CN105326238A - Intelligent drawer and application method thereof - Google Patents
Intelligent drawer and application method thereof Download PDFInfo
- Publication number
- CN105326238A CN105326238A CN201510637898.8A CN201510637898A CN105326238A CN 105326238 A CN105326238 A CN 105326238A CN 201510637898 A CN201510637898 A CN 201510637898A CN 105326238 A CN105326238 A CN 105326238A
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- China
- Prior art keywords
- drawer
- controller
- induction module
- catapult
- motor
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Classifications
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47B—TABLES; DESKS; OFFICE FURNITURE; CABINETS; DRAWERS; GENERAL DETAILS OF FURNITURE
- A47B2220/00—General furniture construction, e.g. fittings
- A47B2220/0091—Electronic or electric devices
- A47B2220/0097—Remote control for furniture, e.g. tables or shelves
Abstract
The invention discloses an intelligent drawer and an application method thereof. A drawer body is provided with a pop-up cavity inside. A spring is disposed on the lower portion of the inside of the pop-up cavity. The lower end of the spring is fixedly connected with the bottom of the pop-up cavity, and the upper end is fixedly connected with the lower surface of a press plate. Daily articles are placed on the press plate. The intelligent drawer also comprises 3D glasses, comprising a processing unit connected with a wireless signal receiving module installed on the drawer body through a wireless signal transmitting module, and a controller of the 3D glasses is connected with a drawer motor, a pop-up motor and an adjusting motor and controls the above motors to act. The intelligent drawer is intelligent and enables the head and eyeball movements of a user as command signals by using the 3D glasses as a controller.
Description
Technical field
The present invention relates to the technical field of drawer, be specifically related to intelligent drawer and using method thereof.
Background technology
Drawer, for placing various ordinary articles, in daily life, often runs into this situation, people are recumbent on a sofa and see TV, want with the thing in drawer, such as toothpick, tinned drink etc., but do not remember that body goes to take, wish that drawer can oneself be opened, the thing in drawer oneself flies to come at one's side.If this fantastic idea can realize, the Gospel of lazyboot beyond doubt.
Existing TV possesses 3D effect more, be equipped with 3D glasses, if can innovate 3D glasses, become the controller of drawer, by head and the activity of oculomotor control drawer, article are delivered to user position, then can person greatly easy to use, do not need user to stand up to take the article in drawer from sofa.
Summary of the invention
Technical problem to be solved by this invention is for the above-mentioned state of the art, and for a kind of intellectuality, by 3D glasses as controller, using user's head and ocular movemeut as the intelligent drawer of command signal and using method thereof.
The present invention solves the problems of the technologies described above adopted technical scheme:
Intelligent drawer, comprise drawer body, drawer body can skid off under the drive of drawer motor from chest of drawers, wherein: in drawer body, be provided with several catapult-launching gear, each catapult-launching gear is provided with an ejection chamber, ejection chamber lower inside is provided with spring, lower spring end is fixedly connected with bottom ejection chamber, upper end is fixedly connected with pressing plate lower surface, articles for daily use are placed on pressing plate, pressing plate is connected with the motor that launches be placed on catapult-launching gear by several line, launches motor and is pressed down by pressing plate by elastic threads, make spring-compressed, catapult-launching gear bottom is rotatably coordinated with drawer body by ball pivot, catapult-launching gear bottom has also been provided with at least three angular adjustment bars, each angular adjustment bar top is all fixedly connected with catapult-launching gear, bottom all connects respective adjustment motor, regulate motor by flexible angular adjustment bar adjustment catapult-launching gear angle, this intelligent drawer also comprises 3D glasses, 3D glasses comprise processor, left eye induction module, right eye induction module, head movement induction module, reflective optical fiber displacement sensor, wireless signal transmitting module, left eye induction module is placed in the left lens position place of 3D glasses, right eye induction module is placed in the right lens position place of 3D glasses, left eye induction module and right eye induction module all can respond to capacitance variations when human eye is blinked between eyeglass and eyes, head movement induction module includes gyroscope, gyroscope can respond to the rotation of head part, reflective optical fiber displacement sensor can monitor the rotation of eyeball, left eye induction module, right eye induction module, head movement induction module is all connected with processor with reflective optical fiber displacement sensor, the reception of wireless signals model calling of processor by wireless signal transmitting module and drawer body are installed, drawer body is also provided with pressure inductor, controller and position sensor, controller respectively with reception of wireless signals module, pressure inductor is connected with position sensor, pressure inductor is placed in pressing plate upper surface, the pressure of the articles for daily use be placed on pressing plate can be responded to, position sensor can respond to position and the distance of 3D glasses, controller and drawer motor, launch motor and regulate motor to connect, and control the running of above-mentioned motor.The diameter of the ejection chamber of the catapult-launching gear described in each is different, be convenient to place articles for daily use not of uniform size, ball pivot comprises free bearing and hinge ball, and free bearing is fixed on drawer body, hinge ball is rollably placed in free bearing, and described catapult-launching gear bottom is fixedly connected with hinge ball.
