CN220210490U - Intelligent finger ring for transmitting text information of mobile phone - Google Patents

Abstract

The utility model discloses an intelligent finger ring for transmitting mobile phone text information, which comprises a finger ring body capable of being sleeved on each finger, wherein a vibration module is arranged in the finger ring body and corresponds to one side of a palm surface and one side of a back surface of the hand, and the vibration module is connected with a power module arranged in the finger ring body; the ring body is also internally provided with a signal processing controller which is connected with the vibration module through signals, and the signal processing controller is also connected with a Bluetooth adapting module. The information receiving finger ring provided by the utility model is used for being matched with mobile equipment such as a mobile phone and the like by a vision-impaired group, the information content to be transmitted on the mobile phone is sent to the signal processing controller in a Bluetooth transmission mode, the signal processing controller converts the signal into the vibration signal of the vibration module, and a user perceives the vibration signal characteristics such as the vibration intensity, the position and the like of the finger ring body on each finger, so that the vision-impaired user can acquire the information sent by the mobile phone, and the information reading capability of the vision-impaired user on the mobile phone can be improved.

Description

Intelligent finger ring for transmitting text information of mobile phone

Technical Field

The utility model relates to the technical field of intelligent wearing, in particular to an intelligent ring for transmitting text information of a mobile phone.

Background

Braille or raised words are words specially designed for blind people and perceived by touch sense. However, braille books are not easy to manufacture and have a rare quantity, so that most visually impaired people cannot read various books freely like normal people. At present, mobile phones are widely applied to daily life of people, different information can be conveniently obtained, and when a visually impaired group is unable to normally obtain the information from the mobile phones, meanwhile, in the prior art, a ring such as a finger ring is used for being worn on a finger of a human body, so that the function of decorating the finger is achieved. There is also an intelligent ring at present for communicate with mobile terminal such as cell-phone, intelligent ring reminds the information that the cell-phone of user received, but ring function among the prior art only uses to normal crowd, can't be used for obtaining information service for the vision barrier crowd can't utilize wearing formula intelligent device to obtain information.

Disclosure of Invention

Aiming at the defects in the prior art, the utility model aims to provide an intelligent finger ring for transmitting text information of a mobile phone, which can be used for transmitting the information of the mobile phone by matching with the mobile phone, and is convenient for a visually impaired group to read the information on the mobile phone.

The technical scheme adopted by the utility model is as follows: the intelligent finger ring for transmitting the text information of the mobile phone comprises a finger ring body which can be sleeved on each finger, wherein a vibration module is arranged in the finger ring body and corresponds to one side of the palm surface and one side of the back surface of the hand, and the vibration module is connected with a power module arranged in the finger ring body; the ring body is also internally provided with a signal processing controller which is connected with the vibration module through signals, and the signal processing controller is also connected with a Bluetooth adaptation module.

The information receiving ring provided in the technical scheme is used for a visually impaired group to use mobile equipment such as mobile phones in a matching way, so that visually impaired users can receive and read mobile phone information conveniently; when the mobile phone with the visual disability is used, the finger ring body is worn on each finger, the mobile phone and other devices are connected with the finger ring through the Bluetooth transmission mode to form a signal, information content to be transmitted on the mobile phone is sent to the signal processing controller through the Bluetooth transmission mode, the signal processing controller converts the signal into a vibration signal of the vibration module, the user senses through the vibration signal characteristics of the vibration intensity, the position and the like of the finger ring body on each finger, the visually impaired user is helped to acquire information sent by the mobile phone, the information reading capability of the visually impaired user on the mobile phone is improved, and the problem that the visually impaired user uses the mobile phone to read difficultly is solved.

Further, a charging part is arranged on the inner side of the finger ring body, a charging contact connected with the power module through signals is arranged on the surface of the charging part, and a magnetic ring arranged around the charging contact is arranged on the charging part.

Further, the surface of the ring body is provided with an indicator light module which is connected with the signal processing controller in a signal way.

