation of the solution lock-switch 223 Position.

In the preferred embodiment, two position adjusting mechanisms 22 substantially similar structures, and institute's rheme It sets regulating mechanism 22 to be arranged between the second end 112 and the second end 122, the position adjusting mechanism in addition 22 are arranged between the first end 111 and the first end.

The branch hand 222 provides an accommodating chamber 2210, wherein the accommodating chamber 2210 is formed in inner shell 2221 and is covered in Between the shell 2222 of the inner shell 2221.The movable branch hand 221 includes that a rotary shaft 2111 and one rotates gear 2212, Wherein the rotary teeth wheel 2212 is co-axially mounted on rotary shaft 2111.The rotary shaft 2111 and the rotation gear 2212 hold It is contained in accommodating chamber 2210.The solution lock-switch 223 is mounted in the accommodating chamber 2210 and extends to the outside of shell 2222. In other words, the solution lock-switch 223 is positioned partially inside the accommodating chamber 2210, is positioned partially at outside accommodating chamber 2210 Portion.

The rotation gear 2212 of the movable branch hand 221 is limited along unidirectional direction by the solution lock-switch 223 around described Rotary shaft 2211 rotates.As shown in figure 5, the rotation gear 2212 of the movable branch hand 221 can be against the branch hand 222 rotations upwards, therefore the movable branch hand 221 can only be expanded and the branch hand by the secured support of release switch The 222 holding angle.In other words, by limiting the solution lock-switch 223, the retaining arm 12 rotate upwards with institute State the expansion of supporting leg 11.

Until the solution peripheral operation of the lock-switch 223 from the accommodating chamber 2210, the movable branch hand 221 loses phase To fixed support force, and then the relatively described branch hand 222 is fallen towards the branch hand 222.With gravity, the retaining arm 12 rotations with the supporting leg 11 to fold.When therefore, by operating the solution lock-switch 223, the retaining arm 12 is released, Will support and fold the size for reducing neck wearable device towards the supporting leg 11, convenient for storage and carry.

By lock-switch 223 is solved described in 2210 peripheral operation of accommodating chamber, drive the solution lock-switch 223 to release Put the rotation gear 2212 of movable branch hand 221.The solution lock-switch 223 includes movably connecing with rotation gear 2212 The stop portions 2232 closed, a fulcrum 2233 and a pressing part 2234.The pressing part 2234 is from the stop portions 2232 extend to the outside of the accommodating chamber 2210 via the fulcrum 2233.In addition, the stop portions 2232 and described pressing Laminate section 2234 is integrally formed in a manner of lever around the fulcrum 2233.By pressing the pressing part 2234, The stop portions 2232 move up and far from the rotation gears 2212.

The solution lock-switch 223 includes an elastic part 2231, wherein the elastic part 2231 is installed in the appearance Receiving room 2210 limits the movement of the stop portions 2232.When the pressing part 2234 is not pressed, the blocking portion 2232 are divided to be pushed by the elastic part 2231 to engage with the rotation gear 2212.In the rotation of the movable branch hand 221 Turn, the rotation gear 2212 is rotated around the rotary shaft 2211, the different teeth of the rotation gear 2212 and the resistance The elastic part 2231 of 2232 intermeshing of stopper point, the solution lock-switch 223 limits closely connecing for the stop portions 2232 Touching.

According to this preferred embodiment, the stop portions 2232 are shaped as hook-shaped, limit the movable branch hand 221 The rotation gear 2212 is around the rotation upwards of rotary shaft 2211.Under the elastic force effect of the elastic part 2231, institute Stating rotation gear 2212 cannot be with the hook portions relative rotation of the stop portions 2232.

The elastic part 2231 is preferably made of a piece of bending metals, to limit the fortune of the stop portions 2232 It is dynamic, without being detached from the rotation gear 2212.

