CN208843523U - A kind of lift express box sliding type lifting system - Google Patents

Abstract

A kind of lift express box sliding type lifting system, above to set sliding type lifting system, including the fixation bracket with sliding rail, sliding type lifting mechanism, lifting locking structure and fixedly locked structure in control system and express box, fixed bracket is mounted on the upper space of ceiling or wall, with frame sliding track and locking mechanism, express box can be locked on fixed bracket, with sliding support, lifting locking device and transmission mechanism, sliding support can slide left and right in frame sliding track, lifting locking device can lock the lifting locking structure on express box, express box is promoted or declined, control system has control circuit board, Switching Power Supply, rechargeable battery, sensor, with communication module, control module, power management module, mobile terminal can be passed through, AI equipment and control system, which are established connection and interacted, beats Multiple express boxes can integrally be promoted the upper space to wall, or drop to the height of setting by a set of control system by unpacking door.

Description

A kind of lift express box sliding type lifting system

Technical field

The utility model relates to a kind of express box, especially a kind of lift express box sliding type lifting system.

Background technique

There are some combined type express delivery cabinets with certain intelligent function, these combined intelligent objects on the market now Stream cabinet is typically all to be mounted on outdoor, is substantially all and is mounted in cell downstairs, installs these logistics cabinets primarily to convenient People, still, still have from most families with a certain distance from, more or less or some are inconvenient.

Because these general volumes of combined type express delivery cabinet are all very big, unsuitable to be mounted on corridor or resident entrance, because This still really cannot easily solve the puzzlement on entrance.

The patent application of multiple express boxes and jacking system that can be gone up and down of the applicant's earlier application, is able to solve The problem of combined type express delivery cabinet occupies very much is stated, resident entrance or corridor can be directly installed on, it is intended to solve entrance most 100 meters of logistical problem afterwards.

The application will use sliding type lifting system, by a set of sliding type lifting system realize to multiple express box groups into The function of row lifting, can be effectively reduced the overall cost of express box group, especially when express box is more than 3 or more, cost Advantage is more obvious.

Utility model content

The utility model is a kind of lift express box sliding type lifting system, using the sliding type lifting machine set in one kind Structure, it is described on set and refer to that the main part of the sliding type lifting mechanism is in the upper surface of described lift express box, the cunning Dynamic formula jacking system includes that the fixation bracket with sliding rail, sliding type lifting mechanism, control system and lift express box are matched The lifting locking structure and fixedly locked structure for covering the sliding type lifting system, by a set of control system, realizing will lifting Each express box of formula express box group integrally promotes the upper space to wall, or drops to the height of setting, passes through the liter Drop system does not interfere with the purpose of passageway for fire apparatus, the application to realize that the express box is not take up ground or wall central space In the express box generation, refers to room temperature or express box, shopping box or express delivery shopping box with function of temperature control etc..

Show as shown in Figure 1 for the example 1 of the lift express box group described in the utility model using sliding type lifting system It is intended to, bracket is fixed described in this example using former and later two frame sliding tracks a21, a22 and is used as fixed bracket main supporting structure, it is described Fore-stock sliding rail a21 is fixed on the ceiling, and the after-poppet sliding rail a22 is fixed on the upper space of ceiling or wall, institute It states to have on fore-stock sliding rail a21 and there is locking lock hole on camera a219 and headlamp a218, the after-poppet sliding rail a22 A220, detection and localization point a221.

Front and back support sliding rail both ends have left and right bracket rib a23, a24, collectively form one with the frame sliding track A bracket cavity.There is control mainboard a01, Switching Power Supply a02, reserve battery a03 in the left support rib a23.The branch If frame rib a23 reserves antenna window using metal material, the wireless communication module for being the control mainboard a01.

Elevating mechanism described in this example uses sliding type lifting mechanism, has sliding support a1, at the sliding support a1 In in the stent cavity body, can be slided left and right in described front and back support sliding rail a21, a22, the sliding support a1 is by four sides Frame bracket constitutes bracket storehouse, has sub-control plate a10 in the bracket storehouse, has transmission mechanism elevator axis a11, lifting motor a12。

Lift express box described in this example adds guide tracked elevating mechanism, each express box a3 using steel wire hang The back side all has a vertical guide rail a4, is equipped with cabinet matched with the vertical guide rail a4 on the express box a3 backplate Sliding rail enables to the express box a3 to be limited on the vertical guide rail a4 and slide up and down by the cabinet sliding rail Row.

Further, between two express boxes have bracket partition a5, the bracket partition a5 be fixed on it is described before Between after-poppet sliding rail a21, a22.Described front and back support sliding rail a21, a22 and left and right bracket rib a23, a24 and bracket partition A5, collectively form be fixed on described in this example ceiling or wall upper space for hanging the fixed lift express delivery The fixation bracket of case.

Control system described in this example uses dual control circuit plate, that is, the control being mounted in the left support rib a23 Mainboard a01 and sub-control the plate a10, the control mainboard a01 being mounted on the sliding support a1 have communication module, control Module, power management module, the communication module, which has, carries out the function that interact of communication with internet, with wifi, bluetooth or Near field communication module can be attached interaction with the sub-control plate a10, can be attached friendship with cloud backstage and user Mutually, user can be established and interact with the control mainboard a01 or cloud backstage by mobile terminal or AI equipment, realize lifting with Open the function of the express box, or by the AI identification function of the camera a219 or microphone identify user identity and The express box is opened in sound or the limbs instruction of user.The sub-control plate a10 can individually obtain biography using PLC control panel Sensor signal and the operation for controlling jacking system, and receive the order of the control mainboard a01.

Of course, it can also be connected and be controlled by bundle conductor using the single control mainboard being mounted on the bracket rib Component on sliding support is controlled.Of course if the material that the lift express box group uses hinders signal shielding Small, such as plastic box, bracket are kept off, directly single control mainboard can also be mounted in the sliding support.

It is illustrated in figure 2 the express box a3 schematic diagram, there is the lifting for lifting on the express box a3 top panel Locking mechanism, lifting locking mechanism described in this example use 4 steel wire hang locking structure a31, the suspension locking structure The both ends a31 are bevel structure, and centre has suspension lock hole a310.

There is the fixedly locked structure for being locked on the fixed bracket on the express box a3, consolidate described in this example Locking structure is determined using front and back panel top edge is designed as groove type cabinet locking structure a32, and the locking mechanism a32 has The express box a3 is locked in wall by the locking mechanism on described front and back support sliding rail a21, a22 by safety lock deckle structure On the front and back support sliding rail of wall upper space.

