CN206275214U - A kind of intelligent waistband of self adaptation self-regulation - Google Patents
A kind of intelligent waistband of self adaptation self-regulation Download PDFInfo
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- CN206275214U CN206275214U CN201621281694.1U CN201621281694U CN206275214U CN 206275214 U CN206275214 U CN 206275214U CN 201621281694 U CN201621281694 U CN 201621281694U CN 206275214 U CN206275214 U CN 206275214U
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- waistband
- helical axis
- self
- master control
- girdle body
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Abstract
A kind of intelligent waistband of self adaptation self-regulation of the utility model, belong to wearable device technical field, including belt buckle, girdle body, waistband hole, pressure sensor and magnetic position sensor, belt buckle is fixed on girdle body one end, waistband hole is distributed on girdle body, pressure sensor and magnetic position sensor are arranged on girdle body, and pressure sensor and magnetic position sensor are connected with master control borad, master control borad is built-in with belt buckle, lithium battery, stepper motor, gear train, helical axis and minisize pick-up head.The intelligent waistband introduces helical axis and stepper motor, by worm drive principle, can realize the transmission of big torsion, and the detection feedback of combination pressure sensor and magnetic position sensor realizes the automatic elastic function of waistband and the regulatory function of self adaptation.And film Display Technique is used on girdle body, and the self adaptation discoloration of waistband is realized, optimal accompanying colour can be adjusted to according to the color of worn the clothes thing.
Description
Technical field
The utility model belongs to wearable device technical field, more particularly to a kind of intelligent waistband.
Background technology
With the development of science and technology, Intelligent worn device is of common occurrence, wherein intelligent waistband, also has finished product on the market.Mesh
Before, intelligent waistband is mainly by the band body of belt, leather belt end, sensor, Central Processing Board, lithium polymer battery and mobile phone A PP
Constituted etc. several respects, it mainly controls sensor to carry out data acquisition and data are sent out by Bluetooth communication by Central Processing Board
Mobile phone A PP is sent to, user monitoring is supplied, major function includes motion control, and sitting is reminded, in real time positioning, waistline measurement, heart rate
Test the speed;Anti-lost, the function such as call reminding that mobile phone and waistband are implemented in combination with mobile phone by some businessmans.But current intelligent waistband is main
Work concentrates on context of detection, for control aspect almost without any development, or even the automatic system that can not realize intelligent waistband
Tightly with release.In addition with the improvement of living standards, people focus on all the more the collocation of wearing, and common waistband is fixed with its color
It is single, and bring great inconvenience to collocation.
Therefore being needed badly in the middle of prior art wants a kind of new technical scheme to solve this problem.
The content of the invention
The utility model purpose is to propose a kind of intelligent waistband of self adaptation self-regulation, and the waistband can be according to the waist of user
Enclose and the elastic of waistband is automatically adjusted with pressure data, and the color of worn trousers can be read so as to change waistband itself color
Coloured silk realizes most suitable collocation.
To realize above-mentioned technical purpose, the utility model proposes technical scheme be:
A kind of intelligent waistband of self adaptation self-regulation, it is characterized in that:Including belt buckle, girdle body, waistband hole, pressure sensor
And magnetic position sensor,
Wherein belt buckle is fixed on girdle body one end, and central dividing plate is provided with inside the belt buckle, and the central dividing plate will
Belt buckle be divided into main control part and cross groove portion, and central dividing plate on offer helical axis via;The main control part includes miniature taking the photograph
As head, master control borad, lithium battery, stepper motor, helical axis, automatic button, spiral axle bed shell, hand push button, spiral axle bed, press
Button posting, the first spring, second spring, rotary gemel, spring stop and USB interface, the minisize pick-up head and master control borad
Connection;Described stepper motor one end is connected with master control borad, lithium battery respectively, and the other end is driven with helical axis by gear train and connected
Connect;Described helical axis one end is arranged on spiral axle bed, and the other end is extended to the in groove portion through helical axis via;It is described automatic
Button is connected through main control part sidepiece with master control borad, and automatic button quantity is two;The spiral axle bed shell upper is by the
Two springs are connected with central dividing plate, and spiral axle bed outer casing underpart is rotated with central dividing plate by rotary gemel and is connected;It is described manual
Button sequentially passes through main control part sidepiece and button posting, and hand push button bottom contacts with spiral axle bed shell;First bullet
Spring is located inside button posting, and is set on hand push button;The button posting is fixed on central dividing plate, and button is fixed
Position inframe bottom is provided with spring stop;The USB interface is connected with master control borad, lithium battery respectively;
As double-decker, ground floor is cladding layer to wherein waistband, and the second layer is film display screen layer, and cladding aspect to
Body side, the film display screen layer is connected with master control borad, lithium battery respectively, and waistband hole is offered on girdle body;
Wherein the shape in waistband hole matches with the screw thread form of helical axis, and waistband hole is distributed on girdle body, and adjacent two
Interval between individual waistband hole is identical with the pitch of thread on helical axis;
Wherein pressure sensor and magnetic position sensor is arranged on girdle body, and pressure sensor and magnetic position
Sensor is connected with master control borad.