Further, the inner surface of the finger ring body, which is correspondingly provided with one side of the vibration module, is provided with a vibration contact pin which drives the finger ring body to vibrate through the vibration module.

Further, the radial side surface of the ring body is provided with a control button module which is in signal connection with the signal processing controller.

Further, the ring body comprises a wearing ring body with a notch, two sides of the notch of the wearing ring body are connected through a connecting section, and the connecting section is elastic and is in hollow arrangement.

The utility model has the beneficial effects that; the information receiving finger ring provided by the utility model is used for being matched with mobile equipment such as a mobile phone and the like by a vision-impaired group, the information content to be transmitted on the mobile phone is sent to the signal processing controller in a Bluetooth transmission mode, the signal processing controller converts the signal into the vibration signal of the vibration module, and a user perceives the vibration signal characteristics such as the vibration intensity, the position and the like of the finger ring body on each finger, so that the vision-impaired user can acquire the information sent by the mobile phone, the information reading capability of the vision-impaired user on the mobile phone is improved, the problem that the vision-impaired user is difficult to read by using the mobile phone is solved, and the information receiving finger ring has high practical value.

Drawings

In order to more clearly illustrate the embodiments of the present utility model or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below. Like elements or portions are generally identified by like reference numerals throughout the several figures. In the drawings, elements or portions thereof are not necessarily drawn to scale.

Fig. 1 is a perspective view of an intelligent finger ring for transmitting text information of a mobile phone according to an embodiment of the present utility model.

Fig. 2 is a control flow chart of an intelligent finger ring for transmitting text information of a mobile phone according to an embodiment of the present utility model.

Fig. 3 is a schematic diagram of wearing and using an intelligent finger ring for transmitting text information of a mobile phone according to an embodiment of the present utility model.

Reference numerals; the ring body 100, the ring half ring 110, the connecting section 120, the vibration module 200, the power module 300, the signal processing controller 400, the Bluetooth adapter module 500, the charging part 600, the charging contact 700, the magnetic ring 800, the indicator lamp module 900, the vibration contact pin 1000 and the control button module 1100.

Detailed Description

Embodiments of the technical scheme of the present utility model will be described in detail below with reference to the accompanying drawings. The following examples are only for more clearly illustrating the technical aspects of the present utility model, and thus are merely examples, and are not intended to limit the scope of the present utility model.

It is noted that unless otherwise indicated, technical or scientific terms used herein should be given the ordinary meaning as understood by one of ordinary skill in the art to which this utility model pertains.

As shown in fig. 1 and fig. 2, a first embodiment of the present utility model provides an intelligent finger ring for transmitting text information of a mobile phone, where the finger ring can be connected to the mobile phone for near field communication, and is used for facilitating a visually impaired group user to receive the mobile phone information, and specifically includes a finger ring body 100 capable of being sleeved on each finger, where a vibration module 200 is disposed in the finger ring body 100 on a side corresponding to a palm surface and a back surface, and the vibration module 200 is connected to a power module 300 disposed in the finger ring body 100; the ring body 100 is further provided with a signal processing controller 400 in signal connection with the vibration module 200, and the signal processing controller 400 is further connected with a Bluetooth adapting module 500.