The express box a3 left panel top edge has contact connector a33, when the express box a3 be locked in it is described It is the express box a3 by contacting conducting with the contact connector on the bracket partition a5 after frame sliding track a21, a22 is upper Interior element provides power supply support, charging or input control signal, such as the temperature control express box with function of temperature control or unmanned purchase Object case.Of course, it can also be directly attached by fish line conductor or other connection types.

This example use installed in the cabinet of the express box a3 rechargeable battery or farad capacitor and Bluetooth switch, Wifi switch is remotely controlled HF switch to control the box door lock of the express box a3, passes through the control mainboard a01 or the pair The switch of chamber door described in control panel a10 wireless control.

It is illustrated in figure 3 and is fitted without the express box a3 and sliding support a1, it is described after taking away right support rib a24 Support bracket fastened right schematic side view, from the cross section of described front and back support sliding rail a21, a22 as it can be seen that bracket described in this example is sliding Rail a21, a22 use upper layer and lower layer structure, are at the middle and upper levels slide slot, and lower layer is locking mechanism installation cavity, and the fore-stock is sliding It is nested with wear-resistant self-lubricating macromolecule guide rail bushing a216 in rail a21 upper chamber body, there is mute function, the after-poppet sliding rail Also wear-resistant macromolecule guide rail bushing a226 is nested in a22 upper chamber body, upper wall has conductive strips in the guide rail bushing a226 A222, each express box position of inner sidewall have locking lock hole a220, detection and localization point a221.The Switching Power Supply a02 passes through change It is connected to conductive strips a222 after pressure and provides power supply support for jacking system.

It all installs each express delivery box body position on the inside of lower layer's locking mechanism installation cavity of described front and back support sliding rail a21, a22 Identical locking mechanism a217, each express delivery box body position of this example use each 2 locking mechanism a217 in both sides, often 4 one group of locking mechanism a217 of a express box position are wired to the control mainboard a01, pass through the control mainboard A01 controls the operation of each group locking mechanism a217, and the locking mechanism uses electric-controlled locking mechanism, such as electromagnetic lock, micro electric Machine etc. passes through the locking mechanism when the express box a3 is promoted by the jacking system to support bracket fastened latched position The lock tongue of a217 stretches out, and is locked in the cabinet locking structure a32 on the front and back panel of the express box a3, and realizing will be described fast Pass the function that case a3 is locked on the fixed bracket.

The bottom surface of described front and back support sliding rail a21, a22 have bevel structure, and the bottom bracket partition a5 also has tiltedly Face structure can conveniently enter when facilitating the express box a3 to be thus lifted at fixed bracket by the bevel structure More accurate latched position, requirement when can reduce design and installation to tolerance.

The side bracket partition a5 has contact connector a53, when the express box a3 is locked in latched position, By connecting conducting with the connector a33 of the side the express box a3, power supply is provided for component in the express box a3 and is supported Or send control signal.Of course, it can also be directly attached by conducting wire.

It is illustrated in figure 4 the side sliding support a1 schematic top plan view, the sliding support a1 is made of four side frames, with Sliding support bottom panel collectively forms the bracket storehouse of the sliding support.

After the sliding support a1 on frame have current-collector a13, by with the conductive strips on the after-poppet sliding rail a22 A222 contact, provides power supply for the element on the sliding support a1.With positioning lockable mechanism a15, inserted by the lock tongue Enter into the locking lock hole a220 on the after-poppet sliding rail a22, realizes the sliding support a1 position and lock in fixation The setting position of each express box position of bracket, the positioning lockable mechanism a15 use electromagnetic lock or micromotor, have triangle Shape, taper, arc or trapezoidal isostructural bistable state lock tongue, can reduce and want to the tolerance of the sliding support a1 latched position It asks.The sliding support a1 is obtained by detecting anchor point a221 on the after-poppet sliding rail a22 with alignment sensor a14 The location information on the fixed bracket.

On the sliding support a1 left frame have sub-control plate a10, the sub-control plate a10 by bluetooth, wifi or Near field communication module and the control mainboard a01 carry out wireless interaction, control the sliding support by the sub-control plate a10 The operation of each component and mechanism in a1.

The sliding support a1 frame left end both sides have driven roller a182, and right end has driving roller a181, described Idler wheel a181, a182 are mounted on left and right in the upper layer slide slot of described front and back support sliding rail a21, a22 and slide.The idler wheel A182, a181 can use jugged rolling wheel, and the guide rail bushing bottom surface of the frame sliding track can also use tooth form rack gear, Ke Yitong It crosses stepper motor etc. and is precisely controlled motor realization Accurate Position Control.

There is sliding motor a16 outside the sliding support a1 left frame, the driving roller is driven by transmission gear A181, so that sliding support a1 left and right operation in the frame sliding track.

The bracket orlop plate quadrangle all has on lifting locking device retraction positioning chamber a17, the retraction positioning chamber a17 With wire rope hole, there is the close switch a176 of wire rope pulley a190 and retractable contact connector a177, fine motion, institute It states and retracts the side positioning chamber a17 with lifting locking device playback slot a178.

There is wirerope elevator axis a11, lifting motor a12 in the bracket storehouse, there is wirerope a191, this example uses Four wirerope, lock by the locking mechanism and hang the express box a3, and the wirerope a191 passes through the pulley A190, the wire rope hole on the retraction positioning chamber a17, is connected to the lifting locking device.

There is circle number identification wheel a111 and sensor a112 on the elevator axis a11, detected by the sensor a112 The circle number identification wheel a111, detects the circle number of the elevator axis a11 rotation, with the height position of the determination express box a3 lifting Confidence breath.Of course, there are many kinds of the methods of such counting mode and determining adjustable height position, it is clear that should not limit Mode described in this example.

Decline the schematic diagram of certain altitude for 4 lifting locking device a6 as shown in Figure 5,6, wherein Fig. 5 is shown Side top view, Fig. 6 show side bottom view, this example uses 4 individual split type lifting locking devices, the lifting locking The top device a6 is prismatoid structure, is reduced when being conveniently thus lifted in the retraction positioning chamber a17 to tolerance, such as Fig. 7 It is shown the side sliding support a1 bottom view, after rising in place for the lifting locking device a6, is largely retracted into described Retract the schematic diagram in positioning chamber a17.

The lower part the lifting locking device a6 has under shed sliding slot a62, is equipped with lock in the lifting locking device a6 Determine mechanism a66, shape of lock tongue when stretching out locking of Fig. 5, the locking mechanism a66 in the under shed sliding slot a62 shown in 6 State, the lock tongue use bistable state lock tongue, lock the suspension lock hole on the suspension locking structure a31 by the lock tongue The express box a3 is hung and is locked under the sliding support a1 by a310, to realize the function of locking and go up and down.

