CN110973861A

CN110973861A - Install over-and-under type express delivery case in furred ceiling

Info

Publication number: CN110973861A
Application number: CN201811163888.5A
Authority: CN
Inventors: 姚爱军
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-10-03
Filing date: 2018-10-03
Publication date: 2020-04-10

Abstract

The utility model provides an install over-and-under type express delivery case in furred ceiling, includes express delivery case, elevating system and control system, its characterized in that, have on the furred ceiling be used for over-and-under type express delivery case goes up and down the lift window that goes up and down, over-and-under type express delivery case can rise and descend in the lift window of furred ceiling, work as when the over-and-under type express delivery case rises to the settlement position, the main part of over-and-under type express delivery case is in the furred ceiling, the lift window of furred ceiling has lift window reinforcement packaging structure, the bottom surface of lift window packaging part has camera, light, lift window reinforcement packaging structure passes through bearing structure to be fixed on the floor ceiling or on the wall, or fix on the fixed bolster, perhaps with the fixed bolster structure as an.

Description

Install over-and-under type express delivery case in furred ceiling

Technical Field

The invention relates to an express box, in particular to a lifting type express box arranged in a suspended ceiling.

Background

Some combined express delivery cabinets with certain intelligent functions are already available in the market at present, the combined intelligent logistics cabinets are generally installed outdoors and basically installed below a residential quarter, and the logistics cabinets are installed mainly for people, but are far away from most families, and more or less are inconvenient.

Because the combined express cabinets are generally large in size and are not suitable for being installed in a corridor or a residential door, the trouble of the residential door cannot be really solved conveniently.

The applicant previously applied for patent applications of a plurality of liftable express boxes and lifting systems, can solve the problem that the combined express cabinet occupies too much space, can be directly installed at a resident doorway or a corridor, and aims to solve the logistics problem of the last 100 meters at the doorway.

Because some corridor have hung ceilings or will hang ceilings, some corridor headroom height may be about 2.6, 2.7 meters originally, and the headroom height behind the suspended ceiling is only about 2.2, 2.3 meters, if install over-and-under type express delivery case directly under the ceiling of suspended ceiling, this mounted height is just a bit low, if directly install under the suspended ceiling type express delivery case, the height of express delivery bottom of the case portion may only be about 1.9, 1.8 meters, and is even lower, may influence corridor height and space sense, influences the visual effect in the headroom, and may still have high sub-user to hit the express delivery bottom of the case portion even, influence safety.

Consequently this application will be in above-mentioned prior application on the basis of over-and-under type express delivery case, will over-and-under type express delivery case is installed in the ceiling of furred ceiling, can make express delivery bottom of the case portion flush with furred ceiling, be similar to promptly with the express delivery case is hidden in furred ceiling, can not influence the space in the corridor completely, and is very practical.

Disclosure of Invention

The invention relates to a lifting type express box installed in a suspended ceiling, which is characterized in that the lifting type express box is installed on the suspended ceiling on the basis of a plurality of lifting type express boxes previously applied by the applicant, the main body part of the lifting type express box is positioned between the suspended ceiling and a floor ceiling and basically equivalent to being hidden in the suspended ceiling, and therefore the main functions of the lifting type express box can be realized, and the corridor space below the suspended ceiling cannot be influenced.

Fig. 1 is a schematic bottom view of an example lift type express box 1 installed in a ceiling of the present application, wherein 01 is a schematic wall, 02 is a floor ceiling, and 03 is a schematic ceiling.

The lifting express box adopts an example of the lifting express box of the previous application, and comprises a fixed support a1, an express box a2, a lifting mechanism and a control system, wherein the express boxes a2 form a lifting express box group, the fixed support a1 is fixedly installed on the floor ceiling 02, and the express box 02 is fixedly suspended below the fixed support a1 through the lifting mechanism.

As shown in fig. 2, this application will a lifting type express box lifting window a0 has been opened to the furred ceiling corresponding position under the lifting type express box, because a lot of corridor furred ceiling materials adopt fire prevention gypsum board, behind the gypsum board upper shed, the edge need strengthen the reinforcement processing, perhaps piece together thin aluminum plate furred ceiling material of assembling etc. after having opened or reserved the lifting window, the opening edge also need carry out the reinforcement processing of regularization, in order to do benefit to lifting type express box can not damage when going up and down the operation furred ceiling, this application will lifting window a0 department installation lifting window consolidates packaging structure.

As shown in fig. 3, the lifting window reinforcement packaging structure of the present example adopts a lifting window packaging structure assembled up and down, and as shown in fig. 2, a fixing bracket a1 for fixing the lifting express box is firstly installed on the floor ceiling 02, and then an upper lifting window frame a3 of the lifting window packaging structure is installed, and the upper lifting window frame a3 is installed and fixed on the floor ceiling 02 through a supporting structure a33, and the horizontal height of the upper lifting window frame a3 can be adjusted by fixing 4 screw rods in the present example.

The lifting window upper frame a3 is provided with a lifting window lower frame locking structure a32, such as threads, clamping grooves and the like, the upper frame a3 is provided with a control box a30, a circuit board can be installed in the control box a30, and the control mainboard a31 of the lifting express box control system is installed in the control box a30, so that the control system can conveniently perform wireless connection interaction.

