CN206722631U

CN206722631U - A kind of container electric door controller

Info

Publication number: CN206722631U
Application number: CN201621104536.9U
Authority: CN
Inventors: 叶创明; 唐志平
Original assignee: Dongguan Dynamic Source Electromechanical Technology Co Ltd
Current assignee: Dongguan Dynamic Source Electromechanical Technology Co Ltd
Priority date: 2016-10-09
Filing date: 2016-10-09
Publication date: 2017-12-08
Anticipated expiration: 2026-10-09

Abstract

The utility model discloses a kind of container electric door controller, its controller housing is included on controller, lower casing, it is embedded in housing accommodating cavity inside controller housing from rear to the preceding motor arranged successively, motor mounting rack, train of reduction gears, input elliptic gear, export elliptic gear, the power output shaft of motor and train of reduction gears drive connection, input the circular gear that elliptic gear is equipped with synchronous axial system, train of reduction gears and circular gear drive connection, input elliptic gear is meshed with output elliptic gear, the edge part for exporting elliptic gear sets drive rod, drive rod bottom passes through the lower casing movable span of controller lower casing and extends to controller lower casing lower end side；Pcb board lid is installed in controller upper casing upper surface, setting-in PCB, photoelectric wheel in the PCB accommodating cavities between controller upper casing and pcb board lid.The utility model can efficiently control container door automatic open close, and novel in structural design, automaticity are high, easy to use.

Description

A kind of container electric door controller

Technical field

It the utility model is related to without handle technical field of furniture, more particularly to a kind of container electric door controller.

Background technology

As the necessary device of classifying storage, furniture plays highly important effect in daily life, and Decoration aspect also plays very big effect to furniture indoors.

It need to be explained further, for existing furniture, it typically controls switching motion, i.e. user by shaking hands Switching motion must could be realized by way of human hand pulling, it is inconvenient for operation.

The content of the invention

The purpose of this utility model is to provide a kind of container electric door controller in view of the shortcomings of the prior art, the storage Cabinet electric door controller novel in structural design, automaticity are high and can efficiently control container door automatic open close, user Just.

To reach above-mentioned purpose, the utility model is achieved through the following technical solutions.

A kind of container electric door controller, includes controller housing, and controller housing includes controller upper casing, installing In the controller lower casing of controller upper casing lower end side, the inside of controller housing between controller upper casing and controller lower casing into Type has housing accommodating cavity, is embedded with housing accommodating cavity from rear to the preceding motor arranged successively, motor mounting rack, reducing gear Wheel group, input elliptic gear, output elliptic gear, motor are fixed on motor mounting rack, the power output shaft of motor With train of reduction gears drive connection, input elliptic gear is fitted with the circular gear of synchronous axial system, train of reduction gears and round tooth Wheel drive is connected, and input elliptic gear is meshed with output elliptic gear, and the edge part for exporting elliptic gear is provided with towards control The drive rod of shell-side protrusion extension under device, the lower surface of controller lower casing correspond to drive rod offer it is upper and lower completely through and and shell The lower casing movable span of body accommodating cavity connection, the bottom of drive rod pass through the lower casing movable span of controller lower casing and extend to control The lower end side of device lower casing；

The upper surface of controller upper casing is equiped with pcb board lid, and forming PCB between controller upper casing and pcb board lid houses Chamber, PCB accommodating cavities are interior embedded with PCB and positioned at PCB side and with exporting elliptic gear synchronous axial system Photoelectric wheel, motor electrically connect with PCB, and photoelectric wheel electrically connects with PCB.

Wherein, clutch is embedded between the circular gear and the train of reduction gears in the housing accommodating cavity, The input of clutch is equiped with clutch input gear, and the output end of clutch is equiped with clutch output gear, train of reduction gears With clutch input gear drive connection, clutch output gear is meshed with circular gear.

Wherein, it is equiped with the housing accommodating cavity in the upper end side for exporting elliptic gear same with output elliptic gear Walk the photoelectricity wheel drive gear rotated, the photoelectric wheel travelling gear with photoelectricity wheel drive gear synchronous axial system, photoelectric wheel driving cog Wheel is connected through the controller upper casing and with the photoelectric wheel.

Wherein, the controller upper casing is spirally connected with the controller lower casing.

Wherein, the controller upper casing connects with the pcb board cover buckle.

The beneficial effects of the utility model are：A kind of container electric door controller described in the utility model, its controller Housing includes controller upper and lower shell, and setting-in is from rear to the preceding driving arranged successively in the housing accommodating cavity inside controller housing Motor, motor mounting rack, train of reduction gears, input elliptic gear, output elliptic gear, motor are fixed on motor installation Frame, power output shaft and the train of reduction gears drive connection of motor, input elliptic gear are equipped with the round tooth of synchronous axial system Wheel, train of reduction gears and circular gear drive connection, input elliptic gear are meshed with output elliptic gear, export elliptic gear Edge part be provided with towards controller under shell-side protrusion extension drive rod, drive rod bottom pass through controller lower casing lower casing Movable span simultaneously extends to controller lower casing lower end side；Install pcb board lid, controller upper casing and pcb board in controller upper casing upper surface Setting-in PCB, photoelectric wheel in PCB accommodating cavities between lid.By said structure design, the utility model can be effectively Control container door automatic open close, i.e., with novel in structural design, automaticity is high, easy to use the advantages of.