When the pressing part 2234 is not pressed, the stop portions 2232 are pressed by the elastic part 2231 And it is forced to be used as with the rotation gear 2212 and is engaged.The rotation gear 2212 of the movable branch hand 221 is rotated to increase The position of the holding angle between the big movable branch hand 221 and the branch hand 222, the rotation gear 2212 is relatively solid Surely the stop portions 2232 are supported in.Therefore the movable branch hand 221 cannot be rotated down, and the retaining arm 12 is supported In place.The retaining arm 12 can be adjusted the required level that arrives, and the retaining surface 120 by user by suitable retaining arm The relatively fixed lower jaw to support user.If not operating the pressing part 2234 of the solution lock-switch 223, the guarantor The rotation gear 2212 of the movable branch hand 221 of gripping arm 12 is located against the stop portions 2232 and is fixed to each other position, so as to It is stably maintained on the supporting leg 11 with the branch hand 222.

When the pressing part 2234 is pressed, the stop portions 2232 are detached from and rotate gear 2212, so rotation Rotating disk 2212 can be rotated freely movable about rotary shaft 2211 and is lifted up.It is described due to the gravity of the retaining arm 12 Movable branch hand 221 is released to decline towards the branch hand 222 and fold.Therefore, by pressing the solution lock-switch 223, institute It states retaining arm 12 and is folded by the position adjusting mechanism 22 with support arm 11.

Importantly, the shell 2222 of the branch hand 222 has an opening, so that the pressing part 2234 is from institute State the rotation axis 2211 that natural sciences 2221 connect the movable branch hand 221 accommodated.

More, the neck wearable device of the utility model assists the body-support head of user and alleviates neck Pressure.The neck wearable device is worn by the neck around user.Preferably, the neck wearable device carries institute Hardware cell 30 is stated, the hardware cell 30 collects the use data 800 during wearing use.

A kind of example is as shown in Figure 7 and Figure 8, and selection is described in during user uses the neck wearable device It is reminded using the correction that data 800 carry out sitting posture.The hardware cell 30 is acquired user's neck, especially to user's cervical vertebra Bow be monitored.It is matched and is commented using sitting posture state expressed by data 800 to described according to the basic data Estimate.Based on the analysis results, the audio-visual module 200 is reminded, and alarm is carried out under serious situation.

It is another it is feasible using example as shown in figure 5, user using during the neck wearable device according to institute It states and logs in the calling that data carry out database using the individual in data 800.According to the control of the processor 31, from described The wearable platform of neck obtains the corresponding data cylinder audio-visual module 200 and plays out use.For example, described use data The played data for thering is user to appreciate in 800 historical record, then described being made by call in the basic data accordingly With data 800, the earphone 33 and the microphone 32 obtain corresponding resource and play out.It is noted that this reality The physical weight of the earphone 33 and the microphone 32 is all transferred to body by the neck wearable device for applying mode Shoulder or trunk avoid prolonged use from more causing deleterious effect to the neck of user.Particularly, the neck can be worn The physical weight for wearing the processor 31 of device, the earphone 33 and the microphone 32 passes through the neck wearable device The neck of user can be mostly transferred out of.

More specifically, the cervical rotation sensor 342 is acquired user's neck, the especially bow to user's cervical vertebra It is monitored.It is matched and is assessed using sitting posture state expressed by data 800 to described according to the basic data.If point There is certain correction and reminds in analysis result, and the earphone 33 makes a sound prompting according to the processor 31.More, in addition The hardware cell 30 is implemented as AR display, based on the analysis results, prompts correct sitting posture position to user, need how The image instruction moved.

Particularly, the hardware cell 30 includes an at least electrical wiring 300, and the electrical wiring 300 is by solid in advance It is scheduled on inside support frame as described above 10, such as Figure 10.That is, the electrical wiring 300 of the hardware cell 30 is basically not Exposure.For example, the earphone 33 is connected to the electrical wiring 300 of the processor 31.The hardware cell 30 provides one Switch 36, wherein the switch 36 controls the energization of the hardware cell 30.Preferably, the switch 36 is placed in the pivot Shaft 110.

More specifically, the application that user as shown in Figure 5 uses the neck wearable device to play.Particularly, described There is no the heads for being directly applied to user for the physical weight of hardware cell 30.That is, audio-visual equipment pass through it is described Neck wearable device is applied in the shoulder or trunk of user, by reducing the weight bearing of neck to protect the health of neck. More particularly it is suitable for that complexity is higher and the higher audio-visual equipment of quality can be by prolonged use.