Certainly, the circuit board may also be a communication module playing a role in bridging, the control main board may also be installed in the fixing support a1, and information interaction and control of the lifting type express delivery box are realized by establishing a bridging interaction mode between the communication module and the control main board.

As shown in fig. 4 and 1, a lower border a4 of the lifting window is installed below the lifting window a0 and fixed on the upper border a3 by fasteners, and the lower border a4 can be designed into a reinforced packaging structure with a plurality of sub-windows with partition frames in the middle according to the number of the lifting express boxes, so as to form a lower border a4 of the three lifting windows shown in the present example.

The bottom surface of the lower frame a4 is provided with a camera a41 and a lighting lamp a43 which are connected to a circuit board of a control system of the lifting express box through wires, and the camera can also be provided with a microphone. The camera monitoring and lighting assembly is arranged on the bottom surface of the lower frame a4 in the example, and the camera monitoring and lighting assembly can have the functions of monitoring equipment and artificial intelligence recognition equipment.

Of course, the lifting window reinforcement package may also adopt other structural forms and installation manners, and thus, similar reinforcement packages may be designed in many ways, obviously, the reinforcement package is not limited to the above-mentioned structure manner of assembling up and down in this example.

After the fixing support a1 and the lifting window reinforcement packaging structure are installed, the lifting suspension steel wire rope, the suspension fixing structure or the locking mechanism is lowered to the position below the suspended ceiling 03 through the control system, the express boxes a2 are installed and fixed on the suspension steel wire rope, the suspension fixing structure or the locking mechanism one by one, after the installation is completed, the express boxes a2 are lifted to the position below the fixing support a1 to be locked, and as shown in fig. 1, the installation process of hiding the lifting express boxes in the suspended ceiling is completed.

Fig. 5 is a schematic diagram of an example 2 of the lifting type express box installed in a suspended ceiling, which is shown in fig. 5, the lifting type express box in this example adopts a combination of a normal temperature express box b21 and a temperature control express box b22, and for convenience of illustration, the example adopts 2 express box groups for illustration.

Obviously, the lifting type express box is not limited to one or two express boxes, and because the lifting type express box is installed in the suspended ceiling 03, the installation arrangement structure of the express box group can be completely arranged into one row by a wall without being limited by the installation position and space like the above example and the example of the previous application, and the express box group can be arranged into a field-shaped structure or other arrangement modes according to the structural characteristics in the actual corridor and the requirements of the overall structural design and cost of the express box.

As shown in fig. 5, the fixed bracket b1 is mounted on the floor ceiling 02, and the express boxes b21 and b22 are suspended and fixed under the fixed bracket b 1.

As shown in fig. 6, which is a schematic view of the express delivery box without being installed, the upper frame b3 of the lifting window is installed on the edge of the lifting window of the suspended ceiling 03 and fixed on the floor ceiling through a supporting structure b33, and as shown in fig. 5, the lower frame b4 of the lifting window is installed on the lower edge of the lifting window and fixed on the upper frame b3 through a fastener.

Temperature control express delivery case b22 has insulation box and temperature control unit safety cover b220, and this example temperature control unit and control mainboard are installed in safety cover b220, because be in the closed condition in the furred ceiling behind the furred ceiling in the corridor generally, because temperature control unit's heat dissipation needs, this example is in install ventilation grid b51 on the furred ceiling 03, through temperature control unit's radiator fan circulates and takes a breath.

Further, as shown in fig. 7, a ventilation fan b50 may be installed near the lift window to perform circulation ventilation.

Further, as shown in fig. 8, the edge of the upper panel of the express box b21 may be designed as a bevel edge b216 having a bevel structure, so that the express box b21 can be retracted into the lifting window smoothly when lifted up to the lifting window.

Further, as shown in fig. 9, the inclined side b217 may be designed at the lower edge of the bottom side of the express box b21, the size of each lifting window of the lifting window lower frame b4 at the lifting window may be designed to be slightly longer than the outer edge of the express box b21, so as to facilitate the lifting of the express box, and the inclined side b217 reduces the tolerance size of the gap between the lifting window and the lifting window, so that the gap between the express box and the lifting window is smaller, and the overall appearance is more beautiful.

Of course, the design of the structure for facilitating the lifting and lowering of the tolerance like this enlargement, and the method for reducing the gap between the two can also be designed in a wide variety of ways, and is not limited to the solution described in this example.

Obviously, the lifting window reinforcing and packaging structure is not limited to the upper and lower frame structures described in this application, and may also be any other structure, as long as it is suitable for reinforcing the window opening of the ceiling, such as an integrated edge sealing member, a four-side bayonet assembling member, and the like.

Certainly, if the ceiling has relatively good material strength, even a lifting window reinforcing and packaging structure does not need to be installed, and a feasible scheme is also available, for example, a pre-installed lifting express box which is planned before a ceiling is not provided is available, and preferably, after the express box is lifted to a designed position, a gap between the express box and the lifting window on the ceiling is as small as possible, which is optimal.

This application express delivery case means normal atmospheric temperature or has control by temperature change function express delivery case, shopping case, express delivery shopping case etc.. The fixing bracket may be installed on a floor ceiling or a wall, and if the floor ceiling is spaced apart from the ceiling by a relatively large distance, it is not limited to the fixing bracket designed to be installed on the wall, or suspended from the floor ceiling or the wall by a fixing structure, it is understood that the fixing bracket is also installed on the floor ceiling.

