CN205274232U - Flexibly control containing box - Google Patents
Flexibly control containing box Download PDFInfo
- Publication number
- CN205274232U CN205274232U CN201520931282.7U CN201520931282U CN205274232U CN 205274232 U CN205274232 U CN 205274232U CN 201520931282 U CN201520931282 U CN 201520931282U CN 205274232 U CN205274232 U CN 205274232U
- Authority
- CN
- China
- Prior art keywords
- storage case
- unit lattice
- thing box
- motor
- case body
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Toys (AREA)
Abstract
The utility model discloses a flexibly control containing box is including the containing box body and the motor driver that have inside cavity, divide into two at least independent interior unit check in the containing box body, and/or the containing box body is equipped with 1 at least outer unit check outward, all inside and outside unit check all are connected with motor driver, control all inside and outside units division or pass by motor driver. The utility model discloses an unit check of wanting can be opened through button, pronunciation, quick, the accurate automation of portable customer end to the containing box, conveniently get and put article.
Description
Technical field
The utility model relates to a kind of storage case, is specifically related to a kind of maneuver autopilot storage case.
Background technology
Storage case is the apparatus for receiving clothing or other article commonly used in daily life, comprises portable storage case, such as luggage etc.; With non-portable storage case, such as cabinet etc. Along with the raising of people's living standard, functional requirement for storage case is also more and more higher, such as antitheft function, the Chinese invention patent application that publication number is CN103704971A solves this problem, it discloses a kind of Intelligent luggage carrier, comprise the control circuit board on the housing being arranged at and coded lock, described control circuit board and coded lock connect, unlock command is added so that coded lock is added unblock for wirelessly obtaining from a mobile equipment, user is made to realize locking flexibly and unlocking, safe and reliable. Also has the requirement of the loss function to luggage in addition, the Chinese patent that mandate publication number is CN202077750U solves this problem, it discloses a kind of antitheft travelling chest, the GPS locating device being provided with store battery in chest and be connected with store battery, as stolen in chest or lose, determine the position of chest by GPS location, thus search out chest. But existing storage case also exists a very big problem not yet to be solved, the article being put in storage phase are not easy to store classifiedly, even if being also difficult to after storing classifiedly find fast when needs, this have impact on the allegro mode of life of people to a certain extent, therefore design one can be put in a space by class article separately, it is possible to the storage case taking out some article easily and efficiently is extremely urgent.
Practical novel content
It is many that technical problem to be solved in the utility model is to provide a kind of independent accommodating space, the maneuver autopilot storage case of article of can taking easily and efficiently.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is as follows:
Maneuver autopilot storage case, comprise the storage case body with internal cavities, also comprising motor drive unit, described storage case body is 1 independent interior unit lattice or is divided at least 2 independent interior unit lattice, and/or is provided with at least 1 outer unit lattice outside storage case body; All inside and outside unit lattice are all connected with motor drive unit, control opening or closing of all inside and outside unit by motor drive unit.
Such scheme is preferred, and wherein at least 1 outer unit lattice is automatic rotary dump thing box, and described automatic rotary dump thing box is independent junior unit lattice or is divided at least 2 independent junior unit lattice, and each junior unit lattice is provided with switch door; Described motor drive unit comprises motor B4, driving toothed gear C4 and follower gear C41, motor B4 is arranged in storage case body or automatic rotary dump thing box, driving toothed gear C4 is enclosed within the output shaft of motor B4, follower gear C41 engages with driving toothed gear C4, the turning axle of follower gear C41 is connected with automatic rotary dump thing box, drives automatic rotary dump thing box to rotate the selection realizing junior unit lattice.
Such scheme is preferred, and wherein at least 1 outer unit lattice is turn-up storage thing box, and turn-up storage thing box is independent junior unit lattice or is divided at least 2 independent junior unit lattice; Described motor drive unit comprises motor B5, driving toothed gear C5 and follower gear C51, motor B5 is arranged in storage case body or turn-up storage thing box, driving toothed gear C5 is enclosed within the output shaft of motor B5, follower gear C51 engages with driving toothed gear C5, one hinge D5 is through driving toothed gear C5 and is arranged on storage case body, and opening one side of turn-up storage thing box is connected on hinge D5.