As shown in fig. 1 to 3, through the above arrangement, the information receiving ring provided in this embodiment is used in cooperation with a mobile phone, so that a visually impaired user can receive and read information of the mobile phone; when the mobile phone is used, the ring body 100 is worn on each finger, devices such as a mobile phone and the like are connected with the ring through Bluetooth transmission, information content to be transmitted on the mobile phone is sent to the signal processing controller 400 through Bluetooth transmission, the signal processing controller 400 converts the signals into vibration signals of the vibration module 200, a user perceives the vibration signal characteristics such as the vibration intensity and the position of the ring body 100 on each finger, and the mobile phone is helpful for visually impaired users to acquire information sent by the mobile phone. In order to improve the feedback intensity of the vibration signal, the vibration stylus 1000 driven to vibrate by the vibration module is disposed on the inner surface of the finger ring body 100 at the side corresponding to the side provided with the vibration module 200. That is, when a vibration module 200 is vibrated on the finger ring body 100, the vibration stylus 1000 is driven to synchronously vibrate to stimulate the surface of the finger of the user, and the user senses corresponding information according to the back or front vibration feedback of the finger; in practical applications, those skilled in the art need to set the vibration magnitude, frequency, etc. of the vibration module 200 on each finger ring body 100 according to the daily usage habit of the user so as to identify the feedback signal; for example, the vibration module 200 vibration length indicates a tone: short shake of two hands, which means "one sound"; short shake of right hand and long shake of left hand, which represent 'two sounds'; long shake of two hands, which means three sounds; long shake of right hand and short shake of left hand, which represent four sounds. The corresponding letter may also be represented according to the vibration module 200 corresponding to the header vibration location.

In practical applications, the applicant defines the vibration signal as follows: 27 "right hand signals" and corresponding double-spelling consonants: the right hand is used for occupying the space, and the vibration mode is as follows: vibrating the front face of the right hand and the five fingers together; the right A signal represents the initial consonant zh, and the vibration mode is as follows: vibrating the middle finger and the little finger on the back of the right hand; the right B signal represents the initial consonant B, and the vibration mode is as follows: vibrating the index finger, the middle finger and the little finger on the back of the right hand; the right C signal represents the initial consonant C, and the vibration mode is as follows: vibrating the thumb and the index finger on the back of the right hand; the right D signal represents the initial consonant D, and the vibration mode is as follows: vibrating the thumb, the index finger and the little finger on the back of the right hand; the "right E" signal again represents the initial consonant ch, the vibration mode is: vibrating the thumb, the index finger and the middle finger on the back of the right hand; the right F signal represents the initial consonant F, and the vibration mode is as follows: vibrating the index finger, the middle finger, the ring finger and the little finger on the back of the right hand; the right G signal represents the initial consonant G, and the vibration mode is as follows: vibrating the index finger and the little finger on the right hand front; the right H signal represents the initial consonant H, and the vibration mode is as follows: the back of the right hand shakes the right I signal of the index finger, the middle finger and the ring finger, and the shake mode is as follows: the back of the right hand shakes the ring finger and the little finger. The "right J" signal again represents the initial consonant J, the vibration mode is: right hand front, shake little finger; the right K signal represents the initial consonant K again, and the vibration mode is as follows: right front, shake middle finger, ring finger and little finger; the right L signal represents the initial consonant L again, and the vibration mode is as follows: vibrating the middle finger, the ring finger and the little finger on the back of the right hand; the right M signal represents the initial consonant M, and the vibration mode is as follows: vibrating the thumb and little finger on the back of the right hand; the right N signal represents the initial consonant N again, and the vibration mode is as follows: vibrating the little finger on the back of the right hand; the right O signal represents zero initial consonant, and the vibration mode is as follows: vibrating the back of the right hand and the five fingers together; the right P signal represents the initial consonant P, and the vibration mode is as follows: vibrating the index finger on the back of the right hand; the right Q signal represents the initial consonant Q again, and the vibration mode is as follows: right-hand front, shake middle finger; the right R signal represents the initial consonant R, and the vibration mode is as follows: vibrating the index finger and the middle finger on the back of the right hand; the right S signal represents the initial consonant S again, and the vibration mode is as follows: vibrating the middle finger on the back of the right hand; the right T signal represents the initial consonant T, and the vibration mode is as follows: vibrating the thumb on the back of the right hand; the right U signal and the vibration mode are as follows: vibrating the index finger and the little finger on the back of the right hand; the right V signal represents the initial consonant sh, and the vibration mode is as follows: vibrating the index finger and the middle finger on the right front; the right W signal represents the initial consonant W, and the vibration mode is as follows: vibrating the thumb on the right hand front; the right X signal represents the initial consonant X, and the vibration mode is as follows: vibrating the index finger on the right hand front; the right Y signal represents the initial consonant Y, and the vibration mode is as follows: the right hand front, shake index finger, middle finger, ring finger "right Z" signal and represent the initial consonant Z again, shake the mode and be: right hand front, shake ring finger and little finger.