Further, the pressure sensor quantity is three, and three pressure sensors are distributed on girdle body.
Further, the gear train includes stepping motor gear, speed change connection gear and spiral shaft gear, and wherein speed change connects
Connect gear and spiral shaft gear is fixed on spiral axle bed shell;Speed change connection gear one end engaged with stepping motor gear or
Depart from, speed change connection gear other end is engaged with spiral shaft gear.
Further, the film display screen layer is reflective film display screen.
By above-mentioned design, the utility model can bring following beneficial effect:The intelligent waist of self adaptation self-regulation
Band can be according to the physical condition of user and personal habits, according to the pressure feedback and magnetic position sensor of pressure sensor
Position feedback, control stepper motor rotation so as to drive helical axis to rotate, realize automatically control waistband it is elastic, make waistband
User is in the state of the most comfortable;Simultaneously can be according to the color of waistband user's clothing, automatically adjustment waistband deviates from people
The color of side, makes waistband and clothing realize most perfect collocation.The utility model is from convenient use and the angle of clothing matching
Set out, intellectual technology is applied on waistband to greatest extent, the elastic automatic control of waistband is realized by worm drive principle
System and regulation;Realize that waistband and the self adaptation of clothing are arranged in pairs or groups by the way that film Display Technique is introduced into wearing field.
Brief description of the drawings
The utility model is further described below in conjunction with the drawings and specific embodiments:
Fig. 1 is a kind of overall structure diagram of intelligent waistband of self adaptation self-regulation of the present utility model.
Fig. 2 is a kind of left view of intelligent waistband belt buckle of self adaptation self-regulation of the present utility model.
Fig. 3 is a kind of top view of intelligent waistband belt buckle of self adaptation self-regulation of the present utility model.
Fig. 4 is a kind of A-A sectional views of intelligent waistband of self adaptation self-regulation of the present utility model.
Fig. 5 is a kind of B-B sectional views of intelligent waistband of self adaptation self-regulation of the present utility model.
Fig. 6 is a kind of C-C sectional views of intelligent waistband of self adaptation self-regulation of the present utility model.
Fig. 7 is a kind of girdle body partial enlarged drawing of intelligent waistband of self adaptation self-regulation of the present utility model.
Fig. 8 is a kind of E-E sectional views of intelligent waistband of self adaptation self-regulation of the present utility model.
In figure:1- belt buckles, 2- girdle bodies, 3- waistbands hole, 4- pressure sensors, 5- magnetic position sensors, in the middle of 6-
Dividing plate, 7- main control parts, 8- cross groove portion, 9- minisize pick-up heads, 10- master control borads, 11- lithium batteries, 12- stepper motors, 13- spirals
Axle, 14- automatic buttons, 15- spiral axle beds shell, 16- hand push buttons, 17- spirals axle bed, 18- buttons posting, 19- first
Spring, 20- second springs, 21- rotary gemels, 22- spring stops, 23-USB interfaces, 24- claddings layer, 25- film display screens
Layer, 26- stepping motor gears, 27- speed changes connection gear, 28- spiral shaft gears.
Specific embodiment
Explanation in detail is done to embodiment of the present utility model below, the present embodiment is with the utility model technology base
Realized on plinth.Specific embodiment and specific operating process are given, but protection domain of the present utility model is not limited to
Following embodiments.
Reference picture 1, a kind of overall structure diagram of the intelligent waistband of self adaptation self-regulation of the present utility model, the intelligent waist
Band includes belt buckle 1, and girdle body 2, waistband hole 3, three pressure sensors 4 and magnetic position sensor 5 are constituted, and belt buckle 1 is consolidated
The one end of girdle body 2 is scheduled on, waistband hole 3 is distributed on girdle body 2, pressure sensor 4 and magnetic position sensor 5 are arranged at waist
On band body 2, and pressure sensor 4 and magnetic position sensor 5 are connected with master control borad 10.