Such scheme is preferred, and wherein at least 1 outer unit lattice is sideslip type storage thing box, and described sideslip type storage thing box is independent junior unit lattice or is divided at least 2 independent junior unit lattice; The outer side being buckled in storage case body that the opening of sideslip type storage thing box can be moved forward and backward by the guide rail D6 being arranged on storage case body; Described motor drive unit comprises motor B6, driving toothed gear C6, and motor B6 is arranged on storage case body, and driving toothed gear C6 is enclosed within the output shaft of motor B6, and driving toothed gear C6 is meshed with the tooth bar T6 being installed on sideslip type storage thing box outer side.
Such scheme is preferred, and wherein at least 1 outer unit lattice is pop-up type dump thing box, and described pop-up type dump thing box is independent junior unit lattice or is divided at least 2 independent junior unit lattice; The outer side being buckled in storage case body that the opening of pop-up type dump thing box can be moved left and right by the guide rail D7 being arranged on storage case body; Described motor drive unit comprises motor B7, driving toothed gear C7, and motor B7 is arranged on storage case body, and driving toothed gear C7 is enclosed within the output shaft of motor B7, and tooth bar T7's driving toothed gear C7 that in sideslip type storage thing box, left and right is arranged is meshed with being installed on.
Such scheme is preferred, and wherein at least 1 outer unit lattice is Unscrew formula storage thing box, and described Unscrew formula storage thing box is independent junior unit lattice or is divided at least 2 independent junior unit lattice; The opening of Unscrew formula storage thing box is buckled in the outer side of storage case body; Described motor drive unit comprises motor B8, driving toothed gear C8 and follower gear C81, one side of turn-up storage thing box opening is articulated with on storage case body by hinge D8, motor B8 is arranged in Unscrew formula storage thing box, driving toothed gear C8 is enclosed within the output shaft of motor B8, follower gear C81 engages with driving toothed gear C8, and driving toothed gear C8 drives hinge D8 to rotate outside being enclosed within hinge D8.
Such scheme is preferred, the lid of described storage case body is the sliding type storage thing box with internal cavities, being provided with motor B9 in described storage case body, its opening is provided with the guide rail D9 for tooth bar structure on the downside of it, described sliding type storage thing box is connected on guide rail D9; Gear on motor B9 output shaft is meshed with the tooth bar on the downside of guide rail D9.
Such scheme is preferred, all interior unit lattice are divided into more than 1 row or 2 rows, often in row, unit lattice are arranged in storage case body with laminated, often the lateral ends of the interior unit lattice on row respectively with corresponding, be perpendicular to the compressible main shaft bottom storage case body and be connected, described motor drive unit is two-way energising electromagnetic actuator device, and in each, the two ends on the inner side of unit lattice are equipped with electro-magnet.
In order to speech-sound intelligent control can be realized, also comprise the intelligent control part being arranged on storage case body, described intelligent control part comprises principal controller, memory module, speech processing module, voice acquisition module and motor drive module, described voice acquisition module is connected with the input terminus of principal controller through speech processing module, the input of described memory module, the output of output terminal difference principal controller, input terminus are connected, and the output terminal of described principal controller is connected with motor drive unit through motor drive module. Power supply module can be chargeable store battery, facilitates out using like this.
Described memory module is used for storaged voice recognition instruction, such as voice recognition instruction such as Western-style clothes, shoes, makeup. Described voice acquisition module for gathering voice data, and by gather voice data transmission to speech processing module. Described speech processing module is used for according to voice data genaration phonetic control command, and is transferred in principal controller by phonetic control command. Described principal controller is for mating phonetic control command in the voice recognition instruction of memory module, and under the match is successful, transmission steering order is to motor drive module. Described motor drive module, for performing the steering order of principal controller, controls by motor drive unit to open or close corresponding unit lattice.
