CN111086729B

CN111086729B - Logistics turnover system of exhibition frame grid groove based on Bluetooth mutual inductance folding and external bracing

Info

Publication number: CN111086729B
Application number: CN201911334252.7A
Authority: CN
Inventors: 杨秋国
Original assignee: Quanzhou Taishang Investment Zone Maoyuan Industrial Design Co ltd
Current assignee: Quanzhou Taishang investment zone MaoYuan Industrial Design Co.,Ltd.
Priority date: 2019-12-23
Filing date: 2019-12-23
Publication date: 2021-12-14
Anticipated expiration: 2039-12-23
Also published as: CN111086729A

Abstract

The invention discloses a logistics turnover system of a display rack grid groove based on Bluetooth mutual inductance folding outer support, which structurally comprises: the invention realizes the matching of the support plate turnover seat and the grid baffle plate, the turnover angle is in two transverse and longitudinal directions, a vertical display rack long inclined supporting plate pushing groove is conveniently and longitudinally formed, when a protective spacer plate with two frames is transversely turned outwards, a Bluetooth receiver of a support turning plate is regulated and controlled to form an intelligent logistics cargo scanning size attaching transportation turnover effect, the feedback regulation and control efficiency of the Bluetooth receiver is ensured, a bag clamping cushion seat at a node folding angle is also formed into a good logistics bag clamping buffering effect, the cargo quality in the corner collapse loss of a logistics box is avoided, the dimension regulation and control effect of three-axis ball valve core linkage is improved, the real-time regulation and control operation of a logistics turnover system is improved, and the frame groove forming is autonomously optimized to match the transportation effect of the logistics box.

Description

Logistics turnover system of exhibition frame grid groove based on Bluetooth mutual inductance folding and external bracing

Technical Field

The invention discloses a logistics turnover system of a display rack grid groove based on Bluetooth mutual inductance folding and external bracing, and belongs to the field of intelligent modern logistics.

Background

The logistics system of bluetooth regulation and control is electronic equipment mobile location regulation and control operation commonly used in present mechanized era, makes things convenient for the commodity circulation to get into storage warehouse and conveyer belt in good time, and the guarantee is to the loading transportation in mouthful commodity circulation to mouthful area, also promotes the database management effect of the long-range large tracts of land regulation and control of bluetooth, and the public shortcoming of treating the optimization of prior art has:

the interactive transportation action that triggers of bluetooth send-receiver signal of telecommunication is the long-distance regulation and control operation of commodity circulation system commonly used, but in commodity circulation turnover in-process, turnover frame groove also is one and puts the equipment of thing removal storage, this equipment plays reserve turnover effect, but unable real-time and bluetooth receipt keep in touch, lead to artifical transport or the artifical bluetooth control that starts to consume the labour, the hard time consumption when causing the folded sheet exhibition frame to become the frame groove, and the easy fish tail people palm of the steel sheet edge sharpness of exhibition frame, cause the solid hardness and the weight of steel sheet also to cause the load for the palm, it slows down the process and inconvenient operation to cause whole commodity circulation turnover.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a logistics turnover system of a display rack grid groove based on Bluetooth mutual inductance folding outer support, so as to solve the problems that the interactive triggering and transportation action of Bluetooth receiving and transmitting electric signals is the common remote regulation and control operation of the logistics system, but in the logistics turnover process, the turnover frame groove is also a device for moving and storing objects, the device has a standby turnover effect and cannot be in real-time contact with Bluetooth receiving, so that labor force is consumed by manual carrying or manual starting of Bluetooth control, the labor-consuming time consumption is caused when a folding board display rack is formed into the frame groove, the palm of a user is easily scratched due to the sharp edge of a steel plate of the display rack, the solid hardness and the weight of the steel plate also cause load to the palm, and the slow progress and inconvenient operation are caused to the whole logistics turnover.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a commodity circulation turnover system of exhibition frame check groove based on mutual inductance of bluetooth is received and is folded outer support, its structure includes: the support plate turnover seat is embedded into a whole with the rubber gasket strip, the smooth plate is embedded into the upper left corner of the bottom groove seat and is vertical to the bottom groove seat, the support plate turnover seat is tightly attached to the top surface of the bottom gasket plate and is positioned on the same horizontal plane, the bottom gasket plate is embedded into the bottom groove seat, the rubber gasket strip is tightly attached to the right side of the inside of the bottom groove seat, the wheel carrier base plate is tightly attached to the bottom of the bottom groove seat and is positioned on the same horizontal plane, the grid baffle plate is mechanically connected with the bottom groove seat through a rolling shaft, the support plate turnover seat is movably connected with the grid baffle plate, the support plate turnover seat is provided with a support turnover plate, a lock catch lug seat, a ball rod valve core cap, a transmission frame body, a Bluetooth receiver, a bag-clamping cushion seat, a spring plate seat and a turnover groove shell, the ball bar packaging structure comprises a support frame turning plate, a ball bar valve core cap, a transmission machine frame body, a bag clamping bag cushion seat, a spring plate seat, a turnover groove shell and a rubber cushion strip, wherein the support frame turning plate is mechanically connected with the ball bar valve core cap, the lock catch lug seat and the ball bar valve core cap are in interference fit, the ball bar valve core cap is mechanically connected with the transmission machine frame body, the transmission machine frame body is installed on the left side inside a Bluetooth receiver, the bag clamping bag cushion seat is installed on the right side of the ball bar valve core cap, the bag clamping bag cushion seat is mechanically connected with the spring plate seat, the spring plate seat is installed on the lower right corner inside the turnover groove shell, and the turnover groove shell and the rubber cushion strip are nested into a whole.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the lock lug seat consists of three sliding brush base plates and a three-plate lug buckle seat, the three sliding brush base plates are arranged and are all installed together around the axis of the three-plate lug buckle seat, and the sliding brush base plates and the three-plate lug buckle seat are in interference fit.

As a further improvement of the invention, the three-plate ear buckle seat is composed of an ellipsoid capsule pad, a reinforcing rib rod, three-plate wheels and an ear buckle plate, wherein the ellipsoid capsule pad and the reinforcing rib rod are nested into a whole and are perpendicular to each other, the reinforcing rib rods are three and are welded with the three-plate wheels, and the three-plate wheels and the ear buckle plate are buckled together and are positioned on the same vertical plane.

As a further improvement of the invention, the ball valve core cap consists of a three-axis ball valve core and a double ball rod, the three-axis ball valve core is mechanically connected with the double ball rod, the axes of the three-axis ball valve core and the double ball rod are collinear, and the three-axis ball valve core is arranged at the upper left corner of the double ball rod and is positioned on the same inclined line.

As a further improvement of the present invention, the three-axis ball valve core is composed of a short abutting-buckling column, a ball valve housing, a long axis rod seat and an inclined strut sleeve groove, wherein the short abutting-buckling column is inserted and embedded on the top of the ball valve housing, the axes of the short abutting-buckling column and the long axis rod seat are collinear, the long axis rod seat is inserted and embedded on the left side of the ball valve housing and is positioned on the same horizontal plane, and the inclined strut sleeve groove and the ball valve housing are of an integral structure and are mutually communicated.

As a further improvement of the invention, the bag-sandwiched cushion seat consists of a thin cushion, a bag-sandwiched partition frame bag and an air bag groove, wherein the thin cushion is closely attached to the tops of the bag-sandwiched partition frame bag and the air bag groove, and the bag-sandwiched partition frame bag and the air bag groove are nested into a whole and are positioned on the same horizontal plane.

As a further improvement of the invention, the bag-sandwiched partition bag is composed of a bag shell groove block, a gradient sliding plate frame, arc buckle ball beads and bent pipe rods, wherein the arc buckle ball beads are provided with two arc buckle ball beads which are all arranged at the lower left corner of the bag shell groove block, the gradient sliding plate frame is arranged inside the bag shell groove block and is positioned on the same inclined plane, and the bent pipe rods are provided with two arc buckle ball beads which are respectively welded at the lower left corner and the upper right corner of the gradient sliding plate frame.