Reference picture 2, a kind of left view of the intelligent waistband belt buckle 1 of self adaptation self-regulation of the present utility model, the waistband
First 1 is provided with central dividing plate 6, and the main framework of belt buckle 1 is divided into two parts, respectively main control part 7 and excessively groove portion 8, the left side by it
To cross groove portion 8, girdle body 2 is passed through from groove portion 8 is crossed, and the right is main control part 7, and the inside of main control part 7 includes various control units and spiral shell
Spin axis 13,
Reference picture 3 and Fig. 4, a kind of top view of the intelligent waistband belt buckle 1 of self adaptation self-regulation of the present utility model and from
The A-A sectional views of the intelligent waistband of self-regulation are adapted to, the structure of belt buckle 1 mainly includes minisize pick-up head 9, master control borad 10, lithium battery
11, stepper motor 12, helical axis 13, automatic button 14, spiral axle bed shell 15, hand push button 16, spiral axle bed 17, USB connects
Mouth 23, wherein spiral axle bed 17 is on spiral axle bed shell 15 so that helical axis 13 can be with the motion of spiral axle bed shell 15
And move.
Reference picture 5, a kind of B-B sectional views of the intelligent waistband of self adaptation self-regulation of the present utility model, structure is mainly by spiral shell
Rotation axis base shell 15, hand push button 16, the first spring 19, second spring 20, rotary gemel 21, spiral axle bed 17 and spring stop
22 compositions.Spiral axle bed shell 15 and central dividing plate 6 are connected by rotary gemel 21 so that spiral axle bed shell 15 can be with
Helical axis 13 is moved around rotary gemel 21.Second spring 20 is connected to spiral axle bed shell 15 and central dividing plate 6, by helical axis
Seat shell 15 pulls to central dividing plate 6, and helical axis 13 is threaded through central dividing plate 6, reaches in groove portion 8 and on girdle body 2
Waistband hole 3 is engaged.Now can be with the elastic of Electronic control waistband.When hand push button 16 is pressed, hand push button 16 can be to
Lower motion makes spiral axle bed shell 15 be moved to away from the direction of central dividing plate 6, so as to drive the spiral of helical axis 13 to leave groove
Portion 8, causes girdle body 2 and helical axis 13 to separate, and realizes the manual release of waistband and fastens.When unclamping hand push button 16, due to
First spring 19 and second spring 20 are acted on, and spiral is engaged with waistband hole 3 again.
Reference picture 6, a kind of C-C sectional views of the intelligent waistband of self adaptation self-regulation of the present utility model, including stepper motor
Gear 26, speed change connection gear 27, spiral shaft gear 28, spiral axle bed shell 15, rotary gemel 21.The He of spiral axle bed shell 15
Central dividing plate 6 is connected by rotary gemel 21, and speed change connection gear 27 and spiral shaft gear 28 are each attached to spiral axle bed shell
On 15, stepping motor gear 26 is fixed on belt buckle 1 with stepper motor 12.Due to second spring 20 in the case of without operation
Effect, stepping motor gear 26, speed change connection gear 27 be engagement, stepper motor 12 rotarily drive helical axis 13 rotation fortune
It is dynamic, so as to drive the horizontal movement of girdle body 2, realize the elastic of waistband.When hand push button 16 is pressed, with spiral axle bed shell
15 away from waistband central dividing plate 6, and stepping motor gear 26 is connected gear 27 with speed change and departs from.In manual mode, even if now
Two automatic buttons 14 are pressed, action is there will not be, maloperation is prevented.
Reference picture 7, a kind of partial enlarged drawing of the intelligent waistband girdle body 2 of self adaptation self-regulation of the present utility model, waistband
Body 2 includes equally distributed waistband hole 3, pressure sensor 4 and magnetic position sensor 5.Pressure sensor 4 and position sensor
The pressure of detection and position are given master control borad 10 by 5, for realizing automatically controlling waistband.Waistband hole 3 is required between pit
The pitch of thread in distance and helical axis 13 is identical, the screw thread on the gradient in waistband hole 3, hole width size and helical axis 13
Gradient, width size are identical.So screw thread could well be engaged with waistband hole 3.
A kind of reference picture 8, E-E sectional views of the intelligent waistband of self adaptation self-regulation of the present utility model, profile is intended to
Illustrate the material of waistband.The cladding layer 24 of the main side for including being affixed to human body and the reflective film display screen layer of other side
25.Reflective film display screen layer 25 does not need backlight, therefore energy consumption is low, and can do it is very thin pliable.