The upper surface the lifting locking device a6 has contact connector a67, when the lifting locking device a6 is retracted into After the lifting locking device retracts in positioning chamber a17, connect with the flexible contact connector a177 on the retraction positioning chamber a17 Touching conducting, can control the operation of the locking mechanism a66, can control the lifting locking by the sub-control plate a10 It stretches out or retracts for the lock tongue of locking mechanism a66 in device a6, realize to the suspension locking structure a31's on the express box a3 It locks or unlocks.

Lifting locking device homing device a68, homing device described in this example are installed in the lifting locking device a6 A68 is using the double steel ball structures of round tube, and the round tube is interior to have spring, and the steel ball fraction is in the lifting locking device a6 Outside two sides, after the lifting locking device a6 is elevated and is retracted into the retraction positioning chamber a17, the steel ball can be It is described retract positioning chamber a17 playback slot a178 in roll-sliding certain distance, when the lifting locking device a6 rise to The microswitch a176 contact generates a level signal, and the sub-control plate a10, which then controls the lifting motor a12, to be stopped Operation, while the express box a3 is locked on the fixed bracket by the locking mechanism a217 in the frame sliding track.Certainly Ground also may not need the such movement of design and structure if the locking mechanism a32 does not have design safety to lock slot structure.

Further, the sub-control plate a10 drives the locking mechanism a66 of the lifting locking device a6 to release to described The locking of suspension locking structure a31 on express box a3, after a certain period of time, for example after setting 0.5 second or so, drives the lifting Motor a12 inverts certain time, such as 0.2 second or so, or controls the elevator axis a11 reversion by the sensor a112 One fixing turn, such as 0.1 second or 1/8 circle are inverted, so that spring of the lifting locking device a6 in the homing device a68 Under effect, drops to groove the widest part in the playback slot a178 for retracting positioning chamber a17 and block, the lifting locking is filled The original state that a6 is limited in the retraction positioning chamber a17 is set, as shown in fig. 7, the i.e. described under shed sliding slot a62 and the cunning The bottom panel of dynamic bracket a1 flushes, when the sliding support a1 in the support bracket fastened frame sliding track slide by left and right, side Just after sliding and lock out action normal operation and quick start, the under shed sliding slot a62 can slip smoothly through or It slides at the suspension locking structure a31 on each express box.

The inner cavity for retracting positioning chamber a17 is vacant state after Fig. 6 show the lifting locking device a6 decline.

It is illustrated in figure 8 the signal that the right express box is dropped to certain altitude by herein described sliding type lifting system Figure, briefly explains this exemplary method of operation for shown in Fig. 8.

User establishes connection with the control mainboard a01 by bluetooth or wifi using mobile terminal and interacts, control mainboard User's express delivery information that a01 is obtained according to cloud backstage sends express box case number (CN) letter to sub-control plate a10 by bluetooth or wifi The sliding support a1 is slided into the express box position on the right, the pair by breath, the sub-control plate a10 driving sliding motor a16 Control panel a10 obtains the anchor point on the after-poppet sliding rail a22 to the reading of express box case number (CN) based on alignment sensor a14 The signal of a221 is counted to determine case number (CN).

Of course, can also be identified by the artificial intelligent recognition function such as camera or microphone user identity and voice or The order for opening the express box chamber door is completed in limbs instruction, also includes that other AI that can connect or identify are set similarly It is standby.

After the alignment sensor a14 obtains the signal of the anchor point a221 of the right express box position, pass through the secondary control Making sheet a10 drives the positioning lockable mechanism a15 to stretch out lock tongue, the locking lock hole being inserted on the after-poppet sliding rail a22 In a220, the sliding support a1 locking is fixed on the after-poppet sliding rail a22.

The sub-control plate a10 is driven in the lifting locking device a6 by connector a177, a67 of contact conducting Locking mechanism a66 stretch out lock tongue, be inserted into it is described suspension locking structure a31 on suspension lock hole a310 in, described in locking Express box a3.

The sub-control plate a10 drives the lifting motor a12 to run vertical motion, as the suspension locking structure a31 After touching microswitch a176, the lifting motor a12 is out of service, while the control mainboard a01 drives the fixation One group of 4 locking mechanism a217 of the right express box position on bracket retract locking of the lock tongue releasing to the express box, and prolong When certain time, such as 1 second or so.

The sub-control plate a10 drives the lifting motor a12 inverted running lowering action, passes through the sensor a112 It obtains circle number and identifies the lap information for taking turns a111, behind the setting position for determining decline, stop the operation of the lifting motor a12.

The control mainboard a01 or sub-control plate a10 gives the express box by bluetooth, wifi or near-field communication mode Interior bluetooth or wifi switch module, which are sent, opens chamber door signal, the chamber door of the express box is opened, when user takes away or is stored in After quick despatch, chamber door is shut manually, or perceive after user completes access part movement by sensor and shut chamber door automatically, trigger institute Cabinet inner sensor or chamber door microswitch are stated, sends the letter that chamber door has closed to the control mainboard a01 or sub-control plate a10 Number, the sub-control plate a10 drives the lifting motor a12 to run vertical motion, when the lifting locking device a6 rises to It is retracted in the retraction positioning chamber a17, after triggering the microswitch a176, stops the operation of lifting motor a12, it is described at this time The lock tongue of one group of 4 locking mechanism a217 on fixed bracket locking mechanism of the appliance for releasing single into the express box front and back panel In a32, the express box is locked on the fixed bracket.

The sub-control plate a10 drives the lifting motor a12 operation lowering action immediately, this example settings is 0.1 second Or 1/8 circle of circle number identification wheel a111, the lifting locking device a6 are returned to initial shape in the retraction positioning chamber a176 State, while the sub-control plate a10 drives and is locked out mechanism a66 retraction lock tongue in the lifting locking device a6, releases to institute State the locking of the suspension locking structure a31 of express box a3.The sub-control plate a10 drives the sliding motor a16 inverted running, By the sliding support a1 sliding and running to the express box position of the centre of the express box group one, to facilitate what is run each time to open The dynamic waiting time substantially close to.

Of course, such movement that the sliding support a1 is returned to initial position can not also be used, described fast It passs case a3 to be elevated and stop after touching microswitch a176, the movement after not reruning, when the control mainboard a01 is received When to user command next time, above-mentioned movement is run further according to actual conditions, if when still opening the express box on the right, Then the control mainboard a01 can directly drive the locking mechanism a217 operation releasing to the lock out action of the express box a3 Afterwards, it drives the lifting motor a12 directly to run lowering action by the sub-control plate a10, the express box is dropped to The height and position of setting.