In addition, 27 "left-hand signals" and corresponding double vowels: the left hand is used for occupying the space, and the vibration mode is as follows: vibrating the front of the left hand and the five fingers together; the left A signal represents vowel a, and the vibration mode is as follows: vibrating the middle finger and the little finger on the back of the left hand; the left B signal represents vowel ou, and the vibration mode is as follows: vibrating the index finger, the middle finger and the little finger on the back of the left hand; the left C signal represents vowels in and uai, and the vibration mode is as follows: vibrating the thumb and the index finger on the back of the left hand; the left D signal represents vowels ua and ia, and the vibration mode is as follows: vibrating the thumb, the index finger and the little finger on the back of the left hand; the "left E" signal represents vowel E, vibration mode is: vibrating the thumb, index finger and middle finger on the back of the left hand; the left F signal represents vowel en, and the vibration mode is as follows: vibrating the back of the left hand, namely the index finger, the middle finger, the ring finger and the little finger; the left G signal represents vowel eng, and the vibration mode is as follows: vibrating the index finger and the little finger on the front of the left hand; the left H signal represents vowel ang, and the vibration mode is as follows: vibrating the index finger, the middle finger and the ring finger on the back of the left hand; the left I signal represents vowel I again, and the vibration mode is as follows: the back of the left hand shakes the ring finger and little finger. The "left J" signal again represents vowel an, vibration mode is: the front of the left hand shakes little finger; the left K signal represents vowel ao again, the vibration mode is: vibrating the middle finger, the ring finger and the little finger on the front side of the left hand; the left L signal represents vowel ai again, and the vibration mode is as follows: vibrating the middle finger, the ring finger and the little finger on the back of the left hand; the left M signal represents vowels ue and ui, and the vibration mode is as follows: vibrating the thumb and little finger on the back of the left hand; the left N signal represents vowels un, and the vibration mode is as follows: vibrating the little finger on the back of the left hand; the left O signal represents zero initial consonant, and the vibration mode is as follows: vibrating the back of the left hand and the five fingers together; the left P signal represents vowel uan, and the vibration mode is as follows: vibrating the index finger on the back of the left hand; the "left Q" signal again represents vowel ei, shake the way as follows: the front of the left hand shakes the middle finger; the left R signal represents vowels er and iu, and the vibration mode is as follows: vibrating the index finger and the middle finger on the back of the left hand; the left S signal represents vowels iong and ong, and the vibration mode is as follows: vibrating the middle finger at the back of the left hand; the left T signal represents vowels uang and iang, and the vibration mode is as follows: vibrating the thumb on the back of the left hand; the left U signal represents vowel U, and the vibration mode is as follows: vibrating the index finger and the little finger on the back of the left hand; the left V signal represents vowel u, and the vibration mode is as follows: vibrating the index finger and the middle finger on the front surface of the left hand; the "left W" signal represents vowels ian, and the vibration mode is: vibrating the thumb on the front of the left hand; the left X signal represents vowel ie, and the vibration mode is as follows: vibrating the index finger on the front of the left hand; the left Y signal represents vowels and the vibration mode is as follows: vibrating the index finger, the middle finger and the ring finger on the front side of the left hand; the left Z signal represents vowel iao, and the vibration mode is as follows: the front of the left hand shakes the ring finger and the little finger. The above vibration double spelling combination refers to the double spelling keyboard of intelligent ABC in the prior art, and the punctuation signal in the text information can be replaced by the letter of single hand vibration: such as right hand I, indicates comma. The right hand O represents a period, which is practical in practice.

Through the above arrangement, the ring body 100 worn by each finger of the visually impaired user can easily distinguish whether the vibration module 200 on the back side or the palm side vibrates when in use, thereby being capable of rapidly recognizing signal feedback in long-term use training.