When using, minisize pick-up head 9, will be acquired to the color of worn the clothes thing, it is sent to master control borad 10 and is analyzed
And treatment, and will be best suitable for collocation color be sent to film display screen layer 25 on shown so that waistband and clothing perfection are taken
Match somebody with somebody.
Stepper motor 12 is used in further the utility model waistband, waistband horizontal movement is not exclusively driven,
In the case of cold, stepper motor 12 can realize auto-lock function, and this just instead of the block tongue of traditional waistband.Realize various use
On the way.
When using, waistband have automatically and manually both of which, default situations under be automatic.When girdle body 2 was put into groove
After portion 8, press automatic waistband and fasten button i.e. after the automatic button 14 above main control part 7, stepper motor 12 rotates
Helical axis 13 is driven to rotate, so that waistband horizontal movement is driven, and it is real-time by pressure sensor 4 and magnetic position sensor 5
Pressure and the displacement of waistband are detected, master control borad 10 is fed back to, realizes that waistband is intelligently automatically tightened up.When waistband to be unclamped
The automatic button 14 below main control part 7 is pressed, then stepper motor 12 can be reversely rotated, realize that waistband unclamps.When unclamp from
During dynamic button 14, because stepper motor 12 is acted on, waistband can be locked.Equally when we press hand push button 16, it is switched to
Manual mode, sent waistband into groove portion 8 or pulled open waistband manually, then discharged hand push button 16, then helical axis 13 passes through
Stepper motor 12 can lock waistband.
Further, the function of hand push button 16 is set, the awkward scene occurred by automatic fault is prevented.
To sum up, the utility model is related to a kind of intelligent waistband of self adaptation self-regulation, including girdle body 2 and belt buckle 1 two
Point.Master control borad 10, lithium battery 11, stepper motor 12, gear train, helical axis 13, minisize pick-up head 9 are built-in with belt buckle 1.It is logical
Introducing helical axis 13 and stepper motor 12 are crossed, the block tongue transposition of original waistband is not only instead of, and by worm drive principle,
The transmission of big torsion can be realized, the detection of combination pressure sensor 4 and magnetic position sensor 5 is fed back, realize waistband oneself
The regulatory function of dynamic elastic function and self adaptation.And by using film Display Technique on girdle body 2, realize waistband oneself
Discoloration is adapted to, optimal accompanying colour can be adjusted to according to the color of worn the clothes thing.The utility model has compared to existing technology
Have the following advantages:By introducing worm drive principle to waistband, solving because torsion is not enough can not be by for the utility model
Control technology is applied to the problem of intelligent waistband, not only realizes the monitoring function of waistband, more realizes intelligent waistband oneself
Move elastic control function.Realize manual/automatic integratedization of waistband.In addition film Display Technique is passed through so that waistband being capable of self adaptation
Discoloration, completes the collocation with clothing.Institute is functional can to bring great convenience for people's life, preceding with wide application
Scape.
The above, is one embodiment of the present utility model, is not used to limit the utility model, all in this practicality
New substitutions and modifications for carrying out etc., should be comprising this within the protection domain of utility model.
Claims (4)
1. the intelligent waistband of a kind of self adaptation self-regulation, it is characterized in that:Including belt buckle (1), girdle body (2), waistband hole (3), pressure
Force snesor (4) and magnetic position sensor (5),
Wherein belt buckle (1) is fixed on girdle body (2) one end, is provided with central dividing plate (6) inside the belt buckle (1), it is described in
Belt buckle (1) is divided into main control part (7) and crosses groove portion (8) by space bar (6), and offers helical axis via on central dividing plate (6);
The main control part (7) includes minisize pick-up head (9), master control borad (10), lithium battery (11), stepper motor (12), helical axis
(13), automatic button (14), spiral axle bed shell (15), hand push button (16), spiral axle bed (17), button posting (18),
First spring (19), second spring (20), rotary gemel (21), spring stop (22) and USB interface (23), the miniature video camera
Head (9) and master control borad (10) connection;Described stepper motor (12) one end is connected with master control borad (10), lithium battery (11) respectively, separately
One end is connected by gear train with helical axis (13);Described helical axis (13) one end is arranged on spiral axle bed (17), separately
One end is extended to the in groove portion (8) through helical axis via;The automatic button (14) is through main control part (7) sidepiece and master control borad
(10) connect, automatic button (14) quantity is two;Spiral axle bed shell (15) top is by second spring (20) with
Space bar (6) is connected, and spiral axle bed shell (15) bottom is rotated with central dividing plate (6) by rotary gemel (21) and is connected;It is described
Hand push button (16) sequentially passes through main control part (7) sidepiece and button posting (18), hand push button (16) bottom and spiral axle bed
Shell (15) is contacted;First spring (19) is internal positioned at button posting (18), and is set on hand push button (16);Institute
State button posting (18) to be fixed on central dividing plate (6), button posting (18) inner bottom part is provided with spring stop (22);Institute
USB interface (23) is stated to be connected with master control borad (10), lithium battery (11) respectively;
Wherein girdle body (2) is double-decker, and ground floor is cladding layer (24), and the second layer is film display screen layer (25), and skin
Towards body side, film display screen layer (25) is connected the bed of material (24) with master control borad (10), lithium battery (11) respectively, waistband
Waistband hole (3) is offered on body (2);
Wherein the shape of waistband hole (3) matches with the screw thread form of helical axis (13), and waistband hole (3) are distributed on girdle body (2)
On, the interval between two neighboring waistband hole (3) is identical with the pitch of thread on helical axis (13);
Wherein pressure sensor (4) and magnetic position sensor (5) is arranged on girdle body (2), and pressure sensor (4) and
Magnetic position sensor (5) is connected with master control borad (10).