This preferred embodiment also simultaneously provides the monitoring of neck state.That is, the hardware cell 30 can be by It enables and the numerical value of head and neck is collected, to be utilized while user can guarantee that neck health is maintained The hardware cell 30 carries out recreation.Certainly, it will be appreciated by those skilled in the art that ground, cooperates data prison as needed Control provides the functional mode that Anti-addiction etc. suitably prevents overwork.

Particularly, the processor 31 is further arranged to preferentially export health prompt.That is, for dividing Scheme obtained from analysis result can be executed proactively, it is ensured that health warning is not ignored.

In addition, the neck wearable device of the utility model further provides an external control devices, such as Fig. 8. It is described to be shown in the external control devices using data 800.The external control devices provide and user's control instruction Interface.By the external control devices, user understands the use data 800 in real time, and can the hardware cell 30 Carry out control operation.

More, specific implementation such as Fig. 8 to Figure 10 institute of the hardware cell of the neck wearable device configuration Show.

As shown in figure 8, the electronic device of the hardware cell 30 is implemented as a microphone 32.The microphone 32 is consolidated It is scheduled on the retaining arm 12, so that in the neck wearable device by use, the microphone 32 is attached close to user's mouth Closely.In the preferred embodiment, the microphone 32 is preferably connected to the processor 31 by wired mode.It is described Hardware cell 30 further includes an at least electrical wiring 300, to connect the processor 31 and the microphone 32.It is described Electrical wiring 300 is laid with along the supporting leg 11.That is, the electrical wiring 300 is carried out by support frame as described above 10 It installs, so that the hardware cell 30 is closely installed at support frame as described above 10, and the weight of the hardware cell 30 can be with It is carried by support frame as described above 10.It is noted that in the state that support frame as described above 10 is worn, the weight of the hardware cell 30 Amount is undertaken by the shoulder of user or trunk.

Preferably, the electrical wiring 300 is embedded in the inside of the supporting leg 11.The supporting leg 11 protects institute Electrical wiring 300 is stated not by external influence, reduces the probability of damage.

More, the hardware cell 30 further includes a switch 36, and the switch 36 is controllably connected to The processor 31.The input of control instruction, the processor 31 can be carried out by 36 pairs of processors 31 of the switch Corresponding processing is executed by control accordingly.In this preferred embodiment, the switch 36 is placed in the end of the supporting leg 11 The pivotal axis 110 in portion.For example, by pressing the switch 36, the sound that the processor 31 collects the microphone 32 Sound signal reaches the intelligence system selected.

As shown in Figure 9 and Figure 10, the electronic device of the hardware cell 30 is implemented as an earphone 33.Preferably, The sound that the earphone 33 is implemented as two different sound channels plays end.It is noted that the earphone 33 is excellent between each other Selection of land is connected by the electrical wiring 300, and then guarantees the real-time of channel information.The earphone 33 is further described Electrical wiring 300 is connected to the processor 31.Certainly, the earphone 33 can also by wirelessly communicating be connected to the processing Device 31, such as Bluetooth communication etc..The earphone 33 is mounted to support frame as described above 10, that is to say, that the weight of the earphone 33 Trunk or shoulder in user are undertaken by support frame as described above 10, the earphone 33 of high-quality is provided healthier Wearing mode.Particularly, for needing the earphone 33 of battery 37, the battery 37 is also placed in support frame as described above 10, The earphone 33 is used without falling the battery 37.The battery 37 described in other feasible embodiment is placed in described Restraint zone 13.

In the preferred embodiment, the earphone 33 is extended up from the end of the retaining arm 12 121,122.Each institute Earphone 33 is stated by the metastable two sides for being maintained at support frame as described above 10.When wearing, the earphone 33 is with the holding The earphone 33 is made to reach the ear of user while arm 12.Without more adjusting.In a kind of preferred embodiment, institute Earphone 33 is stated by the way of osteoacusis.That is, the head that the earphone 33 is close to user can be used.In addition, described Earphone 33 is preferably made of elastic material, to adapt to the head of different users.