For optimizing technique scheme, the concrete measure taked also comprises:
The quantity of above-mentioned line is four, is connected on pressing plate with waiting radian.
The quantity of above-mentioned angular adjustment bar is three, is connected to waiting radian below pressing plate, correspondingly, regulates the quantity of motor to be also three.
Above-mentioned processor and controller are single-chip microcomputer.
The using method of intelligent drawer, is characterized in that:
Step a, by 3D eyeglasses-wearing at user's eye, left eye induction module, right eye induction module and reflective optical fiber displacement sensor face user's eyeball;
Step b, to rotate when user's head rotation or Rotation of eyeball or head and eyeball simultaneously, when sight concentrates on drawer body, the head rotation information that head movement induction module senses by processor and the Rotation of eyeball information that reflective optical fiber displacement sensor monitors carry out integrated treatment, show that human eye sight concentrates on the conclusion on drawer body, processor is transmitted to reception of wireless signals module by wireless signal transmitting module, makes controller be in holding state;
Step c, user send order by nictation, intelligent drawer is made to extract drawer body out, process is: user closes left eye, open right eye, left eye induction module and right eye induction module sense the information that opens and closes eyes of user by the capacitance variations between induction eyes and eyeglass, and information is passed to processor, signal is read as and opens drawer by processor, and this information is passed to controller, controller controls the running of drawer motor, is shifted out by drawer body, correspondingly, when user opens left eye, when closing right eye, intelligent drawer regains drawer body;
Steps d, when drawer body shifts out, user carries out several and blinks in Preset Time, processor chooses one in several catapult-launching gears of drawer body according to number of winks, the normally closed left eye of user, this action is considered as determining by processor, and information is passed to controller, the force value of articles for daily use in the catapult-launching gear chosen is passed to controller by pressure inductor, the position of position sensor induction 3D glasses and distance, controller draws spring force value size by the range information analyzing pressure value information and 3D glasses, controller controls to launch motor elastic threads and is pressed down by pressing plate, make spring-compressed to precalculated position, controller is by analyzing the positional information of 3D glasses, the running of control and regulation motor, angular adjustment bar is elongated or shortened, and then control incline direction and the angle of catapult-launching gear, 3D glasses direction is aimed in the outlet of catapult-launching gear, line loosens by last controller, spring elongates, articles for daily use bullet on pressing plate is flown.
Closed-eye time equals or exceeds one second for effectively to order eye closing, and wink time is greater than 0.3 second and is less than 1 second for effectively to order nictation, and when wink time was less than 0.3 second, be considered as physiology and blink, processor does not deal with.
Intelligent drawer of the present invention makes drawer intelligent, can when not touching drawer, article in drawer are taken user at one's side, the present invention by 3D glasses as controller, using user's head and ocular movemeut as command signal, the catapult-launching gear of drawer can regulate rotational angle arbitrarily, and ejection chamber and ejection guns vary, large articles for daily use can be held, also little articles for daily use can be held, first can put into ejection guns, again ejection guns is put into ejection chamber, when launching, ejection guns is also ejected in the lump.Pressure inductor is placed in pressing plate upper surface, the pressure of the articles for daily use be placed on pressing plate can be responded to, position sensor can respond to position and the distance of 3D glasses, just can determine catapulting distance and direction by pressure inductor and pressure inductor, guarantees that article can just launch near 3D glasses.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
Fig. 2 is the structural representation of catapult-launching gear;
Fig. 3 is structured flowchart of the present invention.
Wherein, Reference numeral is: drawer body 1, catapult-launching gear 2, ejection chamber 2a, spring 3, pressing plate 4, line 5, launch motor 6, ball pivot 7, free bearing 7a, hinge ball 7b, angular adjustment bar 8, regulate motor 9,3D glasses 10, processor 11, left eye induction module 12, right eye induction module 13, head movement induction module 14, reflective optical fiber displacement sensor 15, wireless signal transmitting module 16, reception of wireless signals module 17, pressure inductor 18, controller 19, position sensor 20.