The express box that Fig. 9 show the herein described lift express box group example 2 using sliding type lifting system shows It is intended to, this example will be using the solution of whole plate lifting locking device.

As shown in figure 9, before and after express box b3 top panel described in this example there are 2 T-types to hang locking structure b31, the T The cross section that type hangs locking structure b31 is T-type, and sliding is facilitated to hang, and left and right ends are bevel structure, facilitate slide-in, institute Stating T-type suspension locking structure is preferably whole segment type, and T-type described in wherein at least one, which is hung on locking structure b31, has locking lock Determine hole or latch recess b310.Of course, the structure of the suspension locking structure b31 is obviously not limited only to described in this example T-type structure, any structure that can slide into suspension are all possible.

Further, the express box b3 top panel is equipped with wireless charging module b38.

Express box b3 described in this example uses two sides lock mode, and two sides respectively have 2 cabinet locking structure b32, have Contact connector b33, when the express box b3 is locked on the fixed bracket, by connecting with the contact on fixed bracket Device contact conducting is connect, power supply is provided for the intracorporal element of express box b3 case and supports.Of course, if the express box is Using simple room temperature express box, the connector b33 may not need, it is only necessary to which wireless charging module b38 provides instant power supply Support.

Four are used as shown in Figure 10 for sliding support b1 described in this example and lifting locking device b6, the sliding support b1 Frame bracket has double hoisting axis b11 in the bracket storehouse, has lifting motor b12, the lifting motor b12 driving is wherein One elevator axis b11 is transferred to another elevator axis b11 by sprocket wheel chain b118, there is circle number to know on the elevator axis b11 Not Lun b111 and sensor b112, have pawl ratchet device b113.

The sliding support b1 has driving roller b181, driven roller b182, with sliding motor in the bracket storehouse B16 drives the sliding support b1 in the support bracket fastened frame sliding track by driving roller b181 described in gear drive Left and right operation.

There is the lifting locking device b6 to retract positioning chamber b17, described retract is determined on the sliding support b1 bottom panel The position inner cavity chamber b17 is triangle, taper, arc or the vertebral body structures such as trapezoidal.

Similarly, there is current-collector b13 in sliding support b1 described in this example, position lockable mechanism b15, alignment sensor B14 has position limited inching switch b176.

The control mainboard b01 is mounted in the control box outside the left frame of the sliding support b1 by this example.Originally show Example uses wireless charging module b05 to provide power supply for the original part of the lifting locking device b6 and supports.

The whole plate lifting locking device b6 is in the sliding support b1 in the following, twining by the fixed suspension of wirerope b191 It is wound on the elevator axis b11.

This example is also designed to realize a motor control lifting by clutch and gear shift and slide double Weight function.

Drop to the schematic diagram of certain altitude as shown in figure 11 for the lifting locking device b6, be in figure do not lock it is outstanding The schematic diagram of the express box is hung, this example hangs the lifting locking device b6, the liter using 4 wirerope b191 are fixed Dropping has location structure b67 on locking device b6, the top the location structure b67 is triangle, taper, arc or the vertebras such as trapezoidal Body structure, when the lifting locking device b6 is thus lifted to the bottom sliding support b1, the location structure b67 is inserted into In the cavity for retracting positioning chamber b17, the positioning joint function with the sliding support b1 is realized.

It is as shown in figure 12 the side of the lifting locking device b6 after taking away the upper surface of lifting locking device b6 plate There are 2 to be matched with T-type suspension locking structure b31 on the express box b3 for schematic top plan view, the bottom the lifting locking device b6 The T-type suspension groove b63 suspended structure of set, the both ends T-type suspension groove b63 are bevel structure, facilitate the T-type suspension locking knot Structure b31 is slided into the T-type suspension groove b63.The mute material of macromolecule self-lubricating can be used in the suspension groove b63, or It is designed as spherical guide structure.

Have among T-type suspension groove b63 after described matched with the latch recess b310 on the suspension locking structure b31 Locking mechanism b66 passes through the locking mechanism after T-type suspension locking structure b31 is slided into the T-type suspension groove b63 B66 stretches out lock tongue, and the express box b3 is locked in below the lifting locking device b6.It is apparent that of this sort lock A variety of methods can also be designed by determining mechanism, locking structure and lock mode.

Wireless charging module b65 is installed in the lifting locking device b6 cavity, there is rechargeable battery b62, there is pair Control panel b60 passes through the sliding support b1 after lifting locking device b6, which rises to, to be fixed under the sliding support b1 Interior wireless charging module b05 and the wireless charging module b65 are close, wireless charging are carried out for the battery b62, when described After express box b3 drops to setting position by the jacking system, on the wireless charging module b65 and the express box b3 Wireless charging module b38 is close, and the battery b62 is after power management module pressure stabilizing, through the wireless charging module Element provides power supply and supports in the express box b3.

The sub-control plate b60 has power management module, has the near-field communications such as bluetooth, wifi communication module or NFC Module realizes the control to the locking mechanism b66, and to described by carrying out wireless interaction with the control mainboard b01 The control of element in express box b3.The sub-control plate b60 passes through the near field communication modules such as bluetooth, wifi communication module or NFC Wireless interaction is carried out near field communication modules such as bluetooth, wifi communication module or NFC in the express box to realize control, or Power supply directly is provided for the door switch of the express box b3 by wireless charging module 65, opens chamber door.

This example can also add two or three the matched control systems of pair circuit board, i.e. bracket using a control mainboard Rib, sliding support, lifting locking device and each control circuit board of express box.

It is as shown in figure 13 the fixed support schematic diagram, illustrates, the bracket rib on the right is taken away, institute for convenience Fixed bracket is stated with front and back support sliding rail b21, b22, there is left and right bracket rib and bracket partition b5.

Front and back support sliding rail b21, b22 described in this example use one layer of structure, only have one layer and slide slot structure, this example The locking mechanism for locking the express box b3 is mounted in the bracket partition b5.It is essentially identical with above-mentioned example, after described There is guide rail bushing b226, the guide rail bushing b226 upper wall has conductive strips b222, inside in the slide slot of frame sliding track b22 The each express box position of wall has locking lock hole b220, detection and localization point b221.