In a further embodiment, the earphone 33 is to be removably attachable to support frame as described above 10.The technology of this field Personnel it is understood that audio interface is arranged corresponding to the earphone 33 in support frame as described above 10 in advance, interface preferably by It is preset at the supporting bracket 12.

It should be understood by those skilled in the art that foregoing description and the embodiments of the present invention shown in the drawings are only used as It illustrates and is not intended to limit the utility model.The purpose of this utility model completely and effectively realizes.The function of the utility model Energy and structural principle show and illustrate in embodiment, under without departing from the principle, the embodiments of the present invention Can there are any deformation or modification.

Claims (17)

1. a neck wearable device, suitable for by around the neck for being worn on a user, which is characterized in that

Include:

One support frame, wherein support frame as described above is suitable for support user's head；With

One hardware cell, wherein the hardware cell is by relative to support frame as described above fixed, with user's head interactive information, Wherein the hardware cell is installed in inside support frame as described above, and wherein support frame as described above is supported from the trunk of user, so that The hardware cell is worn with being close to the users head.

2. neck wearable device according to claim 1, wherein the hardware cell includes an earphone,

Wherein the earphone is installed in support frame as described above, and then provides voice signal feedback.

3. neck wearable device according to claim 2 further comprises at least one adjusting unit,

Wherein the adjusting unit is arranged on support frame as described above, and wherein support frame as described above can be connected to the adjusting with being folded Unit, wherein support frame as described above is supported on the trunk of user by the adjusting unit adjustable width.

4. neck wearable device according to claim 3, wherein support frame as described above includes at least two supporting legs and one Retaining arm, wherein the retaining arm is collapsibly installed on the supporting leg, wherein the supporting leg and the retaining arm it Between form one and keep angle, have one to adjust angle between supporting leg described in two of them, wherein the holding angle and described Angle is adjusted to be adjusted by the adjusting unit.

5. neck wearable device according to claim 4, wherein the earphone is installed in the end of the retaining arm.

6. neck wearable device according to claim 5, wherein the earphone prolongs upwards from the end of the retaining arm It stretches.

7. neck wearable device according to claim 5, wherein the earphone uses bone conduction technology.

8. neck wearable device according to claim 5, wherein the earphone is made of elastic material.

9. neck wearable device according to claim 4, wherein the adjusting unit include a width adjustment mechanism and One position adjusting mechanism, wherein the width adjustment mechanism is arranged between two supporting legs, wherein the position tune Section mechanism is disposed between the retaining arm and the supporting leg, connects the retaining arm and the branch in end-to-end mode Support leg.

10. neck wearable device according to claim 9, wherein the width adjustment mechanism operationally changes two The distance between described supporting leg, wherein the position adjusting mechanism operationally change the supporting leg and the retaining arm it Between the holding angle.

11. neck wearable device according to claim 9, wherein the position adjusting mechanism is conditioned and reduces described Angle is kept, so that the relatively described supporting leg of the retaining arm folds.

12. neck wearable device according to claim 9, wherein the width adjustment mechanism include two connectors and One adjusting knob, wherein each connector respectively agrees with the adjusting knob, wherein the adjusting knob adjusts two The distance between the overlapped length of connector, and then adjust two supporting legs.

13. neck wearable device according to claim 2, wherein the hardware cell includes an at least electrical wiring, The electrical wiring is fixed on inside support frame as described above in advance.

14. neck wearable device according to claim 13, wherein the hardware cell further includes at least one Sensor, wherein the sensor is controllably connected to a processor, to collect the signal of user's sending.

15. neck wearable device according to claim 14, wherein the hardware cell further includes a heartbeat Sensor, wherein the heartbeat sensor is installed in one end of support frame as described above.

16. neck wearable device according to claim 15, wherein the hardware cell further includes at least one Cervical rotation sensor, wherein the cervical rotation sensor is installed in the position adjusting mechanism.

17. neck wearable device according to claim 4, wherein the hardware cell further includes a Mike Wind, wherein the microphone is installed in the retaining arm.