Example two

As shown in fig. 1, the structure of the finger ring body 100 is further optimized for convenience of daily use, specifically, a charging portion 600 is disposed on the inner side of the finger ring body 100, a charging contact 700 connected with the power module 300 in a signal manner is disposed on the surface of the charging portion 600, and a magnetic guiding ring 800 disposed around the charging contact 700 is disposed on the charging portion 600. Like this, through setting up charging structure and making this device accessible charging portion 600 charge when using, supporting charger and charging portion 600 laminating and in the electrically conductive cooperation of charging contact 700, link to each other in the charger magnetism through leading magnetic ring 800 to prevent that the charger from droing.

In this embodiment, an indicator module 900 connected with the signal processing controller 400 in a signal manner is further disposed on the surface of the finger ring body 100. The indicator light plays an indicating role, for example, the indicator light is convenient for the non-vision-impaired group to check when charging or feeding back vibration information.

The present embodiment also includes a control button module 1100 in signal communication with the signal processing controller 400 on a radial side of the ring body 100. The control button module 1100 is convenient for a user to adjust the use function or control the opening or closing of the device when in use, and the control button module 1100 generally includes functions such as a switch, a function switch, etc., which are not described herein.

As shown in fig. 1, since the ring body 100 needs to be worn on each finger, and each finger has different sizes, in order to improve wearing comfort and avoid falling off during wearing, the ring body 100 provided in this embodiment includes a wearing ring body 110 with a notch, two sides of the notch of the wearing ring body 110 are connected through a connecting section 120, and the connecting section 120 has elasticity and is in a hollowed arrangement. Like this, wearing ring body 110 can be connected through link 120, wears the back and stretches out and draws back according to finger size self-adaptation to wear on user's hand steadily, link 120 is the fretwork and arranges and have better ventilation effect, improves and wears the comfort level, but the preferential selection uses the silica gel structure.

Finally, it should be noted that: the above embodiments are only for illustrating the technical solution of the present utility model, and not for limiting the same; although the utility model has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some or all of the technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit of the utility model, and are intended to be included within the scope of the appended claims and description.

Claims (6)

1. The intelligent finger ring for transmitting the text information of the mobile phone is characterized by comprising a finger ring body (100) which can be sleeved on each finger, wherein a vibration module (200) is arranged in the finger ring body (100) and corresponds to one side of the palm surface and one side of the back surface of the hand, and the vibration module (200) is connected with a power module (300) arranged in the finger ring body (100);

the ring body (100) is internally provided with a signal processing controller (400) in signal connection with the vibration module (200), and the signal processing controller (400) is also connected with a Bluetooth adaptation module (500).

2. The intelligent finger ring for transmitting text information of mobile phone according to claim 1, wherein,

the charging device is characterized in that a charging part (600) is arranged on the inner side of the finger ring body (100), a charging contact (700) in signal connection with the power module (300) is arranged on the surface of the charging part (600), and a magnetic guiding ring (800) which is arranged around the charging contact (700) is arranged on the charging part (600).

3. The intelligent finger ring for transmitting text information of mobile phone according to claim 1, wherein,

an indicator lamp module (900) in signal connection with the signal processing controller (400) is arranged on the surface of the finger ring body (100).

4. The intelligent finger ring for transmitting text information of mobile phone according to claim 1, wherein,

the inner surface of the finger ring body (100) is correspondingly provided with a vibrating contact pin (1000) which drives the vibrating contact pin to vibrate through the vibrating module (200).

5. The intelligent finger ring for transmitting text information of mobile phone according to claim 1, wherein,

and a control button module (1100) which is in signal connection with the signal processing controller (400) on the radial side surface of the finger ring body (100).

6. The intelligent finger ring for transmitting text information of mobile phone according to claim 1, wherein,

the finger ring body (100) comprises a wearing ring body (110) with a notch, two sides of the notch of the wearing ring body (110) are connected through a connecting section (120), and the connecting section (120) is elastic and is in hollowed-out arrangement.