There is Switching Power Supply b02 in the left support rib b23, be the conductive strips by the Switching Power Supply b02 B222 provides power supply.With communication module b06, the communication module b06 can by wired or wireless communication module with it is described Connection interaction is established on cloud backstage, is had wifi, bluetooth or other near-field communication modules, is passed through the wifi, bluetooth module Connection is established with user to interact, and is established bridge joint with the control mainboard b01 and interacted, the communication module b06 and the control The preferably opposite installation of mainboard 01 processed, to drop low signal attenuation.Of course, if the material and peace of the fixed bracket and express box Assembling structure design influences the wireless telecommunications little, it is convenient to omit the bridging communication module 05.

The schematic diagram of top panel is taken away for the bracket partition b5 as shown in figure 14, the both ends bracket partition b5 are fixed on On the front and back support sliding rail, two sides of the bottom are in triangle inclined-plane, and bracket partition b5 described in this example is intracavitary, and there is power lead to connect Device b53 is met, when the express box b3 is locked on the fixed bracket, by connecting with the contact of the side the express box b3 Device b33 contact is connect, power supply is provided for element in the express box b3 and supports, or control signal transmission.Of course, if it is only normal Warm express box, it is convenient to omit such connector design.

The bracket partition b5 is intracavitary to be equipped with 4 express box locking mechanism b57, using the opposite installation of dislocation, passes through institute The lock tongue for stating locking mechanism b57 is inserted into the locking structure b32 of the side express box b3, realizes the locking to the express box b3 Function.Of course, the locking structure and design scheme of the locking mechanism and locking structure can there are many kinds of, should not be only It is limited to mode described herein, of course, the quantity of the locking mechanism b57 formulates quantity according to actual design structure, and 4 are not limited to described in this example.

4 express box locking mechanism b57 of express box position described in every group are wired to the communication module b06, Interacted by the control mainboard b01 with the communication module b06 and realize switch control, or by setting contact connector with The sliding support b1 is directly connected to realize control.

It is as shown in figure 15 lift express box group schematic diagram described in this example, it as shown in the figure will be right for the jacking system Side express box drops to the schematic diagram of certain altitude, illustrates for convenience, two express box groups is used in figure, the application is to institute Stating the quantity of express box group, there is no limit briefly explain the operation of lift express box described in this example below with this schematic diagram Mode.

User is established using mobile terminal and the communication module b06 or control mainboard b01 and is interconnected, the control master Plate b01 drives the sliding motor b16 to be driven the driving roller b181 operation, pushes the cunning according to cloud background commands To the express box position on the right, the T-type suspension groove b63 is slided into and the T-type is hung whole section of locking structure b31 to be covered dynamic bracket b1 It clasps, is detected and positioned by the alignment sensor b14, locked the sliding support b1 by the position and lock mechanism b15 It is only fixed in the frame sliding track.

Meanwhile the control mainboard b01 passes through the sub-control plate by the wireless telecommunications such as WIFI, bluetooth or NFC interaction B60 drives the locking mechanism b66 to stretch out lock tongue, and the express box b3 is locked in below the lifting locking device b6.

The control mainboard b01 drives the lifting motor operation vertical motion first, as the lifting locking device b6 After the microswitch b176 for touching the bottom the sliding support b1, stop the operation of the lifting motor b121, while described Control mainboard b01 sends a signal to the communication module b06, and the locking structure b57 is driven to release to the express box b3's Locking.

Further, the control mainboard b01 drives the lifting motor b12 to run lowering action, is driven the elevator The express box b3 is dropped to setting height by axis b11, and the setting height is set by cloud backstage according to the practical height of user It is fixed, identify that wheel b111 and sensor b112 is read out identification control by the circle number.

Further, the control mainboard b01 is opened described fast by the wifi or Bluetooth switch in the express box b3 Case chamber door is passed, or by interacting with the sub-control plate b60, the chamber door is opened by wifi, bluetooth or NFC switch.

After user's pickup, shuts manually or the case is shut by the express delivery box body automatic door opening-and-closing mechanism automatically After door, the chamber door microswitch or sensor obtain the signal that chamber door is closed, the liter is driven by the control mainboard b01 It drops motor b12 and runs vertical motion, or the signal of chamber door closing is sent to the control mainboard by the sub-control plate b60 B01 drives the lifting motor b12 operation vertical motion.

When the lifting locking device b6 is close to the bottom sliding support b1, the location structure b67 is inserted into institute It states in the cavity for retracting positioning chamber b17, the fine motion below the lifting locking device b6 touches the sliding support b1 is opened After closing b176, stop the operation of the lifting motor b121, while the lock tongue bullet of the locking mechanism b57 on the bracket partition b5 Into in the locking structure b32 of the side the express box b3, the express box b3 is locked on the fixed bracket.

Further, the control mainboard b01 drives the lifting motor b12 inverted running, when the microswitch B176 is disconnected, and after generating a level signal, the lifting motor b12 is out of service, in this way by the lifting locking device b6 Some tensiles or a point height, the slide action of convenient jacking system next time are discharged downwards.Of course, it is last this Movement can also be in lifting operation next time further according to the difference for the express box number actually opened, using at the beginning of different startings Initiating is made, for example, then can directly run releasing to the express box b3 if necessary to storage quick despatch into the right express box Locking after lowering action.

The application is a kind of lift express box sliding type lifting system, it is characterised in that:

The jacking system is above to set sliding type lifting system, it is described on set the main body for referring to the sliding type lifting system It is partially in the upper surface of described lift express box.

The sliding type lifting system include the fixation bracket with sliding rail, sliding type lifting mechanism, control system and The lifting locking structure and fixedly locked structure of the mating sliding type lifting system on lift express box.

The fixed bracket is fixed on the upper space of ceiling or wall, has frame sliding track and locking mechanism, The fixedly locked structure on the express box can be locked by locking mechanism, and the express box is locked in the fixed bracket On.

The sliding type lifting mechanism includes sliding support, lifting locking device and transmission mechanism, the sliding support energy Enough left and right in the support bracket fastened frame sliding track are slided, and the lifting locking device can lock the express delivery by suspension The express box is promoted or is declined by the lifting locking structure on case.

The control system has control circuit board, Switching Power Supply, rechargeable battery, sensor or microswitch, the control Circuit board processed has communication module, control module, power management module, and user can pass through mobile terminal, AI equipment and institute It states control system and establishes the connection interaction opening express box chamber door, or pass through AI equipment identification user's body of control system Part or order, open the express box chamber door.

The jacking system has a set of control system, can be realized by a set of control system by multiple liftings Formula express box integrally promotes the upper space to wall, or drops to the height of setting.

The fixed bracket includes the frame sliding track with sliding rail, bracket rib and/or bracket partition, the frame sliding track, Bracket rib constitutes bracket cavity, and the sliding support is in the stent cavity, and the frame sliding track has slide slot, described Sliding support can slide left and right on the slide slot.

