CN209019409U - A kind of intelligent eyeshield instrument - Google Patents

Abstract

The utility model proposes a kind of intelligent eyeshield instrument, including upper shell, lower casing, preceding touch tablet, probe, myoelectric sensor, shock module, ion warming module, PCB, bluetooth module, rechargeable battery and charging interface；Preceding touch tablet is fixed on shell, PCB, bluetooth module and rechargeable battery are contained in interior by upper shell and lower casing cooperation, probe is fixed on the upper end of shell and lower casing, charging interface is mounted on lower end and is connected with rechargeable battery, PCB and preceding touch tablet, probe, rechargeable battery and human body constitute performance loop, myoelectric sensor, shock module and ion warming module in PCB connection probe.The utility model collects the fatigue state of eyes of user, provides reasonable eyeshield scheme, the eyes of user is allowed to relieve fatigue rapidly; prevent eye disease, without switching starting, intelligent massaging; meeting ergonomics facilitates massage to each acupuncture point, is more advantageous to protection eye health, is convenient for carrying.

Description

A kind of intelligent eyeshield instrument

Technical field

The utility model belongs to health care apparatus technical field, and in particular to one kind for alleviate eye strain or The intelligent eyeshield instrument of ocular pain.

Background technique

With the progress of present scientific and technological level, many electronic products including mobile phone, tablet computer are all in our lifes Increasingly important role is played in work, is exactly entertained and is made friends using mobile phone, tablet computer because many people are long-term, leads Their eyes have been caused to cause various eye inferior healths in the case where chronic fatigue.Such as eye acid caused by white collar overtime work, Eyelet, eye pouch, photophobia, the asthenopia of old man, the visual impairment etc. of student.Eyes, care eye health are protected to carve at one Slow topic is not allowed.

Eye-protecting instrument can be used to massage around eyes, protect eye health, currently on the market common eye-protecting instrument product such as Fig. 1 Shown, most of existing eye-protecting instrument is mainly made of electromagnetism core and coil in structure by the way of electromagnetic massage device, Working principle are as follows: the rotation of motor main shaft is passed on eccentric wheel by shaft coupling spring, and the effect of eccentric wheel is motor Rotary motion is converted into reciprocating motion, and reciprocating motion is transmitted to vibration head, and vibromassage eye can make loosening all muscles, pressing Nerve.Such massager volume is larger, is not easy to carry use；Manually opened power supply is needed, it is more inconvenient to use； There is no data supporting after use.

Utility model content

The purpose of the utility model is to provide a kind of easy to carry, manually opened power supply is not needed, it can be rapidly to eye Portion's fatigue is repaired, alleviates ocular pain, and acquires the intelligent eyeshield instrument of eye strain data.

To achieve the above object, the utility model provides the following technical solutions:

A kind of intelligent eyeshield instrument, including upper shell, lower casing, preceding touch tablet, probe, myoelectric sensor, shock module, from Sub- warming module, PCB, bluetooth module, rechargeable battery and charging interface；The preceding touch tablet is fixed on the surface of shell, The myoelectric sensor, shock module and ion warming module are separately fixed at the inside of probe, the PCB, bluetooth module The inside of lower casing is separately fixed at rechargeable battery, the PCB connects bluetooth module by control line, and the upper shell is under The PCB, bluetooth module and rechargeable battery are contained between upper shell and lower casing by shell cooperation fixation, and the probe is fixed In the common upper end of upper shell and lower casing, the charging interface be mounted on the lower end of shell and lower casing and with it is interior The rechargeable battery in portion is connected, and the PCB and preceding touch tablet, probe, rechargeable battery and human body connect and compose performance loop, described The signal output end of PCB is separately connected the myoelectric sensor, shock module and the ion that are located inside probe by control line and adds Warm module.

Preferably, the upper shell, lower casing material be plastics.

Preferably, the preceding touch tablet, probe material be metal, and the material of the probe be titanium.