2. the intelligent waistband of a kind of self adaptation self-regulation according to claim 1, it is characterized in that:The pressure sensor (4)
Quantity is three, and three pressure sensors (4) are distributed on girdle body (2).
3. the intelligent waistband of a kind of self adaptation self-regulation according to claim 1, it is characterized in that:The gear train includes stepping
Motor gear (26), speed change connect gear (27) and spiral shaft gear (28), and wherein speed change connects gear (27) and helical axis tooth
Wheel (28) is fixed on spiral axle bed shell (15);Speed change connection gear (27) one end engaged with stepping motor gear (26) or
Depart from, speed change connection gear (27) other end is engaged with spiral shaft gear (28).
4. the intelligent waistband of a kind of self adaptation self-regulation according to claim 1, it is characterized in that:The film display screen layer
(25) it is reflective film display screen.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201621281694.1U CN206275214U (en) | 2016-11-28 | 2016-11-28 | A kind of intelligent waistband of self adaptation self-regulation |
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CN201621281694.1U CN206275214U (en) | 2016-11-28 | 2016-11-28 | A kind of intelligent waistband of self adaptation self-regulation |
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ID=59074311
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CN201621281694.1U Expired - Fee Related CN206275214U (en) | 2016-11-28 | 2016-11-28 | A kind of intelligent waistband of self adaptation self-regulation |
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Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107319661A (en) * | 2017-08-01 | 2017-11-07 | 郑珮谕 | A kind of intelligent waistband monitored automatically by electromagnetic array with adjusting elasticity |
CN107467757A (en) * | 2017-08-26 | 2017-12-15 | 南宁学院 | A kind of multifunctional leather belt |
CN109334901A (en) * | 2018-10-10 | 2019-02-15 | 东台市万舟船用设备有限公司 | It is a kind of convenient for fixed life jacket |
CN109330070A (en) * | 2018-11-20 | 2019-02-15 | 河北工业职业技术学院 | Waistband |
-
2016
- 2016-11-28 CN CN201621281694.1U patent/CN206275214U/en not_active Expired - Fee Related
Cited By (6)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107319661A (en) * | 2017-08-01 | 2017-11-07 | 郑珮谕 | A kind of intelligent waistband monitored automatically by electromagnetic array with adjusting elasticity |
WO2019024177A1 (en) * | 2017-08-01 | 2019-02-07 | 郑珮谕 | Intelligent belt which automatically monitors and adjusts tightness by means of electromagnetic array |
CN107319661B (en) * | 2017-08-01 | 2019-03-01 | 郑珮谕 | It is a kind of to be monitored automatically by electromagnetic array and the intelligent waistband of adjusting elasticity |
CN107467757A (en) * | 2017-08-26 | 2017-12-15 | 南宁学院 | A kind of multifunctional leather belt |
CN109334901A (en) * | 2018-10-10 | 2019-02-15 | 东台市万舟船用设备有限公司 | It is a kind of convenient for fixed life jacket |
CN109330070A (en) * | 2018-11-20 | 2019-02-15 | 河北工业职业技术学院 | Waistband |
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GR01 | Patent grant | ||
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CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170627 Termination date: 20171128 |
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CF01 | Termination of patent right due to non-payment of annual fee |