Brief description of the drawings

The utility model is further detailed below with accompanying drawing, but the embodiment in accompanying drawing is not formed pair Any restrictions of the present utility model.

Fig. 1 is structural representation of the present utility model.

Fig. 2 is Fig. 1 decomposing schematic representation.

Fig. 3 is Fig. 2 partial structural diagram.

Fig. 4 is the structural representation at another visual angle of the utility model.

Fig. 5 is Fig. 4 decomposing schematic representation.

Include in Fig. 1 into Fig. 5：

1 --- controller housing 11 --- controller upper casing

12 --- controller lower casing 121 --- lower casing movable spans

13 --- housing accommodating cavity 14 --- pcb board lids

15 --- PCB accommodating cavities 21 --- motors

22 --- motor mounting rack 3 --- train of reduction gears

41 --- input elliptic gear 42 --- output elliptic gears

421 --- drive rod 43 --- circular gears

5 --- PCB 6 --- photoelectric wheels

71 --- clutch 72 --- clutch input gears

73 --- clutch output gear.

Embodiment

The utility model is illustrated with reference to specific embodiment.

As shown in Figures 1 to 5, a kind of container electric door controller, includes controller housing 1, and controller housing 1 includes There is controller upper casing 11, be installed in the controller lower casing 12 of the lower end side of controller upper casing 11, the inside of controller housing 1 is in control Form housing accommodating cavity 13 between device upper casing 11 and controller lower casing 12, be embedded with housing accommodating cavity 13 from it is rear to preceding successively Motor 21, motor mounting rack 22, train of reduction gears 3, input elliptic gear 41, the output elliptic gear 42 of arrangement, driving Motor 21 is fixed on motor mounting rack 22, power output shaft and the drive connection of train of reduction gears 3 of motor 21, input ellipse Gear 41 is fitted with the circular gear 43 of synchronous axial system, train of reduction gears 3 and the drive connection of circular gear 43, inputs elliptic gear 41 are meshed with output elliptic gear 42, and the edge part of output elliptic gear 42, which is provided with to protrude towards the side of controller lower casing 12, to be extended Drive rod 421, the lower surface of controller lower casing 12 corresponds to drive rod 421 and offered up and down completely through and with housing accommodating cavity The lower casing movable span 121 of 13 connections, the bottom of drive rod 421 pass through the lower casing movable span 121 of controller lower casing 12 and extended To the lower end side of controller lower casing 12.

Further, the upper surface of controller upper casing 11 is equiped with pcb board lid 14, controller upper casing 11 and pcb board lid 14 Between form PCB accommodating cavities 15, in PCB accommodating cavities 15 embedded with PCB 5 and positioned at the side of PCB 5 and with The photoelectric wheel 6 of the synchronous axial system of elliptic gear 42 is exported, motor 21 electrically connects with PCB 5, photoelectric wheel 6 and PCB circuits Plate 5 electrically connects.

It should further be noted that clutch is embedded between circular gear 43 and train of reduction gears 3 in housing accommodating cavity 13 71, the input of clutch 71 is equiped with clutch input gear 72, and the output end of clutch 71 is equiped with clutch output gear 73, Train of reduction gears 3 and the drive connection of clutch input gear 72, clutch output gear 73 are meshed with circular gear 43.

It need to be explained further, controller upper casing 11 of the present utility model can be real with controller lower casing 12 by way of being spirally connected Existing assembly connection, pcb board lid 14 of the present utility model can realize assembly connection by way of snapping with controller upper casing 11；When So, above-mentioned assembly connection mode is not formed to limitation of the present utility model, i.e., controller upper casing 11 of the present utility model and control Device lower casing 12, pcb board lid 14 and controller upper casing 11 processed can also realize assembly connection using other modes.

To ensure photoelectric wheel 6 and the output synchronous axial system of elliptic gear 42, the utility model is designed using following drive mechanisms, Specially：Upper end side in housing accommodating cavity 13 in output elliptic gear 42 is equiped with and the output synchronous axial system of elliptic gear 42 Photoelectricity wheel drive gear, the photoelectric wheel travelling gear with photoelectricity wheel drive gear synchronous axial system, photoelectric wheel travelling gear pass through control Device upper casing 11 processed is simultaneously connected with photoelectric wheel 6.

During utility model works, PCB 5 is electrically connected with external power source, and during work, PCB 5 is controlled Motor 21 processed starts, 72 turns of the clutch input gear of the driving clutch 71 after the deceleration of train of reduction gears 3 of motor 21 Dynamic, clutch 71 drives clutch output gear 73 to rotate again, and clutch output gear 73 is ellipse by the driving input of circular gear 43 again Knucle-gear 41 rotates, and is meshed with output elliptic gear 42 due to inputting elliptic gear 41, is rotated in input elliptic gear 41 In the case of, output elliptic gear 42 rotates and drives drive rod 421 to rotate, and drive rod 421 drives container door to act and realize storage Cabinet door automatic open close.

It need to be explained further, when container door rotates in motor 21 without "on" position, container door passes through drive rod 421 Output elliptic gear 42 is driven to rotate, the output elliptic gear 42 of rotation drives clutch output gear by inputting elliptic gear 41 Wheel 73 rotates, and now, clutch 71 is in disengaged condition, in the case where clutch output gear 73 rotates, clutch input Gear 72 does not rotate, and then avoids during manually operated container door, and train of reduction gears, motor destroy.

In addition, during output elliptic gear 42 rotates, output elliptic gear 42 passes through photoelectricity wheel drive gear, light Electricity wheel travelling gear driving photoelectric wheel 6 rotates, and photoelectric wheel 6 electrically connects with PCB 5, on the one hand the utility model can pass through Photoelectric wheel 6 controls the angle that container door is opened, closed exactly, on the other hand can detect whether barrier by photoelectric wheel 6, The folding condition of container door can also be detected by photoelectric wheel 6.

From the above situation, it can be seen that, by said structure design, it is automatic that the utility model can efficiently control container door Open and close, i.e., the utility model has the advantages of novel in structural design, automaticity are high, easy to use.

Above content is only preferred embodiment of the present utility model, for one of ordinary skill in the art, according to this reality With new thought, there will be changes, this specification content should not be construed as in specific embodiments and applications To limitation of the present utility model.

Claims

A kind of 1. container electric door controller, it is characterised in that：Include controller housing（1）, controller housing（1）Include Controller upper casing（11）, be installed in controller upper casing（11）The controller lower casing of lower end side（12）, controller housing（1）Inside In controller upper casing（11）With controller lower casing（12）Between form housing accommodating cavity（13）, housing accommodating cavity（13）Interior setting-in Have from rear to the preceding motor arranged successively（21）, motor mounting rack（22）, train of reduction gears（3）, input elliptic gear （41）, output elliptic gear（42）, motor（21）It is fixed on motor mounting rack（22）, motor（21）Power output Axle and train of reduction gears（3）Drive connection, input elliptic gear（41）It is fitted with the circular gear of synchronous axial system（43）, reducing gear Wheel group（3）With circular gear（43）Drive connection, input elliptic gear（41）With exporting elliptic gear（42）It is meshed, output is ellipse Knucle-gear（42）Edge part be provided with towards controller lower casing（12）The drive rod of side protrusion extension（421）, controller lower casing （12）Lower surface correspond to drive rod（421）Offer up and down completely through and with housing accommodating cavity（13）The lower casing activity of connection Hole（121）, drive rod（421）Bottom pass through controller lower casing（12）Lower casing movable span（121）And extend to controller Lower casing（12）Lower end side；

Controller upper casing（11）Upper surface be equiped with pcb board lid（14）, controller upper casing（11）With pcb board lid（14）Between into Type has PCB accommodating cavities（15）, PCB accommodating cavities（15）It is interior to be embedded with PCB（5）And positioned at PCB（5）Side and With exporting elliptic gear（42）The photoelectric wheel of synchronous axial system（6）, motor（21）With PCB（5）Electrical connection, photoelectric wheel （6）With PCB（5）Electrical connection.
A kind of 2. container electric door controller according to claim 1, it is characterised in that：The housing accommodating cavity（13）It is interior In the circular gear（43）With the train of reduction gears（3）Between be embedded with clutch（71）, clutch（71）Input It is equiped with clutch input gear（72）, clutch（71）Output end be equiped with clutch output gear（73）, train of reduction gears（3） With clutch input gear（72）Drive connection, clutch output gear（73）With circular gear（43）It is meshed.
A kind of 3. container electric door controller according to claim 2, it is characterised in that：The housing accommodating cavity（13）It is interior In the output elliptic gear（42）Upper end side be equiped with output elliptic gear（42）The photoelectric wheel of synchronous axial system（6）Driving Gear and photoelectric wheel（6）The photoelectric wheel of drive gear synchronous axial system（6）Travelling gear, photoelectric wheel（6）Travelling gear is described in Controller upper casing（11）And with the photoelectric wheel（6）Connection.
A kind of 4. container electric door controller according to claim 3, it is characterised in that：The controller upper casing（11）With The controller lower casing（12）It is spirally connected.
A kind of 5. container electric door controller according to claim 4, it is characterised in that：The controller upper casing（11）With The pcb board lid（14）Snapping.