In order to realize closely or long-distance remote control intelligent control, also comprise the intelligent control part being arranged on storage case body, described intelligent control part comprises principal controller, memory module, athe portable client and motor drive module, described athe portable client is connected with the input terminus of principal controller, the input of described memory module, the output of output terminal difference principal controller, input terminus are connected, and the output terminal of described principal controller is connected with motor drive unit through motor drive module.
Such scheme is preferred, and storage case is portable storage case, and the back side namely receiving case body is provided with pull bar, and the low face of storage case body is provided with walking wheel.
Compared with prior art, storage case is divided into multiple unit lattice by the utility model, article are positioned over disaggregatedly in unit lattice, and utilize intelligent control part, by the voice recognition instruction typing memory module in advance of each unit lattice, corresponding voice data are collected in voice acquisition module, and convert phonetic control command to by speech processing module, mate in the voice recognition instruction of memory module by principal controller again, under the match is successful, transmission steering order is to motor drive module, and open corresponding unit lattice by motor drive unit, such design, user can be made to find the article wanted fast, improve the quality of living, in addition, it is also possible to by athe portable client, input by user and input recognition instruction accordingly, reach the object opening respective cells.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the upward view of Fig. 1.
Fig. 3 is that in the utility model, its outer unit lattice are structural representation during automatic rotary dump thing box.
Fig. 4 is the vertical view of Fig. 3.
Fig. 5 is that in the utility model, its outer unit lattice are structural representation during turn-up storage thing box.
Fig. 6 is that in the utility model, its outer unit lattice are structural representation during sideslip type storage thing box.
Fig. 7 is that in the utility model, its outer unit lattice are structural representation during pop-up type dump thing box.
Fig. 8 is that in the utility model, its outer unit lattice are structural representation during Unscrew formula storage thing box.
Fig. 9 is the structural representation of interior unit lattice of the present utility model.
Figure 10 is the module frame chart of Voice command.
Figure 11 is the module frame chart of athe portable client control.
Number in the figure is: 1, receive case body; 2, interior unit lattice; 2-1, compressible spring main shaft; 2-2, electro-magnet; 2-3, guide rail; 3, outer unit lattice; 4, automatic rotary dump thing box; 4-1, motor B4; 4-2, driving toothed gear C4; 4-3, follower gear C41; 5, turn-up storage thing box; 5-1, motor B5; 5-2, driving toothed gear C5; 5-3, follower gear C51; 5-4, hinge D5; 6, sideslip type storage thing box; 6-1, motor B6; 6-2, driving toothed gear C6; 6-3, guide rail D6; 6-4, tooth bar T6; 7, pop-up type dump thing box; 7-1, motor B7; 7-2, driving toothed gear C7; 7-3, guide rail D7; 7-4, tooth bar T7; 8, Unscrew formula storage thing box; 8-1, motor B8; 8-2, driving toothed gear C8; 8-3, follower gear C81; 8-4, hinge D8; 9, sliding type storage thing box; 9-1, motor B9; 9-2, guide rail D9.
Embodiment
The utility model is a kind of maneuver autopilot storage case, as shown in Figure 1, comprise the storage case body 1 and motor drive unit with internal cavities, described storage case body 1 is 1 independent interior unit lattice 2 or is divided at least 2 independent interior unit lattice 2, and/or it is provided with at least 1 outer unit lattice 3 outside storage case body 1, and/or pass be three kinds of schemes: to receive case body 1 described in the first be 1 independent interior unit lattice 2 or is divided at least 2 independent interior unit lattice 2, and is provided with at least 1 outer unit lattice 3 outside receiving case body 1; It two be described storage case body 1 is 1 independent interior unit lattice 2 or is divided at least 2 independent interior unit lattice 2; Its three be storage case body 1 outside be provided with at least 1 outer unit lattice 3. All inside and outside unit lattice 3 are all connected with motor drive unit, control opening or closing of all inside and outside unit by motor drive unit.