If the height distance between the floor ceiling and the suspended ceiling is not high, the bottom of the express box is allowed to exceed the suspended ceiling due to height limitation, namely the main body part of the lifting express box is positioned in the suspended ceiling, and the lifting express box installed in the suspended ceiling is also understood as the lifting express box provided by the application.

Further, this application can also be with install the elevating system part of over-and-under type express delivery case in furred ceiling, design the solution of side position installation.

Because the space height in the ceiling is not high after some corridor ceilings are hung, if the main body part of the lifting mechanism or the fixed bracket part of the lifting type express box is designed at the position above or below the express box, the design height or volume of the courier box may be affected by the partial height space occupied by the lifting mechanism above or below the courier box, or the bottom of the courier box may be exposed below the ceiling, or more, if the lifting mechanism or the fixed bracket part of the lifting express box is designed at the side part of the express box, the structure or the assembly outside the express box can be reduced as much as possible above or below the express box, the space height occupied in the suspended ceiling can be reduced as much as possible, the height of the express box body except the height of the express box body can be not increased or occupied as far as possible, so that the express box is suitable for the situation that the space height installed in the suspended ceiling is insufficient as far as possible.

Figure 10 is a schematic view of an example 3 of the lift type courier box of the present application installed in a suspended ceiling, the lift type courier box having a fixed support f1, a courier box f2, the courier box f2 being shown locked in the fixed support f 1.

As shown in fig. 11, a lifting window f0 for lifting the lifting express box is formed in the suspended ceiling 03, a lifting window reinforced packaging structure is installed at the lifting window f0, and a lifting window upper frame f31 is installed on the edge of the lifting window f 0.

As shown in fig. 12, a schematic diagram of the fixing bracket f1 is shown, the fixing bracket f1 is provided with a control box f10, the control box f10 is internally provided with a control main board f100 and a switching power supply f101, and since the lifting express box is installed in the suspended ceiling 03, the control box f10 can be installed in the suspended ceiling 03 and on an upper frame f31, or in a position on the fixing bracket f1 where installation and maintenance are easy, the control box f10 is installed on a bottom frame of the fixing bracket f1 in this example.

The fixed support f1 is provided with a winding shaft f11 and a lifting motor f12, the fixed support f1 adopts a winding shaft structure with parallel left and right sides, the winding shaft structure is arranged on the left and right sides of the inner side of the bottom frame of the fixed support f1, the lifting motor f12 drives the winding shaft f11 on one side through a worm gear and a worm, and the winding shaft f11 on the other side is driven through a chain wheel f13 and a reversing gear f 130.

The bottom frame of the fixed bracket f1 is provided with locking mechanisms f17 at two sides, and when the express box f2 is lifted into the fixed bracket f1, the express box f2 is locked and fixed in the fixed bracket f1 through the locking mechanisms f 17.

The winding shaft f11 is provided with a ratchet-pawl mechanism f116 for locking the winding shaft f11, and the winding shaft f11 on the other side is provided with a turn number sensor f118 for reading the turn number of the winding shaft f11 to calculate the lifting height position of the express box. The hoisting shaft f11 is fixedly suspended in the express box f2 through a steel wire rope f 119.

The rear frame of the fixed support f1 is provided with a fixed support fixed structure f15, the fixed support f1 is locked on the wall 02 through the fixed structure f15, the fixed support f1 is provided with a wireless charging module f102, and power supply support is provided for components in the express box f2 through the wireless charging module f 102.

The left and right frames of the fixed support f1 in the example adopt a triangular support frame structure, the fixed support f1 is installed and fixed on the wall 02, the installation can be flexibly carried out no matter how high the clearance between the suspended ceiling 03 and the floor ceiling 02 is, even if the clearance between the suspended ceiling 03 and the floor ceiling 02 is far higher than the height of the fixed support f1, the fixed support f1 can be hung and fixed on the floor ceiling without additionally adding an elongated hanging support structure, if the height between the suspended ceiling 03 and the floor ceiling is lower than the height of the fixed support f1, the height of the fixed support f1 is slightly lower than the lower surface of the suspended ceiling 03 during installation, and the installation of the structure can be more flexible.

Of course, if the express box is designed to bear a large weight, a suspension fixing structure, such as a screw rod supporting rod and the like, suspended on the floor ceiling can be additionally arranged on the front bottom bracket frame of the fixing bracket f 1.

As shown in fig. 13, a schematic diagram of the express box f2 is that the edge of the lower panel of the express box f2 is designed as a bevel edge f21 having a bevel structure, the size of the lifting window f0 can be designed to be a little larger than the peripheral size of the bevel edge f21, so that the express box f2 can smoothly retract into the lifting window f0 when lifted to the lifting window f0, the bevel edge f21 is located at two sides of the express box f2 and provided with a steel wire rope fixing structure f219, and the steel wire rope f119 suspends the express box f2 below the fixing bracket f1 through the steel wire rope fixing structure f 219.

The express box f2 is provided with a express box locking structure f27 on the side, and when the express box f2 is lifted by the steel wire rope f119 into the fixed bracket f1, the express box f2 is locked in the fixed bracket f1 by the locking mechanism f17 locking the express box locking structure f 27. It is clear that the locking mechanism, locking structure and locking position described in this application, and similar such locking means can be designed in many ways, not limited to the way shown in this application.

The express box f2 back panel has the secondary control box in, have secondary control board, rechargeable battery in the secondary control box, have wireless charging module f22, when the express box f2 is locked in fixed bolster f1, wireless charging module f22 with wireless charging module f102 is close to, for rechargeable battery charges or for express box in-box component provides power support. Of course, the power supply can also be directly provided for the express box inner element through a wire connection mode.

As shown in fig. 14, the fixing bracket f1 is fixed on the wall 01 at the position of the lifting window f0, a lower frame f32 of the lifting window is installed at the edge of the lifting window f0, and the lower frame f32 is fixed with the upper frame f31 through a fixing member. Of course, in this example, the upper frame f31 may be eliminated, and the lower frame f32 may be directly fixed to the bottom frame of the fixing bracket f1 by a fixing member, and may also serve to encapsulate and reinforce the edge of the lifting window f 0.

The lower frame f32 is provided with a camera f321 and an illuminating lamp f322, which can be used for monitoring or as an artificial intelligence identification device.

As shown in fig. 15, which is a schematic view of the express box f2 being lowered to a certain height, a simpler operation process in this example is that a user uses a mobile terminal and an fI device to establish connection interaction with the control main board f100 through bluetooth, wifi or a wireless network, or recognizes a user identity and a limb or voice command through a microphone camera f321 of an artificial intelligence recognition device, and opens the door of the express box.

After the control main board f100 obtains the command, the locking mechanism f17 is driven to unlock the express box, the hoisting shaft f11 is driven by the hoisting motor f12 to lower the express box to a set height, and the lowered height position is controlled by the sensor f 118.

Control mainboard f100 through bluetooth, wifi or wireless communication module with the secondary control board is established alternately, through the secondary control board drive is opened express delivery case chamber door.

When a user takes away or deposits an express delivery piece, the door is manually or automatically closed, the secondary control board informs the control main board f100 of closing of the door in a wireless interaction mode, the control main board f100 drives the lifting mechanism to lift the express delivery box f2 into the fixed support f1, the express delivery box is locked through the locking mechanism f17, a signal that the express delivery box is lifted to a set position is obtained through the sensor f118, or after a signal that the express delivery box is lifted to the set position is obtained through a level signal generated by locking of the locking mechanism f17, the control main board f100 cuts off the power supply of the lifting motor f 12.

Power support or charging is provided for the elements inside the express box f2 through the wireless charging modules f22, f 102.

Fig. 16 is a schematic view showing an example 4 of the lifting type express box installed in a suspended ceiling of the present application, the lifting type express box has a fixing bracket g1 and an express box g2, in this example, the lifting transmission mechanism installed on the bottom frame of the fixing bracket in the above example 1 is arranged on the upper frame of the fixing bracket, and unlike the above example which adopts a triangular frame, the fixing bracket g1 in this example adopts a rectangular frame structure.

The fixing bracket g1 is installed on the wall 02, and a lifting window upper frame g31 is arranged at a lifting window of the suspended ceiling.

As shown in fig. 17, which is a schematic view of the fixing bracket g1, the left and right sides of the upper frame of the fixing bracket g1 are provided with a hoisting shaft g11, the hoisting shaft g11 is provided with a locking ratchet pawl, a position sensor, a lifting motor g12 and a chain sprocket g13, which form the lifting transmission mechanism of this example. And a conductive contact connector g102 is arranged on the rear frame of the upper frame of the fixed support.

Four sides of a bottom frame of the fixed support g1 are provided with lifting limit rollers g161 and g162, two ends of the winding shaft g11 are provided with lifting limit rollers g163, when the express box g2 is lifted up and down in the lifting support g1, the express box is limited in the lifting support g1 and a lifting window through the lifting limit rollers and can accurately move up and down, and tolerance requirements on the whole structure and installation and debugging can be reduced.

The bottom frame is provided with a locking mechanism g17, the bottom frame is provided with a control box, and a control main board g100 and a switching power supply g101 are arranged in the control box.

As shown in fig. 18, which is a schematic view of the express box g2, the bottom of the express box g2 is provided with a bevel edge g21, and the express box g2 is provided with an express box locking structure g 27.

The express box g2 upper panel has vice control box g20, have rechargeable battery, vice control panel in the vice control box, vice control panel can pass through wireless communication module with wireless interactive connection is established to main control panel g 100. The secondary control box is provided with a wire contact sheet connector g202, when the express box g2 is lifted and locked in the fixing support g1, the connector g202 is in contact with the connector g102 on the fixing support g1, and the power supply is used for charging a charging battery in the express box or providing power supply support for components, for example, when the express box is a temperature-controlled express box, the power supply is provided for the temperature-controlled assembly.

In the example, the steel wire rope fixing structure g219 is arranged at the upper position of the side surface of the express box g2, and the express box g2 is hung and fixed under the fixing support g1 by installing and fixing the steel wire rope g119 on the steel wire rope fixing structure g 219. The steel wire rope fixing structure g219 can be designed at the upper position of the side face of the express box according to actual design requirements, and even at the position close to the upper panel of the express box g 2.

Fig. 19 is a schematic view of an example 5 of the lifting type express box installed in a suspended ceiling according to the present application, which employs a rail type lifting manner without a fixed bracket.

As shown in fig. 19 and 20, in fig. 20, a schematic diagram of a courier box is not installed, a lifting window is arranged on the suspended ceiling 03, an upper frame h31 of the lifting window with a lifting window reinforcement packaging structure is installed at the edge of the lifting window, a guide rail h5 is installed in the middle of a wall 01 at the lifting window, and a reinforcement installation structure h57 is arranged at the top end of the guide rail h 5.

The back of the express box h2 is provided with a lifting support cabin h1, a lifting mechanism and a control system are arranged in the lifting support cabin h1, and the express box h2 is limited by the lifting support cabin h1 to move up and down on the guide rail h 5.

Install switching power supply h101 on the wall 01, through switching power supply h101 is for lifting support storehouse h1 and express delivery case h2 provide the power and support, switching power supply can install frame h31 or any other convenient to install, the position of overhauing on wall 01, furred ceiling 03, the lift window.

As shown in fig. 21, which is a schematic view at a top end section of the guide rail h5, an i-shaped guide rail is used in this example, but the guide rail is not limited to the i-shaped guide rail used in this example.

The express box is characterized in that a rack h52 is arranged in a guide rail groove at one side of the I-shaped guide rail h5, a conductive base band h51 is arranged at the other side of the I-shaped guide rail h5, a plurality of height position identification positioning points h53 are arranged on the guide rail h5, at least one highest identification positioning point and one lowest identification positioning point are arranged, a plurality of height identification positioning points can be arranged above the lowest identification positioning point, and the express box can be lowered to the height suitable for a user according to the height characteristics of the user.

The electric conduction baseband h51 is provided with 4 electric conduction bands, wherein the two long electric conduction bands h511 extend to the lowest position where the express box h2 can descend, when the lifting express box is in a running state of lifting up and down, a power supply support is provided for a control system and a lifting mechanism of the lifting express box, and when the express box h2 is lifted to the top end of the guide rail h5 and locked, the control system cuts off the power supply to the long electric conduction bands h511, namely the long electric conduction bands h511 only supply power in real time during lifting operation, so that the electric conduction bands are supplied immediately.

The other two short conductive strips h512 do not extend beyond the height of the suspended ceiling 03, and when the express box h2 is lifted to the top of the guide rail h5 and locked, the whole lifting express box is supported by a power supply, and the electric conductive strips are normally supplied.

The conductive bands h511 and h512 are connected to the switching power supply h101, and power supply support is provided after the switching power supply h101 is subjected to voltage reduction, preferably the voltage is reduced to be less than 24v, so that the safety of system operation can be improved in a separated power supply mode after voltage reduction. Of course, such a sectional power supply may be designed in many ways, such as only 2 long conductive strips plus contact connectors, and the same function can be achieved simply by switching relays, and is not limited to the manner described in this application.

As shown in fig. 22, which is a schematic view of an internal structure of the lifting bracket bin h1 on the back surface of the express box h2, in this example, one side of the lifting bracket bin h1 is fixed to the back surface plate of the express box h2 in a close fit manner, and for convenience of illustration, a schematic view is shown in which two side panels on the other side of the lifting bracket bin h1 are removed.

Lifting gear h11 has on both sides of the interior axis position of lifting support storehouse h1, has elevator motor h12, elevator motor h12 passes through the worm gear drive elevator gear h11 can go on moving from top to bottom on rack h52 in the spout of one side of guide rail h5, thereby the drive express delivery case h2 moves from top to bottom.

The other side of the symmetry central axis of the lifting gear h11 is provided with a transverse clamping roller h110, the lifting gear h11 and the transverse clamping roller h110 are positioned in sliding grooves at two sides of the guide rail h5, and a stable running clearance is kept between the lifting gear h11 and the rack h52 through clamping of the lifting gear h11 and the transverse clamping roller h 110.

Two front and rear clamping pulleys h111 are arranged beside the lifting gear h11 and the transverse clamping roller h110, and pulley grooves of the front and rear clamping pulleys h111 are positioned on two sides of an I-shaped upper edge beam of the guide rail h5 and clamped and slide up and down.

The middle part of the upper frame and the lower frame of the lifting support bin h1 is provided with a guide rail opening h170, two sides of the upper guide rail opening h170 are provided with a longitudinal clamping roller h17, two sides of the longitudinal clamping roller h17 are provided with two clamping rollers, 2, the clamping rollers can be hung and buckled in guide rail grooves on two sides of the guide rail h5 and slide up and down, so that the lifting support bin h1 is limited on the guide rail h5 and can run up and down without derailment, and can flexibly slide and increase the bearing capacity of the express box h 2.

A locking mechanism h14 is arranged in the lifting bracket bin h1, and when the express box h2 is lifted to a set position at the upper end of the guide rail h5, the express box h2 is locked on the guide rail h 5.

The lifting support bin h1 is internally provided with a current collector h15, the current collector h15 is provided with sliding contacts corresponding to the conductive strips h511 and h512, and the current collector h15 slides on the conductive strips h511 and h512 to provide power supply support for the lifting mechanism and the control system.

A sensor h16 is arranged in the lifting bracket bin h1, and the position and lifting height information of the express box h2 is acquired by identifying an identification positioning point h53 on the guide rail h5 through the sensor h 16.

Four corners in the lifting bracket bin h1 are provided with balance rollers h18, and when the express box h2 runs up and down on the guide rail h5, the balance rollers play a balance role.

Frame bottom has rechargeable battery h103 in elevating support storehouse h1, has control mainboard h100, control mainboard h100 has communication module, drive module, power management module and control module at least, through communication module establishes wired or wireless connection interaction with the high in the clouds backstage, the user can pass through mobile terminal or fI equipment with control mainboard h100 establishes wireless connection interaction, realizes right the wireless control of the function of setting for of over-and-under type express delivery case.

Further, if the express box is a temperature control express box, a ventilation fan, a ventilation grille device or a structure can be installed on the ceiling.

As shown in fig. 23, the lifting type express box is a schematic side-up view of a temperature control express box h6, the express box h6 is provided with a temperature control assembly h61, and a ventilation fan h62 and a ventilation grille h63 are mounted on the ceiling.

The bottom of the edge of the lifting window is provided with a lifting window lower frame h32 serving as a lifting window reinforced packaging structure, the lower frame h32 is fixed with the upper frame h31 through a fixing piece, the inner side face of the edge of the lower frame h32 is of an inclined plane structure, and the express box h6 can be lifted more freely.

The simple operation mode of the present example is that a user establishes wireless connection interaction with the control main board h100 through a mobile terminal or an fI device, and sends a command to open the door of the express box, the control main board h100 drives the locking mechanism h14 to unlock the express box h2, the control main board h100 drives the lifting motor h12 to operate and descend, the lifting gear h11 is driven to descend the express box h2, the control main board h100 drives the long conductive belt h511 to conduct the power supply, the sensor h16 is used to obtain the position information of the height identification locating point h53, and when the express box h2 is descended to a suitable height position matched with a cloud background for the user, the lifting motor h12 stops operating.

The control mainboard h100 drives to open the express box door, and after the user has accessed the express piece, the manual closing of the express box door, or through the sensor in the box obtains the back that the access action of the express piece is accomplished, for example, a weight sensor is installed, drives self-closing door mechanism self-closing the door, the control mainboard h100 passes through after the sensor in the express box obtains the door closing signal, the drive the ascending action of elevator motor operation, when the sensor h16 obtains the position information of the highest height identification setpoint h53, the control mainboard h100 stops the operation of elevator motor h12, and the drive simultaneously the locking mechanism h14 will the lock of express box h2 at the set position of guide rail h5 upper end. The control mainboard h100 cuts off the power supply of the long conductive belt h511, and the express box and the control system only pass through the power supply through the short conductive belt h 512.

The utility model provides an install over-and-under type express delivery case in furred ceiling, including express delivery case, elevating system and control system, its characterized in that, it is used for to have on the furred ceiling over-and-under type express delivery case carries out the lift window that goes up and down, over-and-under type express delivery case can rise and descend in the lift window of furred ceiling, work as when over-and-under type express delivery case rises to the settlement position, the main part of over-and-under type express delivery case is in the furred ceiling.

The lifting window of the suspended ceiling is provided with a lifting window reinforcing and packaging structure, and the bottom surface of the lifting window packaging part is provided with a camera and a lighting lamp. The lifting window reinforcing and packaging structure is fixed on the ceiling or the wall of the floor through a supporting structure, or fixed on the fixed support, or integrated with the fixed support.

The lifting type express box comprises a lifting mechanism, a lifting mechanism and an express box body, wherein a fixing support of the lifting type express box is fixedly installed on a floor ceiling or a wall close to the floor ceiling, and a main body part of the lifting mechanism of the lifting type express box is located above or below the express box body.

The lifting type express box is characterized in that a fixing support and a lifting mechanism main body of the lifting type express box are located on the side face of a box body of the express box, and the fixing support is installed and fixed on a wall at a lifting window.

The lifting type express box is provided with a guide rail type lifting mechanism, a guide rail is installed and fixed on a wall at a lifting window, a lifting support bin is arranged on the back face of the express box body, and the lifting mechanism and a control system are arranged in the lifting support bin. The lifting rack and the conductive belt are arranged on the guide rail, the lifting gear is arranged in the lifting support bin, and the lifting express box is provided with a clamping structure or a mechanism which limits the lifting express box to slide up and down on the guide rail.

The express box body is provided with a secondary control board and a rechargeable battery, elements in the express box body provide power supply support through a wire, a wire connector or a wireless charging module, and the express box body is connected and interacted with a control main board of the lifting express box through a wire or a wireless communication module.

The suspended ceiling is provided with an air interchanger which comprises an air exchange fan or an air exchange grating. The lifting type express box is provided with a mechanism or a structure which can accurately return and can reduce the tolerance requirement of the express box and retract into the lifting window, the mechanism or the structure comprises an inclined plane edge structure arranged on the edge of an upper panel or a lower panel of the express box, or a lifting limiting roller mechanism is arranged on the fixed support.

Drawings

Fig. 1 is a schematic bottom view of an example lift type express box 1 installed in a ceiling.

Fig. 2 is a schematic view of a lifting type express box lifting window of a suspended ceiling.

Fig. 3 is a schematic view of an upper frame of the lifting window reinforcement package structure.

Fig. 4 is a schematic view of a lower frame of the lifting window.

Figure 5 is a schematic view of an example lift type courier box 2 installed in a suspended ceiling.

Fig. 6 is a schematic view of an upper frame of a lifting window without an express box.

Fig. 7 is a schematic view of the installation of ventilation near the lift window.

FIG. 8 is a schematic view of an express delivery box with an upper panel edge designed as a bevel edge.

FIG. 9 is a schematic view of the edge of the lower panel of the express box designed as a bevel edge.

Fig. 10 is a schematic view of a side-position lifting mechanism lifting type express box in a suspended ceiling.

Fig. 11 is a schematic view of a lifting window for lifting the lifting type express delivery box on the ceiling.

Fig. 12 is a schematic view of the fixing bracket f 1.

Fig. 13 is a schematic view of the express box f 2.

Fig. 14 is a schematic side bottom view of the lift type express delivery box shown in fig. 10.

Fig. 15 is a schematic view of the courier box f2 lowered to a certain height.

Fig. 16 is a schematic view of example 2 of a side lift mechanism lift type courier box within a suspended ceiling.

Fig. 17 is a schematic view of a fixing bracket g 1.

Fig. 18 is a schematic view of an express box g 2.

Fig. 19 is a schematic view of example 3 of a side lift mechanism lift type courier box within a suspended ceiling.

Fig. 20 is a schematic view of the courier box not installed.

Fig. 21 is a schematic view at the top end section of the guide rail h 5.

Fig. 22 is a schematic view of the internal structure of the lifting bracket bin h1 at the back of the express box h 2.

Fig. 23 is a schematic side-bottom view of the lifting type express box as a temperature control express box h 6.

Fig. 24 is a schematic view of an embodiment of a lifting type express box with a lifting guide rail.

Fig. 25 is a schematic view of an upper frame of the lifting window reinforcement package.

Fig. 26 is a schematic view of an upper frame of the lifting window.

Fig. 27 is a schematic view of a lower frame of the lifting window.

Fig. 28 is a schematic view of a plurality of lifting type express box groups of the side lifting mechanism.

Fig. 29 is a schematic view of the mounting of the fixing bracket d1 at the lifting window.

Fig. 30 is a schematic view of the lower rim d32 installed at a lifting window of a suspended ceiling.

Detailed Description

Further solutions of the liftable express box installed in a suspended ceiling according to the present invention will be described below by way of specific embodiments.

First embodiment, as shown in fig. 24, this embodiment adopts a solution of an elevating type express box with an elevating guide rail. The lifting express box is provided with a fixed support c1, an express box c2 and a guide rail c11, wherein the fixed support c1 is fixedly installed on the floor ceiling 02, the guide rail c11 is fixedly installed on the wall 01, and the express box c2 is hung below the fixed support c1 through a lifting mechanism.

As shown in fig. 25, the suspended ceiling has a lifting window, and an upper frame c3 of the lifting window is installed on the edge of the lifting window, and this embodiment adopts a triangular support structure c33 to fix the upper frame c3 on the wall 01.

Of course, a similar support structure may be designed to be directly mounted on the fixing bracket c1 or be designed as an integrated structure with the fixing bracket c 1.

The upper frame c3 is provided with a control box c30, a communication module c31 is arranged in the control box c30, the communication module c31 is connected and interacted with a cloud background and a user mobile terminal or AI equipment, and the communication module c31 is bridged to a control system of the lifting express box to control the lifting express box.

As shown in fig. 24, the lower frame c4 of the lifting window is fixed on the upper frame c3, and the lower frame c4 is provided with a camera c41 with a microphone and an illuminating lamp c 43.

As shown in fig. 26, an upper frame c3 of the lifting window is schematically illustrated, and as shown in fig. 27, a lower frame c4 of the lifting window is schematically illustrated, in order to match with the lifting express box with a guide rail c11, the frames of the upper frame c3 and the lower frame c4 close to the wall have guide rail notches c35 and c45, and the frame of the upper frame c3 close to the wall may have a multi-section frame structure, and may be designed to have a split multi-section structure or a connected multi-section structure according to the actual conditions of the guide rails of the lifting express box and the actual conditions of the wall. The lifting window packaging structure can be designed according to actual conditions, and is applicable to the lifting window packaging structure, and is not limited to the structural scheme of the guide rail notch shown in the embodiment.

In the second embodiment, as shown in fig. 28, a schematic view of a plurality of side position lifting mechanism lifting type express delivery boxes is shown, and for convenience of illustration, two express delivery boxes are used in this embodiment to refer to a combination of a plurality of express delivery boxes.

This embodiment express delivery case combination is the combination that extends to a plurality of express delivery casees on the basis of the monomer over-and-under type express delivery case of above-mentioned example 1, as shown in fig. 28, over-and-under type express delivery case group adopts many express delivery case elevating position fixed bolster d1, installs on the wall 01, normal atmospheric temperature express delivery case d2, control by temperature change express delivery case d6 are installed respectively to fixed bolster d 1's express delivery case elevating position, the last grid d603 of taking a breath that has of suspended ceiling 03.

As shown in fig. 29, a schematic view of the multi-express-box lifting-position fixing bracket d1 installed at the lifting window of the suspended ceiling 03 is shown, for convenience of brief description, the lifting mechanism shown in the above example 1 is adopted for each express box lifting position of the multi-express-box lifting-position fixing bracket d1 in this embodiment, and each express box lifting position of the fixing bracket d1 has the same hoisting shaft f11, hoisting motor f12, transmission chain f13, locking mechanism f17, and the like.

Fixed bolster d1 is last to have control box d10, control mainboard d100 has in the control box d10, switching power supply d101 has relay group d105, and this embodiment adopts one set of control system control the lift of all express delivery casees of express delivery case group, through control mainboard d100 switches the relay of each express delivery case that relay group d105 corresponds realizes the control to each express delivery case lift, can save certain material cost like this.

Fig. 30 is a schematic view of a lower frame d32 of a lifting window reinforcement packaging structure installed at a lifting window of a suspended ceiling, where the lower frame d32 has lifting window positions of express boxes corresponding to the number of the express box positions, and in this embodiment, 2 lifting window positions shown in fig. 30 are used as an example, and the lifting window reinforcement packaging structure of this embodiment does not have the upper frame structure of the lifting window used in the above example, and only adopts the lower frame d32 members of the 2 lifting window positions shown in the figure, so as to install the lifting express box group on the wall 01, and after the installation is completed, the lower frame d32 is directly installed and fixed on the lower bottom frame of the fixed support d1 through fasteners, which can also play a role in packaging and reinforcing the edges of the lifting window of the suspended ceiling.

Certainly, including the above-mentioned example all can constitute the express delivery case group of this embodiment the over-and-under type express delivery case, design many express delivery case elevating site fixed bolster structure, whole fixed bolster structure can save certain material cost.

Certainly, after the lifting window is opened or reserved on the suspended ceiling, the combined lifting type express delivery box group shown in the embodiment is installed, and the solution of other lifting type express delivery boxes or lifting type express delivery box groups previously applied by the applicant can be completely adopted for matching design, and the solution is also a feasible solution by adopting a downward-arranged lifting type express delivery box downward-arranged suspension lifting system for corresponding matching design.

The specific data, materials used, forms and proportions of the figures described in all the examples and illustrations of this application are set forth merely for the purpose of illustration and are not intended to limit the invention to the particular forms or proportions disclosed. One skilled in the relevant art may recognize, however, that one or more of the specific details, embodiments, or materials may be omitted, or other methods, components, or materials may be used, in which some embodiments are not described or are not described in detail. Furthermore, the described features, implementations, or characteristics may be combined in any suitable manner in one or more embodiments and should not be construed as limiting the present invention.

Claims

1. The utility model provides an install over-and-under type express delivery case in furred ceiling, includes express delivery case, elevating system and control system, its characterized in that:

the lifting express box is characterized in that a lifting window used for lifting the lifting express box is formed in the suspended ceiling, the lifting express box can ascend and descend in the lifting window of the suspended ceiling, and when the lifting express box ascends to a set position, a main body part of the lifting express box is located in the suspended ceiling.

2. The lift type express delivery box installed in a ceiling tile of claim 1, wherein: the lifting window of the suspended ceiling is provided with a lifting window reinforcing and packaging structure, and the bottom surface of the lifting window packaging part is provided with a camera and a lighting lamp.

3. The lift type express delivery box installed in a ceiling tile of claim 2, wherein: the lifting window reinforcing and packaging structure is fixed on the ceiling or the wall of the floor through a supporting structure, or fixed on the fixed support, or integrated with the fixed support.

4. The lift type express delivery box installed in a ceiling tile of claim 1, wherein: the lifting type express box comprises a lifting mechanism, a lifting mechanism and an express box body, wherein a fixing support of the lifting type express box is fixedly installed on a floor ceiling or a wall close to the floor ceiling, and a main body part of the lifting mechanism of the lifting type express box is located above or below the express box body.

5. The lift type express delivery box installed in a ceiling tile of claim 1, wherein: the lifting type express box is characterized in that a fixing support and a lifting mechanism main body of the lifting type express box are located on the side face of a box body of the express box, and the fixing support is installed and fixed on a wall at a lifting window.

6. The lift type express delivery box installed in a ceiling tile of claim 1, wherein: the lifting type express box is provided with a guide rail type lifting mechanism, a guide rail is installed and fixed on a wall at a lifting window, a lifting support bin is arranged on the back face of the express box body, and the lifting mechanism and a control system are arranged in the lifting support bin.

7. The lift type courier box of claim 6, mounted within a suspended ceiling, wherein: the lifting rack and the conductive belt are arranged on the guide rail, the lifting gear is arranged in the lifting support bin, and the lifting express box is provided with a clamping structure or a mechanism which limits the lifting express box to slide up and down on the guide rail.

8. The lift type express delivery box installed in a ceiling tile of claim 1, wherein: the express box body is provided with a secondary control board and a rechargeable battery, elements in the express box body provide power supply support through a wire, a wire connector or a wireless charging module, and the express box body is connected and interacted with a control main board of the lifting express box through a wire or a wireless communication module.

9. The lift type express delivery box installed in a ceiling tile of claim 1, wherein: the suspended ceiling is provided with an air interchanger which comprises an air exchange fan or an air exchange grating.

10. The lift type express delivery box installed in a ceiling tile of claim 1, wherein: the lifting type express box is provided with a mechanism or a structure which can accurately return and can reduce the tolerance requirement of the express box and retract into the lifting window, the mechanism or the structure comprises an inclined plane edge structure arranged on the edge of an upper panel or a lower panel of the express box, or a lifting limiting roller mechanism is arranged on the fixed support.