Preferably, the micro-current intensity that the myoelectric sensor generates is 0.05~0.1mA/cm2.

Preferably, the pulse amplitude that the shock module generates is up to 8000 beats/min.

Preferably, the ion hot compress temperature that the ion warming module generates is 40 degree.

Preferably, the battery types of the rechargeable battery are charged lithium cells, and battery capacity 500mAh, battery, which inputs, is 3.7V。

By adopting the above scheme, the beneficial effects of the utility model are:

The intelligent eyeshield instrument of the utility model may be implemented to heat without switch starting massage, by intelligent vibration and ion Eye strain is repaired rapidly, alleviates ocular pain, myoelectricity sensing acquisition eye strain data rapidly by EMG, is used Asthenopia data and eyeshield data can see by mobile phone app afterwards.The major advantage of the utility model is to collect user's eye The fatigue state of eyeball provides reasonable eyeshield scheme, the eyes of user is allowed to relieve fatigue rapidly, prevents eye disease.Without opening Start or stop is dynamic, intelligent massaging, meets ergonomics and facilitates massage to each acupuncture point, is more advantageous to protection eye health, conveniently takes Band.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of existing preservative free eye care product in the market.

Fig. 2 is the structural exploded view of the utility model.

Fig. 3 is the circuit diagram of the utility model.

Fig. 4 is the schematic diagram that human body participates in circuit.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

With reference to Fig. 2, the intelligent eyeshield instrument of the utility model, by preceding touch tablet 1, upper shell 2, lower casing 8, probe 11, flesh Electric transducer 3, shock module 4, ion warming module 5, PCB 6, bluetooth module 7, rechargeable battery 9 and 10 groups of charging interface At.

Referring to figs. 2 and 3, the assembly of the utility model and circuit connecting mode are as follows: preceding touch tablet 1 is fixed on shell 2 surface, myoelectric sensor 3, shock module 4 and ion warming module 5 are separately fixed at the inside of probe 11, PCB 6, indigo plant Tooth module 7 and rechargeable battery 9 are separately fixed at the inside of lower casing 8, and PCB 6 connects bluetooth module 7, upper shell by control line 2 fix with the cooperation of lower casing 8, and PCB 6, bluetooth module 7 and rechargeable battery 9 are contained between upper shell 2 and lower casing 8, visited First 11 are fixed on the common upper end of shell 2 and lower casing 8, and charging interface 10 is mounted under shell 2 and lower casing 8 End is simultaneously connected with internal rechargeable battery 9, and PCB 6 connect structure with the induction electrode of preceding touch tablet 1, probe 11, rechargeable battery 9 At open performance loop, the performance loop of closure is then constituted after addition human body, the signal output end of PCB 6 passes through control line point It does not connect and controls the myoelectric sensor 3, shock module 4 and the ion warming module 5 that are located inside probe 11.