The shape of outer unit lattice 3 in having multiple implementation with motor drive unit, in this preferably real-time mode, lists 5 kinds with it.
The first: wherein at least 1 outer unit lattice 3 is automatic rotary dump thing box 4, for independent junior unit lattice or can be divided at least 2 independent junior unit lattice in automatic rotary dump thing box 4. Each junior unit lattice is provided with switch door; Described motor drive unit comprises motor B44-1, driving toothed gear C44-2 and follower gear C414-3, motor B44-1 is arranged in storage case body 1 or automatic rotary dump thing box 4, driving toothed gear C44-2 is enclosed within the output shaft of motor B44-1, follower gear C414-3 engages with driving toothed gear C44-2, the turning axle of follower gear C414-3 is connected with automatic rotary dump thing box 4, drives automatic rotary dump thing box 4 to rotate the selection realizing unit lattice. The unlatching of motor or closedown, it is possible to by by key control, at this moment button E4 is arranged on outside automatic rotary dump thing box 4, and the switch with motor B44-1 is connected; Can also controlling by Voice command or athe portable client, these two kinds of control modes describe in detail following doing again.
2nd kind: wherein at least 1 outer unit lattice 3 is turn-up storage thing box 5, and turn-up storage thing box 5 is independent junior unit lattice or is divided at least 2 independent junior unit lattice. The opening of turn-up storage thing box 5 is buckled in the outer side of storage case body 1; Described motor drive unit comprises motor B55-1, driving toothed gear C55-2 and follower gear C515-3, motor B55-1 is arranged in storage case body 1 or turn-up storage thing box 5, driving toothed gear C55-2 is enclosed within the output shaft of motor B55-1, follower gear C515-3 engages with driving toothed gear C55-2, one hinge D55-4 is through driving toothed gear C55-2 and is arranged on storage case body 1, and opening one side of turn-up storage thing box 5 is connected on hinge D55-4. The unlatching of motor or closedown, it is possible to by by key control, at this moment button E5 is arranged on outside turn-up storage thing box 5, and the switch with motor B55-1 is connected; Can also controlling by Voice command or athe portable client, these two kinds of control modes describe in detail following doing again.
The third: wherein at least 1 outer unit lattice 3 is sideslip type storage thing box 6, and described sideslip type storage thing box 6 is independent junior unit lattice or is divided at least 2 independent junior unit lattice. The outer side being buckled in storage case body 1 that the opening of sideslip type storage thing box 6 can be moved forward and backward by the guide rail D66-3 being arranged on storage case body 1; Described motor drive unit comprises motor B66-1, driving toothed gear C66-2, motor B66-1 is arranged on storage case body 1, driving toothed gear C66-2 is enclosed within the output shaft of motor B66-1, and driving toothed gear C66-2 is meshed with the tooth bar T66-4 being installed on sideslip type storage thing box 6 outer side. The unlatching of motor or closedown, it is possible to by by key control, at this moment button E6 is arranged on outside sideslip type storage thing box 6, and the switch with motor B66-1 is connected; Can also controlling by Voice command or athe portable client, these two kinds of control modes describe in detail following doing again.
4th kind: wherein at least 1 outer unit lattice 3 is pop-up type dump thing box 7, described pop-up type dump thing box 7 is independent junior unit lattice or is divided at least 2 independent junior unit lattice. The outer side being buckled in storage case body 1 that the opening of pop-up type dump thing box 7 can be moved left and right by the guide rail D77-3 being arranged on storage case body 1; Described motor drive unit comprises motor B77-1, driving toothed gear C77-2, motor B77-1 is arranged on storage case body 1, driving toothed gear C77-2 is enclosed within the output shaft of motor B77-1, and tooth bar T77-4's driving toothed gear C77-2 that in sideslip type storage thing box 6, left and right is arranged is meshed with being installed on. The unlatching of motor or closedown, it is possible to by by key control, at this moment button E7 is arranged on outside sideslip type storage thing box 6, and the switch with motor B77-1 is connected; Can also controlling by Voice command or athe portable client, these two kinds of control modes describe in detail following doing again.