Detailed description of the invention
Below in conjunction with accompanying drawing, embodiments of the invention are described in further detail.
Intelligent drawer, comprise drawer body 1, drawer body 1 can skid off under the drive of drawer motor from chest of drawers, wherein: in drawer body 1, be provided with several catapult-launching gear 2, each catapult-launching gear 2 is provided with an ejection chamber 2a, ejection chamber 2a lower inside is provided with spring 3, spring 3 lower end is fixedly connected with bottom ejection chamber 2, upper end is fixedly connected with pressing plate 4 lower surface, articles for daily use are placed on pressing plate 4, pressing plate 4 is connected with the motor 6 that launches be placed on catapult-launching gear 2 by several line 5, launch motor 6 by elastic threads 5, pressing plate 4 to be pressed down, spring 3 is compressed, catapult-launching gear 2 bottom is rotatably coordinated with drawer body 1 by ball pivot 7, catapult-launching gear 2 bottom has also been provided with at least three angular adjustment bars 8, each angular adjustment bar 8 top is all fixedly connected with catapult-launching gear 2, bottom all connects respective adjustment motor 9, motor 9 is regulated to adjust catapult-launching gear 2 angle by flexible angular adjustment bar 8, this intelligent drawer also comprises 3D glasses 10, 3D glasses 10 comprise processor 11, left eye induction module 12, right eye induction module 13, head movement induction module 14, reflective optical fiber displacement sensor 15, wireless signal transmitting module 16, left eye induction module 12 is placed in the left lens position place of 3D glasses 10, right eye induction module 13 is placed in the right lens position place of 3D glasses 10, left eye induction module 12 and right eye induction module 13 all can respond to capacitance variations when human eye is blinked between eyeglass and eyes, head movement induction module 14 includes gyroscope, gyroscope can respond to the rotation of head part, reflective optical fiber displacement sensor 15 can monitor the rotation of eyeball, left eye induction module 12, right eye induction module 13, head movement induction module 14 is all connected with processor 11 with reflective optical fiber displacement sensor 15, processor 11 is connected with the reception of wireless signals module 17 that drawer body 1 is installed by wireless signal transmitting module 16, drawer body 1 is also provided with pressure inductor 18, controller 19 and position sensor 20, controller 19 respectively with reception of wireless signals module 17, pressure inductor 18 is connected with position sensor 20, pressure inductor 18 is placed in pressing plate 4 upper surface, the pressure of the articles for daily use be placed on pressing plate 4 can be responded to, position sensor 20 can respond to position and the distance of 3D glasses 10, controller 19 and drawer motor, launch motor 6 and regulate motor 9 to connect, and control the running of above-mentioned motor.The diameter of the ejection chamber 2a of the catapult-launching gear 2 described in each is different, be convenient to place articles for daily use not of uniform size, ball pivot 7 comprises free bearing 7a and hinge ball 7b, described free bearing 7a is fixed on drawer body 1, hinge ball 7b is rollably placed in free bearing 7a, and catapult-launching gear 2 bottom is fixedly connected with hinge ball 7b.
The quantity of line 5 is four, is connected to waiting radian on pressing plate 4.
The quantity of angular adjustment bar 8 is three, is connected to below pressing plate 4 with waiting radian, correspondingly, regulates the quantity of motor 9 to be also three.
Processor 11 and controller 19 are single-chip microcomputer.