With reference to Fig. 2, Fig. 3 and Fig. 4, the application method and working principle of the utility model are as follows: the entire machine of the utility model Body does not switch, and using human induction switch mode, human body participates in the preceding touch tablet 1 of contact in circuit and probe 11 and can open It opens, as shown in figure 4, when the electrode slice for holding preceding touch tablet 1, the automatic starting of the utility model when probe 11 is placed eye, It is quick on the draw, cosmetics and grease can be penetrated.The probe 11 of the utility model uses titanium material, endurance, corrosion-resistant and life Object phasic property is excellent, and antibacterial antiallergy is not susceptible to cross-infection.Myoelectric sensor 3, shock module 4, ion in probe 11 add Warm module 5 can cause different vibration frequencies according to 11 different placement angles of probe, and can continue to heat, and be able to achieve quick rush Into ocular circulation, eye circumference cell is enlivened, periocular muscle is loosened.Wherein myoelectric sensor 3 contacts circumference of eyes or acupuncture point is pressed It rubs, while passing through electric current of the EMG by appropriate intensity frequency, 0.05~0.1mA/cm2 of micro-current intensity, continuous, soft stimulation Nerve, muscle and cell, excitation body generate morphine naturally, block, the message for pain of releiving, to alleviate eye strain pain； Shock module 4 generates 8000 beats/min of pulse amplitudes of highest, and ion warming module 5 realizes 40 degree of ion hot compresses of sendible temperature.It is logical Myoelectric sensor 3 is crossed by eye strain data record and mobile phone app is transmitted to by bluetooth module 7, it can by the fatigue data of eye Depending on changing, restoring ocular fatigue is massaged as reference frame for user.BLE broadcasts bluetooth, and starting can be connect with app, is not necessarily to hand Dynamic pairing.Rechargeable battery 9 and charging interface 10 use third generation heavy-duty battery platform, and energy density promotion 20% is system-level Optimization, low-power chip design, power consumption save 80%.Super long standby time, charging 40 minutes 30 days standby.

Myoelectric sensor 3, shock module 4 involved in the utility model, ion warming module 5, bluetooth module 7 are commercially available Commodity.

The product parameters of the utility model are as follows: battery types: charged lithium cells；Battery capacity: 500mAh；Battery is defeated Enter: 3.7V；Standby time: about 30 days；Specification: 146.24*25.65mm；Vibration frequency: 8000 beats/min；Fever temperature Degree: about 40 degree of body-sensing；Own wt: 320g.

It can understand the above description of the embodiments is intended to facilitate those skilled in the art and apply this specially Benefit.Person skilled in the art obviously easily can make various modifications to these embodiments, and described herein General Principle is applied in other embodiments without having to go through creative labor.Therefore, the utility model is not limited to here Embodiment, those skilled in the art's announcement according to the present utility model, do not depart from improvement that the utility model scope is made and Modification should be all within the protection scope of the utility model.

Claims (7)

1. a kind of intelligent eyeshield instrument, it is characterised in that: including upper shell, lower casing, preceding touch tablet, probe, myoelectric sensor, shake Dynamic model block, ion warming module, PCB, bluetooth module, rechargeable battery and charging interface；The preceding touch tablet is fixed on outer The surface of shell, the myoelectric sensor, shock module and ion warming module are separately fixed at the inside of probe, the PCB, Bluetooth module and rechargeable battery are separately fixed at the inside of lower casing, and the PCB connects bluetooth module by control line, it is described on The PCB, bluetooth module and rechargeable battery are contained between upper shell and lower casing by shell and lower casing cooperation fixation, described Probe is fixed on the common upper end of shell and lower casing, and the charging interface is mounted on the lower end of shell and lower casing Portion is simultaneously connected with internal rechargeable battery, and the PCB and preceding touch tablet, probe, rechargeable battery and human body connect and compose work Circuit, the signal output end of the PCB by control line be separately connected the myoelectric sensor being located inside probe, shock module with And ion warming module.

2. intelligent eyeshield instrument according to claim 1, it is characterised in that: the upper shell, lower casing material be plastics.

3. intelligent eyeshield instrument according to claim 1, it is characterised in that: the preceding touch tablet, probe material be metal, And the material of the probe is titanium.

4. intelligent eyeshield instrument according to claim 1, it is characterised in that: the micro-current intensity that the myoelectric sensor generates For 0.05~0.1mA/cm2.

5. intelligent eyeshield instrument according to claim 1, it is characterised in that: the pulse amplitude highest that the shock module generates It is 8000 beats/min.

6. intelligent eyeshield instrument according to claim 1, it is characterised in that: the ion hot compress that the ion warming module generates Temperature is 40 degree.

7. intelligent eyeshield instrument according to claim 1, it is characterised in that: the battery types of the rechargeable battery are charging lithium Battery, battery capacity 500mAh, battery input are 3.7V.