5th kind: wherein at least 1 outer unit lattice 3 is Unscrew formula storage thing box 8, and described Unscrew formula storage thing box 8 is independent junior unit lattice or is divided at least 2 independent junior unit lattice. The opening of Unscrew formula storage thing box 8 is buckled in the outer side of storage case body 1; Described motor drive unit comprises motor B88-1, driving toothed gear C88-2 and follower gear C818-3, one side of turn-up storage thing box 5 opening is articulated with on storage case body 1 by hinge D88-4, motor B88-1 is arranged in Unscrew formula storage thing box 8, driving toothed gear C88-2 is enclosed within the output shaft of motor B88-1, follower gear C818-3 engages with driving toothed gear C88-2, and driving toothed gear C88-2 drives hinge D88-4 to rotate outside being enclosed within hinge D88-4. The unlatching of motor or closedown, it is possible to by by key control, at this moment button E8 is arranged on outside turn-up storage thing box 5, and the switch with motor B88-1 is connected; Can also controlling by Voice command or athe portable client, these two kinds of control modes describe in detail following doing again.
The motor drive unit of interior unit lattice 2 also has multiple implementation, enumerating two kinds: one at this is, all interior unit lattice 2 are arranged in storage case body 1 with laminated, in these unit lattice 2 all be perpendicular to storage case body 1 bottom compressible spring main shaft 2-1 be connected, described motor drive unit is two-way energising electromagnetic actuator device, the front and back end that electro-magnet 2-2 is arranged in each in unit lattice 2 respectively with the ejection that controls interior unit lattice 2 with fold. There is slide rail to provide support and fold size restriction bottom all unit lattice, make unit lattice be stabilized on the main shaft of two ends unlikely unit lattice crooked, all in picturesque disorder when opening. Excessively it is connected between slide rail with unit lattice, ensures to slide the smooth and easy gap that simultaneously connects within the scope of connection.
Two are, all interior unit lattice 2 are divided into two rows, often in row, unit lattice 2 are arranged in storage case body 1 with laminated, often the lateral ends of the interior unit lattice 2 on row respectively with corresponding, be perpendicular to the compressible main shaft bottom storage case body 1 and be connected, described motor drive unit is two-way energising electromagnetic actuator device, in each, the two ends on the inner side of unit lattice 2 are equipped with electro-magnet 2-2, and the same one end on the inner side of interior unit lattice 2 on identical layer is connected by guide rail 2-3. Described compressible main shaft is compressible spring main shaft 2-1. Inner shaft formation chain connection makes it circumference and can rotate freely, with free folding. Electro-magnet 2-2 be fixed on each unit lattice fold in face of rear end, when chest is opened in instruction, the electro-magnet 2-2 on interior unit lattice 2 on identical layer is energized in the same way and repels each other, and opens all unit lattice, to limiting out stopping. When instruction closes appointment or whole unit lattice, single chip machine controlling circuit makes corresponding electro-magnet 2-2 power on circuitry on appointment or whole unit lattice, makes the incorgruous energising of electro-magnet 2-2 attracting, and adhesive is specified or all unit lattice. Open unit lattice with reason and also by the convenient control of program and software, described intelligent control function can be reached. The unlatching of motor or closedown, it is possible to by by key control, at this moment button E8 is arranged on outside turn-up storage thing box 5, and the switch with motor B88-1 is connected; Can also controlling by Voice command or athe portable client, these two kinds of control modes describe in detail following doing again.