The using method of intelligent drawer, is characterized in that:
Step a, 3D glasses 10 are worn on user's eye, left eye induction module 12, right eye induction module 13 and reflective optical fiber displacement sensor 15 face user's eyeball;
Step b, to rotate when user's head rotation or Rotation of eyeball or head and eyeball simultaneously, when sight concentrates on drawer body 1, the head rotation information that head movement induction module 14 senses by processor 11 and the Rotation of eyeball information that reflective optical fiber displacement sensor 15 monitors carry out integrated treatment, show that human eye sight concentrates on the conclusion on drawer body 1, processor 11 is transmitted to reception of wireless signals module 17 by wireless signal transmitting module 16, makes controller 19 be in holding state;
Step c, user sends order by nictation, intelligent drawer is made to extract drawer body 1 out, process is: user closes left eye, open right eye, left eye induction module 12 and right eye induction module 13 sense the information that opens and closes eyes of user by the capacitance variations between induction eyes and eyeglass, and information is passed to processor 11, signal is read as and opens drawer by processor 11, and this information is passed to controller 19, controller 19 controls the running of drawer motor, drawer body 1 is shifted out, correspondingly, when user opens left eye, when closing right eye, intelligent drawer regains drawer body 1,
Steps d, when drawer body 1 shifts out, user carries out several and blinks in Preset Time, processor 11 chooses one in several catapult-launching gears 2 of drawer body 1 according to number of winks, the normally closed left eye of user, this action is considered as determining by processor 11, and information is passed to controller 19, the force value of articles for daily use in the catapult-launching gear 2 chosen is passed to controller 19 by pressure inductor 18, position sensor 20 responds to position and the distance of 3D glasses 10, controller 19 draws spring force value size by the range information analyzing pressure value information and 3D glasses 10, controller 19 controls to launch motor 6 elastic threads 5 and is pressed down by pressing plate 4, spring 3 is made to be compressed to precalculated position, controller 19 is by analyzing the positional information of 3D glasses 10, control and regulation motor 9 operates, angular adjustment bar 8 is elongated or shortened, and then control incline direction and the angle of catapult-launching gear 2, 3D glasses 10 direction is aimed in the outlet of catapult-launching gear 2, line 5 loosens by last controller 19, spring 3 extends, articles for daily use bullet on pressing plate 4 is flown.
Closed-eye time equals or exceeds one second for effectively to order eye closing, and wink time is greater than 0.3 second and is less than 1 second for effectively to order nictation, and when wink time was less than 0.3 second, be considered as physiology and blink, processor 11 does not deal with.
The position sensor 20 that the present invention adopts is rangefinder, preferably, is laser range finder.
Below be only the preferred embodiment of the present invention, protection scope of the present invention be not only confined to above-described embodiment, all technical schemes belonged under thinking of the present invention all belong to protection scope of the present invention.It should be pointed out that for those skilled in the art, some improvements and modifications without departing from the principles of the present invention, should be considered as protection scope of the present invention.
Claims (6)
1. intelligent drawer, comprise drawer body (1), described drawer body (1) can skid off under the drive of drawer motor from chest of drawers, it is characterized in that: in described drawer body (1), be provided with several catapult-launching gear (2), each described catapult-launching gear (2) is provided with an ejection chamber (2a), described ejection chamber (2a) lower inside is provided with spring (3), described spring (3) lower end is fixedly connected with ejection chamber (2) bottom, upper end is fixedly connected with pressing plate (4) lower surface, articles for daily use are placed on pressing plate (4), described pressing plate (4) is connected with the motor (6) that launches be placed on catapult-launching gear (2) by several line (5), pressing plate (4) presses down by elastic threads (5) by the described motor (6) that launches, spring (3) is compressed, described catapult-launching gear (2) bottom is rotatably coordinated with drawer body (1) by ball pivot (7), described catapult-launching gear (2) bottom has also been provided with at least three angular adjustment bars (8), each angular adjustment bar (8) top is all fixedly connected with catapult-launching gear (2), bottom all connects respective adjustment motor (9), described adjustment motor (9) is by flexible angular adjustment bar (8) adjustment catapult-launching gear (2) angle, this intelligent drawer also comprises 3D glasses (10), described 3D glasses (10) comprise processor (11), left eye induction module (12), right eye induction module (13), head movement induction module (14), reflective optical fiber displacement sensor (15), wireless signal transmitting module (16), described left eye induction module (12) is placed in the left lens position place of 3D glasses (10), described right eye induction module (13) is placed in the right lens position place of 3D glasses (10), described left eye induction module (12) and right eye induction module (13) all can respond to capacitance variations when human eye is blinked between eyeglass and eyes, described head movement induction module (14) includes gyroscope, described gyroscope can respond to the rotation of head part, described reflective optical fiber displacement sensor (15) can monitor the rotation of eyeball, described left eye induction module (12), right eye induction module (13), head movement induction module (14) is all connected with processor (11) with reflective optical fiber displacement sensor (15), processor (11) is connected by the upper reception of wireless signals module (17) of installing of wireless signal transmitting module (16) and drawer body (1), described drawer body (1) is also provided with pressure inductor (18), controller (19) and position sensor (20), described controller (19) respectively with reception of wireless signals module (17), pressure inductor (18) is connected with position sensor (20), described pressure inductor (18) is placed in pressing plate (4) upper surface, the pressure of the articles for daily use be placed on pressing plate (4) can be responded to, described position sensor (20) can respond to position and the distance of 3D glasses (10), described controller (19) and drawer motor, launch motor (6) and regulate motor (9) to connect, and control the running of above-mentioned motor, the diameter of the ejection chamber (2a) of the catapult-launching gear (2) described in each is different, be convenient to place articles for daily use not of uniform size, described ball pivot (7) comprises free bearing (7a) and hinge ball (7b), described free bearing (7a) is fixed on drawer body (1), hinge ball (7b) is rollably placed in free bearing (7a), and described catapult-launching gear (2) bottom is fixedly connected with hinge ball (7b).