There are conductive strips in the frame sliding track, there is current-collector on the sliding support, pass through the current collector contact The conductive strips are the sliding support inner assembly by power supply support, or by conducting wire are directly in the sliding support Element provides power supply, has sliding support locking locking structure and detection and localization point in the frame sliding track.

There is locking mechanism in the frame sliding track or bracket partition, it can be by the express box by the locking mechanism It is locked on the fixed bracket, there is connector, conducting wire or wireless charging module in the frame sliding track or bracket partition, lead to It crosses the connector, conducting wire or wireless charging module and provides power supply support or transmission signal for the component on the express box.

The sliding support uses four frame brackets, has bracket storehouse, has elevating drive mechanism, cunning in the bracket storehouse Dynamic bracket lockable mechanism, alignment sensor, height and position sensor and control circuit board, the sliding support have idler wheel, institute It states idler wheel and is in left and right in the slide slot of the frame sliding track and slide.

The elevating drive mechanism has lifting motor and hoisting mechanism, is driven the hoist engine by the lifting motor Structure realizes the elevating function to the express box.

The sliding type lifting system has sliding motor, realizes the sliding support described by the sliding motor It slides the support bracket fastened intracorporal left and right of stent cavity.

There is lifting locking device, the lifting locking device has steel wire hang fixed knot under the sliding support Structure, through the steel wire hang under the sliding support.

There is location structure under the sliding support and on lifting locking device, can rise in the lifting locking device When under to the sliding support, the lifting locking device is located in the exact position of original state.

The lifting locking device has suspended structure and locking mechanism, can pass through the suspended structure and locking mechanism Suspension locks the lifting locking structure on the express box, and the express box is locked under the lifting locking device.

The express delivery upper box part has lifting locking structure and fixedly locked structure, and the lifting locking structure can be by institute It states lifting locking device to hang and be locked under the sliding support, the fixedly locked structure can be by the fixed bracket Locking mechanism be locked on the fixed bracket.

The express box has conducting wire, conductor jointer or wireless charging module, can pass through the fixed bracket or liter Matched connector or wireless charging module are the power supply support or signal that element provides in the express box on drop locking device Transmission.

There is camera, microphone and headlamp, the camera, microphone have monitoring function on the fixed bracket And artificial intelligence identification function, it can be real by the identity and limbs or voice command information of AI identification function identification user Now to the operating function of the lift express box.

The control system controls the jacking system and express box using single control mainboard, or is added using control mainboard One to three sub-control plate controls the operation of the jacking system and express box, and the control mainboard is mounted on the sliding support Or on bracket rib.

There is control mainboard or communication module control panel, the control mainboard or communication module control on the bracket rib Plate can establish wired or wireless connection with cloud backstage by network and interact, can be with the mobile terminal or AI equipment of user It establishes and is wirelessly connected interaction, wired or wireless connection can be established with other control circuit boards in jacking system and is interacted, it can As the bridging function in the control system, to realize the control function to entire control system.

The present embodiment and all locking mechanisms of the application, positioning method, locking mode, hang, are consolidated locking structure Determine mode, the kind of drive, slide mode and structure and control mode, can be carried out using a variety of other methods Combination or substitution, it is clear that be not limited only to three groups of solutions described herein, similar a set of jacking system is realized multiple The sliding type lifting method of lift express box elevating control function all should belong to the substitution for realizing the identical function of the application Mode, it should belong to the protection category of the application.

Detailed description of the invention

Fig. 1 is 1 schematic diagram of example using the lift express box group of sliding type lifting system.

Fig. 2 is express box a3 schematic diagram.

Fig. 3 is the support bracket fastened right schematic side view after taking away right support rib.

Fig. 4 is the side sliding support a1 schematic top plan view.

Fig. 5 is the side schematic top plan view that lifting locking device a6 declines certain altitude.

Fig. 6 is the side elevational schematic view that lifting locking device a6 declines certain altitude.

Fig. 7 is the side sliding support a1 elevational schematic view.

Fig. 8 is the schematic diagram that the right express box drops to certain altitude.

Fig. 9 uses the express box schematic diagram of the lift express box group example 2 of sliding type lifting system.

Figure 10 is that sliding support b1 and lifting locking device b6 fits together schematic diagram.

Figure 11 is the schematic diagram that lifting locking device b6 drops to certain altitude.

Figure 12 is the side schematic top plan view of lifting locking device b6.

Figure 13 is fixed support schematic diagram.

Figure 14 is the schematic diagram that bracket partition b5 takes away top panel.

Figure 15 is 2 lift express box group schematic diagram of example.

Figure 16 is the fixed left schematic side view of bracket.

Figure 17 is A-frame partition c5 schematic diagram.

Figure 18 is express box c3 schematic diagram.

Figure 19 is that lifting locking device c6 rises to the schematic diagram to fit together under sliding support c1.

Figure 20,21 drop to the schematic diagram of certain altitude for lifting locking device c6.

Figure 22 is I-shaped lifting locking device c6 schematic diagram.

Figure 23 is right support rib c24 schematic diagram.

Figure 24 is that express box c3 is lowered to certain altitude schematic diagram.

Specific embodiment

Illustrate lift express box sliding type lifting system described in the utility model below by specific embodiment more More solutions.

It is as shown in figure 16 the left schematic side view of fixation bracket of lift express box described in the present embodiment, the fixed branch Frame has front and back support sliding rail c21, c22, has left support rib c23 and right support rib, illustrates for convenience, be in figure The schematic diagram of the right support rib is taken away, there is A-frame partition c5, described front and back support sliding rail c21, c22 are fixed on day The upper space of card or wall, the A-frame partition c5 are fixed on the wall, and it is sliding to be also secured to the front and back support Under rail c21, c22, supporting role is also functioned to described front and back support sliding rail c21, c22.

Described front and back support sliding rail c21, c22 use upper layer and lower layer structure, and upper layer is slide slot, and lower layer is decoration baffle, Wherein the upper layer fore-stock sliding rail c21 has locking lock hole and detection and localization point, the upper layer fore-stock sliding rail c22 There is conductive strips c222 on guide rail bushing.

The left support rib c23 has Switching Power Supply c02, has communication module c06, has sliding motor c26, this reality It applies example the sliding motor c26 is mounted on the left support rib c23, drives described sliding support or so sliding by belt Row.

It is as shown in figure 17 the A-frame partition c5 schematic diagram, the present embodiment uses A-frame type bracket partition, The bevel edge frame two sides of the bracket is inclined-plane, and upper transverse frame is intracavitary to have locking mechanism c57, conductor jointer c53.