The lid of described storage case body 1 is the sliding type storage thing box 9 with internal cavities, in described storage case body 1, motor B99-1 is installed, being provided with the guide rail D99-2 for tooth bar structure on the downside of it on its opening, described sliding type storage thing box 9 is connected on guide rail D99-2; Gear on motor B99-1 output shaft is meshed with the tooth bar on the downside of guide rail D99-2; Button is arranged on outside sliding type storage thing box 9, and the switch with motor B99-1 is connected.
Speech-sound intelligent control part comprises principal controller, memory module, speech processing module, voice acquisition module, motor drive module and power supply module, described voice acquisition module is connected with the input terminus of principal controller through speech processing module, the input of described memory module, the output of output terminal difference principal controller, input terminus are connected, and the output terminal of described principal controller is connected through the motor of motor drive module with motor drive unit.
Described power supply module is connected with principal controller, memory module, speech processing module, voice acquisition module, motor drive module and motor drive unit respectively, for above-mentioned parts provide power supply. Described power supply module can be chargeable store battery, facilitates out using like this.
Closely (telepilot) or long-distance remote control (mobile phone etc.) intelligent control part comprise principal controller, memory module, athe portable client and motor drive module, described athe portable client is connected with the input terminus of principal controller, the input of described memory module, the output of output terminal difference principal controller, input terminus are connected, and the output terminal of described principal controller is connected through the motor of motor drive module with motor drive unit. In order to open storage case by input recognition instruction, the utility model also comprises athe portable client, and athe portable client is connected with principal controller by wireless communication mode. Athe portable client can be telepilot or mobile phone. During for mobile phone, the APP software simulating on mobile phone is to the control of storage case.
Storage case in the present embodiment is portable storage case, and the back side namely receiving case body 1 is provided with pull bar, and the low face of storage case body 1 is provided with walking wheel.
Illustrate the working process (speech-sound intelligent control) of this maneuver autopilot storage case (cabinet) below:
Described memory module prestores voice recognition instruction, if the first unit lattice are that Western-style clothes, second unit lattice shoes, Unit the 3rd are formatted the voice recognition instruction such as cosmetic, sets up the phonetic control command of different units lattice with this. During use, user says " Western-style clothes " facing to voice acquisition module, voice acquisition module collects the voice data of " Western-style clothes ", speech processing module converts the voice data received from speech processing module the phonetic control command of " Western-style clothes " to, in memory module, the voice recognition instruction of " Western-style clothes " that the phonetic control command with " Western-style clothes " mates is carried out again by principal controller, after the match is successful, principal controller transmission steering order is to motor drive module, and is opened the first unit lattice depositing " Western-style clothes " by motor drive unit.
When athe portable client controls, then directly input steering order is transferred to principal controller, the input recognition instruction corresponding by principal controller coupling, and control corresponding unit lattice and open.
Claims (10)
1. maneuver autopilot storage case, comprise storage case body (1) with internal cavities, it is characterized in that: also comprise motor drive unit, described storage case body (1) is 1 independent interior unit lattice (2) or is divided at least 2 independent interior unit lattice (2), and/or is provided with at least 1 outer unit lattice (3) outside storage case body (1); All inside and outside unit lattice (3) are all connected with motor drive unit, control opening or closing of all inside and outside unit by motor drive unit.
2. maneuver autopilot according to claim 1 storage case, it is characterized in that: wherein at least 1 outer unit lattice (3) is automatic rotary dump thing box (4), described automatic rotary dump thing box (4) is for independent junior unit lattice or is divided at least 2 independent junior unit lattice, and each junior unit lattice is provided with switch door; Described motor drive unit comprises motor B4 (4-1), driving toothed gear C4 (4-2) and follower gear C41 (4-3), motor B4 (4-1) is arranged in storage case body (1) or automatic rotary dump thing box (4), driving toothed gear C4 (4-2) is enclosed within the output shaft of motor B4 (4-1), follower gear C41 (4-3) engages with driving toothed gear C4 (4-2), the turning axle of follower gear C41 (4-3) is connected with automatic rotary dump thing box (4), drives automatic rotary dump thing box (4) to rotate the selection realizing junior unit lattice.