2. intelligent drawer according to claim 1, is characterized in that: the quantity of described line (5) is four, is connected to waiting radian on pressing plate (4).
3. intelligent drawer according to claim 2, is characterized in that: the quantity of described angular adjustment bar (8) is three, is connected to pressing plate (4) below with waiting radian, correspondingly, regulates the quantity of motor (9) to be also three.
4. intelligent drawer according to claim 3, is characterized in that: described processor (11) and controller (19) are single-chip microcomputer.
5. a using method for intelligent drawer as claimed in claim 4, is characterized in that:
Step a, 3D glasses (10) are worn on user's eye, left eye induction module (12), right eye induction module (13) and reflective optical fiber displacement sensor (15) face user's eyeball;
Step b, when user's head rotation or Rotation of eyeball or head and eyeball rotate simultaneously, when sight concentrates on drawer body (1), the head rotation information that head movement induction module (14) senses by described processor (11) and the Rotation of eyeball information that reflective optical fiber displacement sensor (15) monitors carry out integrated treatment, show that human eye sight concentrates on the conclusion on drawer body (1), processor (11) transmits to reception of wireless signals module (17) by wireless signal transmitting module (16), controller (19) is made to be in holding state,
Step c, user sends order by nictation, intelligent drawer is made to extract drawer body (1) out, process is: user closes left eye, open right eye, left eye induction module (12) and right eye induction module (13) sense the information that opens and closes eyes of user by the capacitance variations between induction eyes and eyeglass, and information is passed to processor (11), signal is read as by processor (11) opens drawer, and this information is passed to controller (19), controller (19) controls the running of drawer motor, drawer body (1) is shifted out, correspondingly, when user opens left eye, when closing right eye, intelligent drawer regains drawer body (1),
Steps d, when drawer body (1) shifts out, user carries out several and blinks in Preset Time, processor (11) chooses in several catapult-launching gears (2) of drawer body (1) according to number of winks, the normally closed left eye of user, this action is considered as determining by processor (11), and information is passed to controller (19), the force value of articles for daily use in the catapult-launching gear chosen (2) is passed to controller (19) by pressure inductor (18), the position of position sensor (20) induction 3D glasses (10) and distance, controller (19) draws spring force value size by the range information analyzing pressure value information and 3D glasses (10), controller (19) controls to launch motor (6) elastic threads (5) and is pressed down by pressing plate (4), spring (3) is made to be compressed to precalculated position, controller (19) is by analyzing the positional information of 3D glasses (10), control and regulation motor (9) running, angular adjustment bar (8) is elongated or shortened, and then control incline direction and the angle of catapult-launching gear (2), 3D glasses (10) direction is aimed in the outlet of catapult-launching gear (2), line (5) loosens by last controller (19), spring (3) extends, articles for daily use bullet on pressing plate (4) is flown.
6. the using method of intelligent drawer according to claim 5, it is characterized in that: closed-eye time equals or exceeds one second for effectively to order eye closing, wink time is greater than 0.3 second and is less than 1 second for effectively to order nictation, when wink time was less than 0.3 second, be considered as physiology to blink, processor (11) does not deal with.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510637898.8A CN105326238A (en) | 2015-10-07 | 2015-10-07 | Intelligent drawer and application method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510637898.8A CN105326238A (en) | 2015-10-07 | 2015-10-07 | Intelligent drawer and application method thereof |
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| Publication Number | Publication Date |
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| CN105326238A true CN105326238A (en) | 2016-02-17 |
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| CN201510637898.8A Pending CN105326238A (en) | 2015-10-07 | 2015-10-07 | Intelligent drawer and application method thereof |
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| CN112494040A (en) * | 2020-09-09 | 2021-03-16 | 四川九八村信息科技有限公司 | Automatic sample reserving mechanism used on intelligent hemostix and intelligent hemostix |
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