It is as shown in figure 18 express box c3 schematic diagram described in the present embodiment, the left side the express box c3 is connected with conducting wire Device c33 has cabinet locking structure c32, and the top edge of front and back panel has sliding slot type suspended structure c31, and top panel has lock Determine hole c30, the button c34 that there is pressing to open chamber door on front panel chamber door side.

It is risen under the sliding support c1 for lifting locking device c6 as shown in figure 19, positions the signal to fit together To scheme, there is lifting motor c12 in the bracket storehouse of the sliding support c1, elevator axis c11 and circle number read sensor c112, steel Cord c191 and wire rope pulley c190 has current-collector c13 in the sliding support c1 front bezel, positions lockable mechanism c15, Alignment sensor c14.

There is the sliding support c1 bottom panel I-shaped retraction locating slot c17, the locating slot c17 to have limit fine motion Under switch c176, the wire rope pulley c190 there is taper to retract positioning chamber c177, the I-shaped retraction locating slot c17 two There is lockable mechanism to retract chamber c170 on the slot of side, there is Elecrical connector c172 on the retraction chamber c170.

There is control mainboard c01 outside the sliding support c1 left frame, there is sliding bell poling on the left and right side frame c16。

The sliding support c1 has slider roller c181, and the sliding motor c26 is mounted on the branch by the present embodiment On frame rib, therefore the idler wheel c181 of the sliding support c1 is driven weight bearing roller wheels.

Lifting locking device c6 drops to the schematic diagram of certain altitude as described in being shown Figure 20,21, wherein shown in Figure 21 For side elevational schematic view, lifting locking device c6 described in the present embodiment is designed to I-shaped, passes through the wirerope c191 and carries out Suspension is fixed, and the wirerope c191 suspension fixed point is taper wirerope fixed structure c67, as the lifting locking device c6 Before rising in the retraction locating slot c17, it is inserted into the retraction locating slot c17 and is played by the pyramidal structure c67 The lifting locking device c6 is retracted into the retraction locating slot c17 by certain guiding guiding function.

Both sides have lockable mechanism c171 on the lifting locking device c6, have conductive connect on the lockable mechanism c171 Device c173 is met, when the lifting locking device c6 rises and is retracted into the locating slot c17 of the sliding support c1 bottom panel, The lockable mechanism c171 is retracted into the retraction chamber c170, and Elecrical connector c172, c173 contact conducting passes through institute It states control mainboard c01 and controls the lockable mechanism c171 locking express box c3, or unlock.

As shown in figure 21, the I-shaped retraction locating slot c17 and the I-shaped of the sliding support c1 bottom panel Type retracts the lock tongue that locating slot c17 inner conical retracts positioning chamber b177 and lockable mechanism c171.The lifting locking device c6 It is upper that there is lock hole c60, the lock hole c60 is passed through by the lock tongue of the lockable mechanism c171, is inserted into the express box c3 In lock hole c30 on top panel, the express box is locked in below the lifting locking device c6.

It is as shown in figure 22 the I-shaped lifting locking device c6 schematic diagram, 4 of the lifting locking device c6 are outstanding It hangs sliding fulcrum and the suspension idler wheel c68 is passed through using the suspension idler wheel c68 of double rollers in the suspended structure of relatively anti-hook It slides into the sliding slot of the front and back sliding slot suspended structure c31 on the express box c3, the express box c3 is suspended on described by realization Below lifting locking device c6, by the latch functions of the lockable mechanism c171, realize express box c3 suspension simultaneously It is locked in below the lifting locking device c6.It will be apparent that of this sort locking structure, locking structure, and suspension, locking Mode can be designed that a variety of schemes, and the I-shaped structure and suspension idler wheel of the present embodiment are only merely one such side Case.

As shown in figure 23 it is the right support rib c24 schematic diagram, there is pulley c240 in the bracket rib c24, with The driving wheel on sliding motor c26 in the left rib c23 is mating, is realized by belt c234 and pulls the sliding support c1 Left and right is slided in the slide slot on the upper layer front and back support sliding rail c21, c22, and the both ends of the belt c234 have fixed dress C235 is set, the fixed device c235 is separately fixed on the left and right side frame of the sliding support c1, and the belt passes through described In belt poling c16 on sliding support c1.The belt poling uses antifriction self-lubricating material, and the belt c234 can also be with It is the transmission components such as sprocket wheel chain, wirerope, synchronous belt, the present embodiment only refers to that these are relevant with transmission function with belt generation The component of energy.

Drop to the schematic diagram of certain altitude for express box c3 jacking system described in the present embodiment as shown in figure 24, The suspension idler wheel c68 of the lifting locking device c6 slides into the sliding slot of the front and back sliding slot suspended structure c31 of the express box c3 In and be locked.The fixation device c235 of the belt is fixed on the left and right side frame of the sliding support c1, passes through the cunning Motor c26 driving belt is moved to drive described sliding support c1 or so to slide.

Illustrating the method for operation of the present embodiment briefly below, some parts identical with above-mentioned example are omitted, below Mainly illustrate different parts.

In use, control system described in the present embodiment drives the sliding motor c26, it is driven the belt c234 and pulls institute It states sliding support c1 and runs to specified express box position, and be locked in the frame sliding track by the locking mechanism c15.

The suspension idler wheel c68 of the lifting locking device c6 slides into the front and back sliding slot suspended structure of the express box c3 In the sliding slot of c31, the control mainboard c01 drives the lockable mechanism c171 to stretch out by connector c172, c173 of conducting The express box c3 is locked in below the lifting locking device c6 by lock tongue.

Meanwhile the control mainboard c01 passes through connector on the A-frame type bracket partition c5 and express box c3 The connection of c53, c33 are connected, and drive the electric control lock of the express box chamber door to open, express box lock for box door described in the present embodiment is adopted The electricity of the chamber door has been first released from electric control lock plus the dual lock construction of armstrong's patent button latch c34, the control mainboard c01 Control the locking of lock.After the lifting motor c12 drives the elevating mechanism that the express box c3 is dropped to setting height, use Family flicks the chamber door access quick despatch by Manual press button c34.It is such to can be designed so that in the express box c3 Other components in addition to box door lock are no longer needed, the cost of the express box and control system can be saved.