3. maneuver autopilot according to claim 1 storage case, it is characterized in that: wherein at least 1 outer unit lattice (3) is turn-up storage thing box (5), and turn-up storage thing box (5) for independent junior unit lattice or is divided at least 2 independent junior unit lattice, described motor drive unit comprises motor B5 (5-1), driving toothed gear C5 (5-2) and follower gear C51 (5-3), motor B5 (5-1) is arranged in storage case body (1) or turn-up storage thing box (5), driving toothed gear C5 (5-2) is enclosed within the output shaft of motor B5 (5-1), follower gear C51 (5-3) engages with driving toothed gear C5 (5-2), one hinge D5 (5-4) is through driving toothed gear C5 (5-2) and is arranged on storage case body (1), opening one side of turn-up storage thing box (5) is connected on hinge D5 (5-4).
4. maneuver autopilot according to claim 1 storage case, it is characterized in that: wherein at least 1 outer unit lattice (3) is sideslip type storage thing box (6), and described sideslip type storage thing box (6) for independent junior unit lattice or is divided at least 2 independent junior unit lattice; The outer side being buckled in storage case body (1) that the opening of sideslip type storage thing box (6) can be moved forward and backward by the guide rail D6 (6-3) being arranged in storage case body (1); Described motor drive unit comprises motor B6 (6-1), driving toothed gear C6 (6-2), motor B6 (6-1) is arranged in storage case body (1), driving toothed gear C6 (6-2) is enclosed within the output shaft of motor B6 (6-1), and driving toothed gear C6 (6-2) is meshed with the tooth bar T6 (6-4) being installed on sideslip type storage thing box (6) outer side.
5. maneuver autopilot according to claim 1 storage case, it is characterized in that: wherein at least 1 outer unit lattice (3) is pop-up type dump thing box (7), described pop-up type dump thing box (7) is for independent junior unit lattice or is divided at least 2 independent junior unit lattice; The outer side being buckled in storage case body (1) that the opening of pop-up type dump thing box (7) can be moved left and right by the guide rail D7 (7-3) being arranged in storage case body (1); Described motor drive unit comprises motor B7 (7-1), driving toothed gear C7 (7-2), motor B7 (7-1) is arranged in storage case body (1), driving toothed gear C7 (7-2) is enclosed within the output shaft of motor B7 (7-1), and tooth bar T7's driving toothed gear C7 (7-2) (7-4) that in sideslip type storage thing box (6), left and right is arranged is meshed with being installed on.
6. maneuver autopilot according to claim 1 storage case, it is characterized in that: wherein at least 1 outer unit lattice (3) is Unscrew formula storage thing box (8), and described Unscrew formula storage thing box (8) for independent junior unit lattice or is divided at least 2 independent junior unit lattice, the opening of Unscrew formula storage thing box (8) is buckled in the outer side of storage case body (1), described motor drive unit comprises motor B8 (8-1), driving toothed gear C8 (8-2) and follower gear C81 (8-3), one side of turn-up storage thing box (5) opening is articulated with in storage case body (1) by hinge D8 (8-4), motor B8 (8-1) is arranged in Unscrew formula storage thing box (8), driving toothed gear C8 (8-2) is enclosed within the output shaft of motor B8 (8-1), follower gear C81 (8-3) engages with driving toothed gear C8 (8-2), and driving toothed gear C8 (8-2) is enclosed within hinge D8 (8-4) drives hinge D8 (8-4) to rotate outward.
7. maneuver autopilot according to claim 1 storage case, it is characterized in that: the lid of described storage case body (1) is sliding type storage thing box (9) with internal cavities, in described storage case body (1), motor B9 (9-1) is installed, being provided with the guide rail D9 (9-2) for tooth bar structure on the downside of it on its opening, described sliding type storage thing box 9 is connected on guide rail D9 (9-2); Gear on motor B9 (9-1) output shaft is meshed with the tooth bar of guide rail D9 (9-2) downside.