As a further improvement of the invention, the reinforcing bar rod is of a narrow slender rod structure with a hook-shaped reinforcing bar rod on one side, so that a hook buckle block can be pressed against a wheel cap to form an arc pressure welding rotation linkage effect conveniently, and the effect of increasing the bearing force of a plate block embedded in the reinforcing bar is improved.

As a further improvement of the invention, the abutting and buckling short column is a combined column base structure with a rubber short column block at the top and an arc buckling base at the bottom, so that the rubber material is conveniently turned upwards at low pressure to form a vertical plate counterweight inertia force, and the damping motion is matched with the node to form a stable effect of bearing and fixing the vertical plate.

As a further improvement of the invention, the long shaft rod seat is a combined rod piece structure of a solid long shaft rod inserted with a disc, so that the long shaft rod can be conveniently pressed on the edge of the turning plate on one side to form the effect of a front and rear turning plate erection frame groove coaming.

As a further improvement of the invention, the gradient slide plate frame is of a composite plate frame structure in which stacked plates are pressed and pasted and are pushed in a gradient upper frame layer, the gradient plates can be conveniently folded and then can be flatly placed, and the gradient plates are pushed out from one side when being extruded to achieve the effect of covering and pressing a longitudinal extending surface.

Advantageous effects

The invention relates to a logistics turnover system based on a Bluetooth mutual inductance folding outer-support exhibition frame grid groove, wherein a worker sends an electric signal to a Bluetooth receiver of a support frame plate overturning seat to form a receiving and regulating transmission frame body, double ball rods of a ball rod valve core cap are inserted into an inclined strut sleeve groove of a three-axis ball valve core in a rolling and inserting mode so as to link a rotary ball valve shell, then after a large upright logistics box is scanned, a supporting and buckling short column is called to lift a support frame upper right corner lifting turning plate to abut against a box shell surface, box weight is pressed and covered on a buckling lug seat, a corner shape of the bottom edge of the box body is provided with a thin liner shape-changing wrapping pressure effect of a clamping bag cushion seat, an air bag groove elastic bearing and pushing spring plate seat forms a buffer effect on the overturning groove shell, then a bag shell groove block of a clamping and spacing frame is used for drawing deformation pressure of a gradient sliding plate frame to form a longitudinal extension plate block, an arc ball buckling ball lock is used for drawing a bent pipe rod, and after the sliding plate blocks the upright logistics box, the heelpiece bearing of kerve seat and end liner, drive grid baffle and rubber filler strip tractive, form the effect of left and right sides unilateral guide clip thing flow box, make the automatically controlled drive of wheel carrier bed plate realize commodity circulation turnover transport, when meetting small-size thing flow box and piling up the back, turn over the strut through major axis pole seat and turn over around the board and open and reach the baffle effect that surrounds the frame groove, avoid dropping of small-size commodity circulation spare, improve the nimble regulation and control effect of turnover thing flow box size, improve the artifical consumption when commodity circulation turnover, the initiative of the autonomic regulation and control of hoisting equipment.

The invention has the following advantages after operation:

the application strut board upset seat cooperates with the grid baffle, prop up the grid baffle through the automatically controlled piston rod of bluetooth receiver, the terminal edge that turns over the board for the strut again erects the ball pole valve core cap, and the flip angle becomes horizontal vertical two directions, conveniently vertically form vertical exhibition frame long inclined strut board push away the groove, form the protection spacer plate of two frames when turning up transversely, the bluetooth receiver regulation and control that turns over the board for the strut forms intelligent commodity circulation goods scanning size laminating transportation turnover effect, guarantee bluetooth receiver's feedback regulation and control is high-efficient, also form a fine commodity circulation case and bag clamp buffering effect with the package clamp bag pad seat of node dog-ear department, avoid commodity circulation case corner collapse loss goods quality in the loss, promote the dimension regulation and control effect of triaxial ball case linkage, improve the real-time regulation and control operation of commodity circulation system, independently optimize the transportation effect that frame groove shaping matches the commodity circulation case.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

fig. 1 is a schematic structural diagram of a logistics turnover system of a display rack grid groove based on Bluetooth mutual inductance folding and external bracing.

Fig. 2 is a detailed sectional structure schematic diagram of the bracket plate turnover seat of the invention.

FIG. 3 is a schematic view of an upturned cross-sectional structure of the working states of the bracket flap, the locking lug seat, the ball bar valve core cap and the bag clamping bag cushion seat of the invention.

FIG. 4 is a schematic side-turn sectional structure view of the strut panel turnover, the locking lug seat, the ball rod valve core cap and the bag clamping bag cushion seat in the working state.

FIG. 5 is a schematic cross-sectional view of the ear fastener with three plates according to the present invention.

Fig. 6 is a perspective structural diagram of the three-axis ball valve core in the working state.

FIG. 7 is an enlarged cross-sectional view of the bag of the present invention.

Description of reference numerals: a smooth plate-1, a support frame plate turnover seat-2, a bottom groove seat-3, a bottom lining plate-4, a grid baffle-5, a rubber filler strip-6, a wheel carrier base plate-7, a support frame turnover plate-2A, a lock catch lug seat-2B, a ball rod valve core cap-2C, a transmission frame body-2D, a Bluetooth receiver-2E, a bag clamping pad seat-2F, a spring plate seat-2G, a turnover groove shell-2H, a sliding brush base plate-2B 1, a three-plate lug buckle seat-2B 2, an ellipsoid capsule pad-2B 21, a reinforcing rib rod-2B 22, a three-plate wheel-2B 23, a lug buckle plate-2B 24, a ball valve core-2C 1, a double ball rod-2C 2, a propping short column-2C 11, a ball valve shell-2C 12, a long shaft seat-2C 13, The inclined strut sleeve groove-2C 14, the thin lining-2F 1, the bag clip separation frame capsule-2F 2, the air bag groove-2F 3, the capsule shell groove block-2F 21, the gradient slide plate frame-2F 22, the arc button ball-2F 23 and the elbow rod-2F 24.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

The first embodiment is as follows:

referring to fig. 1 to 7, the present invention provides a logistics circulation system of a display grid based on bluetooth mutual inductance folding external support, the structure of which comprises: the flat sliding plate comprises a flat sliding plate 1, a strut plate overturning seat 2, a bottom groove seat 3, a bottom lining plate 4, a grid baffle plate 5, a rubber filler strip 6 and a wheel carrier base plate 7, wherein the strut plate overturning seat 2 and the rubber filler strip 6 are embedded into a whole, the flat sliding plate 1 is inserted and embedded in the upper left corner of the bottom groove seat 3 and is perpendicular to each other, the strut plate overturning seat 2 is tightly attached to the top surface of the bottom lining plate 4 and is positioned on the same horizontal plane, the bottom lining plate 4 is inserted and embedded in the bottom groove seat 3, the rubber filler strip 6 is tightly attached to the right side of the inside of the bottom groove seat 3, the wheel carrier base plate 7 is tightly attached to the bottom of the bottom groove seat 3 and is positioned on the same horizontal plane, the grid baffle plate 5 is mechanically connected with the bottom groove seat 3 through a rolling shaft, the strut plate overturning seat 2 is movably connected with the grid baffle plate 5, and the strut plate overturning seat 2 is provided with a strut overturning plate 2A, an ear seat 2B, a ball rod valve core cap 2C and a lock catch plate, The ball valve seat comprises a transmission frame body 2D, a Bluetooth receiver 2E, a bag clamping bag pad seat 2F, a spring plate seat 2G and an overturning groove shell 2H, wherein the support frame is turned over a plate 2A and is mechanically connected with a ball valve core cap 2C, a lock catch lug seat 2B and the ball valve core cap 2C are in interference fit, the ball valve core cap 2C is mechanically connected with the transmission frame body 2D, the transmission frame body 2D is installed on the left side inside the Bluetooth receiver 2E, the bag clamping bag pad seat 2F is installed on the right side of the ball valve core cap 2C, the bag clamping bag pad seat 2F is mechanically connected with the spring plate seat 2G, the spring plate seat 2G is installed on the lower right corner inside the overturning groove shell 2H, and the overturning groove shell 2H and a rubber gasket strip 6 are nested into a whole.

Referring to fig. 3-4, the ball valve core cap 2C is composed of a three-axis ball valve core 2C1 and a double ball rod 2C2, the three-axis ball valve core 2C1 is mechanically connected with the double ball rod 2C2, the axes of the three-axis ball valve core and the double ball rod 2C2 are collinear, the three-axis ball valve core 2C1 is installed at the upper left corner of the double ball rod 2C2 and is located on the same diagonal, the bag-clamping cushion seat 2F is composed of a thin cushion 2F1, a bag-clamping frame bag 2F2 and an air bag groove 2F3, the thin cushion 2F1 is tightly attached to the tops of the bag-clamping frame bag 2F2 and the air bag groove 2F3, the bag-clamping frame bag 2F2 and the air bag groove 2F3 are nested into a whole and are located on the same horizontal plane, a flap operation is formed at the upper left corner of the air bag groove 2F3 through the three-axis ball valve core 2C1, and a vibration isolation effect is achieved when the two side axis buttons are in pressure-bearing linkage.

Referring to fig. 6, the three-axis ball valve core 2C1 is composed of a top-abutting short column 2C11, a ball valve housing 2C12, a long axis rod seat 2C13, and an inclined strut sleeve groove 2C14, the top-abutting short column 2C11 is inserted and embedded on the top of the ball valve housing 2C12, and the axes are collinear, the long axis rod seat 2C13 is inserted and embedded on the left side of the ball valve housing 2C12 and is located on the same horizontal plane, the inclined strut sleeve groove 2C14 and the ball valve housing 2C12 are integrated and are communicated with each other, the top-abutting short column 2C11 is a combined column seat structure with a rubber short column block at the top and an arc-shaped buckle seat at the bottom, so as to facilitate turning up the upright counter weight plate inertia force of the rubber material under low pressure and make the damping motion matching node press and form a stable fixed riser effect, the long axis rod seat 2C13 is a combined rod structure of a solid disc plate, so as to facilitate the single-side pressing and turning plate edge to form a front and back erecting frame groove, the vertical crossed edge limiting effect of a longitudinal axis and a transverse axis is formed by the abutting and buckling short column 2C11 and the long axis rod seat 2C13, and the longitudinal turning and the transverse flanging can be staggered and alternately operated step by step.

Referring to fig. 7, the bag-clip-spacer capsule 2F2 is composed of a capsule shell groove block 2F21, a gradient slide plate frame 2F22, an arc button ball 2F23, and a bent tube rod 2F24, the arc button ball 2F23 is provided with two and is arranged at the left lower corner of the capsule shell groove block 2F21, the gradient ramp frame 2F22 is disposed inside the capsule housing pocket block 2F21 and on the same slope, the two elbow rods 2F24 are respectively welded at the lower left corner and the upper right corner of the gradient sliding plate frame 2F22, the gradient slide plate frame 2F22 is a composite plate frame structure with a stacked plate pressing and pasting structure and a gradient upper frame layer pushing structure, so that the gradient plate can be conveniently folded and placed flatly, the gradient plate is pushed out from one side when being extruded to achieve the effect of covering and pressing a longitudinal extending surface, the inclined plane of the gradient sliding plate frame 2F22 pulls the bent pipe rod 2F24 to form a linkage pulling effect of pressing and buckling the upper bent pipe and the lower bent pipe, and the reinforcing stability of the inclined bracing surface is guaranteed.

The working process is as follows: the working personnel form a receiving and regulating transmission frame body 2D by sending electric signals to a Bluetooth receiver 2E of a support frame plate overturning seat 2, so that a double-ball rod 2C2 of a ball rod valve core cap 2C is inserted into an inclined strut sleeve groove 2C14 of a triaxial ball valve core 2C1 in a rolling and inserting mode so as to link a rotary ball valve shell 2C12, then after a vertical large logistics box is scanned, a support abutting short column 2C11 upper right corner is called to lift a support frame overturning plate 2A to abut against a box shell surface, box weight is pressed and covered on a lock catch ear seat 2B, then a bag shell groove block 2F21 of a bag-clamping separation frame bag 2F2 is used for forming a longitudinal extension plate block by drawing deformation pressure of a gradient sliding plate frame 2F22, an arc buckling ball 2F23 lock buckling pipe rod 2F24 is used for drawing, after the vertical logistics box of a flat sliding plate 1 is ensured, a bottom groove seat 3 and a bottom cushion of a bottom liner plate 4 drive a grating baffle plate 5 and a rubber cushion strip 6 to draw to form a left and right single-side guide buckling logistics box, the wheel carrier base plate 7 is driven by electric control to realize logistics turnover and transportation.

Example two:

referring to fig. 1 to 7, the present invention provides a logistics circulation system of a display grid based on bluetooth mutual inductance folding external support, which is otherwise the same as embodiment 1, except that:

referring to fig. 3-4, the locking lug seat 2B is composed of a sliding brush backing plate 2B1 and a three-plate lug buckle seat 2B2, the sliding brush backing plate 2B1 is provided with three and is installed together around the axis of the three-plate lug buckle seat 2B2, the sliding brush backing plate 2B1 and the three-plate lug buckle seat 2B2 are in interference fit, and the sliding brush backing plate 2B1 and the three-plate lug buckle seat 2B2 are vertically erected to form a single-side inclined rod pressure rolling friction operation of three plane cross nodes, so that the pressure resistance of the plate end point is improved.

Referring to fig. 5, the three-plate ear buckle seat 2B2 is composed of an ellipsoid capsule pad 2B21, a reinforcing rib rod 2B22, three-plate wheel 2B23 and an ear buckle plate 2B24, the ellipsoid capsule pad 2B21 and the reinforcing rib rod 2B22 are nested into a whole and are perpendicular to each other, the reinforcing rib rod 2B22 is provided with three parts and welded to the three-plate wheel 2B23, the three-plate wheel 2B23 and the ear buckle plate 2B24 are buckled together and are located on the same vertical plane, the reinforcing rib rod 2B22 is a reinforcing rib rod structure with a bent hook on one side, so that the bent hook buckle block can be pressed against a wheel cap to form an arc pressure welding rotation linkage effect, the reinforcing rib embedded plate increases the load-bearing force effect, the three-plate wheel 2B23 is inserted and inserted through three angles of the reinforcing rib rod 2B22 to form the internal structural stability of the triangular external support, and the load-bearing pressure is improved.

After the logistics transfer frame groove is assembled by the whole three-axis linkage turning plate, as the equipment scans the large vertical logistics box, the inclined plate of the support frame presses the box surface and then is pressed on the whole frame groove on one side, the shaft moving frame at the node end forms load pressure, at the moment, the sliding brush base plate 2B1 of the lock catch lug seat 2B vertically presses and buckles the three-plate lug buckle seat 2B2 to form three-side node stress, a triangular internal stress frame is formed, and the ellipsoidal capsule pad 2B21 elastically supports and buckles the reinforcing rib rod 2B22 to insert the lug buckle plate 2B24 to form external supporting and unloading force with three angles along the three-plate wheel 2B 23.

The invention achieves the purposes that the support plate overturning seat 2 is matched with the grid baffle 5, the grid baffle 5 is supported by an electric control piston rod of a Bluetooth receiver 2E, the ball rod valve core cap 2C is erected at the end edge of a support turning plate 2A, the overturning angle is in the transverse and longitudinal directions, a long inclined supporting plate pushing groove of a vertical type display rack is conveniently and longitudinally formed, when the vertical type display rack is transversely turned outwards to form a protective spacer plate with two side frames, the Bluetooth receiver 2E of the support turning plate 2A is regulated and controlled to form an intelligent logistics cargo scanning size attaching transportation turnover effect, the feedback regulation and control efficiency of the Bluetooth receiver 2E is ensured, the bag clamping and cushion seat 2F at the node folding angle is also formed into a good logistics bag clamping and buffering effect, the cargo quality in the logistics box is prevented from being crushed, the dimension regulation and control effect of the triaxial ball valve core 2C1 linkage is improved, and the real-time regulation and control operation of a logistics turnover system is improved, independently optimize the transportation effect that frame groove shaping matches logistics box, solve the interactive transportation action that triggers of bluetooth send-receiver signal of telecommunication with this and be the long-distance regulation and control operation that logistics system is commonly used, but in logistics turnover in-process, turnover frame groove also is a device of putting thing removal storage, this equipment plays reserve turnover effect, but unable real-time and bluetooth receipt keep in touch, lead to artifical transport or the manual work to start bluetooth control and consume the labour, cause the hard time consumption when the folding plate exhibition frame becomes the frame groove, and the easy fish tail people's palm of steel sheet edge sharpness of exhibition frame, cause the solid hardness and the weight of steel sheet also to cause the load for the palm, cause the problem of slow progress and inconvenient operation to holistic logistics turnover.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. The utility model provides a commodity circulation turnover system of exhibition frame check groove based on mutual inductance of bluetooth is received and is folded outer support, its structure includes: smooth plate (1), strut board upset seat (2), kerve seat (3), end liner (4), grid baffle (5), rubber filler strip (6), wheel carrier bed plate (7), its characterized in that: the strut plate turnover seat (2) and the rubber filler strip (6) are nested into a whole, the smooth plate (1) is inserted and embedded in the upper left corner of the bottom groove seat (3), the strut plate turnover seat (2) is tightly attached to the top surface of the bottom lining plate (4), the bottom lining plate (4) is inserted and embedded in the bottom groove seat (3), the rubber filler strip (6) is tightly attached to the right side of the inside of the bottom groove seat (3), the wheel carrier base plate (7) is tightly attached to the bottom of the bottom groove seat (3), the grid baffle (5) is mechanically connected with the bottom groove seat (3) through a rolling shaft, and the strut plate turnover seat (2) is movably connected with the grid baffle (5); the support plate overturning seat (2) is provided with a support overturning plate (2A), a locking lug seat (2B), a ball rod valve core cap (2C), a transmission frame body (2D), a Bluetooth receiver (2E), a bag clamping cushion seat (2F), a spring plate seat (2G) and an overturning groove shell (2H); the strut turning plate (2A) is mechanically connected with a ball rod valve core cap (2C), the lock catch lug seat (2B) is matched with the ball rod valve core cap (2C), the ball rod valve core cap (2C) is mechanically connected with a transmission machine frame body (2D), the transmission machine frame body (2D) is installed on the left side inside the Bluetooth receiver (2E), the bag clamping bag pad seat (2F) is installed on the right side of the ball rod valve core cap (2C), the bag clamping bag pad seat (2F) is mechanically connected with a spring plate seat (2G), the spring plate seat (2G) is installed on the lower right corner inside the turning groove shell (2H), and the turning groove shell (2H) and the rubber pad strip (6) are nested into a whole; the lock catch lug seat (2B) consists of three sliding brush backing plates (2B1) and three-plate lug buckle seats (2B2), the number of the sliding brush backing plates (2B1) is three, the three sliding brush backing plates and the three-plate lug buckle seats are all installed together around the axis of the three-plate lug buckle seat (2B2), and the sliding brush backing plates (2B1) are matched with the three-plate lug buckle seats (2B 2); the three-plate ear buckle seat (2B2) consists of an ellipsoid capsule pad (2B21), a reinforcing rib rod (2B22), three-plate wheels (2B23) and an ear buckle plate (2B24), wherein the ellipsoid capsule pad (2B21) and the reinforcing rib rod (2B22) are nested into a whole, the reinforcing rib rod (2B22) is provided with three parts which are welded with the three-plate wheels (2B23), and the three-plate wheels (2B23) and the ear buckle plate (2B24) are buckled together; the ball valve core cap (2C) consists of a three-axis ball valve core (2C1) and a double ball rod (2C2), the three-axis ball valve core (2C1) is mechanically connected with the double ball rod (2C2), and the three-axis ball valve core (2C1) is installed at the upper left corner of the double ball rod (2C 2); the triaxial ball valve core (2C1) consists of a propping and buckling short column (2C11), a ball valve casing (2C12), a long shaft rod seat (2C13) and an inclined strut sleeve groove (2C14), wherein the propping and buckling short column (2C11) is inserted and embedded in the top of the ball valve casing (2C12), the long shaft rod seat (2C13) is inserted and embedded in the left side of the ball valve casing (2C12), and the inclined strut sleeve groove (2C14) and the ball valve casing (2C12) are of an integrated structure; the bag clamping air bag pad seat (2F) consists of a thin gasket (2F1), a bag clamping separation frame bag (2F2) and an air bag groove (2F3), wherein the thin gasket (2F1) is tightly attached to the tops of the bag clamping separation frame bag (2F2) and the air bag groove (2F3), and the bag clamping separation frame bag (2F2) and the air bag groove (2F3) are nested into a whole; the bag clip separation frame capsule (2F2) consists of a capsule shell groove block (2F21), a gradient sliding plate frame (2F22), an arc buckle ball bead (2F23) and a pipe bending rod (2F24), wherein the arc buckle ball bead (2F23) is provided with two parts and is mounted at the lower left corner of the capsule shell groove block (2F21), the gradient sliding plate frame (2F22) is arranged inside the capsule shell groove block (2F21), and the pipe bending rod (2F24) is provided with two parts and is welded at the lower left corner and the upper right corner of the gradient sliding plate frame (2F22) respectively; the reinforcing bar rod (2B22) is a reinforcing bar rod structure with a narrow and long rod and a hook-shaped single side; the top abutting-buckling short column (2C11) is of a combined column base structure with a rubber short column block at the top and an arc-shaped buckling base at the bottom.

2. The logistics turnover system of the exhibition frame grid groove based on the Bluetooth mutual inductance folding outer support is characterized in that: a worker sends an electric signal to a Bluetooth receiver (2E) of a support plate overturning seat (2) to form a receiving and regulating transmission frame body (2D), so that a double ball rod (2C2) of a ball rod valve core cap (2C) is inserted into an inclined strut sleeve groove (2C14) of a triaxial ball valve core (2C1) in a rolling mode so as to link a rotary ball valve shell (2C12), then after a vertical large logistics box is scanned, a top abutting short column (2C11) right upper corner lifting support frame turning plate (2A) is called to abut against a box shell surface, box weight is pressed on a lock catch lug seat (2B), then a bag shell groove block (2F21) of a bag clamping and separating frame bag (2F2) pulls a gradient sliding plate frame (2F22) to form a longitudinal extension plate block, an arc buckling ball (2F23) lock bent pipe rod (2F24) is pulled, and after a flat sliding plate (1) is blocked by a vertical logistics box, a bottom groove seat (3) and a bottom groove plate (4) bearing pad, the device drives the grating baffle (5) and the rubber filler strip (6) to draw, a left side and a right side are formed, the left side and the right side are used for guiding the clamping logistics box, the wheel carrier base plate (7) is driven by an electric control mode to realize logistics turnover and transportation, after a logistics transfer frame groove is assembled through the whole three-axis linkage turning plate, the device scans a large vertical logistics box, an inclined plate of the support frame is pressed against the surface of the box and then pressed against the whole frame groove on one side, a shaft moving frame at a node end forms load pressure, at the moment, the three-plate ear buckling seat (2B2) is vertically pressed and buckled through the sliding brush base plate (2B1) of the buckling ear seat (2B) to form three-side node stress, a triangular inner stress frame is formed, and the ellipsoidal capsule pad (2B21) elastically abuts against the reinforcing rib rod (2B22) and penetrates through the ear buckling plate (2B24) to form outer supporting force of three-plate wheels (2B23) to form three angles.