After user accesses quick despatch, the chamber door is shut, user is dynamic by mobile terminal, AI equipment or voice, limbs Make to issue completed instruction, or setting is after a certain period of time, such as 10 seconds or so, the control mainboard c01 drives the liter It drops motor c12 and runs vertical motion, the express box c3 is promoted to setting position and is locked on the fixed bracket, it is described Control mainboard c01 drives the lockable mechanism c171 to retract lock tongue, releases the locking to the express box c3, the sliding described in this way Bracket c1 can be slided freely left and right, quickly and easily to enter lifting operation next time.

The present embodiment and all locking mechanisms of the application, positioning method, locking mode, hang, are consolidated locking structure Determine mode, the kind of drive, slide mode and structure and control mode, can be carried out using a variety of other methods Combination or substitution, it is clear that be not limited only to three groups of solutions described herein, similar a set of jacking system is realized multiple The sliding type lifting method of lift express box elevating control function all should belong to the substitution for realizing the identical function of the application Mode, it should belong to the protection category of the application.

Specific data described in all embodiments and example of the application, the ratio using material, molding mode and figure Example, it is only for facilitate description and be arranged, should not be regarded as limiting the limitation of the invention patent power.However, those skilled in the art Member may be aware that the description of wherein one or more details may be omitted, or can also use others side Method, component or material, some embodiments are not described or are not described in embodiment.In addition, remembering herein Feature, implementation or the feature of load can also be combined in any suitable manner in one or more example, should not be limited with this Make the patent right of the present invention.

Claims (10)

1. a kind of lift express box sliding type lifting system, it is characterised in that:

The jacking system is above to set sliding type lifting system, it is described on set the main part for referring to the sliding type lifting system In the upper surface of described lift express box,

The sliding type lifting system includes the fixation bracket with sliding rail, sliding type lifting mechanism, control system and lifting The lifting locking structure and fixedly locked structure of the mating sliding type lifting system on formula express box,

The fixed bracket is fixed on the upper space of ceiling or wall, has frame sliding track and locking mechanism, can The fixedly locked structure on the express box is locked by locking mechanism, the express box is locked on the fixed bracket,

The sliding type lifting mechanism includes sliding support, lifting locking device and transmission mechanism, and the sliding support can be Left and right is slided in the support bracket fastened frame sliding track, and the lifting locking device can be locked on the express box by suspension Lifting locking structure, the express box is promoted or is declined,

The control system has control circuit board, Switching Power Supply, rechargeable battery, sensor or microswitch, the control electricity Road plate has communication module, control module, power management module, and user can pass through mobile terminal, AI equipment and the control System processed establishes connection interaction and opens the express box chamber door, or by the AI equipment of control system identify user's identity or Order, opens the express box chamber door,

The jacking system has a set of control system, can be realized multiple lifts are fast by a set of control system It passs case and integrally promotes the upper space for arriving wall, or drop to the height of setting.

2. a kind of lift express box sliding type lifting system according to claim 1, it is characterised in that: the fixed branch Frame includes the frame sliding track with sliding rail, bracket rib and/or bracket partition, and the frame sliding track, bracket rib constitute stent cavity Body, the sliding support are in the stent cavity, and the frame sliding track has slide slot, and the sliding support can be described Left and right is slided on slide slot.

3. a kind of lift express box sliding type lifting system according to claim 1, it is characterised in that:

There are conductive strips in the frame sliding track, there is current-collector on the sliding support, by described in the current collector contact Conductive strips are the sliding support inner assembly by power supply support, or are directly element in the sliding support by conducting wire Power supply is provided,

There is sliding support locking locking structure and detection and localization point in the frame sliding track.

4. a kind of lift express box sliding type lifting system according to claim 1, it is characterised in that: the bracket is sliding There is locking mechanism on rail or bracket partition, the express box can be locked in by the locking mechanism by the fixed bracket On, there is connector, conducting wire or wireless charging module in the frame sliding track or bracket partition, pass through the connector, conducting wire Or wireless charging module provides power supply for the component on the express box and supports or transmit signal.

5. a kind of lift express box sliding type lifting system according to claim 1, it is characterised in that: the sliding branch Frame uses four frame brackets, has bracket storehouse, has elevating drive mechanism in the bracket storehouse, sliding support lockable mechanism, determines Level sensor, height and position sensor and control circuit board, the sliding support have idler wheel, and the idler wheel is in the bracket Left and right is slided in the slide slot of sliding rail,

The elevating drive mechanism has lifting motor and hoisting mechanism, is driven the hoisting mechanism by the lifting motor, Realize the elevating function to the express box,

The sliding type lifting system has sliding motor, realizes the sliding support in the fixation by the sliding motor It slides the intracorporal left and right of the stent cavity of bracket.

6. a kind of lift express box sliding type lifting system according to claim 1, it is characterised in that: the sliding branch There is lifting locking device, the lifting locking device has steel wire hang fixed structure, outstanding by the wirerope under frame It hangs under the sliding support,

There is location structure under the sliding support and on lifting locking device, institute can be risen in the lifting locking device When stating under sliding support, the lifting locking device is located in the exact position of original state,

The lifting locking device has suspended structure and locking mechanism, can be hung by the suspended structure and locking mechanism The lifting locking structure on the express box is locked, the express box is locked under the lifting locking device.

7. a kind of lift express box sliding type lifting system according to claim 1, it is characterised in that: the express box Top has lifting locking structure and fixedly locked structure, and the lifting locking structure can be hung by the lifting locking device And be locked under the sliding support, the fixedly locked structure can be locked in institute by the locking mechanism on the fixed bracket It states on fixed bracket,

The express box has conducting wire, conductor jointer or wireless charging module, can pass through the fixed bracket or elevator lock Determining matched connector or wireless charging module on device is that the power supply that element provides in the express box is supported or signal transmits.

8. a kind of lift express box sliding type lifting system according to claim 1, it is characterised in that:

There is camera, microphone and headlamp, the camera, microphone have monitoring function and people on the fixed bracket Work intelligent recognition function can pass through the identity and limbs or voice command information of AI identification function identification user, realization pair The operating function of the lift express box.

9. a kind of lift express box sliding type lifting system according to claim 1, it is characterised in that: the control system System controls the jacking system and express box using single control mainboard, or adds one to three sub-control plate control using control mainboard The operation of the jacking system and express box is made, the control mainboard is mounted on the sliding support or bracket rib.

10. a kind of lift express box sliding type lifting system according to claim 1, it is characterised in that: the bracket There is control mainboard or communication module control panel on rib, the control mainboard or communication module control panel can by network with Wired or wireless connection interaction is established on cloud backstage, can be established to be wirelessly connected with the mobile terminal or AI equipment of user and be handed over Mutually, wired or wireless connection can be established with other control circuit boards in jacking system to interact, and can be as the control Bridging function in system, to realize the control function to entire control system.