8. maneuver autopilot according to claim 1 storage case, it is characterized in that: all interior unit lattice (2) are divided into more than 1 row or 2 rows, often in row, unit lattice (2) are arranged in storage case body (1) with laminated, often the lateral ends of the interior unit lattice (2) on row is connected with compressible main shaft corresponding, that be perpendicular to storage case body (1) bottom respectively, described motor drive unit is two-way energising electromagnetic actuator device, and in each, the two ends on the inner side of unit lattice (2) are equipped with electro-magnet (2-2).
9. according to claim 1-6 and 8 any one maneuver autopilot storage case, it is characterized in that: also comprise the intelligent control part being arranged in storage case body (1), described intelligent control part comprises principal controller, memory module, speech processing module, voice acquisition module and motor drive module, described voice acquisition module is connected with the input terminus of principal controller through speech processing module, the input of described memory module, the output of output terminal difference principal controller, input terminus is connected, the output terminal of described principal controller is connected with motor drive unit through motor drive module.
10. according to claim 1-6 and 8 any one maneuver autopilot storage case, it is characterized in that: also comprise the intelligent control part being arranged in storage case body (1), described intelligent control part comprises principal controller, memory module, athe portable client and motor drive module, described athe portable client is connected with the input terminus of principal controller, the input of described memory module, the output of output terminal difference principal controller, input terminus are connected, and the output terminal of described principal controller is connected with motor drive unit through motor drive module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520931282.7U CN205274232U (en) | 2015-11-19 | 2015-11-19 | Flexibly control containing box |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520931282.7U CN205274232U (en) | 2015-11-19 | 2015-11-19 | Flexibly control containing box |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205274232U true CN205274232U (en) | 2016-06-01 |
Family
ID=56058831
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520931282.7U Expired - Fee Related CN205274232U (en) | 2015-11-19 | 2015-11-19 | Flexibly control containing box |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205274232U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105329559A (en) * | 2015-11-19 | 2016-02-17 | 苏宁 | Maneuver control storage box |
-
2015
- 2015-11-19 CN CN201520931282.7U patent/CN205274232U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105329559A (en) * | 2015-11-19 | 2016-02-17 | 苏宁 | Maneuver control storage box |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105523009B (en) | Standby key for being integrated into mobile device shell | |
| CN205274232U (en) | Flexibly control containing box | |
| CN102182363B (en) | Electronic lock with fingerprint password handle | |
| CN206994770U (en) | A kind of intelligent case and bag | |
| CN113513214A (en) | Intelligent key box | |
| CN111489467A (en) | Intelligent door lock, system and unlocking method based on UWB | |
| CN106174916A (en) | A kind of intelligence slide fastener | |
| CN105329559A (en) | Maneuver control storage box | |
| CN205384475U (en) | Intelligent control containing box | |
| CN205334580U (en) | Automatic adjust device and automobile of reserve chamber door | |
| CN105334773A (en) | Intelligent control storage box | |
| CN206480376U (en) | Speech recognition equipment for door lock | |
| CN108887836A (en) | A kind of robot luggage case | |
| CN208888896U (en) | A kind of intelligent door lock with automatic sensing slip lid | |
| CN205072275U (en) | Multipurpose case and bag | |
| CN206195383U (en) | A portable power source system for motor vehicles | |
| CN209687079U (en) | A kind of novel shared lock | |
| CN209750718U (en) | Intelligent electric curtain for intelligent home | |
| CN211375718U (en) | Intelligent storage box is popped out to sectional type | |
| CN111789362A (en) | Travel suitcase | |
| CN202233611U (en) | Fingerprint identification suitcase | |
| CN206025418U (en) | Intelligence zipper device | |
| KR200478448Y1 (en) | Smart phone case | |
| CN205046979U (en) | Intelligent lock | |
| CN213980289U (en) | Door lock |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160601 Termination date: 20181119 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |