CN109247731A - A kind of auxiliary cap-opening mechanism and cabinet - Google Patents
A kind of auxiliary cap-opening mechanism and cabinet Download PDFInfo
- Publication number
- CN109247731A CN109247731A CN201811390331.5A CN201811390331A CN109247731A CN 109247731 A CN109247731 A CN 109247731A CN 201811390331 A CN201811390331 A CN 201811390331A CN 109247731 A CN109247731 A CN 109247731A
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- China
- Prior art keywords
- cabinet
- sliding
- mounting base
- storage
- guide rod
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- 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.)
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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
- A47B81/00—Cabinets or racks specially adapted for other particular purposes, e.g. for storing guns or skis
-
- 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
- A47B97/00—Furniture or accessories for furniture, not provided for in other groups of this subclass
Abstract
The present invention relates to a kind of auxiliary cap-opening mechanisms, and the cabinet using the auxiliary cap-opening mechanism, belong to cabinet technical field, including mounting base, at least two are fixedly arranged on the guide rod of mounting base, along the support bracket of guide rod sliding setting, and the elastic recoil part between support bracket and mounting base；The support bracket includes the sliding part being arranged along guide rod sliding, and the supporting part being fixedly connected with sliding part.This auxiliary cap-opening mechanism, structure is simple, and supporting part contacts at the cabinet inner end of turnover box and close to case lid lower wall, and sliding part is slideably positioned in guide rod, and elastic recoil part is additionally provided between support bracket and mounting base.When initial position, turnover box body applies pressure to bracket, thus elasticity of compression return member；After turnover box drives mobile by mobile mechanism, cabinet is taken under the elastic force effect of elastic recoil part to hold the rear end of case lid, to avoid during uncapping, influence caused by case lid rear end is moved down on uncapping in supporting part.
Description
Technical field
The present invention relates to a kind of auxiliary cap-opening mechanisms, and using the cabinet of the auxiliary cap-opening mechanism, belong to storage
Cabinet technical field.
Background technique
Currently, the public places such as airport, railway station, megastore are provided with the storage point of manual type, or deposit
Put the self-service cabinet of small articles.In existing self-service cabinet, big city carries out the transfer of article using turnover box.But it is existing
After turnover box in some cabinets is uncapped, case lid is easy to fall, and causes deleterious effect to storage article.
Summary of the invention
In order to solve the defect of the above-mentioned prior art, the object of the present invention is to provide mention when one kind can uncap for turnover box
For the cap-opening mechanism of auxiliary.
In order to achieve the above objectives, the technical scheme is that
A kind of auxiliary cap-opening mechanism, including mounting base, at least two are fixedly arranged on the guide rod of mounting base, slide along guide rod
The support bracket of setting, and the elastic recoil part between support bracket and mounting base；The support bracket includes sliding along guide rod
The sliding part of dynamic setting, and the supporting part being fixedly connected with sliding part.
Above-mentioned auxiliary cap-opening mechanism, structure is simple, and when initial position, supporting part contacts at the cabinet inner end of turnover box
And close to case lid lower wall, and elastic recoil part is compressed.Again since sliding part sliding is set to guide rod, and support bracket and mounting base
Between be additionally provided with elastic recoil part；After turnover box drives mobile by mobile mechanism, supporting part is made in the elastic force of elastic recoil part
Under, cabinet is taken over to hold the rear end of case lid, to avoid during uncapping, shadow caused by case lid rear end is moved down to uncapping
It rings.
Further, in order to simplify structure, ease of assembly, the sliding part is the sleeve that sliding sleeve is set to guide rod；Institute
Stating supporting part includes the interconnecting piece being fixedly connected with sleeve, and the L-shaped bracket being fixedly connected with interconnecting piece.
Further, in order to simplify structure, ease of assembly, the sliding part is the sliding block that sliding sleeve is set to guide rod, institute
Stating supporting part is L-shaped bracket.
Further, when being put into turnover box, contact in order to facilitate turnover box box back with supporting part, the bracket
Outer end be equipped with directive wheel；The upper surface of the directive wheel is slightly above the upper surface of bracket.
Further, the elastic recoil part is spring or elastic slice；When the elastic recoil part is spring, the bullet
Spring one end contacts at support bracket, and the other end contacts at mounting base；When the elastic recoil part is elastic slice, the support bracket and peace
Dress seat is equipped with elastic slice mounting groove.
Further, for the ease of the sliding of sleeve, the mounting base is fixedly provided with axle sleeve；The sleeve is sheathed on guiding
It can be slided in axle sleeve after bar；The lateral wall of the one end of the guide rod far from sleeve is equipped with the screw thread connecting with sleeve thread and connects
Socket part.
Further, in order to simplify structure, ease of assembly, the mounting base is equipped with the mounting hole for installing axle sleeve；Institute
The both ends for stating the lateral wall of axle sleeve are each provided with mounting groove；Retaining collar is equipped in the mounting groove；Retaining collar passes through spiral shell
Bolt is fixedly connected with mounting base, and realization axle sleeve is fixedly connected with mounting base.
Further, accurate location when being put into order to ensure turnover box further includes being fixedly arranged on the mounting base and being located at
Guide pad above the bracket；The guide pad is equipped with inclined guide wall outwardly.
The present invention also provides a kind of cabinets to be set to the intracorporal control of cabinet including being equipped with access port and storing the cabinet body of lattice
Electronic box processed, the touch screen on the outside of cabinet body are set to the intracorporal drawing type movable mechanism of cabinet, are driven and move by drawing type movable mechanism
Dynamic turnover box, and it is set to the intracorporal auxiliary cap-opening mechanism as described above of cabinet；The control electronic box includes circuit board, and
MCU control chip on circuit boards is set；The touch screen and drawing type movable mechanism are electrical with MCU control chip
Connection；The turnover box includes cabinet, and sliding is set to the case lid of cabinet；The bracket contacts at cabinet inner end and close to case
Lid lower wall.
Auxiliary cap-opening mechanism of this cabinet due to using above structure, during uncapping, avoids in turnover box
Case lid rear end moves down, and the case where case lid is fallen occurs.
Further, in order to simplify structure, moreover it is possible to turnover box is brought into the longitudinal direction easily and is taken out of, the pull
Formula mobile mechanism includes the back-and-forth motion knot for sliding back and forth in the intracorporal storage shell of cabinet, and driving storage shell back-and-forth motion
Structure；The back-and-forth motion structure includes the back-and-forth motion electricity for being fixedly arranged in cabinet body and being electrically connected with MCU control chip
Machine, and the front and back rotate gear that connect of pto shaft drive for being moved forward and backward motor, and engage with front and back rotate gear and
The back-and-forth motion rack gear being fixedly connected with storage shell；The outer wall of the storage shell is equipped with front and back sliding block；The cabinet body is equipped with
The front and back sliding rail matched with front and back sliding block.
Further, in order to simplify structure, moreover it is possible to article easily be taken leukorrhagia, the drawing and pulling type in the up-down direction
Mobile mechanism further include slide up and down in storage shell in storage inner casing, and drive storage inner casing move up and down on move down
Dynamic structure；The structure that moves up and down includes the connection frame being fixedly connected with hook for hanging and taking the hook for storing inner casing, with
And the Power Component for driving connection frame to move up and down；The Power Component includes being fixedly arranged in cabinet body and controlling with the MCU
What chip was electrically connected moves up and down motor, rotates upwardly and downwardly gear with what the pto shaft drive for moving up and down motor was connect,
And with the rack gear up and down that rotates upwardly and downwardly gear and engage and be fixedly connected with connection frame；The inner sidewall of the storage shell is equipped with upper
Sliding block；The lateral wall of the storage inner casing is equipped with the upper and lower slide rail matched with upper sliding block.
Further, for the ease of object to be moved to be packed into storage inner casing, the outer end of the storage inner casing is equipped with court
The guide runner of outer incline.
Further, in order to simplify structure, facilitate hook with store inner casing being fixedly connected in the vertical direction, the extension
The cross section of hook is concave, and opening up；The left top and/or right top of the lateral wall of the storage inner casing are equipped with and hook
The groove matched；When the bottom of storage inner casing touches the interior bottom portion of storage shell, weighing sensor just starts to weigh.
Further, storage inner casing can be steadily driven to move up and down in order to enable moving up and down structure, the pull
Formula mobile mechanism further includes the first limit assembly and/or the second limit assembly that direction is moved up and down for limiting connection frame；
Wherein, first limit assembly includes the limited post for being fixedly arranged on connection frame, and is fixedly arranged on the limit of cabinet body
Plate；The limit plate is equipped with the limit hole moved up and down for limited post；
Second limit assembly includes the position limiting slide block for being fixedly arranged on connection frame vertically, and is set to the cabinet body vertically
Limit sliding rail；The position limiting slide block is moved up and down along limit sliding rail.
Further, move up and down structure drive storage inner casing move up and down when, move up excessively high or move down in order to prevent
It is too low and occur component between collision, the drawing type movable mechanism further include set on the cabinet body and with MCU control core
The photoelectric sensor up and down that piece is electrically connected.
Further, in order to which real-time detection is by the weight of mobile object, the drawing and pulling type shifting overweight by mobile object is prevented
Motivation structure further includes the weighing sensor set on the storage interior of shell bottom；Weighing sensor and the MCU control chip
It is electrically connected；When the bottom of storage inner casing touches the interior bottom portion of storage shell, weighing sensor just starts to weigh.
Further, it in order to which real-time detection is by the height of mobile object, prevents by mobile object superelevation, the drawing and pulling type moves
Motivation structure further include set on the storage inner casing top and be used for detect by mobile object whether the grating sensor of superelevation；Grating
Sensor and MCU control chip are electrically connected.
Further, in order to incude whether storage inner casing has been put by mobile object in real time, the drawing type movable mechanism
It further include that whether there is by mobile object set on the storage inner casing inner sidewall and for detect storage inner housing inner to penetrating biography
Sensor；Opposite type sensor and MCU control chip are electrically connected.
Further, in order to whether have obstacle or people in front of real-time detection storage shell, prevent to collide, the pumping
Pull-type mobile mechanism further includes the supersonic sensing set on the storage housing outward end and with MCU control chip electric connection
Device.
Further, in order to prompt user's drawing type movable mechanism working, the drawing type movable mechanism is also wrapped
Include the warning lamp for being set to the storage housing outward end and being electrically connected with MCU control chip.
It further, further include the turnover box in storage inner casing, including cabinet, and sliding is set to the case of cabinet
Lid；The bracket contacts at cabinet inner end and close to case lid lower wall.
Further, in order to facilitate the identity of verifying user and be easy to use this human-computer interaction device, further include
It is controlled in dimensional code scanner, identity card card reader and the loudspeaker that chip is electrically connected at least set on the cabinet body and with MCU
It is a kind of.
Further, in order to obtain user specific storage object process, further include set on the cabinet body and
The storage environment being electrically connected with MCU control chip enrolls camera.
Further, in order to obtaining the environmental aspect around human-computer interaction device, further include set on the cabinet body and
The ambient enviroment being electrically connected with MCU control chip enrolls camera.
Further, in order to obtain storage object people facial information, further include be set to the cabinet body and and MCU
It controls the human body face that chip is electrically connected and identifies camera.
The invention will be further described in the following with reference to the drawings and specific embodiments.
Detailed description of the invention
Fig. 1 is one of the structural schematic diagram of drawing type movable device in cabinet a kind of in fact of the invention；
Fig. 2 is the second structural representation of drawing type movable device in a kind of cabinet of the present invention；
Fig. 3 is the third structural representation of drawing type movable device in a kind of cabinet of the present invention；
Fig. 4 is four (being put into turnover box) of the structural schematic diagram of drawing type movable device in a kind of cabinet of the present invention；
Fig. 5 is the enlarged drawing of part A in Fig. 4；
Fig. 6 is five (being put into turnover box) of the structural schematic diagram of drawing type movable device in a kind of cabinet of the present invention；
Fig. 7 is the enlarged drawing of part B in Fig. 6；
Fig. 8 be the structural schematic diagram of drawing type movable device in a kind of cabinet of the present invention six (be put into turnover box, and
The guide pad of auxiliary cap-opening mechanism is omitted)；
Fig. 9 is the enlarged drawing of C portion in Fig. 8；
Figure 10 is one of the structural schematic diagram of turnover box in a kind of cabinet of the present invention；
Figure 11 is the second structural representation of turnover box in a kind of cabinet of the present invention；
Figure 12 is a kind of one of structural schematic diagram of cabinet of the present invention；
Figure 13 is a kind of second structural representation of cabinet of the present invention.
Specific embodiment
In order to more fully understand technology contents of the invention, combined with specific embodiments below to technical solution of the present invention into
One step introduction and explanation, but not limited to this.
Embodiment 1
In conjunction with shown in Fig. 7 and Fig. 9, a kind of auxiliary cap-opening mechanism 700, including mounting base 710, two are fixedly arranged on mounting base
710 guide rod 720, along the support bracket 730 of the sliding setting of guide rod 720, and be set to support bracket 730 and mounting base 710 it
Between elastic recoil part 740；The support bracket 730 include along guide rod 720 sliding setting sliding part 731, and with sliding
The supporting part 732 that portion 731 is fixedly connected.
Specifically, the sliding part 731 is the sleeve that sliding sleeve is set to guide rod 720；The supporting part 732 includes and cunning
The interconnecting piece 7321 that dynamic portion 731 (sleeve) is fixedly connected, and the L-shaped bracket 7322 being fixedly connected with interconnecting piece 7321.
The outer end of the bracket 7322 is equipped with directive wheel 733；The upper surface of the directive wheel 733 is slightly above the upper surface of bracket 7322.
Specifically, the elastic recoil part 740 is spring or elastic slice；It is described when the elastic recoil part 740 is spring
Spring one end contact at interconnecting piece 7321, the other end contacts at mounting base 710；When the elastic recoil part 740 is elastic slice,
The sliding part 731 and mounting base 710 are equipped with elastic slice mounting groove.
Further, in other embodiments, the mounting base 710 is fixedly provided with axle sleeve 750；731 (the set of sliding part
Cylinder) be sheathed on guide rod 720 after can be slided along axle sleeve 750；The lateral wall of the described one end of guide rod 720 far from sleeve 731 is set
There are the threaded joints being threadedly coupled with axle sleeve 750.
Specifically, the mounting base 710 is equipped with the mounting hole for installing axle sleeve 750；The lateral wall of the axle sleeve 750
Both ends are each provided with mounting groove (not shown)；Retaining collar 751 is equipped in the mounting groove；Retaining collar 751 passes through
Bolt is fixedly connected with mounting base 710, and realization axle sleeve 750 is fixedly connected with mounting base 710.
It further, in other embodiments, further include being fixedly arranged on the mounting base 710 and being located on the bracket 732
The guide pad 760 of side；The guide pad 760 is equipped with inclined guide wall outwardly.
In summary: above-mentioned auxiliary cap-opening mechanism, structure is simple, and when initial position, supporting part contacts at turnover box
Cabinet inner end and close to case lid lower wall, and elastic recoil part is compressed.Again since sleeve sliding sleeve is set to guide rod, and support
Elastic recoil part is additionally provided between frame and mounting base；After turnover box drives mobile by mobile mechanism, supporting part is in elastic recoil
Under the elastic force effect of part, cabinet is taken over to hold the rear end of case lid, to avoid during uncapping, case lid rear end moves down split
It is influenced caused by lid.
Embodiment 2
The present embodiment also provides a kind of auxiliary cap-opening mechanism, and structure is substantially same as Example 1, and difference is described
Sliding part is the sliding block that sliding sleeve is set to guide rod, and the supporting part is L-shaped bracket.
The support bracket with different structure in embodiment 1 is present embodiments provided, but can also reach what embodiment 1 can solve
Technical problem.
Embodiment 3
As shown in Fig. 1~Figure 13, a kind of cabinet is set to including being equipped with access port 130 and storing the cabinet body 100 of lattice 140
Control electronic box 300 in cabinet body 100, the touch screen 400 set on 100 outside of cabinet body, the drawing type movable machine in cabinet body 100
Structure 500 is driven mobile turnover box 600 by drawing type movable mechanism 500, and in cabinet body 100 such as embodiment 1 or real
Apply the auxiliary cap-opening mechanism 700 in example 2；The control electronic box 300 includes circuit board, and the MCU control of setting on circuit boards
Coremaking piece；The touch screen 400 and drawing type movable mechanism 500 are electrically connected with MCU control chip；The turnover box
600 include cabinet 610, and sliding is set to the case lid 620 of cabinet 610；The bracket 732 contacts at 610 inner end of cabinet and tight
Adjacent 620 lower wall of case lid.
Specifically, the upper end of 620 inner end of case lid is equipped with limited block 630；The opposite two sides of the cabinet 610 are equipped with
Sliding slot 611；The corresponding two sides of the case lid 620 are equipped with sliding block 621；The sliding of sliding block 621 is set to sliding slot 611, realizes case lid
620 are slidably connected with cabinet 610.In addition, the cross section of the sliding slot 611 is concave, and it is open outwardly；The sliding block 621
Cross section it is L-shaped, including the vertical portion being fixedly connected with case lid 620, and sliding is set to the horizontal portion in sliding slot；The sliding slot
611 height is greater than the thickness in horizontal portion.
In addition, the cabinet body 100 is equipped with the stop block for backstop limited block 630.
Specifically, the drawing type movable mechanism 500 includes sliding back and forth in the storage shell 510 in cabinet body 100, drive
Store shell 510 be moved forward and backward back-and-forth motion structure 520, slide up and down in storage shell 510 in storage inner casing 530, with
And drive storage inner casing 530 move up and down move up and down structure 540.
More specifically, the back-and-forth motion structure 520 includes being fixedly arranged on cabinet body 200 and controlling chip electrical property with the MCU
The back-and-forth motion motor 521 of connection, the front and back rotate gear 522 being connect with the pto shaft drive for being moved forward and backward motor 521,
And the back-and-forth motion rack gear 523 for engaging with front and back rotate gear 522 and being fixedly connected with storage shell 510；Outside the storage
The bottom of shell 510 is equipped with front and back sliding block 511；The cabinet body 200 is equipped with the front and back sliding rail 512 matched with front and back sliding block 511.
More specifically, the structure 540 that moves up and down includes the hook 541 for hanging and taking storage inner casing 530, with hook
541 connection frames 542 being fixedly connected, and the Power Component 543 for driving connection frame 542 to move up and down；The Power Component
543 include being fixedly arranged on cabinet body 200 and moving up and down motor 5431 with what MCU control chip was electrically connected, and is moved up and down
The pto shaft drive connection of motor 5431 rotates upwardly and downwardly gear 5432, and with rotate upwardly and downwardly gear 5432 engage and with
Rack gear 5433 up and down that connection frame 542 is fixedly connected；The inner sidewall of the storage shell 510 is equipped with upper sliding block 513；It is described to deposit
The lateral wall for putting inner casing 530 is equipped with the upper and lower slide rail 514 matched with upper sliding block 513.
For the ease of turnover box 600 to be packed into storage inner casing 530, on the upside of the outer front end of the storage inner casing 530 with after
End downside is equipped with inclined guide runner 532 outwardly.
In addition, the cross section of the hook 541 is concave and opening up；A left side for the lateral wall of the storage inner casing 530
Top and right top are equipped with the groove 531 matched with hook 541.510 front and back of storage shell is driven when being moved forward and backward structure 520
It when mobile, also drive storage inner casing 530 to be moved forward and backward, moves up and down structure 540 at this time and continue to move down, so that hook 541 and ditch
Slot 531 is detached from, to not generate obstruction to the back-and-forth motion of storage inner casing 530.
In addition, the drawing type movable mechanism 500 further includes moving up and down first limit in direction for limiting connection frame 542
Hyte part 544 and the second limit assembly 545；
First limit assembly 544 includes the limited post 5441 for being fixedly arranged on connection frame 542, and is fixedly arranged on cabinet body
100 limit plate 5442；The limit plate 5442 is equipped with the limit hole moved up and down for limited post 5441；
Second limit assembly 545 includes the position limiting slide block 5451 for being fixedly arranged on connection frame 542, and is set to institute vertically
State the limit sliding rail 5452 of cabinet body 200；The position limiting slide block is moved up and down along limit sliding rail.
Further, in other embodiments, the drawing type movable mechanism 500 further includes being set to the cabinet body 200
Upper and lower photoelectric sensor (not shown) (is not shown set on the weighing sensor for storing 510 interior bottom portion of shell in figure
Out), set on storage 530 top of inner casing and for detecting whether the grating sensor of superelevation (does not show in figure by mobile object
Out), set on storage 530 inner sidewall of inner casing and for detecting inside storage inner casing 530 with the presence or absence of by pair of mobile object
Penetrate sensor (not shown), set on the ultrasonic sensor 550 of storage 510 outer end of shell and outside the storage
The warning lamp 560 of 510 outer end of shell；It is the photoelectric sensor up and down, weighing sensor, grating sensor, opposite type sensor, super
Sonic sensor 550 and warning lamp 560 are electrically connected with MCU control chip.
It further, in other embodiments, further include being set in the cabinet body 100 and electrically connecting with MCU control chip
Dimensional code scanner 410, identity card card reader 420 and the loudspeaker 430 connect.
It further, in other embodiments, further include being electrically connected set on the cabinet body 200 and with MCU control chip
Storage environment admission camera 440, ambient enviroment admission camera 450 and human body face identify camera 460.
Further, in other embodiments, the storage lattice 140 include the first storage positioned at 100 lateral wall of cabinet body
Lattice 141 (at least one size), and the second storage lattice 142 (at least one size) positioned at 100 inside of cabinet body.Described first
The outside rotation for storing lattice 141 is equipped with single open-door and the electromagnetic lock for locking single open-door；The inside of the second storage lattice 142
Equipped with inlet and outlet；The human-computer interaction device is transferred to the second storage lattice 142 for article is stored from access port 130, or, will deposit
Storing articles are transferred to access port 130 from the second storage lattice 142.
Further, in other embodiments, the 100 lateral wall lower end of cabinet body or side also are provided with the first storage lattice
141。
Further, in other embodiments, first positioned at the 100 lateral wall side middle and upper part of cabinet body stores lattice
Rotating mechanism 150 is equipped in 141.
Specifically, the rotating mechanism 150 includes the storage rack 151 and both ends that rotation is set in the first storage lattice 141
The return member 152 being connect respectively with storage rack 151 and cabinet body 100；The front end of the storage rack 151 is equipped with knob 153；Described time
Position part 152 is spring, elastic slice or cylinder.
In summary: since this cabinet uses the auxiliary cap-opening mechanism in embodiment 1 or 2, when turnover box is by pull
Formula mobile mechanism drive it is mobile after, cabinet is taken under the elastic force effect of elastic recoil part to hold the rear end of case lid in supporting part,
To avoid during uncapping, influence caused by case lid rear end is moved down on uncapping.
In addition, storage lattice include the second storage lattice positioned at the first storage lattice of cabinet body lateral wall and on the inside of cabinet body,
It is sufficiently used the space of cabinet body lateral wall, improves amount of storage.
In addition, the lower end of the frame configuration of cabinet body can be apart from ground in order to provide running space to drawing type movable device
A distance is also provided with the first storage lattice to make full use of the space in the space on skeleton lower end and ground, so that using
Person can also store some articles；Similarly, the first storage lattice are also equipped in the side of cabinet body.
In general, the height of cabinet body is all higher, the position of the first storage lattice of the middle and upper part of cabinet body side is set at this time
It sets also higher, it has not been convenient to which user accesses article, and by the way that rotating mechanism is arranged in the first storage lattice, user need to only be pulled
Hand skews storage rack, just greatly facilitates storage of the user to article.
When storing cargo in above-mentioned cabinet, specific use process is as follows:
1) login interface in the interface UI on point touching screen is logged in realizing, is come at least through following two mode real
It is existing:
A, user runs the corresponding operator of cabinet on intelligent terminal (such as smart phone or tablet computer) and mentions
The platforms such as APP application program, small routine or the wechat public platform of confession, after user account and password login, by filling in use
After the order informations such as family contact number, contact address, cargo size, two dimensional code corresponding with order information is generated, by two dimensional code
Code reader identifies that the two dimensional code realizes that quick registration and cargo storage place an order；
B, user is inputted after user account and password login by dummy keyboard by filling in user's connection on the touchscreen
After the order informations such as number, contact address, cargo size, realize that quick registration and cargo storage place an order.
After completing quick registration and cargo storage places an order, MCU controls that chip is corresponding to generate an order number, for
Family is used when taking out deposit cargo and pay invoice；
2) cargo size selected according to user, MCU control the first storage that chip chooses most suitable blank state
Lattice or the second storage lattice；When selection first stores lattice, MCU control chip directly opens the electricity of the single open-door of the first storage lattice
Magnetic padlock shuts single open-door after user is stored in article；When selection second stores lattice, by drawing type movable mechanism by this
Turnover box transportation in two storage lattice triggers storage mouth in opened condition to access port；
2a) when drawing type movable mechanism is only by storage shell with structure composition is moved forward and backward, MCU controls chip controls heap
Turnover box is transferred in storage shell by stack machine, is then moved forward and backward structure and storage shell is driven to stretch from the access port of cabinet
Out, so that the turnover box being placed in storage shell be driven to stretch out access port；
2b) when drawing type movable mechanism is made of storage shell, storage inner casing, back-and-forth motion structure and reciprocating mechanism
When, MCU controls chip controls piler and turnover box is transferred in storage inner casing, and then reciprocating mechanism drives storage inner casing
Drop in storage shell, is and then moved forward and backward mechanism and storage shell is driven to stretch out out of cabinet from access port, thus band
It is dynamic to be placed in storage inner casing (while driving turnover box) stretching access port in storage shell；
3) turnover box stretch out access port when, the limited block of case lid front end under the fast backstop action of backstop so that case lid with
Cabinet separates automatically；After cabinet Forward, the directive wheel for assisting cap-opening mechanism under the action of the elastic member, takes over the position of cabinet,
Case lid rear end is held up, prevents case lid from sliding from cabinet.After cargo wait deposit is put into turnover box by user, MCU controls chip
Control is moved forward and backward mechanism and storage shell is driven to inside contract, and is then weighed, is judged by the article that weighing sensor treats deposit
Whether weight is exceeded (upper limit weight of article such as to be deposited is 20KG or 50KG) for the initial weight of article to be deposited, if to
4) initial weight of the article of deposit is thened follow the steps without departing from preset weight threshold, if the initial weight of article to be deposited
Then pass through touch screen screen beyond preset weight threshold and carries out the exceeded prompt of weight so that user mitigates the weight of article to be deposited
Amount；
4) access port is closed, and by drawing type movable mechanism that the initial placement of the turnover box transportation to the turnover box is corresponding
The second storage lattice in the inverse process of step 2a or 2b (detailed process referring to).
When user need to take out the article of deposit, process is as follows:
5) user on intelligent terminal (such as smart phone) by running APP provided by the corresponding operator of the cabinet
After inputting order number on the platforms such as application program, small routine or wechat public platform and paying successfully or user is in more function
After passing through dummy keyboard input order number on the touch screen of energy intelligent storage cabinet and paying successfully, according to the corresponding search pair of order number
The the first storage lattice or the second storage lattice answered；
6) according to order number it is corresponding search be the first storage lattice when, MCU controls chip controls the first storage lattice pair
The electromagnetic lock answered is opened, to open its single open-door, user directly takes out the article of storage；When what is searched is second to deposit
When storing up lattice, by drawing type movable mechanism, by the turnover box transportation in the second storage lattice, to access port, (detailed process is referring to step
The inverse process of rapid 2a or 2b), weighed by weighing sensor to the article in turnover box, judge article current weight whether
For the initial weight of article；
If 7) current weight of article is the initial weight of article, access port in opened condition, and takes out in user and has enough to meet the need
Cargo in case, and storage inner casing is returned to after case lid is covered, access port is closed；
8) by drawing type movable mechanism and piler by the initial placement of the turnover box transportation to the turnover box corresponding
In two storage lattice.
In step 1) -4) in, corresponding is the usage scenario (UI of user on the touchscreen that the user of the cabinet deposits certainly
Select type of service for deposit in interface), step 5) -8) it is corresponding be the cabinet the usage scenario (user that asks for of user
Type of service is selected to ask in the interface UI on the touchscreen).
The multifunctional intellectual cabinet, moreover it is possible to applied to the application scenarios that generation deposits, generation takes, sells, leases.
For example, cabinet generation deposit under usage scenario (selected in the interface UI of user on the touchscreen type of service for
In generation, deposits), with user from the usage scenario deposited the difference is that the cargo deposited is similar to courier's order from third party's generation
It deposits and other people is helped to deposit its cargo that need to be deposited to the cabinet of designated position acquired in company or system platform.Specific bit
The cabinet set can be local cabinet, be also possible to the cabinet in strange land, this designated position is as set by trustee
(similar to the destination address of setting express delivery).
(type of service is selected to take in the interface UI of user on the touchscreen for generation) in the case where the generation of cabinet takes usage scenario,
The usage scenario asked for user the difference is that the cargo that takes of generation be similar to courier's order from third party Dai Cun company
Or acquired in system platform, the cargo for helping other people that generation is needed to take is sent after taking out from multifunctional intellectual cabinet to specific bit
It sets.
(select type of service for shopping in the interface UI of user on the touchscreen) under the sale usage scenario of cabinet,
User can choose in the corresponding shopping interface in the interface UI directly on the touchscreen stored in the storage box of this cabinet
Cargo is also possible to carry out online shopping and formulates the cabinet of goods handling to designated position.For example, party A-subscriber multiplies in the city a1
It sets out by air, destination is the city a2, can be directly in the corresponding online shopping mall of cabinet in order to buy the specialty in some cities a2
Shop around the selected city a2 destination locations in 2 kilometers, and after selecting the article bought in shop to place an order, entrust it that will be purchased
Cabinet of the article bought for the city Cun Zhi a2 designated position.
The leasing under usage scenario of cabinet (select type of service in the interface UI of user on the touchscreen for lease),
User can the interface UI directly on the touchscreen it is corresponding lease in interface it is stored in the storage box for choosing this cabinet
Cargo (such as mobile power source), and the article leased is taken away after the success of branch deposit.After the completion of use, it can give back and to lease
Article, operating process at this time are similar to the process asked for.
It is above-mentioned that technology contents of the invention are only further illustrated with embodiment, in order to which reader is easier to understand, but not
It represents embodiments of the present invention and is only limitted to this, any technology done according to the present invention extends or recreation, by of the invention
Protection.Protection scope of the present invention is subject to claims.
Claims (10)
1. a kind of auxiliary cap-opening mechanism, it is characterised in that: including mounting base, at least two are fixedly arranged on the guide rod of mounting base, edge
The support bracket of guide rod sliding setting, and the elastic recoil part between support bracket and mounting base；The support bracket includes
Along the sliding part of guide rod sliding setting, and the supporting part being fixedly connected with sliding part.
2. auxiliary cap-opening mechanism according to claim 1, it is characterised in that: the sliding part is that sliding sleeve is set to guide rod
Sleeve；The supporting part includes the interconnecting piece being fixedly connected with sleeve, and the L-shaped support being fixedly connected with interconnecting piece
Frame.
3. auxiliary cap-opening mechanism according to claim 1, it is characterised in that: the sliding part is that sliding sleeve is set to guide rod
Sliding block, the supporting part be L-shaped bracket.
4. auxiliary cap-opening mechanism according to claim 2 or 3, it is characterised in that: the outer end of the bracket is equipped with directive wheel；
The upper surface of the directive wheel is slightly above the upper surface of bracket.
5. described in any item auxiliary cap-opening mechanisms according to claim 1~3, it is characterised in that: the elastic recoil part is bullet
Spring or elastic slice；When the elastic recoil part is spring, the spring one end contacts at support bracket, and the other end contacts at installation
Seat；When the elastic recoil part is elastic slice, the support bracket and mounting base are equipped with elastic slice mounting groove.
6. auxiliary cap-opening mechanism according to claim 2, it is characterised in that: the mounting base is fixedly provided with axle sleeve；It is described
Sleeve can slide after being sheathed on guide rod in axle sleeve；The lateral wall of the one end of the guide rod far from sleeve is equipped with and axle sleeve spiral shell
The threaded joints of line connection.
7. auxiliary cap-opening mechanism according to claim 6, it is characterised in that: the mounting base is equipped with for installing axle sleeve
Mounting hole；The both ends of the lateral wall of the axle sleeve are each provided with mounting groove；Retaining collar is equipped in the mounting groove；Fixing sleeve
Ring is fixedly connected by bolt with mounting base, and realization axle sleeve is fixedly connected with mounting base.
8. auxiliary cap-opening mechanism according to claim 1, it is characterised in that: further include being fixedly arranged on the mounting base and being located at
Guide pad above the bracket；The guide pad is equipped with inclined guide wall outwardly.
9. a kind of cabinet, it is characterised in that: including being equipped with access port and storing the cabinet body of lattice, be set to the intracorporal control electricity of cabinet
Case, the touch screen on the outside of cabinet body are set to the intracorporal drawing type movable mechanism of cabinet, drive movement by drawing type movable mechanism
Turnover box, and it is set to the intracorporal auxiliary cap-opening mechanism as described in any one of claims 1 to 7 of cabinet；The control electronic box packet
Circuit board is included, and the MCU of setting on circuit boards controls chip；The touch screen and drawing type movable mechanism with it is described
MCU controls chip and is electrically connected；The turnover box includes cabinet, and sliding is set to the case lid of cabinet；The bracket contacts at
Cabinet inner end and close to case lid lower wall.
10. cabinet according to claim 9, it is characterised in that: the drawing type movable mechanism include slide back and forth in
The intracorporal storage shell of cabinet, the back-and-forth motion structure for driving storage shell to be moved forward and backward are slided up and down in depositing in storage shell
It puts inner casing, and drives what storage inner casing moved up and down to move up and down structure；The back-and-forth motion structure includes being fixedly arranged on cabinet
The back-and-forth motion motor being electrically connected in vivo and with MCU control chip, with the pto shaft drive for being moved forward and backward motor
The front and back rotate gear of connection, and the back-and-forth motion rack gear for engaging with front and back rotate gear and being fixedly connected with storage shell；
At least one side wall is equipped with front and back sliding rail in two lateral wall of left and right of the storage shell；It is equipped with and front and back sliding rail phase in the cabinet body
The front and back sliding slot of cooperation；The structure that moves up and down includes the hook for hanging and taking storage inner casing, is fixedly connected with hook
Connection frame, and the Power Component for driving connection frame to move up and down；The Power Component include be fixedly arranged in cabinet body and with institute
That states MCU control chip electric connection moves up and down motor, and what is connect with the pto shaft drive for moving up and down motor is upper and lower
Rotate gear, and with the rack gear up and down that rotates upwardly and downwardly gear and engage and be fixedly connected with connection frame；It is described to store the interior of shell
Side wall is equipped with upper and lower slide rail；The lateral wall of the storage inner casing is equipped with the upper gliding groove matched with upper and lower slide rail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811390331.5A CN109247731B (en) | 2018-11-21 | 2018-11-21 | Supplementary mechanism and cabinet of uncapping |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811390331.5A CN109247731B (en) | 2018-11-21 | 2018-11-21 | Supplementary mechanism and cabinet of uncapping |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109247731A true CN109247731A (en) | 2019-01-22 |
| CN109247731B CN109247731B (en) | 2021-05-14 |
Family
ID=65043740
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811390331.5A Active CN109247731B (en) | 2018-11-21 | 2018-11-21 | Supplementary mechanism and cabinet of uncapping |
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| Country | Link |
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| CN (1) | CN109247731B (en) |
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| CN112079127A (en) * | 2020-07-31 | 2020-12-15 | 中国电子科技集团公司第四十八研究所 | Lithium battery production equipment based on separated AGV (automatic guided vehicle) conveying |
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| Publication number | Publication date |
|---|---|
| CN109247731B (en) | 2021-05-14 |
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Effective date of registration: 20210205 Address after: 301-3, maintenance building, No.10 Kefa Road, Science Park community, Yuehai street, Nanshan District, Shenzhen, Guangdong 518000 Applicant after: Shenzhen Wuba Supply Chain Management Co.,Ltd. Address before: 518000 Room 303, 3rd floor, maintenance building, No.10 Kefa Road, Central District, high tech park, Yuehai street, Nanshan District, Shenzhen City, Guangdong Province Applicant before: SHENZHEN YIJUYIDONG TECHNOLOGY Co.,Ltd. |
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